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HomeMy WebLinkAboutREVIEWED BLD2022-0103+Heating_Cooling_Outside_Air_Calculations+1.21.2022_3.19.04_PM+2635038MITSUBISHI ELECTRIC SPLIT -TYPE, HEAT PUMP AIR CONDITIONERS SPLIT -TYPE, AIR CONDITIONERS REVIEWED BY CITY OF EDMONDS TECHNICAL DATA BOOK R410A RECEIVED Jan 26 2022 CITV OF EDMOND$ DEVELOPMENT SERVICE$ DEPARTMENT January 2019 No. M-E0680 REVISED EDITION-C for METUS NON•INVERTER /INVERTER /HYPER HEATING INVERTER <Indoor unit> [Model names] <Outdoor unit> [Model names] <Outdoor unit> [Model names] <Branch box> [Model names] <Indoor unit> [Model names] MS-A09/12WA MSZ-GL09/12/15/18/24NA MSY-GL09/12/15/18/24NA MSZ-H M09/12/15/18/24NA MSZ-FH06/09/12/15NA MSZ-FH18NA2 MSZ-FE09/12NA MU-A09/12WA MUZ-G L09/12/15/18/24NA MUZ-G L09/12/15/18/24NAH M UY-G L09/12/15/18/24NA MUZ-H M 09/12/15/18/24NA2 MUZ-FH06/09/12/15NA MUZ-FH18NA2 MXZ-2C20NA2 MXZ-2C20NAHZ2 MXZ-3C24NA2 MXZ-3C24NAHZ2 MXZ-3C30NA2 MXZ-3C30NAHZ2 MXZ-4C36NA2 MXZ-4C36NAHZ MXZ-5C42NA2 MXZ-5C42NAHZ MXZ-8C48NA MXZ-8C48NAHZ MXZ-8C60NA MSZ-D30/36NA MSY-D30/36NA SEZ-KD09/12/15/18NA4 SLZ-KA09/12/15NA PEAD-A09/12/15/18AA7 SVZ-KP12/18NA M FZ-KJ 09/12/15/18/NA MUZ-FH06/09/12/15NAH MUZ-FH18NAH2 MUZ-FE09/12NAH MUZ-D30/36NA MUY-D30/36NA SUZ-KA09/12/15/18NA MUFZ-KJ09/12/15/18/NAHZ PAC-MKA51 BC (Indispensable optional parts for PAC-MKA31 BC MXZ-8C48/8C60NA and MXZ-4C36/5C42/8C48NAHZ) MSZ-GL06NA (for MXZ connection only) MVZ-Al2/18/24/30/36AA7 (for MXZ connection only) MSZ-EF09/12/15/18NAW (for MXZ connection only) MSZ-EF09/12/15/18NAB MSZ-EF09/12/15/18NAS MLZ-KP09/12/18NA (for MXZ connection only) CONTENTS A. SINGLE -USE 1. REFERENCE SERVICE MANUAL..........................................................A-4 2. SPECIFICATIONS...................................................................................A-5 3. OUTLINES AND DIMENSIONS..............................................................A-43 4. POSITION OF THE CENTER OF GRAVITY..........................................A-66 5. WIRING DIAGRAM..................................................................................A-69 6. REFRIGERANT SYSTEM DIAGRAM.....................................................A-108 7. CORRECTION FACTORS.......................................................................A-126 8. DATA........................................................................................................ A-131 9. AIR FLOW DATA......................................................................................A-191 10. NOISE CRITERION CURVES.................................................................A-202 11. MAX. HEATING CAPACITY IN LOW AMBIENT TEMPERATURE ......... A-228 12. PERFORMANCE CHART.......................................................................A-242 13. CAPACITY CORRECTION RATIO CURVE FOR PIPING LENGTH ......A-300 14. TEMPERATURE AND AIR FLOW DISTRIBUTIONS..............................A-301 MXZ-2C20NA2 MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 MXZ-5C42NA2 MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 1. REFERENCE SERVICE MANUAL........................................................•. B-1 2. SPECIFICATIONS...................................................................................B-2 3. OUTLINES AND DIMENSIONS.............................................................• B-10 4. POSITION OF THE CENTER OF GRAVITY ....................................•••••• B-16 5. WIRING DIAGRAM.................................................................................. B-17 6. REFRIGERANT SYSTEM DIAGRAM ................................................••••• B-23 7. CORRECTION FACTORS....................................................................... B-26 8. DATA........................................................................................................ B-32 9. NOISE CRITERION CURVES............................................................•••..B-61 10. MAX. HEATING CAPACITY IN LOW AMBIENT TEMPERATURE......••• B-63 11. CAPACITY CORRECTION RATIO CURVE FOR PIPING LENGTH .••••• B-67 12. STANDARD CAPACITY DIAGRAM..................................................•••••• B-68 MXZ-8C48NA MXZ-8C60NA MXZ-4C36NAHZ MXZ-5C42NAHZ MXZ-8C48NAHZ 1. REFERENCE SERVICE MANUAL.......................................................... B-101 2. SPECIFICATIONS...................................................................................B-102 3. OUTLINES AND DIMENSIONS B-107 4. POSITION OF THE CENTER OF GRAVITY B-110 5. WIRING DIAGRAM..................................................................................B-111 6. DATA........................................................................................................ B-115 7. NECESSARY CONDITIONS FOR SYSTEM CONSTRUCTION ............. B-127 8. NOISE CRITERION CURVES................................................................. B-131 9. STANDARD CAPACITY DIAGRAM........................................................ B-132 2 MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS (for MXZ connection only.) 1. REFERENCE SERVICE MANUAL..........................................................B-151 2. SPECIFICATIONS...................................................................................B-152 3. OUTLINES AND DIMENSIONS.............................................................. B-154 4. POSITION OF THE CENTER OF GRAVITY ....................................•••••• B-155 5. WIRING DIAGRAM.................................................................................. B-156 6. REFRIGERANT SYSTEM DIAGRAM ..............................................••..... B-157 7. NOISE CRITERION CURVES......................................................••••••.....B-158 8. TEMPERATURE AND AIR FLOW DISTRIBUTIONS ............................•• B-160 MLZ-KP09NA MLZ-KP12NA MLZ-KP18NA (for MXZ connection only.) 1. REFERENCE SERVICE MANUAL................................................•••••..... B-169 2. SPECIFICATIONS...................................................................................B-170 3. OUTLINES AND DIMENSIONS...........................................................••• B-172 4. POSITION OF THE CENTER OF GRAVITY ....................................•••••• B-173 5. WIRING DIAGRAM..................................................................................B-174 6. REFRIGERANT SYSTEM DIAGRAM ....................................................• B-175 7. NOISE CRITERION CURVES..............................................................•••B-176 8. TEMPERATURE AND AIR FLOW DISTRIBUTIONS .........................••••• B-177 MVZ-Al2AA7 MVZ-A18AA7 MVZ-A24AA7 MVZ-A30AA7 MVZ-A36AA7 (for MXZ connection only.) 1. REFERENCE SERVICE MANUAL.......................................................... B-183 2. SPECIFICATIONS...................................................................................B-184 3. OUTLINES AND DIMENSIONS.............................................................. B-189 4. POSITION OF THE CENTER OF GRAVITY .......................................... B-191 5. WIRING DIAGRAM.................................................................................. B-192 6. REFRIGERANT SYSTEM DIAGRAM ..................................................... B-193 7. NOISE CRITERION CURVES.................................................................B-194 8. AIR FLOW DATA......................................................................................B-199 11 . • 11 = ► _ • ► ■ _ : ............................................. C-1 OPTIONAL PARTS LIST SYSTEM CONTROL D-1 D-2 D-6 3 For information on service, please refer to the service manual as follows. 1-1. INDOOR UNIT Model name Service Ref. Service Manual No. MS-A09/12WA MS-A09/12WA-0 OB448C MSZ-GL06/09/12/15/18/24NA MSZ-GL06X/09/12/15/18/24NA-W OBH732C MSY-GL09/12/15/18/24NA MSY-GL09/12/15/18/24NA- ui OBB732C MSZ-HM09/12/15/18/24NA MSZ-HM09/12/15/18/24NA- E OBH746B OBB746C MSZ-FH06/09/12/15NA MSZ-FH06/09/12/15NA OBH683D MSZ-FH 18NA2 MSZ-FH 18NA2 OBB683D MSZ-FE09/12NA MSZ-FE09/12NA-® OBH542B OBB542D MSZ-D30/36NA MSZ-D30/36NA-® OBH501 C MSY-D30/36NA MSY-D30/36NA-® OBB501 C SEZ-KD09/12/15/18NA4 SEZ-KD09/12/15/18NA4R1.TH HWE0802B BWE1147B SLZ-KA09/12/15NA SLZ-KA09/12/15NAR1.TH OCH487B OCB487B PEAD-A09/12/15/18AA7 PEAD-A09/12/15/18AA7 HWE1608A BWE01629A SVZ-KP12/18NA SVZ-KP12/18NA MD-1404-KO19 MD-1404-KO18 MFZ-KJ09/12/15/18NA MFZ-KJ09/12/15/18NA- u, OBH752B OBB752 X For MXZ connection only. 1-2. OUTDOOR UNIT Model name Service Ref. Service Manual No. M U-A09/12/WA M U-A09WA OB449A M U-Al2WA-0 MUZ-GL09NA M MUZ-GL09NA us MUZ-GL09/12/15/18/24NA MUZ-GL12/15/18/24NA- u, OBH733E MUZ-GL09/12/15/18/24NAH MUZ-GL09NAH uT OBB733E MUZ-GL09NAH us MUZ-GL12/15/18/24NAH- u, MUY-GL09/12/15/18/24NA- u, MUZ-HM09/12/15/18/24NA2 MUZ-HM09/12/15/18/24NA2 u, OBH747D MUZ-HM09/12NA2- us OBB747B MUZ-FH06/15NA MUZ-FH06/09/12/15NA MUZ-FH09/12NA- i-i MUZ-FH18NA2 MUZ-FH18NA2 OBH684D MUZ-FH06/09/12/15NAH MUZ-FH06/15NAH OBB684B MUZ-FH18NAH2 MUZ-FH09/12NAH-0 MUZ-FH 18NAH2 MUZ-FE09/12NAH MUZ-FE09/12NAH OBH543F OBB543D MUZ-D30/36NA MUZ-D30/36NA-0 OBH502E MUY-D30/36NA MUY-D30/36NA-[I:] OBB502B SUZ-KA09/12/15/18NA SUZ-KA09/12/15/18NA.TH OCH467C OCB467B MUFZ-KJ09/12/15/18NAHZ MUFZ-KJ09/12/15/18NAHZ- u, OBH753B OBB753 MS-A09WA MS-Al2WA Indoor unit model MS-A09WA I MS-Al2WA External finish White Power supply V, phase, Hz 115, 1, 60 Disconnect switch A 15 Min. circuit ampacity A 1.2 Fan motor F.L.A 0.95 Airnow Low—Med.—High—Powerful COOL Dry (Wet) CFM 183 - 261 - 335 - 367 (162 - 233 - 300 - 328) 222 - 286 - 406 - 446 (198 - 254 - 363 - 399) Moisture removal pt./h 2.7 3.2 Sound level Low—Med.—High—Powerful dB(A) 26 - 32 - 40 - 42 33 - 38 - 45 - 47 Cond. drain connection O.D. in. 5/8 Dimensions W in. 30-11 /16 D 8-1/4 H 11/-3/4 Weight lb. 23 Remote controller Wireless type Control voltage by built-in transformer 115 VAC NOTE: Test conditions are based on ARI 210/240 +1 : Rating conditions (cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75°FWB) Rated frequency: 60Hz Operating Range Indoor intake air temperature Outdoor intake air temperature Maximum 95°FDB, 71 °FWB 115°FDB Cooling Minimum 67°FDB, 57°FWB 67°FDB A-5 MU-A09WA MU-Al2WA Outdoor unit model MU-A09WA MU-Al2WA Capacity Rated(Minimum-Maximum) Cooling *1 Btu/h 9,500 12,000 Power consumption Rated(Minimum-Maximum) Cooling +� W 870 1,070 EER +1 [SEER] +2 Cooling 10.9 [13.0] 11.2 [13.0] External finish Munsell 3Y 7.8/1.1 Power factor Cooling 208/230 % 99 Power supply V, phase, Hz 115, 1, 60 Max. fuse size time delay) A 15 20 Min. circuit ampacity A 14 16 Fan motor F.L.A 0.63 0.926 Model RN092WHDHT RN110WHDHT Winding resistance (at 68°F) 0 C-R 0.81 C-S 1.49 C-R 0.66 C-S 1.23 Compressor R.L.A 9.30 10.82 L.R.A 47 56 Refrigerant control Ca ilia tube Sound level dB(A) 47 52 W in. 31-1 /2 33-7/16 Dimensions D in. 11-1/4 11-7/16 H in. 21-5/8 23-13/16 Weight lb. 78 96 REMOTE CONTROLLER Wireless type REFRIGERANT PIPING Not supplied Refrigerant pipe size Liquid in. 1/4 (0.0315) Min. wall thickness Gas in. 3/8 0.0315 1/2 0.0315 Indoor Flared Connection method Outdoor Flared Between the indoor Height difference ft. 35 & outdoor units Piping length ft. 65 Refrigerant charge R410A 21b.5oz. I 31b. 1 oz. Refrigerating oil ModelIf! oz. (L) 1 11.8 (0.35)/(NE022) NOTE : Test conditions are based on ARI 210/240. +1 : Rating conditions (cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75°FWB) +2 (Unit: [°F]) Indoor air condition Outdoor air condition Mode Test Dry bulb Wet bulb Dry bulb Wet bulb ARI SEER "A" Cooling Steady State (Cooling) at rated compressor Speed 80 67 95 (75) "B-2" Cooling Steady State at rated compressor Speed 80 67 82 (65) "B-1" Cooling Steady State at minimum compressor Speed 80 67 82 (65) Low ambient Cooling Steady State at minimum compressor Speed 80 67 67 (53.5) Intermediate Cooling Steady State At Intermediate compressor Speed 80 67 87 (69) MR OPERATING RANGE (1) POWER SUPPLY Rating Guaranteed Voltage Outdoor unit 115V 60Hz 1 Min. 103V 115V Max. 127V -----i i 4----- (2) OPERATION Function Intake air temperature Condition Indoor Outdoor DB (°F) WB (°F) DB (°F) WB (°F) Standard temperature 80 67 95 — Maximum temperature 95 71 115 — Cooling Minimum temperature 67 57 67 — Maximum humidity 78% — A-7 MSZ-GL06NA MSZ-GLO9NA MSZ-GL12NA MSZ-GL15NA MSZ-GL18NA MSZ-GL24NA MSY-GLO9NA MSY-GL12NA MSY-GL15NA MSY-GL18NA MSY-GL24NA Indoor model MSZ-GL06NA MSZ-GL09NA MSY-GL09NA MSZ-GL12NA MSY-GL12NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/ Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.76 Airflow Super High - High - Med. - Low - Quiet COOL Dry (Wet) CFM 399 - 321 - 237 - 170 - 145 (364 - 286 - 201 - 134 - 109) HEAT Dry CFM 406 - 321 - 237 - 170 - 145 Moisture removal pt./h — 1.5 2.5 Sound level Super High - High - Med. - Low - Quiet Cooling Heating eadg dB(A) dB(A) 43 - 37 - 30 - 22 - 19 45 - 37 - 30 - 22 - 19 43 - 37 - 30 - 22 - 19 Fan speed Super High - High - Med. - Low - Quiet Cooling rpm 1,020 - 860 - 670 - 530 - 470 Heating (MSZ) rpm 1,040 - 860 - 670 - 530 - 470 Cond. drain connection O.D. in. 5/8 Dimensions W in. 31-7/16 D 9-1/8 H 11-5/8 Weight lb. 22 External finish Munsell 1.OY 9.2/0.2 Control voltage (by built-in transformer) 12 - 24 VDC Indoor model MSZ-GL15NA MSY-GL15NA MSZ-GL18NA MSY-GL18NA MSZ-GL24NA MSY-GL24NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/ Disconnect switch A 15 20/15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.76 0.67 0.76 Airflow Super High - High - Med. - Low - Quiet (GL15/18) Powerful - Super High - High - Med. - Low (GL24) COOL Dry (Wet) CFM 533 - 420 - 335 - 272 - 205 (498 - 385 - 300 - 237 -170) 646 - 522 - 417 - 332 - 258 (581 - 470 - 375 - 299 - 232) 738 - 628 - 544 - 469 - 388 (661 - 562 - 487 - 420 - 347) HEAT Dry (MSZ) CFM 463 - 367 - 304 - 247 - 205 646 - 565 - 469 - 385 - 297 738 - 628 - 544 - 469 - 388 Moisture removal pt./h 2.7 2.1 5.1 Sound level Super High - High - Med. - Low Powerful- upper High Powerful -Super High -High - Med. - Low (GL24) Cooling dB(A) 49 - 44 - 38 - 32 - 26 49 - 44 - 38 - 33 - 28 53 - 49 - 45 - 41 - 34 Heating (MSZ) dB(A) ( ) 46 - 40 - 35 - 30 - 26 48 - 43 - 38 - 33 - 28 52 - 49 - 45 - 41 - 32 Fan speed Super High - High - Med. - Low - Quiet Powerful -Superupper High -High - Med. - Low (GL24) Cooling rpm 1,280 -1,060 - 880 - 740 - 600 1,170 - 990 - 830 - 700 - 580 1,300 -1,140 -1,010 - 900 - 770 Heating (MSZ) rpm m 1,140-950-810-690-600 1,170-1,050-910-780-640 1,300-1,140-1,010-900-730 Cond. drain connection O.D. in. 5/8 Dimensions W in. 31-7/16 36-5/16 43-5/16 D 9-1/8 9-13/16 9-3/8 H 11-5/8 12 12-13/16 Weight lb. 22 28 37 External finish Munsell 1.OY 9.2/0.2 Control voltage (by built-in transformer) 12 - 24 VDC NOTE: Test conditions are based on AHRI 210/240. ME OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Indoor unit 1 phase ------- ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 - Maximum temperature 90 73 115 - Cooling Minimum temperature 67 57 14 - Maximum humidity 78% - Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -4 -5 OUTLET AIR SPEED AND COVERAGE Model Mode Function Airflow (CFM) Air speed (ft./s.) Coverage (ft.) MSZ-GL06NA HEAT Dry 406 20.6 29.5 COOL Dry 321 16.3 23.5 Wet 286 14.5 21.0 MSZ-GL09NA MSY-GL09NA HEAT Dry 406 20.6 29.5 COOL Dry 321 16.3 23.5 Wet 286 14.5 21.0 MSZ-GL12NA MSY-GL12NA HEAT Dry 406 20.6 29.5 COOL Dry 321 16.3 23.5 Wet 286 14.5 21.0 MSZ-GL15NA MSY-GL15NA HEAT Dry 463 23.4 33.5 COOL Dry 420 21.3 30.5 Wet 385 19.5 28.0 MSZ-GL18NA MSY-GL18NA HEAT Dry 646 29.5 44.0 COOL Dry 646 29.5 44.0 Wet 581 26.5 39.7 MSZ-GL24NA MSY-GL24NA HEAT Dry 738 18.0 36.9 COOL Dry 738 18.0 36.9 Wet 661 16.1 33.2 • The air coverage is the figure up to the position where the air speed is 1 ft./s., when air is blown out horizontally from the unit properly at the High speed posi- tion. The coverage should be used only as a general guideline since it varies accord- ing to the size of the room and furniture arranged inside the room. UK MUZ-GL09NA MUZ-GL09NAH MUY-GL09NA MUZ-GL12NA MUZ-GL12NAH MUY-GL12NA Outdoor unit model MUZ- GL09NA- ut I MUZ- GL09NAH- [ull MUZ- GL09NA- us MUZ- GL09NAH- LN MUY- GL09NA MUZ- GL12NA MUZ- GL12NAH MUY- GL12NA Capacity Cooling +1 Btu/h 9,000 (3,600 - 12,200) 12,000 (1,500 - 13,600) Rated (Minimum -Maximum) Heating 47 +1 (MUZ) Btu/h , 10900 (4,500-15,900) 10,900 (4,500-14,100) — 14,400 (2,000-18,100) — Capacity Rated (Maximum) Heating 17+2 (MUZ) Btu/h 6,700 (10,200) 7,000 (9,400) _ 9,200 (12,000) — Power consumption Cooling +1 W 585 (240 - 1,050) 920 (100 - 1,300) Rated (Minimum -Maximum) Heating 47 +1 (MUZ) W 720 230 -1,250 720 230 -1,070 1,100 110 -1,620 _ Power consumption Rated(Maximum) Heating 17+2 (MUZ) W 630 (1,060) 620 (790) _ 870 (1,240) — EER+1 [SEER] +3 Cooling 15.4 [24.6] 13.0 [23.1] HSPF IV +4 Heating (MUZ) NA: 12.8 — NA: 12.5 — NAH:11.8 — NAH:11.5 — COP Heating +1 (MUZ) 4.44 — 3.84 — Cooling (208/230) % 86/86 92/92 87/87 95/95 Power factor Heating (MUZ) (208/230) % 90/90 95/95 — 96/96 Power supply V , phase, Hz 208/230, 1 , 60 Max. fuse size (time delay) A 15 Min. circuit ampacity A 9 7 9 7 Fan motor F.L.A A 0.50 Model KNB073FRVMC I SNBO92FQAMT KNB073FRVMC SNB092FQAMT R.L.A A 6.2 4.9 6.6 4.9 Compressor L.R.A A 7.7 6.1 8.2 6.1 Refrigeration oil loz,�L� ftdel) 9.1(0.27)1(FV50S) I 11.8(0.35)1(FV50S) 9.1(027)/(FV50S) 11.8 (0.35)/(FV50S) Refrigerant control Linear expansion valve Cooling dB(A) 48 49 49 Sound level +1 Heating (MUZ) dB(A) 50 1— 51 — Airflow Cooling CFM 1,102 - 639 High - Med. - Low Heating (MUZ) CFM 1,186.1,116-1,045 — 1,186-1,116-1,045 — Fan speed Cooling rpm 810 - 490 High - Med. - Low Heating (MUZ) rpm 870 - 820 - 770 — 870 820 770 — Defrost method Reverse cycle W in. 31-1/2 Dimensions D in. 11-1/4 H in. 21-5/8 Weight lb. 81 External finish Munsell 3Y 7.8/1.1 Remote controller Wireless type Control voltage (by built-in transformer) VDC 12 - 24 Refrigerant piping Not supplied Refrigerant pipe size Liquid in. 1/4 (0.0315) (Min. wall thickness) Gas in. 3/8 (0.0315) Indoor Flared Connection method Outdoor Flared Between the indoor Height difference Ift. 40 & outdoor units Piping length ift. 65 Refrigerant charge (R410A) 2 lb. 5 oz. 2 lb. 9 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, (Heating) — Indoor: 70°FDB, +2: (Heating) — Indoor: 70°FDB, +3: Test condition (Refer to page 12.) A-10 +4: Test condition (Refer to page 12.) 67°FWB, Outdoor: 95°FDB, (75°FWB) 60"FWB, Outdoor: 47°FDB, 43`FWB 60"FWB, Outdoor: 17°FDB, 15°FWB MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA Outdoor unit model MUZ- GL15NA MUZ- GL15NAH MUY- GL15NA MUZ- GL18NA MUZ- GL18NAH MUY- GL18NA MUZ_ GL24NA MUZ- GL24NAH MUY- GL24NA Cooling +1 Btu/h 14,000 (3,100 - 18,200) 18,000 (5,800 - 22,000) 22,500 (8,200 - 31,400) Capacity Rated (Minimum -Maximum) Heating 47 +1 (MUZ) Btu/h 18,000 (4,800 - 20,900) 21,600 (5,400 - 25,000) 27,600 (7,500 - 36,900) — Capacity Rated (Maximum) Heating 17 +2 (MUZ) Btu/h 12,200 (16,400) - 13,800 (18,200) - 16,000 (24,600) — Cooling +1 W 1,080 (210 - 2,000) 1,340 (330 - 2,150) 1,800 (570 - 3,580) Power consumption Rated (Minimum -Maximum) Heating 47 +1 (MUZ) W 1,600 (200 - 2,010) — 1,680 (320 - 2,500) 2,340 (520 - 3,650) Power consumption Rated (Maximum) Heating 17 +2 (MUZ) W 1,190 (1,850) _ 1,480 (2,150) _ 1,700 (3,290) — EER+1 [SEER] +3 Cooling 13.0 [21.6] 13.4 [20.5] 12.5 [20.5] HSPF IV +4 Heating (MUZ) NA: 11.7 — NA: 11.2 — NA: 10.0 — NAH:10.8 — NAH:10.2 — NAH:10.0 — COP Heating +1 (MUZ) 3.30 — 3.77 — 3.46 — Cooling (208/230) % 97/97 99/99 99/99 Power factor Heating (MUZ) (208/230) % 98/98 99/99 — 99/99 — Power supply V , phase, Hz 208/230, 1 , 60 Max. fuse size (time delay) A 15 20 Min. circuit ampacity A 10 9 14 17.1 Fan motor F.L.A 0.50 0.93 0.93 Model SNB130FQBMT SNB130FQBMT SNB172FQKMT R.L.A A 7.4 6.8 10 12.9 Compressor L.R.A A 9.3 8.5 12.5 16.1 Refrigeration oil I oz. (L) (Model) 11.8 (0.35)/(FV50S) 11.8(0.35)I(FV50S) 111.8(0.35)/(FV50S) 13.5 (0.40)/(FV50S) Refrigerant control Linear expansion valve Cooling dB(A) 49 49 54 55 Sound level ai 1 Heating (MUZ) dB(A) 51 — 55 — 55 — Airflow COOL CFM 1,102-639 1,742 - 922 2,016 - 1,769 - 890 High - Med. - Low H EAT CFM 1,186-1,045-1,045 — 1,691-1,691.1,372 — 1,701-1,701.1,341 — Fan speed Cooling rpm 810 - 490 840 - 450 950 - 840 - 450 High - Med. - Low Heating (MUZ) rpm 870 - 770 - 770 — 1810 - 810 - 650 — 1810 - 810 - 650 — Defrost method Reverse cycle W in. 31-1/2 33-1/16 Dimensions D in. 11-1/4 13 H in. 21-5/8 34-5/8 Weight lb. 81 121 119 External finish Munsell 3Y 7.8/1.1 Remote controller Wireless type Control voltage (by built-in transformer) IVDC 12 - 24 Refrigerant piping Not supplied Refrigerant pipe size Liquid lin. 1/4 (0.0315) 3/8 (0.0315) (Min. wall thickness) Gas lin. 1/2 (0.0315) 5/8 (0.0315) Indoor Flared Connection method Outdoor Flared Between the indoor Height difference Ift. 40 50 & outdoor units Piping length ift. 65 100 Refrigerant charge (R410A) 2 lb. 9 oz. 3 lb. 9 oz. 1 4 lb. 3 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75°FWB) (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 47°FDB, 43"FWB +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 15"FWB A-11 Test condition +3,+4 Mode Test Indoor air condition (°F) Outdoor air condition (°F) Dry bulb Wet bulb Dry bulb Wet bulb ARI "A-2" Cooling Steady State 80 67 95 (75) at rated compressor Speed "B-2" Cooling Steady State 80 67 82 (65) at rated compressor Speed SEER "13-1" Cooling Steady State 80 67 82 (65) (Cooling) at minimum compressor Speed "F-1" Cooling Steady State 80 67 67 (53.5) at minimum compressor Speed "E-V" Cooling Steady State 80 67 87 (69) at Intermediate compressor Speed +5 "H1-2" Heating Steady State 70 60 47 43 at rated compressor Speed "H3-2" Heating 70 60 17 15 at rated compressor Speed HSPF "HO-1" Heating Steady State 70 60 62 56.5 (Heating) at minimum compressor Speed "H1-1" Heating Steady State 70 60 47 43 at minimum compressor Speed "H2-V" Heating 70 60 35 33 at Intermediate compressor Speed +5 +5: At Intermediate compressor Speed _ ('Rated compressor speed" - "minimum compressor speed") / 3 + "minimum compressor speed". OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Outdoor unit 1 phase ------- ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78 % — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -4 -5 A-12 MSZ-HM09NA MSZ-HM12NA MSZ-HM15NA MSZ-HM18NA MSZ-HM24NA Indoor model MSZ-HM09NA MSZ-HM12NA MSZ-HM15NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/ Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.76 Airflow Super High - High - Med. - Low COOL Dry (Wet) CFM 399 - 321 - 237 - 170 (364 - 286 - 201 - 134) 533 - 420 - 335 - 272 (498 - 385 - 300 - 237) HEAT Dry CFM 406 - 321 - 237 - 170 463 - 367 - 304 - 247 Moisture removal pt./h 1.5 F 2.5 2.7 Sound level Super High - High - Med. - Low Cooling dB(A) 43 - 37 - 30 - 22 45 - 37 - 30 - 22 49 - 44 - 38 - 32 Heating dB(A) 43 - 37 - 30 - 22 46 - 40 - 35 - 30 Fan speed Super High - High - Med. - Low Cooling rpm 1,020 - 860 - 670 - 530 1,280 - 1,060 - 880 - 740 I Heating rpm 1,040 - 860 - 670 - 530 1,140 - 950 - 810 - 690 Cond. drain connection O.D. in. 5/8 Dimensions W in. 31-7/16 D 9-1/8 H 11-5/8 Weight lb. 22 External finish Munsell 1.OY 9.2/0.2 Control voltage (by built-in transformer) 12 - 24 VDC NOTE: Test conditions are based on AHRI 210/240. Indoor model MSZ-HM18NA MSZ-HM24NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/ Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 1 0.67 Airflow Super High - High - Med. Low COOL Dry (Wet) CFM 625 - 530 - 431 - 328 (562 - 477 - 388 - 295) 702 - 530 - 431 - 353 (632 - 477 - 388 - 318) HEAT Dry CFM 625 - 530 - 431 - 307 702 - 579 - 448 - 346 Moisture removal pt./h 2.1 2.3 Sound level Super High High - Med. - Low Cooling dB(A) 47 - 42 - 37 - 30 50 - 44 - 38 - 33 Heating dB(A) 47 - 42 - 37 - 30 50 - 44 - 38 - 32 Fan speed Super High High - Med. - Low Cooling rpm 1,140 - 1,000 - 850 - 690 1,250 - 1,000 - 850 - 730 Heating rpm 1,140 - 1,000 - 850 - 660 1,250 - 1,070 - 880 - 720 Cond. drain connection O.D. in. 5/8 Dimensions W in. 36-5/16 D 9-13/16 H 12 Weight lb. 28 External finish Munsell 1.OY 9.2/0.2 Control voltage by built-in transformer 12 - 24 VDC NOTE: Test conditions are based on AHRI 210/240. A-13 OPERATING RANGE (1) POWER SUPPLY Rated voltage I Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Indoor unit 1 phase ------- ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78% — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 5 4 OUTLET AIR SPEED AND COVERAGE Model Mode Function Airflow (CFM) Air speed (ft./s.) Coverage (ft.) MSZ-HM09NA HEAT Dry 406 20.6 29.5 COOL Dry 321 16.3 23.5 Wet 286 14.5 21.0 MSZ-HM12NA HEAT Dry 406 20.6 29.5 COOL Dry 321 16.3 23.5 Wet 286 14.5 21.0 MSZ-HM15NA HEAT Dry 463 23.4 33.5 COOL Dry 420 21.3 30.5 Wet 385 19.5 28.0 MSZ-HM18NA HEAT Dry 625 28.5 42.6 COOL Dry 625 28.5 42.6 Wet 562 25.6 38.4 MSZ-HM24NA HEAT Dry 702 32.0 47.7 COOL Dry 702 32.0 47.7 Wet 632 28.8 43.1 The air coverage is the figure up to the position where the air speed is 1 ft./s., when air is blown out horizontally from the unit properly at the High speed posi- tion. The coverage should be used only as a general guideline since it varies accord- ing to the size of the room and furniture arranged inside the room. MUZ-HM09NA2 Outdoor unit model MUZ-HM09NA - o, MUZ-HM09NA - us Capacity Cooling +1 Btu/h 9,000 ( 3,800 - 10,000 ) Rated (Minimum —Maximum) Heating 47 +1 Btu/h 10,900 (4,500 - 11,800 ) Capacity Rated (Maximum) Heating 17 +2 Btu/h 6,700 (7,200) Power consumption Cooling -+1 W 750 (240 - 850) 750 (205 - 850) Rated (Minimum —Maximum) Heating 47+1 W 900 (240 - 1,000) 900 (255 - 1,000) Power consumption Rated (Maximum) Heating 17 +2 W 700 (780) EER+1 [SEER] +3 Cooling 12.0 [ 18.0 ] HSPF IV +4 Heating 10.0 COP Heating +1 3.55 Cooling (208/230) % 87/87 84/84 Power factor Heating (208/230) % 90/90 90/89 Power supply V , phase, Hz 208/230, 1 , 60 Max. fuse size (time delay) A 15 Min. circuit ampacity A 9 12 Fan motor F.L.A A 0.50 Model KNB073FRVMC KNB073FQDHC R.L.A A 6.2 6.6 Compressor L. R.A A 7.7 8.2 Refrigeration oil fl oz. (L) (Model) 9.1 (0.27) (FV50S) 10.8 (0.32) (NE022) Refrigerant control Linear expansion valve Cooling dB(A) 46 Sound level +,1 Heating dB(A) 50 Airflow Cooling CFM 1,063 High - Med. - Low Heating CFM 1,282 - 1,105 1 1,240 - 1,105 Fan speed Cooling rpm 740 High - Med. - Low Heating rpm 890 - 770 1860 - 770 Defrost method Reverse cycle W in. 31-1/2 Dimensions D in. 11-1/4 H in. 21-5/8 Weight lb. 73 External finish Munsell 3Y 7.8/1.1 Refrigerant piping Not supplied Refrigerant pipe size Liquid lin. 1/4 (0.0315) (Min. wall thickness) Gas lin. 3/8 (0.0315) Indoor Flared Connection method Outdoor Flared Between the indoor & Height difference Ift. 40 outdoor units Piping length Ift. 65 Refrigerant charge (R410A) 1 lb. 12 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75°FWB) (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 47°FDB, 43"FWB +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 15"FWB +3: Test condition (Refer to page 19.) +4: Test condition (Refer to page 19.) A-15 MUZ-HM12NA2 Outdoor unit model MUZ-HM12NA - El MUZ-HM12NA - oa Capacity Cooling +1 Btu/h 12,000 ( 3,800 - 12,200 ) Rated (Minimum —Maximum) Heating 47 +1 Btu/h 12,200 (4,500 - 14,500 1 12,200 ( 5,500 - 14,500 ) Capacity Rated (Maximum) Heating 17 +2 Btu/h 7,600 (9,000) Power consumption Cooling +1 W 1,210 (240 - 1,300) 1,210 (205 - 1,300) Rated (Minimum —Maximum) Heating 47.2a1 W 990 (240 - 1,220) 990 (340 - 1,660) Power consumption Rated (Maximum) Heating 17+2 W 800 (990) EER+1 [SEER]+3 Cooling 9.9 [ 18.0 ] HSPF IV +4 Heating 10.0 COP Heating +1 3.61 Cooling (208/230) % 95/95 94/94 Power factor Heating (208/230) % 93/93 95/96 Power supply V , phase, Hz 208/230 , 1 , 60 Max. fuse size (time delay) A 15 Min. circuit ampacity A 9 112 Fan motor F.L.A A 0.50 Model KNB073FRVMC KNB092FQAHC R.L.A A 6.2 6.6 Compressor L.R.A A 7.7 8.2 Refrigeration oil fl oz. (L) (Model) 9.1 (0.27) (FV50S) 10.8 (0.32) (NE022) Refrigerant control Linear expansion valve level Cooling dB(A) 49 Sound +1 Heating dB(A) 51 Airflow Cooling CFM 1,063 1,102 - 639 High - Med. - Low Heating CFM 1,282 - 1,105 1,186 - 1,116 - 1,045 Fan speed Cooling rpm 740 810 - 490 High - Med. - Low Heating rpm 890 - 770 870 - 820 - 770 Defrost method Reverse cycle W in. 31-1/2 Dimensions D in. 11-1/4 H in. 21-5/8 Weight lb. 73 External finish Munsell 3Y 7.8/1.1 Refrigerant piping Not supplied Refrigerant pipe size Liquid lin. 1/4 (0.0315) (Min. wall thickness) Gas lin. 3/8 (0.0315) Indoor Flared Connection method Outdoor Flared Between the indoor & Height difference Ift. 40 outdoor units Piping length Ift. 65 Refrigerant charge (R410A) 1 lb. 12 oz. 12 lb. 9 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67"FWB, Outdoor: 95°FDB, (75"FWB) (Heating) — Indoor: 70°FDB, 60`FWB, Outdoor: 47°FDB, 43"FWB +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 15°FWB +3: Test condition (Refer to page 19.) +4: Test condition (Refer to page 19.) MUZ-HM15NA2 MUZ-HM18NA2 Outdoor unit model MUZ-HM15NA MUZ-HM18NA Capacity Cooling +1 Btu/h 14,000 (3,100 - 16,000) 17,200 (5,800 - 18,000) Rated (Minimum —Maximum) Heating 47 +1 Btu/h 18,000 (4,800 - 18,500) 18,000 (5,400 - 20,900) Capacity Rated (Maximum) Heating 17+.2 Btu/h 11,500 (14,000) 11,500 (15,000) Power consumption Cooling +1 W 1,170 (230 - 2,000) 1,640 (350 - 2,070) Rated (Minimum —Maximum) Heating 47 +1 W 1,600 (220 - 2,010) 1,590 (320 - 2,250) Power consumption Rated (Maximum) Heating 17+2 W 1,320 (1,850) 1,300 (1,950) EER+1 [SEER]+3 Cooling 12.0 [18.0] 10.5 [18.0] HSPF IV +4 Heating 10.0 COP Heating +1 3.30 3.32 Cooling (208/230) % 98/98 98/98 Power factor Heating (208/230) % 98/98 97/97 Power supply V , phase, Hz 208/230, 1 , 60 208/230, 1 , 60 Max. fuse size (time delay) A 15 15 Min. circuit ampacity A 10 10 Fan motor F.L.A A 0.50 0.50 Model SNB130FQBMT SNB130FQBMT R.L.A A 7.4 7.4 Compressor L.R.A A 9.3 9.3 Refrigeration oil fl oz. (L) (Model) 11.8 (0.35) (FV50S) 11.8 (0.35) (FV50S) Refrigerant control Linear expansion valve Cooling dB(A) 49 49 Sound level +1 Heating dB(A) 51 51 Airflow Cooling CFM 1,102 - 639 1,102 - 639 High - Med. - Low Heating CFM 1,186 - 1,045 - 1,045 1,186 - 1,045 - 1,045 Fan speed Cooling rpm 810 - 490 810 - 490 High - Med. - Low Heating rpm 870 - 770 - 770 870 - 770 - 770 Defrost method Reverse cycle W in. 31-1/2 31-1/2 Dimensions D in. 11-1/4 11-1/4 H in. 21-5/8 21-5/8 Weight lb. 81 81 External finish Munsell 3Y 7.8/1.1 Refrigerant piping Not supplied Refrigerant pipe size Liquid lin. 1/4 (0.0315) 1/4 (0.0315) (Min. wall thickness) Gas lin. 1/2 (0.0315) 1/2 (0.0315) Indoor Flared Flared Connection method Outdoor Flared Flared Between the indoor & Height difference Ift. 40 40 outdoor units Piping length Ift. 65 65 Refrigerant charge (R410A) 2 lb. 9 oz. 2 lb. 10 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75"FWB) (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 47°FDB, 43"FWB +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 15°FWB +3: Test condition (Refer to page 19.) -1:4: Test condition (Refer to page 19.) A-17 MUZ-HM24NA2 Outdoor unit model MUZ-HM24NA Capacity Rated (Minimum —Maximum) Cooling +1 Btu/h 22,500 (5,800 - 22,500) Heating 47 +1 Btu/h 26,000 (5,400 - 26,000) Capacity Rated (Maximum) Heating 17 +2 Btu/h 18,500 (18,500) Power consumption Rated (Minimum —Maximum) Cooling +1 W 2,630 (320 - 2,630) Heating 47 +1 W 2,500 (320 - 2,500) Power consumption Rated (Maximum) Heating 17 +2 W 2,300 (2,300) EER +1 [SEER] +3 Cooling 8.6 [18.0] HSPF IV +4 Heating 9.5 COP Heating +1 3.05 Power factor Cooling (208/230) /0 99/99 Heating (208/230) % 99/99 Power supply V , phase, Hz 208/230, 1 , 60 Max. fuse size (time delay) A 15 Min. circuit ampacity A 14 Fan motor F.L.A 0.93 Compressor Model SNB130FQBMT R.L.A 10 L. R.A 12.5 Refrigeration oil fl oz. (L) (Model) 11.8 (0.35) (FV50S) Refrigerant control Linear expansion valve Sound level +1 Cooling dB(A) 54 Heating dB(A) 55 Airflow High - Med. - Low COOL CFM 1,742 - 922 HEAT CFM 1,691 - 1,691 - 1,372 Fan speed High - Med. - Low Cooling rpm 840 - 450 IHeating rpm 810 - 810 - 650 Defrost method Reverse cycle Dimensions W in. 33-1/16 D in. 13 H in. 34-5/8 Weight lb. 121 External finish Munsell 3Y 7.8/1.1 Refrigerant piping Not supplied Refrigerant pipe size (Min. wall thickness) Liquid lin. 3/8 (0.0315) Gas lin. 5/8 (0.0315) Connection method Indoor Flared Outdoor Flared Between the indoor & outdoor units Height difference Ift. 50 Piping length Ift. 100 Refrigerant charge (R410A) 3 lb. 9 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75"FWB) (Heating) — Indoor: 70°FDB, 60"FWB, Outdoor: 47°FDB, 43"FWB +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 150FWB WIN Test condition 3,=i,4 Mode Test Indoor air condition (T) Outdoor air condition (T) Dry bulb Wet bulb Dry bulb Wet bulb ARI "A-2" Cooling Steady State 80 67 95 (75) at rated compressor Speed T-2" Cooling Steady State 80 67 82 (65) at rated compressor Speed SEER "B-1" Cooling Steady State 80 67 82 (65) (Cooling) at minimum compressor Speed T-1" Cooling Steady State 80 67 67 (53.5) at minimum compressor Speed "E-V" Cooling Steady State 80 67 87 (69) at Intermediate compressor Speed '=5 "1-11-2" Heating Steady State 70 60 47 43 at rated compressor Speed 11 H3-2" Heating 70 60 17 15 at rated compressor Speed HSPF "HO-1" Heating Steady State 70 60 62 56.5 (Heating) at minimum compressor Speed "H1-1" Heating Steady State 70 60 47 43 at minimum compressor Speed 11 H2-V" Heating 70 60 35 33 at Intermediate compressor Speed +5 ,r5: At Intermediate compressor Speed _ ("Rated compressor speed" - "minimum compressor speed") / 3 + "minimum compressor speed". OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Outdoor unit 1 phase ....... ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (T) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78 % — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 5 4 A-19 MSZ-FH06NA MSZ-FH09NA MSZ-FH12NA MSZ-FH15NA MSZ-FH18NA2 Indoor unit model MSZ-FH06NA I MSZ-FH09NA I MSZ-FH12NA I MSZ-FH15NA MSZ-FH18NA2 Power supply V, phase, Hz 208/230 , 1 , 60 Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.67 Airflow Super high - High - COOL Dry (Wet) CFM 381- 304 - 221-167 -137 (328.261.190.143.117) 381- 304 - 221-167 -137 (328.261.190.143.117) 398 - 304 - 221-167 -137 (342.261.190.143.117) 411- 355 - 304 - 262 - 225 (354.305.261.225.194) 459 - 355 - 304 - 262 - 225 (395.305.261.225.194) Med. - Low - Quiet HEAT Dry CFM 437.325.225-167.140 437.325.225.167.140 454.325.225.167.140 497 - 394.317 - 254.201 514.394.317.254 - 201 Moisture removal pt./h 0.2 0.6 1.9 4.0 4.8 Sound level Cooling dB(A) 40-36-29-23-20 40 - 36 - 29 - 23 - 20 41-36-29-24-21 44-39-35-31 -27 47-39-35-31 -27 Super high - High - Med.- Low - Quiet Heating dB(A) 42-36-29-24-20 42 - 36 - 29 - 24 - 20 42-36-29-24-21 46-39-34-29-25 46 - 39 - 34 - 29 - 25 Cond. drain connection O.D. in. 5/8 Dimensions W in. 36-7/16 D 9-3/16 H 12 (+ 11/16) Weight lb. 29 External finish Munsell 1.OY 9.2/0.2 Remote controller Wireless type Control voltage (by built-in transformer) 12 - 24 VDC NOTE: Test conditions are based on AHRI 210/240. OUTLET AIR SPEED AND COVERAGE Model Mode Function Airflow CFM Air speed ft./s Coverage (ft.) MSZ-FH06NA HEAT Dry 437 19.5 29.8 COOL Dry 381 17.0 26.1 Wet 328 14.6 22.5 MSZ-FH09NA HEAT Dry 437 19.5 29.8 COOL Dry 381 17.0 26.1 Wet 328 14.6 22.5 MSZ-FH12NA HEAT Dry 454 20.3 31.0 COOL Dry 398 17.8 27.3 Wet 342 15.3 23.5 MSZ-FH15NA HEAT Dry 497 22.2 33.8 COOL Dry 411 18.3 28.0 Wet 354 15.7 24.1 MSZ-FH18NA2 HEAT Dry 514 23.0 34.9 COOL Dry 459 20.5 31.2 Wet 395 17.6 27.0 • The air coverage is the figure up to the position where the air speed is 1 ft./s, when air is blown out horizontally from the unit properly at the High speed position. The coverage should be used only as a general guideline since it varies according to the size of the room and furniture arranged inside the room. MUZ-FH06NA MUZ-FH06NAH MUZ-FH09NA MUZ-FH09NAH MUZ-FH12NA MUZ-FH12NAH MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 MUZ-FH18NAH2 Outdoor unit model MUZ-FH06NA MUZ-FH06NAH MUZ-FH09NA MUZ-FH09NAH MUZ-FH12NA MUZ-FH12NAH MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 MUZ-FH18NAH2 Capacity Cooling +1 Btu/h 6,000 (1,700 - 9,000) 9,000 (1,700 -- 12,000) 12,000 (2,500 - 13,600) 15,000 (6,450 - 19,000) 17,200 (6,450 - 21,000) Rated (Minimum -Maximum) Heating 47 +1 Btu/h 8,700 (1,600 - 14,000) 10,900 (1,600 - 18,000) 13,600 (3,700 - 21,000) 18,000 (5,150 - 24,000) 20,300 (5,150 - 30,000) Capacity Rated (Maximum) Heating 17 +2 Btu/h 5,900 (10,700) 6,700 (12,200) 8,000(13,600) 11,000 (18,000) 13,700 (20,300) Power consumption Cooling +1 W 315 (100 - 560) 560 (100 - 1,000) 870 (170 - 1,150) 1,200 (410 - 2,200) 1,375 (410 - 2,220) Rated (Minimum -Maximum) Heating 47 i 1 W 545 (110 - 1,270) 710 (110 - 1,470) 950 (280 - 2,300) 1,300 (430 - 3,360) 1,720 (430 - 3,390) Power consumption Rated (Maximum) Heating 17 +2 W 500 (1,000) 600 (1,440) 720 (1,900) 1,020 (2,480) 1,320 (2,800) EER+1 [SEER]+3 Cooling 19.1 [33.1] 16.1 [30.5] 13.8 [26.1] 12.5 [22.0] 12.5 [21.0] HSPF IV +4 Heating NA: 13.5 NA: 13.5 NA: 12.5 NA: 12.0 NA2: 12.0 NAH:12.5 NAH:12.5 NAH:11.5 NAH:11.0 NAH2:11.0 COP Heating +1 4.68 4.50 4.20 4.06 3.46 Cooling (208/230) % 80/81 90/90 97/97 97/97 93/93 Power factor Heating (208/230) % 87/88 94/94 96/96 97/97 96/96 Power supply V , phase, Hz 208/230, 1 , 60 Max. fuse size (time delay) A 15 20 Min. circuit ampacity A 11 16 Fan motor F.L.A 0.50 0.93 Model SNB092FQAMT SNB140FQUMT SNB172FQKMT R.L.A 8.2 12.0 Compressor L. R.A 10.3 15.0 Refrigeration oil oz.(L�(Model) 11.8 (0.35)/(FV50S) 11.8 (0.35)/(FV50S) 13.5(0.40)/(FV50S) Refrigerant control Linear expansion valve Cooling dB(A) 1 47 48 49 51 52 Sound level +1 Heating dB(A) 48 49 51 55 55 Defrost method Reverse cycle W in. 31-1/2 33-1/16 Dimensions D in. 11-1/4 13 H in. 21-5/8 34-5/8 Weight lb. 81 83 124 External finish Munsell 3Y 7.8/1.1 Remote controller Wireless type Control voltage (by built-in transformer) VDC 12 - 24 Refrigerant piping Not supplied Refrigerant pipe size Liquid in. 1/4 (0.0315) (Min. wall thickness) Gas lin. 3/8 (0.0315) 1/2 (0.0315) Connection meth- Indoor Flared od Outdoor Flared Between the indoor Height difference Ift. 40 50 & outdoor units Piping length ift. 65 100 Refrigerant charge (R410A) 2 lb. 9 oz. 3 lb. 7 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75°FWB) (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 47°FDB, 43"FWB +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 15`FWB A-21 Test condition +3,+4 Mode Test Indoor air condition (°F) Outdoor air condition (°F) Dry bulb Wet bulb Dry bulb Wet bulb ARI "A-2" Cooling Steady State 80 67 95 (75) at rated compressor Speed "B-2" Cooling Steady State 80 67 82 (65) at rated compressor Speed SEER "13-1" Cooling Steady State 80 67 82 (65) (Cooling) at minimum compressor Speed "F-1" Cooling Steady State 80 67 67 (53.5) at minimum compressor Speed "E-V" Cooling Steady State 80 67 87 (69) at Intermediate compressor Speed +5 "H1-2" Heating Steady State 70 60 47 43 at rated compressor Speed "H3-2" Heating 70 60 17 15 at rated compressor Speed HSPF "HO-1" Heating Steady State 70 60 62 56.5 (Heating) at minimum compressor Speed "H1-1" Heating Steady State 70 60 47 43 at minimum compressor Speed "H2-V" Heating 70 60 35 33 at Intermediate compressor Speed +5 +5: At Intermediate compressor Speed _ ('Rated compressor speed" - "minimum compressor speed") / 3 + "minimum compressor speed". OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Outdoor unit 1 phase ------- ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78 % — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -13 -14 A-22 MSZ-FE09NA MSZ-FE12NA Indoor unit model MSZ-FE09NA I MSZ-FE12NA Power supply V, phase, Hz 208/230 , 1 , 60 Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.76 Airflow Powerful - High - Med. - Low COOL Dry (Wet) CFM 381 - 339 - 226 - 162 (343 - 307 - 202 - 144) 410 - 381 - 226 - 162 (367 - 350 - 202 - 144) HEAT Dry CFM 381 - 367 - 240 - 166 420 - 399 - 240 - 166 Moisture removal pt./h 2.1 2.9 Sound level Powerful - High - Med. - Low Cooling dB(A) 42 - 39 - 31 - 22 45 - 43 - 33 - 22 Heating dB(A) 42 - 40 - 31 - 22 44 - 43 - 33 - 22 Cond. drain connection O.D. in. 5/8 Dimensions W in. 31-3/8 D 10-1/8 H 11-5/8 Weight lb. 27 External finish Munsell 1.OY 9.2/0.2 Remote controller Wireless type Control voltage by built-in transformer 12 - 24 VDC NOTE: Test conditions are based on AHRI 210/240. OUTLET AIR SPEED AND COVERAGE Model Mode Function Airflow (CFM) Air speed (ft./s) Coverage (ft.) MSZ-FE09NA HEAT Dry 381 19.2 27.7 COOL Dry 339 17.1 24.7 Wet 307 15.5 22.4 MSZ-FE12NA HEAT Dry 420 21.2 30.4 COOL Dry 381 19.2 27.7 Wet 1 350 1 17.6 1 25.4 • The air coverage is the figure up to the position where the air speed is 1 ft./s, when air is blown out horizontally from the unit properly at the High speed position. The coverage should be used only as a general guideline since it varies according to the size of the room and furniture arranged inside the room. A-23 MUZ-FE09NAH MUZ-FE12NAH Outdoor unit model MUZ-FE09NAH MUZ-FE12NAH Capacity Cooling +1 Btu/h 9,000 (2,800-9,000) 12,000 (2,800--12,000) Rated (Minimum -Maximum) Heating 47 +1 Btu/h 10,900 (3,000-18,000) 13,600 (3,000-21,000) Capacity Rated (Maximum) Heating 17+2 Btu/h 6,700 (12,500) 7,900(13,600) Power consumption Cooling +1 W 580 (160-650) 930 (160-960) Rated (Minimum -Maximum) Heating 47 +1 W 710 (150-'2,250) 950 (150-2,250) Power consumption Rated (Maximum) Heating 17+2 W 650 (1,730) 750(1,780) EER+1 [SEER]+3 Cooling 15.5 [26.0] 12.9 [23.0] HSPF IV k4 Heating 10.0 10.1 COP Heating +1 4.50 4.20 Cooling (208/230) % 99/98 99/98 Power factor Heating (208/230) % 98/99 1 99/99 Power supply V , phase, Hz 208/230, 1 , 60 Max. fuse size (time delay) A 15 Min. circuit ampacity A 12 Fan motor F.L.A 0.56 Model SNB130FQBHT R.L.A 8.6 Compressor L. R.A 10.8 Refrigeration oil floz,(L)(Model) 15.2 (0.45)/(NE022) Refrigerant control Linear expansion valve level Cooling dB(A) 48 1 48 Sound +1 Heating dB(A) 49 1 49 Defrost method Reverse cycle W in. 31-1/2 Dimensions D in. 11-1/4 H in. 21-5/8 Weight lb. 80 External finish Munsell 3Y 7.8/1.1 Remote controller Wireless type Control voltage (by built-in transformer) VDC 12 - 24 Refrigerant piping Not supplied Refrigerant pipe size Liquid in. 1/4 (0.0315) (Min. wall thickness) Gas in. 3/8 (0.0315) Indoor Flared Connection method Outdoor Flared Between the indoor Height difference Ift. 40 & outdoor units Piping length ift. 65 Refrigerant charge (R410A) 2 lb. 9 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67"FWB, Outdoor: 95°FDB, (75"FWB) (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 47°FDB, 43°FWB +2: (Heating) — Indoor: 70°FDB, 60"FWB, Outdoor: 17°FDB, 15°FWB � Test condition Mode Test Indoor air condition (°F) Outdoor air condition ff ) Dry bulb Wet bulb Dry bulb Wet bulb ARI "A-2" Cooling Steady State 80 67 95 (75) at rated compressor Speed "B-2" Cooling Steady State 80 67 82 (65) at rated compressor Speed SEER "B-1" Cooling Steady State 80 67 82 (65) (Cooling) at minimum compressor Speed 7-1" Cooling Steady State 80 67 67 (53.5) at minimum compressor Speed "E-V" Cooling Steady State 80 67 87 (69) at Intermediate compressor Speed +5 "H1-2" Heating Steady State 70 60 47 43 at rated compressor Speed "H3-2" Heating 70 60 17 15 at rated compressor Speed HSPF "HO-1" Heating Steady State 70 60 62 56.5 (Heating) at minimum compressor Speed "H1-1" Heating Steady State 70 60 47 43 at minimum compressor Speed "H24" Heating 70 60 35 33 at Intermediate compressor Speed :5 +5: At Intermediate compressor Speed = ("Cooling rated compressor speed" - "minimum compressor speed") / 3 + "minimum compressor speed". OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Outdoor unit 1 phase ------- ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78 % — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -13 -15 A-25 MSZ-D30NA MSY-D30NA MSZ-D36NA MSY-D36NA Indoor unit model MSZ-D30NA MSY-D30NA MSZ-D36NA MSY-D36NA Power supply V, phase, Hz 208/230 , 1 , 60 Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.76 Airflow Low - Med. - High - Powerful COOL Dry (Wet) CFM 389 - 639 - 848 - 887 (350 - 576 -763 - 798) HEAT Dry 445 - 639 - 848 - 887 — 445 - 639 - 848 - 887 — Moisture removal pt./h 9.9 11.3 11.9 Sound level Low - Med. - High - Powerful Cooling dB(A) 32 - 42 - 49 -51 Heating 34 - 42 - 49 - 50 — 34 - 42 - 49 - 50 — Cond. drain connection O.D. in. 5/8 Dimensions W in. 46-1 /16 D 11-5/8 H 14-3/8 Weight lb. 40 External finish Munsell 1.OY 9.2/0.2 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC NOTE : Test conditions are based on ARI 210/240. OUTLET AIR SPEED AND COVERAGE RANGE Model name Mode Function Air low Air speed Coverage (CFM) (ft./sec.) range (ft.) MSZ-D30NA HEAT Dry 848 23.6 45.0 MSZ-D36NA MSZ-D30NA Dry 848 23.6 45.0 MSZ-D36NA COOL MSY-D30NA MSY-1336NA Wet 763 21.3 40.7 • The air coverage range is the figure up to the position where the air speed is 1 ft./sec., when air is blown out horizontally from the unit properly at the High speed position. The coverage range should be used only as a general guideline since it varies according to the size of the room and furniture arranged inside the room. OW. MUZ-D30NA MUY-D30NA MUZ-D36NA MUY-D36NA Outdoor unit model MUZ-D30NA MUY-D30NA MUZ-D36NA MUY-D36NA Capacity Rated (Minimum - Maximum) Cooling +1 Btu/h 30,700 (9,800 - 30,700) 30,700 (9,800 -- 30,700) 32,000/33,200 (9,800 - 32,000) / (9,800 - 33,200) 33,200/34,600 (9,800 - 33,200) / (9,800 - 34,600) Heating 47 -I 1 32,600 (8,700 - 34,000) _ 35,200 (8,700 - 36,000) — Capacity Heating 17 +2 Btu/h 20,800 — 22,800 — Power consumption Rated (Minimum - Maximum) (TOTAL) Cooling +1 W - 3, (620 850) 3- 3, (620 380) 4,140/4,360 (620 -- 4,140) / (620 -- 4,360) 4,210/4,240 (620 - 4,210) / (620 �- 4,240) Heating 47 :1 3,360 (520 - 3,600) — 3,840 (520 - 4,100) — Power consumption Heating 17 :2 W 2,620 — 3,000 — EER +1 [SEER] +3 Cooling 8.0 [14.5] 9.1 [16.0] 7'7/7'6 [14.5] 7'9/8'2 [15.1] HSPF IV(V) +4 Heating 8.2 (6.7) — 8.2 (6.7) — COP Heating +1 2.84 — 2.69 — Cooling (2081230) % 99/99 Power factor Heating (MUZ) (208/230) ° °� 99/99 Power supply V , phase, Hz 208/230 , 1 , 60 Max. fuse size (time delay) A 25 Min. circuit ampacity A 21 Fan motor F.L.A 0.93 Model TNB220FMCHT R.L.A 16 Compressor L. R.A 20 Refrigeration oil lloz.(L)(Model) 29.4 (0.87)/(NE022) Refrigerant control Linear expansion valve Sound level -i 1 Cooling dB(A) 55 55 56 56 Heating 57 — 57 — Defrost method Reverse cycle — Reverse cycle — Dimensions W in. 33-1 /16 D 13 H 33-7/16 Weight lb. 141 126 1 141 126 External finish Munsell 3Y 7.8/1.1 Remote controller Wireless type Control voltage (by built-in transformer) 12 - 24 VDC Refrigerant piping Not supplied Refrigerant pipe size (Min. wall thickness) Liquid �n' 3/8 (0.0315) Gas 5/8 (0.0394) Connection method Indoor Flared Outdoor Between the indoor & outdoor units Height difference ft. 50 Piping length 100 Refrigerant charge (R410A) 4 lb. 10 oz. 4 lb. 1 4 lb. 10 oz. 4 lb. NOTE: Test conditions are based on ARI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75°FWB) Rated frequency (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 47°FDB, 43"FWB Rated frequency +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 15"FWB Maximum frequency A-27 Test condition ;1+3,=i+4 Mode Test Indoor air condition (°F) Outdoor air condition (°F) Dry bulb Wet bulb Dry bulb Wet bulb ARI "A" Cooling Steady State 80 67 95 (75) at rated compressor Speed T-2" Cooling Steady State 80 67 82 (65) at rated compressor Speed SEER "B-V Cooling Steady State 80 67 82 (65) (Cooling) at minimum compressor Speed Low ambient Cooling Steady State 80 67 67 (53.5) at minimum compressor Speed Intermediate Cooling Steady State 80 67 87 (69) at Intermediate compressor Speed -i+5 Standard Rating -Heating 70 60 47 43 at rated compressor Speed Low temperature Heating 70 60 17 15 at rated compressor Speed Max temperature Heating 70 60 62 56.5 HSPF at minimum compressor Speed (Heating) High temperature Heating 70 60 47 43 at minimum compressor Speed Frost Accumulation 70 60 35 33 at rated compressor Speed Frost Accumulation 70 60 35 33 at Intermediate compressor Speed -i+5 ;i+5: At Intermediate compressor Speed =("Cooling rated compressor speed" - "minimum compressor speed") / 3 + "minimum compressor speed". OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Outdoor unit 1 phase ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78% — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 14 13 P SEZ-KD09NA4 SEZ-KD12NA4 Model Name SEZ-KD09NA4 SEZ-KD12NA4 Capacity Cooling Heating Cooling Heating BTU/h 8100 10900 11500 13600 Power source 208/230V 60Hz 208/230V 60Hz Power input kW 0.06 0.04 0.07 0.05 Current A 0.51 0.39 0.57 0.46 Temperature set range Remote controller `F(°C) 67 to 86 (19 to 30) 63 to 83 (17 to 28) 67 to 86 19 to 30 63 to 83 17 to 28 Airflow direction Fan Type x Quantity Sirocco fan x 2 Sirocco fan x 2 External static ress in.WG(Pa) 0.02-0.06-0.14-0.20 5-15-35-50 0.02-0.06-0.14-0.20 5-15-35-50 Motor type DC brushless motor DC brushless motor Motor output kW 0.096 0.096 Driving mechanism Direct -driven Direct -driven Airflow rate(Low-Mid-High) m3/min 5.5-7.0-9.0 7.0-9.0-11.0 Airflow rate Low -Mid -Hi h CFM 194-247-317 247-317-388 Airflow rate(Low-Mid-High) US 91-116-150 116-150-183 External finish Galvanized Galvanized External dimension H x W x D mm 200 x 790 x 700 200 x 990 x 700 In. 7-7/8 x 31-1/8 x 27-9/16 7-7/8 x 39 x 27-9/16 Net weight kg 1 18 21 Wiring Min.size of wire in.(mm) 1/8 1.6 1/8 1.6 Amperage of wire breaker A 15 15 Refrigerant Liquid R410A in.(mm) 01/4 06.35 Flare o1/4 06.35 Flare piping diameter Gas R410A in.(mm) 03/8 09.52 Flare o3/8 09.52 Flare Drain piping diameter in.(mm) O.D. 1-1/4 32 O.D. 1-1/4 32 Sound level (Low -Mid -High) (measured in anechoic room) dB<A> 23-26-30 23-28-33 Insulation material Polystyrene foam Polyethylene foam Urethane foam Polystyrene foam Polyethylene foam Urethane foam Air filter PP Honeycomb fabric washable PP Honeycomb fabric washable Refrigerant control device Protection devices Fuse 250V 6.3A Fuse 250V 6.3A Heat exchanger Cross fin Aluminum fin and copper tube Cross fin Aluminum fin and copper tube Varistor ERZVl OD471 ERZVl OD471 Terminal block To outdoor unit : 3P To wired remote controller : 2P To outdoor unit: 3P To wired remote controller: 2P Power outlet A 10 10 Standard Document Installation Manual, Instruction Book Installation Manual, Instruction Book attachment Accessory Drain hose (flexible joint), <Wired Remote Controller> Drain hose (flexible joint), <Wired Remote Controller> Remark Note 1.Cooling/Heating capacity indicates the maximum value at operation under the following condition. <Cooling> Indoor:80°FD.B. / 67°FW.B. (26.7°CD.B. / 19.4°CW.B.) Outdoor:95`FD.B. (35°CD.B.) <Heating> Indoor:70`FD.B. (21.1 °CD.B.) Outdoor:47°FD.B. / 43°FW.B. (8.3`CD.B. / 6.1 °CW.B.) Pipe length:24-9/16ft (7.5m) Height difference:Oft (0m) 2.Power consumption. Run current at 0.06[in.WG] (15Pa) (external static pressure) 3.Cooling capacity value at 1:1 system Heating capacity value at 1:1 system 4. < > SEZ-KD • NA only A-29 SEZ-KD15NA4 SEZ-KD18NA4 Model Name SEZ-KD15NA4 SEZ-KD18NA4 Capacity Cooling Heating Cooling Heating BTU/h 14100 18000 17200 21600 Power source 208/230V 60Hz 208/230V 60Hz Power input kW 0.09 0.07 0.09 0.07 Current A 0.74 0.63 0.74 0.63 Temperature set range Remote controller °F(°C) 67 to 86 (19 to 30) 63 to 83 (17 to 28) 67 to 86 19 to 30 63 to 83 17 to 28 Airflow direction Fan Type x Quantit Sirocco fan x 3 Sirocco fan x 4 External static press in.WG(Pa) 0.02-0.06-0.14-0.20 (5-15-35-50) 0.02-0.06-0.14-0.20 (5-15-35-50) Motor type DC brushless motor DC brushless motor Motor output kW 0.096 0.096 Driving mechanism Direct -driven Direct -driven Airflow rate(Low-Mid-High) m3/min 10.0-12.5-15.0 12.0-15.0-18.0 Airflow rate(Low-Mid-High) CFM 353-441-529 423-529-635 Airflow rate(Low-Mid-High) L/S 167-208-250 200-250-300 External finish Galvanized Galvanized External dimension H x W x D mm 200 x 990 x 700 200 x 1190 x 700 In. 7-7/8 x 39 x 27-9116 7-7/8 x 46-7/8 x 27-9/16 Net weight kg 23 27 Wiring Min.size of wire in.(mm) 1/8 (1.6) 1/8 (1.6) Amperage of wire breaker A 15 15 Refrigerant Liquid R410A in. mm o1/4 (o6.35) Flare o1/4 (o6.35) Flare piping diameter Gas R410A in. mm o1/2 (o12.7) Flare o1/2 (o12.7) Flare Drain piping diameter in. mm O.D. 1-1/4 (32) O.D. 1-1/4 (32) Sound level (Low -Mid -High) (measured in anechoic room) dB<A> 30-34-37 30-34-38 Insulation material Polystyrene foam, Polyethylene foam, Urethane foam Polystyrene foam, Polyethylene foam, Urethane foam Air filter PP Honeycomb fabric (washable) PP Honeycomb fabric (washable) Refrigerant control device Protection devices Fuse (250V 6.3A) Fuse (250V 6.3A) Heat exchanger Cross fin (Aluminum fin and copper tube) Cross fin (Aluminum fin and copper tube) Varistor ERZVl OD471 ERZVl OD471 Terminal block To outdoor unit: 3P To wired remote controller: 2P To outdoor unit: 3P To wired remote controller: 2P Power outlet JA 20 20 Standard Document Installation Manual, Instruction Book Installation Manual, Instruction Book attachment Accessory Drain hose (flexible joint), <Wired Remote Controller> Drain hose (flexible joint), <Wired Remote Controller> Remark Note 1.Cooling/Heating capacity indicates the maximum value at operation under the following condition. <Cooling> Indoor:80°FD.B. / 67°FW.B. (26.7°CD.B. / 19.4°CW.B.) Outdoor:95°FD.B. (35`CD.B.) <Heating> Indoor:70°FD.B.(21.1°CD.B.) Outdoor:47°FD.B./43°FW.B.(8.3°CD.B./6.1°CW.B.) Pipe length:24-9/16ft (7.5m) Height difference:Oft (0m) 2.Power consumption. Run current at 0.06[in.WG] (15Pa) (external static pressure) 3.Cooling capacity value at 1:1system Heating capacity value at 1:1system 4. < > SEZ-KD • NA only UH SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA SUZ-KA18NA (SEZ Combination) Model name Indoor unit SEZ-KD09NA4 SEZ-KD12NA4 SEZ-KD15NA4 SEZ-KD18NA4 Outdoor unit SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA SUZ-KA18NA Cooling Max. Capacity Btu/h 10,900 13,300 17,000 19,000 Rated Capacity Btu/h 8,100 11,500 14,100 17,200 Min. Capacity Btu/h 3,800 3,800 3,800 3,800 Total input W 670 920 1,170 1,380 EER Btu/h 12 12.5 12 12.5 SEER Btu/h 15 16 15.5 17.5 Moisture Removal Pints/h 1.5 2.4 2.6 3.4 SHF 0.80 0.76 0.80 0.79 Heating Max. Capacity Btu/h 14,100 16,400 21,100 24,900 Rated Capacity Btu/h 10,900 13,600 18,000 21,600 Min. Capacity Btu/h 4,800 4,800 4,800 4,800 Total input W 1,020 1,140 1,500 1,700 COP W/W 3.13 3.50 3.52 3.72 HSPF(IV) Btu/h/W 10.0 10.0 10.0 10.0 Heating Capacity Btu/h 7,300 9,800 13,700 15,000 at low ambient Total input W 1,000 1,180 1,650 1,830 COP W/W 2.14 2.43 2.43 2.40 Power factor Cooling(208/230) % Heating (208/230) % Power supply Phase,Cycle,Voltage 1phase, 60Hz, 208/230V Breaker size A 15 Voltage Indoor- Outdoor S1-S2 AC208 / 230V Indoor - Outdoor S2-S3 DC 12 - 24V Indoor- Remote controller DC 12V Indoor unit MCA A 1 MOCP A 15 Fan Motor F.L.A 0.51 1 0.57 1 0.74 Fan Motor Output W 96 Airflow DRY (Lo-Mid-HI)WET CMM 5.5-7-9 7-9-11 10-12.5-15 12-15-18 CMM 4.9-6-8 6-8-10 9-11.2-14 11-14-17 Airflow DRY (Lo-Mid-Hi) WET CFM 194 - 247 - 317 247 - 317 - 388 353 - 441 - 529 423 - 529 - 635 CFM 174 - 222 - 285 222 - 285 - 349 317 - 396 - 476 381 - 476 - 572 External pressure in.WG [Pa] 0.02 / 0.06 / 0.14 / 0.20 [5/15135/50] Sound level(Lo-Mid-Hi) dB (A) 23 - 26 - 30 23 - 28 - 33 30 - 34 - 37 30 - 34 - 38 External finish Galvanized Dimension Unit (Panel) W: mm [inch] 790 [31-1/8] 990 [39] 1190 [46-7/8] D: mm [inch] 700 [27-9/16] H: mm [inch] 200 [7-7/8] Weight Unit kg 19 22 24 28 Ibs 42 50 1 54 62 Field Drain pipe seize O.D. mm [inch] 32 [1-1/4] Remote Controller Optional parts Outdoor unit MCA A 12 14 MOCP A 15 Fan Motor F.L.A. 0.50 0.93 Fan Motor Output W 55 77 Compressor KNB073FQDHC 1 KNB092FQAHC SNB130FQBH R.L.A. 6.6 7.4 10 L.R.A. 8.2 9.3 12.5 Airflow (Cooling/Heating) CMM 32.6 / 34.7 34.8 / 33.2 35.2 / 34.8 49 / 47 CFM 1,151 / 1,225 1,229 / 1,172 1,243 11,229 1,730 / 1,659 Refrigerant Control Linear Expansion Valve Defrost Method Reverse Cycle Sound level at cooling dB (A) 46 49 49 54 Sound level at heating dB (A) 50 51 51 56 External finish Ivory Munsell 3Y 7.8/1.1 Dimension W: mm [inch] 800 [31-1/2] 840 [33-1/16] D: mm [inch] 285 [11-1/4] 330 [13] H: mm [inch] 550 [21-5/8] 850 [33-7/16] Weight kg [Ibs] 30 [66] 35 [77] 36 [80] 54 [119] Refrigerant Type R410A Charge kg [lbs,oz] 0.9 [1 lb 16 oz] 1.15 [2 lb 9 oz] 1.80 [3 lb 16 oz] Oil L [fl oz] 0.32 (NEO 22) [10.8] 0.45 (NEO 22) [15.2] Refrigerant pipe size Gas side O.D. mm [inch] 9.52 [3/8] 12.7 [1/2] Liquid side O.D. mm [inch] 6.35 [1/4] Refrigerant pipe length Height difference Max. 12 m [Max. 40 ft] Max. 15 m [Max. 50 ft] Length Max. 20 m [Max. 65 ft] Max. 30 m [Max. 100 ft] Refrigerant Piping Not Supplied Connection Method Flared NOTES:'1.Rating conditions (cooling) -Indoor: D.B. 26.7°C(80°F), W.B. 19.4OC(67°F) Outdoor: D.B. 35°C(95°F), W.B. 23.9OC(75OF) (heating) -Indoor: D.B. 21.1°C(70°F), W.B. 15.6°C(60°F) Outdoor: D.B. 8.3°C(47°F), W.B. 6.1°C(43°F) '2.Rating conditions(heating)-Indoor: D.B. 21.1°C(70°F), W.B. 15.6°C(60°F) Outdoor: D.B.-8.3°C(17°F), W.B.-9.4°C(15°F) Operating range Indoor intake air temperature Outdoor intake air temperature Cooling Maximum D.B. 35°C 95°F , W.B. 21.7°C 71°F D.B. 46°C 115°F Minimum D.B. 19.4°C 670E , W.B. 13.9°C 57°F D.B.-10°C 14°F Heating Maximum D.B. 26.7°C 800E , W.B. 19.4°C 67°F D.B. 24°C 75°F , W.B. 18°C 65°F Minimum D.B. 21.1°C 700E W.B. 15.6°C 60°F D.B.-20°C -4°F W.B.-21°C -50F A-31 SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA Indoor unit model SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.23 0.28 0.28 Airflow (Low - Med. - High) Dry CFM 280-320-350 280-320-390 280-320-390 Wet CFM 250-290-320 250-290-350 250-290-350 Moisture removal pt/h 1.2 2.3 4.5 Sound pressure level (Low - Med. - High) dB(A) 29-32-38 30-34-39 31-35-40 External finish color Unit: Galvanized sheets with gray heat insulation Grille: ABS resin Munsell 6AY 8.9/0.4 Dimensions unit <Grille> W in. 22-7/16 <25-19/32> D in. 22-7/16 <25-19/32> H in. 8-3/16 <25/32> Weight unit <Grille> lb. 36 <7> Field drainpipe O.D. in. 1-1/4 Control voltage (by buit-in transformer) 12 - 24 VDC NOTE : Test conditions are based on AHRI 210/240. OUTLET AIR SPEED AND COVERAGE Model Function Airflow (CFM) Air speed (ft./s.) Coverage (ft.) SLZ-KA09NA Dry 350 11.2 12.1 Wet 320 10.2 11.1 SLZ-KAl2NA Dry 390 12.1 13.5 Wet 350 10.9 12.1 Dry 390 12.1 13.5 SLZ-KA15NA Wet 350 10.9 12.1 • The air coverage is the figure up to the position where the air speed is 1 ft./s., when air is blown out horizontally from the unit properly at the High speed position. The coverage should be used only as a general guideline since it varies according to the size of the room and furniture arranged inside the room. A-32 SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA (SLZ Combination) Model name Indoor unit SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA Outdoor unit SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA Cooling Max. Capacity Btu/h 10,900 13,300 17,700 Rated Capacity Btu/h 8,400 11,100 15,000 Min. Capacity Btu/h 3,100 3,400 3,800 Total input W 700 920 1,460 EER Btu/h 12 12 10.2 SEER Btu/h 15 15.4 16 Moisture Removal Pints/h 1.2 2.3 4.5 *1 SHF 0.84 0.77 0.67 Heating Max. Capacity Btu/h 14,100 17,100 22,200 Rated Capacity Btu/h 10,900 13,600 18,000 Min. Capacity Btu/h 3,100 3,100 3,100 Total input W 930 1,180 1,950 COP W/W 3.44 3.38 2.71 *1 HSPF(IV) Btu/h/W 9.6 9.6 9.6 Heating Capacity Btu/h 8,300 10,200 13,400 at low ambient Total input W 1,040 1,310 1,970 *2 COP W/W 2.33 2.28 1.99 Power factor Cooling (208/230) Heating (208/230) Power supply Phase,Cycle,Voltage 1 phase, 60Hz, 208/230V Breaker size A 15 Voltage Indoor - Outdoor S1-S2 AC208 / 230V Indoor - Outdoor S2-S3 DC 12 - 24V Indoor - Remote controller DC 12V Indoor unit MCA A 1 MOCP A 15 Fan Motor F.L.A 0.23 0.28 0.28 Fan Motor Output W 15 20 20 Airflow DRY (Lo-Mid-Hi)WET CMM 8-9-10 8-9-11 8-9-11 CMM 7-8-9 7-8-10 7-8-10 Air flow DRY (Lo-Mid-Hi) WET CFM 280 - 320 - 350 280 - 320 - 390 280 - 320 - 390 CFM 250 - 290 - 320 250 - 290 - 350 250 - 290 - 350 Sound level (Lo-Mid-Hi) dB (A) 29-32-38 30-34-39 31-35-40 External finish Unit: Galvanized sheets with gray heat insulation Grille: ABS resin Munsell 6AY 8.9/0.4 Dimension Unit <Grille> W:mm [inch] 570 <650> [22-7/16 <25-19/32>] D:mm [inch] 570 <650> [22-7/16 <25-19/32>] H:mm [inch] 235 <20> [9-1/4 <25/32>] Weight Unit <Grille> kg 16.5 <3> Ibs 36 <7> Field Drain pipe seize O.D. mm [inch] 32 [1-1/4] Remote Controller Optional parts Outdoor unit MCA A 12 MOCP A 15 Fan Motor F.L.A. 0.50 Fan Motor Output W 55 Compressor KNB073FQDHC KNB092FOAHC SNB130FQBH R.L.A. 6.6 7.4 L.R.A. 8.2 9.3 Air flow (Cooling/Heating) CMM 32.6 / 34.7 34.8 / 33.2 35.2 / 34.8 CFM 1,151 / 1,225 1,229/ 1,172 1,243/ 1,229 Refrigerant Control Linear Expansion Valve Defrost Method Reverse Cycle Sound level at cooling dB (A) 46 49 49 Sound level at heating dB (A) 50 51 51 External finish Ivory Munsell 3Y 7.8/1.1 Dimension W:mm [inch] 800 [31-1/2] D:mm [inch] 285 [11-1/4] H:mm [inch] 550 [21-5/8] Weight kg [Ibs] 30 [66] 35 [77] 36 [80] Refrigerant Type R410A Charge kg [lbs,oz] 0.9 [1 lb 16 oz] 1.15 [2 lb 9 oz] Oil L [fl oz] 0.32 (NEO 22) [10.8] 0.45 (NEO 22) [15.2] Refrigerant pipe size Gas side O.D. mm [inch] 9.52 [3/8] 12.7 [1/2] Liquid side O.D. mm [inch] 6.35 [1/4] Refrigerant pipe length Height difference Max. 12 m [Max. 40 ft] Length Max. 20 m [Max. 65 ft] Refrigerant Piping Not Supplied Connection Method Flared NOTES:*1.Rating conditions (cooling)-Indoor:D.B. 26.7°C(80*F), W.B. 19.4°C(670F) Outdoor: D.B. 35°C(95°F), W.B. 23.9°C(75°F) (healing) -Indoor: D.B. 21.1'C(70*F), W.B. 15.6'C(60*F) Outdoor: D.B. 8.3'C(47*F), W.B. 6.1'C(43°F) *2.Rating conditions(heating)-indoor:D.B. 21.1°C(70`F), W.B. 15.6°C(60`F) Outdoor: D.B.-8.3°C(17°F), W.B.-9.4°C(15°F) Ooeratina ranee Indoor intake air temperature Outdoor intake air temperature Maximum D.B. 35°C 95`F, W.B.21.7°C 71`F D.B. 46C 115-F cooling Minimum D.B. 19.4°C 67`F , W.B. 13.9°C 57`F D.B. -10'C 14°F Heating Maximum D.B. 26.7°C 80`F , W.B. 19.4°C I67`F D.B. 24°C 75°F , W.B. 18°C 65`F Minimum D.B. 21.1°C 70`F W.B. 15.6°C 60-F D.B.-20'C 4°F W.B.-21°C -5°F A-33 = F_1 off_'TI1.6EV_ M ; j = F_1 off_` Na_V_fl Service Ref. PEAD-A09AA7 Power supply (phase, cycle, voltage) 1 phase, 60Hz, 208/230V Max. Fuse Size A 15 Min. Circuit Ampacity A 1.45 External finish Galvanized sheets Heat exchanger Plate fin coil Fan Fan (drive) x No. Sirocco fan x 1 Fan motor output kW 0.085 Fan motor F.L.A 1.16 D Air flow (Low -Mid -High) m3/min (CFM) 8.0-9.0-10.0 (282-318-353) ry External static pressure Pa (in.WG) 35-50-70-100-150 (0.14-0.20-0.28-0.40-0.60) 0 Operation control & Thermostat Remote controller & built-in Z Sound pressure level (Low -Mid -High) 35Pa (0.14 in.WG) dB (A) 23-25-27 50Pa (0.20 in.WG) 24-26-28 70Pa (0.28 in.WG) 27-29-31 100Pa (0.40 in.WG) 29-32-35 150Pa (0.60 in.WG) 32-35-39 Field drain pipe O.D mm (in.) 32 (1-1/4) Dimensions W mm (in.) 900 (35-7/16) D mm (in.) 732 (28-7/8) H mm (in.) 250 (9-7/8) [Weight k Ibs 26 (58) Service Ref. PEAD-Al2AA7 Power supply (phase, cycle, voltage) 1 phase, 60Hz, 208/230V Max. Fuse Size A 15 Min. Circuit Ampacity A 1.45 External finish Galvanized sheets Heat exchanger Plate fin coil Fan Fan (drive) x No. Sirocco fan x 1 Fan motor output kW 0.085 Fan motor F.L.A 1.16 Z Air flow (Low -Mid -High) m3/min (CFM) 10.0-12.0-14.0 (353-424-494) Z) External static pressure Pa (in.WG) 35-50-70-100-150 (0.14-0.20-0.28-0.40-0.60) 00 Operation control & Thermostat Remote controller & built-in Z Sound pressure level (Low -Mid -High) 35Pa (0.14 in.WG) dB (A) 28-30-34 50Pa (0.20 in.WG) 28-30-34 70Pa (0.28 in.WG) 29-32-36 100Pa (0.40 in.WG) 29-33-37 150Pa (0.60 in.WG) 32-36-40 Field drain pipe O.D mm (in.) 32 (1-1/4) Dimensions W mm (in.) 900 (35-7/16) D mm (in.) 732 (28-7/8) H mm (in.) 250 (9-7/8) Weight kg (Ibs) 26 (58) P PEAD-A15AA7 PEAD-A18AA7 Service Ref. PEAD-Al5AA7 Power supply (phase, cycle, voltage) 1 phase, 60Hz, 208/230V Max. Fuse Size A 15 Min. Circuit Ampacity A 1.69 External finish Galvanized sheets Heat exchanger Plate fin coil Fan Fan (drive) x No. Sirocco fan x 1 Fan motor output kW 0.085 Fan motor F.L.A 1.35 Z D Air flow (Low -Mid -High) m3/min (CFM) 12.0-14.5-17.0 (424-512-600) Of External static pressure Pa (in.WG) 35-50-70-100-150 (0.14-0.20-0.28-0.40-0.60) oOperation control & Thermostat Remote controller & built-in o Z Sound pressure level (Low -Mid -High) 35Pa (0.14 in.WG) dB (A) 29-32-36 50Pa (0.20 in.WG) 30-33-37 70Pa (0.28 in.WG) 30-34-38 100Pa (0.40 in.WG) 31-35-39 150Pa (0.60 in.WG) 33-38-42 Field drain pipe O.D mm (in.) 32 (1-1/4) Dimensions W mm (in.) 900 (35-7/16) D mm (in.) 732 (28-7/8) H mm (in.) 250 (9-7/8) Weight kg (Ibs) 1 28 (62) Service Ref. PEAD-Al8AA7 Power supply (phase, cycle, voltage) 1 phase, 60Hz, 208/230V Max. Fuse Size A 15 Min. Circuit Ampacity A 1.69 External finish Galvanized sheets Heat exchanger Plate fin coil Fan Fan (drive) x No. Sirocco fan x 1 Fan motor output kW 0.085 L Fan motor F.L.A 1.35 z Air flow (Low -Mid -High) m3/min (CFM) 12.0-14.5-17.0 (424-512-600) o: External static pressure Pa (in.WG) 35-50-70-100-150 (0.14-0.20-0.28-0.40-0.60) 0 Operation control & Thermostat Remote controller & built-in z — Sound pressure level (Low -Mid -High) 35Pa (0.14 in.WG) dB (A) 29-32-36 50Pa (0.20 in.WG) 30-33-37 70Pa (0.28 in.WG) 30-34-38 100Pa (0.40 in.WG) 31-35-39 150Pa (0.60 in.WG) 33-38-42 Field drain pipe O.D mm (in.) 32 (1-1/4) Dimensions W mm (in.) 900 (35-7/16) D mm (in.) 732 (28-7/8) H mm (in.) 250 (9-7/8) Weight I kg Ibs 28 (62) A-35 SVZ-KP12NA SVZ-KP18NA Small Cabinet Item / Model SVZ-KP12NA SVZ-KP18NA Power Source 208/230V, 1-phase, 60hZ Cooling capacity/ Heating capacity Btu/h Btu/h 12,000/13,500 18,000/22,900 kW kW 3.5/4.0 5.3/6.7 Tonnage 1 1.5 Dimensions Height mm [in] 1,011 [39-13/16] Width mm [in] 432 [17] Depth mm [in] 548 [21-5/8] Net weight kg [lb] 42 [93] Fan Airflow rate (Low -Mid- High) CFM 278 - 381 - 448 471 - 573 - 675 External static pressure in. WG 0.30 - 0.50 - 0.80 [Pa] [75 - 125 - 200] Sound Pressure (Low - Mid - High) dB(A) TBD TBD Notes Rating conditions (cooling) 3. The indicated capacity is the value when one Indoor: 80 °F [26.7 °C] D.B., 67 °F [19.4 °C] indoor unit is connected to the outdoor unit. W.B. 4. Specifications subject to change without notice. Outdoor: 95 °F [35 °C] D.B. 5. The external static pressure is set to 0.50 in. Rating conditions (heating) WG (125 Pa) at factory shipment. Indoor: 70'F [21.1 'C] D.B. Outdoor: 47 °F [8.3 °C] D.B., 43 °F [6.1 °C] W.B. SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA SUZ-KA18NA (PEAD Combination) Model name Indoor Unit PEAD-A09AA7 PEAD-Al2AA7 PEAD-All5AA7 PEAD-A18AA7 Outdoor Unit SUZ-KA09NAR1 SUZ-KAl2NAR1 SUZ-KA15NAR1 SUZ-KA18NAR1 Cooling Rated Capacity Btu/h 9000 12000 15000 18000 Capacity Range Btu/h 3800-9000 5200-12000 6300-15000 7500-18000 Total Input W 720 950 1200 1440 Energy Efficiency EER 12.5 12.6 12.5 12.5 SEER 19.4 18.6 18.6 18.8 Moisture Removal Pints/h 0.8 1.7 1.5 3.2 Sensible Heat Factor 0.90 0.84 0.89 0.80 Heating at 47F Rated Capacity Btu/h 11400 16300 21000 24700 Capacity Range Btu/h 4300-11400 5700-16300 7700-21000 10900-24700 Total Input W 900 1240 1780 2200 HSPF(Region IV) Btu/h/W 11.5 10.9 12.1 11.5 Heating at 17F Rated Capacity Btu/h 6400 8200 13800 14000 Rated Total Input W 720 900 1410 1650 Maximum Capacity Btu/h 6400 8200 13800 14000 Maximum Total Input W 720 900 1410 1650 Power Supply Phase,Cycle,Voltage 1-phase, 60Hz, 208/230V Voltage Indoor -Outdoor S1-S2 AC 208/230V Indoor -Outdoor S2-S3 DC12-24V Indoor -Remote controller DC12V Indoor Unit MCA A 1.45 1 1.69 Fan Motor F.L.A. 1.16 1 1.35 Fan Motor Output W 85 Air flow (Lo-Mid-Hi) DRY(CFM) 282-318-353 1 353-424-494 424-512-600 1 424-512-600 WET(CFM) 254-286-318 1 318-382-445 382-461-540 1 382-461-540 External Static Pressure In. WG 0.14-0.20-0.28-0.40-0.60 Sound Pressure Level (Lo-Mid-Hi) dB(A) 24-26-28 1 28-30-34 1 30-33-37 External Finish Color Galvanized sheets Dimensions W: In. 35-7/16 D:In. 28-7/8 H:In. 9-7/8 Weight Unit Lbs 58 62 Field Drainpipe O.D. In. O.D. 1-1/4 Refrigerant pipe Gas In. 3/8 1/2 Refrigerant pipe Liquid In. 1/4 Outdoor Unit MCA A 12 14 MOCP A 15 Fan Motor F.L.A 0.50 0.93 Compressor Model(Type) DC INVERTER -driven DC INVERTER -driven Twin Rotary R.L.A 6.6 7.4 10 L.R.A 8.2 9.3 12.5 Airflow(Cooling/Heating) CFM (1,151/1,225) 1 (1,229/1,172) (1,243/1,229) (1,730/1,659) Refrigerant Control Linear Expansion Valve Defrost Method Reverse Cycle SPL(Cooling) dB(A) 46 49 54 SPL(Heating) dB(A) 50 1 51 56 External Finish Color Munsell No.3Y 7.8/1.1 Dimensions W: In. 31-1/2 33-1/16 D: In. 11-1/4 13 H: In. 21-5/8 33-7/16 Weight Lbs. 66 77 80 119 Remote Controller Type Wired Remote Controller Refrigerant Type R410A Charge Lbs,Oz 1,16 2,9 3,16 Oil Type(FI.Oz.) NE022(10.8) I NE022(15.2) Refrigerant Pipe Gas Side O.D. In. 3/8 1 1/2 Liquid Side O.D 1/4 Height Difference (Max) Ft 40 1 50 Length (Max.) 65 1 100 Connection Method Indoor/Outdoor Flared/Flared Operation Cooling °F 14 - 115 Guarantee Heating 12 - 75 NOTES:'1.Rating conditions (cooling) -Indoor: D.B. 26.7°C(80'F), W.B. 19.4°C(67°F) Outdoor: D.B. 35°C(95°F), W.B. 23.9°C(75°F) (heating) -Indoor: D.B. 21.1°C(70`F), W.B. 15.6°C(60°F) Outdoor: D.B. 8.3`C(47'F), W.B. 6.1'C(43°F) '2.Rating conditions(heating)-Indoor: D.B. 21.1°C(70°F), W.B. 15.6°C(60°F) Outdoor: D.B.-8.3°C(17°F), W.B.-9.4°C(15°F) Operating range Indoor intake air temperature Outdoor intake air temperature Cooling Maximum D.B. 35°C 95-F , W.B. 21.7°C 71-F D.B. 46°C 115°F Minimum D.B. 19.4°C 67°F , W.B. 13.9°C 57-F D.B.-10°C 14°F Heating Maximum D.B. 26.7°C 80°F , W.B. 19.4°C 67-F D.B. 24°C 75-F , W.B. 18°C 65-F Minimum D.B. 21.1°C 70°F W.B. 15.6°C 60-F D.B.-20°C -4-F W.B.-21°C -5°F A-37 SUZ-KAl2NA SUZ-KA18NA (SVZ Combination) Model name Indoor Unit SVZ-KP12NA SVZ-KP18NA Outdoor Unit SUZ-KAl2NAR1 SUZ-KA18NAR1 Cooling Rated Capacity Btu/h 12000 18000 Capacity Range Btu/h 3700-12000 4300-18000 Total Input W 960 1440 Energy Efficiency EER 12.5 12.5 SEER 17.0 17.6 Moisture Removal Pints/h 1.8 2.3 Sensible Heat Factor 0.83 0.86 Heating at 47F Rated Capacity Btu/h 13500 22900 Capacity Range Btu/h 5000-13500 7700-22900 Total Input W 1210 1890 HSPF(Region IV) Btu/h/W 10.0 10.4 Heating at 17F Rated Capacity Btu/h 8800 11600 Rated Total Input W 1060 1470 Maximum Capacity Btu/h 8800 11600 Maximum Total Input W 1060 1470 Power Supply Phase,Cycle,Voltage 1-phase, 60Hz, 208/230V Voltage Indoor -Outdoor S1-S2 AC 208/230V Indoor -Outdoor S2-S3 DC12-24V Indoor -Remote controller DC12V Indoor Unit MCA A 3 Fan Motor F.L.A. 2.4 Fan Motor Output W 121 Airflow (Lo-Mid-Hi) DRY(CFM) 278-381-448 1 471-573-675 WET(CFM) 278-381-448 1 471-573-675 External Static Pressure In. WG 0.3 - 0.5 - 0.8 Sound Pressure Level (Lo-Mid-Hi) dB(A) 29-36-39 1 33-36-41 External Finish Color BLACK I BLACK Dimensions W: In. 17 D:In. 21-5/8 H: In. 39-13/16 Weight Unit Lbs 93 Field Drainpipe O.D. In. O.D. 3/4 Refrigerant pipe Gas In. 3/8 1/2 Refrigerant pipe Liquid In. 1/4 Outdoor Unit MCA A 12 14 MOCP A 15 15 Fan Motor F.L.A 0.50 0.93 Compressor Model(Type) DC INVERTER -driven DC INVERTER -driven Twin Rotary R.L.A 6.6 10 L.R.A 8.2 12.5 Airflow(Cooling/Heating) CFM (1,229/1,172) (1,730/1,659) Refrigerant Control Linear Expansion Valve Defrost Method Reverse Cycle SPL(Cooling) dB(A) 49 54 SPL(Heating) dB(A) 51 56 External Finish Color Munsell No.3Y 7.8/1.1 Dimensions W: In. 31-1/2 33-1/16 D:In. 11-1/4 13 H:In. 21-5/8 33-7/16 Weight Lbs. 77 119 Remote Controller Type Wired Remote Controller Refrigerant Type R410A Charge Lbs,Oz 2,9 3,16 Oil Type(FI.Oz.) NEO22(10.8) NEO22(15.2) Refrigerant Pipe Gas Side O.D. In. 3/8 1/2 Liquid Side O.D 1/4 Height Difference (Max) Ft 40 50 Length (Max.) 65 100 Connection Method Indoor/Outdoor Flared/Flared Operation Cooling °F 1 14 - 115 Guarantee Heating 1 1 12 - 75 WE:] MFZ-KJ09NA MFZ-KJ12NA MFZ-KJ15NA MFZ-KJ18NA 1. Single connection Indoor model MFZ-KJ09NA I MFZ-KJ12NA I MFZ-KJ15NA I MFZ-KJ18NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/ Disconnect switch A 15 20 Airnow Super High - High - Med. - Low - Quiet COOL Dry (Wet) CFM 417 - 360 - 272 - 198 - 138 (354 - 306 - 231 - 168 - 117) 431-392.311.254-198 (366-333-264-216-168) 491 - 420 - 328 - 254 - 198 (417 - 357 - 279 - 216 - 168) HEAT Dry CFM 417 - 328 - 254 - 191 - 138 470 - 399 - 328 - 268 - 212 Sound level Super High - High - Med. - Low - Quiet Cooling dB (A) 46 - 41 - 34 - 27 - 21 47 - 43 - 38 - 33 - 28 50 - 45 - 39 - 33 - 28 Heating dB (A) 46 - 40 - 34 - 27 - 21 49 - 45 - 40 - 35 - 29 49 - 45 - 40 - 35 - 29 Cond. drain connection O.D. in. 5/8 Dimensions W in. 29-17/32 D 8-15/32 H 23-5/8 Weight lb. 33 External finish White Control voltage (by built-in transformer) 12 - 24 VDC NOTE: Test conditions are based on ARI 210/240. 2. Multi connection Indoor model MFZ-KJ09NA I MFZ-KJ12NA I MFZ-KJ15NA I MFZ-KJ18NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/ Disconnect switch A 15 20 Airflow Super High - High - Med. - Low - Quiet COOL Dry (Wet) CFM 275 - 251 - 208 173 - 138 (234 - 213 - 177 - 147 - 117) 374 - 328 - 282 - 237 - 198 (318 - 279 - 240 - 201 - 168) HEAT Dry CFM 343 - 219 - 180 - 159 - 138 470 - 325 - 290 - 254 - 212 Sound level Super High - High - Med. - Low - Quiet Cooling dB (A) 38 - 34 - 30 - 25 - 21 43 - 40 - 36 - 31 - 28 Heating dB (A) 41 - 32 - 27 - 24 - 21 49 - 39 - 36 - 34 - 29 Cond. drain connection O.D. in. 5/8 Dimensions W in. 29-17/32 D 8-15/32 H 23-5/8 Weight lb. 33 External finish White Control voltage (by built-in transformer) 12 - 24 VDC NOTE: Test conditions are based on ARI 210/240. A-39 OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Indoor unit 1 phase -------------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 - Maximum temperature 90 73 115 - Cooling Minimum temperature 67 57 14 - Maximum humidity 78% - Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -13 -14 OUTLET AIR SPEED AND COVERAGE 1. Single connection Model Mode Function Airflow (CFM) Air speed (ft./s.) Coverage (ft.) MFZ-KJ09NA MFZ-KJ12NA HEAT Dry 417 20.3 29.6 COOL Dry 417 20.3 29.6 Wet 354 17.2 25.3 MFZ-KJ15NA HEAT Dry 470 22.9 33.3 COOL Dry 431 21.0 30.6 Wet 366 17.8 26.2 MFZ-KJ18NA HEAT Dry 470 22.9 33.3 COOL Dry 491 23.9 34.8 Wet 417 20.3 29.7 2. Multi connection Model Mode Function Airflow (CFM) Air speed (ft./s.) Coverage (ft.) HEAT Dry 343 16.7 24.5 MFZ-KJ09NA MFZ-KJ12NA COOL Dry 275 13.4 19.8 Wet 234 11.4 16.9 HEAT Dry 470 22.9 33.3 MFZ-KJ15NA MFZ-KJ18NA COOL Dry 374 18.2 26.7 Wet 318 15.5 22.8 • The air coverage is the figure up to the position where the air speed is 1 ft./s., when air is blown out horizontally from the unit properly at the High speed posi- tion. The coverage should be used only as a general guideline since it varies accord- ing to the size of the room and furniture arranged inside the room. WEAN MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ Outdoor unit model MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ Capacity Cooling +1 Btu/h 9,000 (2,300 - 14,000) 12,000 (2,300 - 15,000) 15,000 (5,300 - 19,000) 17,000 (5,300 - 22,500) Rated (Minimum -Maximum) Heating 47 +1 Btu/h 11,000 (2,900 - 19,000) 13,000 (2,900 - 22,800) 18,000 (5,700 - 25,000) 21,000 (5,700 - 29,000) Capacity Rated (Maximum) Heating 17+2 Btu/h 7,500 (13,400) 8,800(14,800) 12,000 (20,500) 12,800 (23,000) Power consumption Cooling +1 W 570 (180 - 1,250) 890 (180 - 1,380) 1,120 (420 - 1,850) 1,350 (420 - 2,320) Rated (Minimum -Maximum) Heating 47 ?I 1 W 750 (270 - 2,370) 900 (270 - 2,390) 1,410 (480 - 3,410) 1,730 (480 - 3,430) Power consumption Rated (Maximum) Heating 17 +2 W 810 (1,860) 930 (1,890) 1,300 (3,190) 1,430 (3,210) EER+1 [SEER] +3 Cooling 15.8 [28.2] 13.6 [25.5] 13.5 [21.8] 12.6 [21.0] HSPF IV +4 Heating 13.0 12.0 11.6 11.3 COP Heating +1 4.3 4.2 3.7 3.5 Power supply V , phase, Hz 208/230, 1 , 60 Max. fuse size (time delay) A 15 20 Min. circuit ampacity A 11 16 Fan motor F.L.A 0.50 0.93 Model SNB140FQUMT SNB172FQKMT R.L.A 8.2 12.0 Compressor L. R.A 10.3 15.0 Refrigeration oil oz. (L) (Model)11.8 (0.35)/(FV50S) 13.5 (0.40)/(FV50S) Refrigerant control Linear expansion valve Cooling dB(A) 48 48 51 51 Sound level +1 Heating dB(A) 50 1 50 55 1 55 Defrost method Reverse cycle W in. 31-1/2 33-1/16 Dimensions D in. 11-1/4 13 H in. 21-5/8 34-5/8 Weight lb. 83 124 External finish Munsell 3Y 7.8/1.1 Remote controller Wireless type Control voltage (by built-in transformer) VDC 12 - 24 Refrigerant piping Not supplied Refrigerant pipe size Liquid in. 1/4 (0.0315) (Min. wall thickness) Gas lin. 3/8 (0.0315) F 1/2 (0.0315) Connection meth- Indoor Flared od Outdoor Flared Between the indoor Height difference Ift. 40 50 & outdoor units lPiping length Ift. 1 65 100 Refrigerant charge (R410A) 1 2 lb. 10 oz. 3 lb. 5 oz. NOTE: Test conditions are based on AHRI 210/240. +1: Rating conditions (Cooling) — Indoor: 80°FDB, 67°FWB, Outdoor: 95°FDB, (75"FWB) (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 470FDB, 43°FWB +2: (Heating) — Indoor: 70°FDB, 60°FWB, Outdoor: 17°FDB, 15`FWB A-41 Test condition -3, ,4 Mode Test Indoor air condition (T) Outdoor air condition (T) Dry bulb Wet bulb Dry bulb Wet bulb ARI "A-2" Cooling Steady State 80 67 95 (75) at rated compressor Speed "13-2" Cooling Steady State 80 67 82 (65) at rated compressor Speed SEER T-V Cooling Steady State 80 67 82 (65) (Cooling) at minimum compressor Speed "F-V Cooling Steady State 80 67 67 (53.5) at minimum compressor Speed "E-V" Cooling Steady State 80 67 87 (69) at Intermediate compressor Speed ;i=5 "1-11-2" Heating Steady State 70 60 47 43 at rated compressor Speed "H3-2" Heating 70 60 17 15 at rated compressor Speed HSPF "HO-1" Heating Steady State 70 60 62 56.5 (Heating) at minimum compressor Speed "H1-1" Heating Steady State 70 60 47 43 at minimum compressor Speed "H2-V" Heating 70 60 35 33 at Intermediate compressor Speed +5 '215: At Intermediate compressor Speed _ ("Rated compressor speed" - "minimum compressor speed") / 3 + "minimum compressor speed". OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Outdoor unit 1 phase -------------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (T) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78 % — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -13 -14 0 3-1. INDOOR UNIT MS-A09WA MS-Al2WA 0 Conduit plate(Mc 7/16xl Oblong hole 7/16x13/16 Installation plate 2-3/16 _ , _ 1. 8-7/8 Airin "8-1/4 , 3/16 2-5/16i l_ 3/4 II �\ O Air out MSZ-GL06NA MSZ-GL09NA MSZ-GL12NA MSZ-GL15NA MSY GL09NA MSY GL12NA MSY-GL15NA 7/16X1 Oblong hole Installation late 3 I/8 31-7/16 30-I5/16 � I/4 0 2-3/$ 9-I/8 3/16 Indoor u 3/4 1-15/16 24-3/8 5 1/8 2 5/I� 2-3/16 IS/16 1-3/16 Aiir in V is excluded. i hole Unit: inch 2-3/16 w 001 2-3/4 Wall hole 02-9/16 Liquid line 1/4 19-11/16 Gas line 0 3/8 16-15/16 Insulation 0 1-3/8 O.D 0 3/4 I.D Drain hose 05/8 (Connected part O.D) Insulation 01-1/8 Insulation o1-318O.D .a Liquid line o1/4 19 - 11/16 (Flared connection o1/4) m Gas line o3/8 16 - 15/16 (Flared connection: o3/8 (GL06109/12NA), o1/2 (GL15NA)) Drain hose Insulation o1-1/8 O.D Connected part o5/8 O.D A-43 IIT, WAR] mP-1►/_1 IIT, RVAEel 4P-1►/_1 MSZ-GL24NA MSY-GL24NA Unit: inch rn Insulation 02 O.D a Liquid line 05/16 15-3/8 Flared connection 01/4 a Gas line 015/32 13-3/8 Flared connection 01/2 Drain hose Insulation 01-1/8 Connected part 05/8 0.1) Insulation 02 0.1 d Liquid lice 83/8 19-11/16 (Flared connection 03/8) Gas line bl/2 I6-15/I6 (Flared connection 05/8) Drain hose Insulation 01-1/8 Connected part 05/8 0.D MSZ-HM09NA MSZ-HM12NA MSZ-HM15NA jim 9-I/8 3/16 Indoor u 314 1-15/16 24-3/8 15- 1 2-1/4 a lm 7 2-3/16 1-15/16 13/16 MSZ-HM18NA MSZ-HM24NA 36-5116 35-13116 1/4 ME��I< 2-v4 i i` � i j1/16 N N N MSY-HM1SNA rn Insulation 02 O.D n Liquid line 05/16 15-3/8 Flared connection 01/4 a Gas line 015/32 13-3/8 Flared connection 01/2 Drain hose Insulation 01-1/8 Connected part 05/8 O.D Unit: inch 7/16X13/I6 Oblong hole 8-7/8 8-7/8 3-1/8 0, 6-I/8 6-I/8 13-5/16 13-9/16 2-1/8 Air in _„ , ,, Insulation o1-3/80.D c Liquid line o1/4 19 - 11/16 (Flared connection o1/4) a Gas line o3/8 16 - 15/16 (Flared connection: o3/8 (HM09/12NA), o1/2 (HM15NA)) Drain hose Insulation o1-1/8 O.D Connected part o5/8 O.D MCY-NM9dN0 rn Insulation 02 O.D Q 'a Liquid line 05/16 15-3/8 (Flared connection 03/8) Gas line 015/32 13-3/8 Flared connection 05/8 Drain hose Insulation 01-1/8 Connected part 05/8 O.D A-45 MSZ-FH06NA MSZ-FH09NA MSZ-FH12NA MSZ-FH15NA MSZ-FH18NA2 Unit: inch 7/16 X 1-1/16 Oblong hole 7/16 X 13/16 Oblono hole I 8-1/8 3/4 r` r3-9/16 Jnit2-5/8 15-9/16 14-11/16 Air In Wall hole ! rn 2-3/� 11/16 00 _ r 2-5/8 2-11/16 (MSZ-FH06/09112NA) (MSZ-FH15NA, MSZ-FH18NA2) o Insulation 01-7/160.1) Liquid line 01/4 19-11/16 Flared connection 01/4 Gas line 03/8 16-15/16 (Flared connection 03/8) Drain hose Insulation 01-1/8 Connected part 05/8 O.D MSZ-FE09NA MSZ-FE12NA o Insulation 01-7/16 O.D Li uid line 01/4 19-11116 Flared connection 01/4 Gas line 03/8 16-15/16 Flared connection 01/2 Drain hose Insulation 01-118 Connected part 05/8 O.D m Piping fn M N � N � N —_=)3 2-3/16 27-1/16 2-3/16 1-11/16 Drain hose 1-11/16 w -,Aiu 2-5/1II 3/4 liFn In I�I Air out -3/8 O.D aA 9"/8 19-11/16 (Flared connection of/4) a 16-15/16 Flared connection o3/8 Drain hose lInsulation of-1/8 O.D Connected part o5/8 O.D � A - MSZ-D30NA MSZ-D36NA MSY-D30NA MSY-D36NA 2-5/1� 3/4 Wireless remote controller Unit: inch Piping Insulation Liquid line o31819-11116 (Flared connection 018) 01-114 O.D o9/16 I.D Gas line o51816-718 (Joint connection o5/8) 01-15116 O.D 01-114 LID Joint 05/8 (Flared connection o518) 01-15116 O.D 01-114 LID Drain hose Insulation o1-1/8 Connected part o5/8 0.1) Required Space (Indoor Unit) more In case of left,left back, or left under piping (using spacer) 5-1/8 or more A-47 I 345(1� 3 1 Drain pipe draining) 1/411 (Emer9e0CY draining) OSuspension bolt hole 20(13/16) 4-14x30(9/16x1-3/16l Slot 12(1/2) xExE-mom K-m2.9(1/8), 16 ti a m s w x a a - Q Air Ai rJ Outlet inlet c6 c6 10(13/32) N � 49 625cSuspensign bolt pitch) io (1-15/16) (24-5/8) Drain Pipe (G.D.m32(1-t/4)I m 700 (27-9/161 m 23 (29/32) 677(26-21/32) v m N10(13/32) Control box a --r C 37(1-15/32) 100(3-15/16) 157. 5 (6-7/32) 37(1-15/32) S2 ` Air filter 0 Knockout hole m27(1-3/321 (Indoor/outdoor connecting line) Knockout hole m27(1-3/321 (Remote controller transmission line) old 116 70 Terminal block (Indoor/outdoor connecting line) M (4-19/321 t-25/32) 2x2-®2.9(1/81 270(10-21/32) Terminal black (Remote controller transmission line) ORefrigerant piping ®Refrigerant piping Drain pipe10.D.m32(t 1/41) flare connection (gas) flare connection (liquid) (Spontaneous draining) Win.) Model A B C D E F G H 1 K L M ®Gas pipe OLiquid pipe SEZ-KD09NA4 700 752 798 660 7 600 660 5 500 16 839 790 (27-9/16) (29-5/8) (31-7/161 (261 (23-5/8) (261 (19-11/16) (33-1/161 (31-1/8) o9 52(3/8) SEZ-KD12NA4 900 (35-7/161 952 (37-1/2) 998 (39-5/161 860 133-7/8) 9 800 (31-1/2) 860 133-7/6) 7 700 t27-9/16) 20 1039 (40-29/32) 990 Onm 6. 35 (1/41 SEZ-KD15NA4 m 12.7(112) SEZ-KD18NA4 1100 1152 1198 1060 1000 1060 900 1239 1190 (43 6/l61 (45-3/8) (47-3/16) (41-3/4) 11 139-3/8) 141-3/4) 9 (35-7/161 24 (48-25/321 (46-7/8) ss than 175*5(6-29/32*7/3 (Actual length) - o m Drain hose ILDo32(1-1/411 Qccessory> pro (in. ) Notel.Use M10 screw for the suspension belt (field supply). 2.Keep the service space for the maintenance at the bottom. 3.This chart indicates for SEZ-KD15NA model,which has 3 fans, SEZ-KD09,12NA models have 2 fans. SEZ-KO18NA models have 4 fans. 4.In case an inlet duct is used,remove the air filter(supply with the unit), then install the filter(field supply) at suction side. N m N v O CO z Cn m N v N z W m N X v U1 z 44. Cn m N T v 00 z D (Maintenance access space) Secure enough access space to allow far the maintenance, inspection, and replacement of the motor, fan, drain pump, heat exchanger, and electric b a x in a n e of the following ways. Select an installation site for the indaar unit sa that its natntenance access space will not be obstructed br beams a other obiects. (1)When a space of 300nn(ll-13/161 or more is available below the unit between the unit and the ceiling. (Fig.11 Create access doar 1 and 2 1450x45Ono 117-23/32x17-23/321 each) as shown in FIg.2• (Access d o a r 2 is not required if enough space is available below the unit for a maintenance worker to work in.l (21Wheo a space of less than 300mn111-13/161 is available b e I a w the unit between the unit a a d the ceiling. (At least 20mm(13/161 of space should be left below the unit as shown in Fig.3.1 Create access d o a r 1 d i a g a p a I I y below the electric b a x and access d o a r 3 b e I a w the unit as shown in Fig.4. or Create access d a o r 4 below the electric b a x and the unit as shown in Fig.5. 700(27-9/16) Min.300(11-13/16) 475(18-11/16) 450(17-23/32) a a N - Access doar I Suvvlr air O Intake air M M r 1450x450) Electric box Ceiling heal N j Electric box j = ® =-, 100-200 ® _ ~------------ j % 13-15/16-�7-7/01 4 Ce i111g F v Battle of jailor left A ; Access door 2 Fig.l 450x450 0 (17-23/32x17-23/321 � f uennc wwx CeiIill bell - a Sipe I air o Inat ake air Access door 3 4 Ceiling B -- f Fia.3 Made) N P a R SEZ-KD09NA4 700 50-150 800 1300 127-9/16) (1-31/32-5-29/321131-1/2) (51-3/161 SEZ-KD12NA4 900 150-250 1000 1500 135-7/16) (5-29/32-9-27/32) 139-3/81 (59-1/161 SEZ-KD15NA4 1100 250-350 1200 1700 SEZ-KD18NA4 143-5/lfil (9-27/32-13-25/32) 147-1/41 fi6-15/161 P-1 MEN . a 50-150 I 450(17-23/32) 11 31/32-5 29/321 Fig.2 (Viewed from the direction of the arrow A) 50(1-31/32) 700(27-9/16) Min. 300 (11-13/16) 475(18-11/16) 450(17-23/321 r r � jElectric box r 100-200 (3-15/16-7-7/aI i j Actess door 1 j 450x450 o a I <1 Z (11-23/32x17-23/321 r i i r Bottom of i r indaar uwiI Access doar 3 777(30-19/32) Maintenance access space Fig.4 (Viewed from the direction of the arrow B) 50(1-31/32) 700(27-9/16) Min.300(11-13/16) Electric box II aj laj z Bottom of ' - —indoor unit J Atxess doar 4 �n --. 777(30-19/321 Main1 (Viewed fraa the direction of the arrow BI SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA )r W3/8 Die Auto vane <e grille rotor Unit: inch(mm) Models Refrigerant pipe Refrigerant pipe (liquid) (gas) 1/4 inch 3/8 inch SLZ-KA09NA (0 6.35mm) (0 9.52mm) flared connection flared connection 1/4 inch 3/8 inch SLZ-KAl2NA (0 6.35mm) (¢ 9.52mm) flared connection flared connection 1/4 inch 1/2 inch SLZ-KA15NA (0 6.35mm) (0 12.7mm) flared connection flared connection Outlet air side view D is Opposite piping 378(14-15/16) 153(6-1/16) side view Fresh air intake o100(3-15/16) Drain pipe(O.D o32(1-1/4) knock out hole (Emergency drain) �2�� Note 4 Bottom 3-02.9(1/8) mount hole r• •y side view t U .Q a Q c U Air 2 inlet N m Inlet air side view ,113 m D Note 1.Use an M10 screw for the suspension bolt (field supply). D 2.Keep the service space for maintenance 0 at the bottom. 3.This drawing is for PEAD-A09-12.15.18 W AA7 models have 1 fan. -I 4.If the inlet duct is used,remove the air M filter (supplied with the unit), then m install the filter (field supply) at the D suction side. v 5.Heat air to 0°C (327) or higher when D taking fresh air with a fresh air intake. Unit:mm(in.) Model J TGas pipe OO Liquid pipe PEAD-A09AA7 62 o9.52 06.35 (2-1/2) (3/8) (1/4) PEAD-Al2,15, 62 o12.7 o6.35 18AA7 (2-1/2) (1/2) (1/4) Unit:mm(in.) Model A B I C I D 1E I F I G IH PEAD-A09,12, 15,18AA7 900 (35-7116) 954 (37-9/16) 1 1000 (39-3/8) 1 860 (33-7/8) 9 800 (31-1/2) 858 (33-13/16) 72 D cs N [Maintenance access space] Secure enough access space to allow for the maintenance, inspection, and replacement of the motor, fan, drain pump, heat exchanger, and control box in one of the following ways. Select an installation site for the indoor unit so that it's maintenance access space will not be obstructed by beams or other objects. (1) When a space of 300mm or more is available below the unit between the unit and the ceiling. (Fig.1) • Create access door 1 and 2 (450x450mm each) as shown in Fig.2. (Access door 2 is not required if enough space is available below the unit for a maintenance worker to work in.) (2) When a space of less than 300mm is available below the unit between the unit and the ceiling. (At least 20mm of space should be left below the unit as shown in Fig.3.) • Create access door 1 diagonally below the control box and access door 3 below the unit as shown in Fig.4. or • Create access door 4 below the control box and the unit as shown in Fig.S. 700 (27-9/16) Min. 300mm (11-13/16) Access door 1 475(18-3/4) 450 (450x450) Ill73/4) (17-3/4X17-3/4) Supply air _ _ natake air E r Access door 2 i Control box I a r Control box o n (450x450) � ®ling beam (17-3/4X17-3/4) - LaMca-instesnsanaccee Access door 2(450x450) Ceiling E ndaor�uitN17-3/4X17-3/4) ZA-oFi 1 V9• c50-150 450 (2-5-15116) (17-3/4) Fig.2 (Viewed from the direction of the arrow Z) bo(z) 7UU(27-9/1(j) Min. 300mm Access door 1 �450 11-13/16) (450x450) 475(183/4) (17-3/4X17-3/4) 14) rI Control box a Control box v Control box Supply air — — ttake air E >indo2or E _-r r- -r -r ® Ceiling beam �,. o n I I °-�°II Access door 3 Ceiling O O qi Ci ;Y o rn Supply it SupplyFig3 N air m of Iair tBottom ofv unit- _indoor unit Access door 3 c� Access door 4 (11-13/16) Fig.4 (Viewed from the direction Fig.S (Viewed from the direction of the arrow Y) of the arrow Y) Unit:mmfin.) Model K L M N P Q R S T PEAD-A09,12,15,18AA7 (2-3/16) 260 (10-1/4) 4 780 (30-3/4) 10 900 (35-7/16) 150-250 (5-15116)-(9-7/8) 1000 (39-318) 1500 (59-1/16) SVZ-KP12NA SVZ-KP18NA Top view e26 Knockout Hole .T a26 Knockout Hole for electrical heat wirin 2-e4.6 Burring Holes for electric heat installation Bottom view Unit: mm(in.) Model I A I B I C I D E F G I H I 3 Gas Pipe I Uquld pipe SVZ-KP12NA 432 (17) 376 (14-13/16) 281 (11-1/8) 224 (8-7/8) 1010.8 (39-13/16) 680 (26-13/16) 823 (32-7/16) 735.5 (29) 360 (14-3/16) 09.52 06.35 (174) SVZ-KP78NA 0 12.7 (1/2) Installation Clearance TOP View Vertical Installation O Clearance Area 1 24" -- ---------- Width of Unit TOP View Horizontal Installation i Clearance Area l24" ------------------------------------ Length of Unit Unit: mm (inch) Note: Electrical entrance for SVZ located on both left and right side of the cabinet. See right or Left side view for knockout locations. Unit mm(in.) Model Nominal Filter Size Duct Connection 08 x 406.4 x 25.4 51s.416 (20 x 16 x 1) 376 x 402 (14-13/16 x 15-7/8) FSVZ-KP12NA SVZ-KP18NA A-53 MFZ-KJ09NA MFZ-KJ12NA MFZ-KJ15NA MFZ-KJ18NA Air outlet area 49.30 sq in Unit: inch Pipe ror liquid line '1-1/'16 U.0 cover For gas line 1-1/16 O.D 1-7/32 O.D Liquid line Flared connection 1/4 Piping Gas line Flared connection Flared connection 3/8 1/2 Heat insulater Connection point Effective length Drain hose 13-25/32 1-9/64 O.D 5/8 O.D (case of right backward piping) I1 I 3-2. OUTDOOR UNIT MU-A09WA REQUIRED SPACE v 1� /4 Draina a hole 01-5/8 �? Air in v co Air in M °rm N °re 43/8x1 Air out Oval hole MU-Al2WA Drainage 13-31/32 hole 05/8 13-3/4 13/16 o0 I Air in ' T N W M M M O) � Air in cl� II1� C� Drainage Air out 3holes 01 -5/16 Open two sides of left, right, or rear side. )ipe : 1/4 (flared) )e : 3/8 (flared) REQUIRED SPACE Unit: inch Basically open 4 inches or more without any obstruction in front and on both sides of the unit. t; Service panel Liquid refrigerant pipe joint Refrigerant pipe (flared) 01/4 �mOre A-55 MUZ-GL09NA MUZ-GL09NAH MUY-GL09NA MUZ-GL12NA MUZ-GL12NAH MUY-GL12NA MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA REQUIRED SPACE '1 4 in. or more when front and sides of the unit are Ore v Air in Drain hole 01-21/32 (GLO9112115NA) Drain hole 01-5/16 (GLO9112115NAH) �vL �a Air in t o m '�P o< 0° u 6 o r rn oN m C Air out 2-holes 3/Bx13/16 '2 When any 2 sides of left, right and rear of the unit are clear Liquid refrigerant pipe joint Refrigerant pipe (flared) o 1/4 Gas refrigerant pipe joint Refrigerant pipe (flared) o 3/8 (GL09/12) o 1/2 (GL15) Unit: inch MUZ-GL18NA MUZ-GL18NAH MUY GL18NA Unit: inch MUZ-GL24NA MUZ-GL24NAH MUY GL24NA REQUIRED SPACE `1 20 in. or more when front and sides of the unit are clear 1 R-7/1 R and rear of the unit are clear Service panel Liquid refrigerant pipe joint Refrigerant pipe (flared) o 1/4 (GL18) Refrigerant pipe (flared) o 3/8 (GL24) Gas refrigerant pipe joint Refrigerant pipe (flared) o 1/2 (GL18) Refrigerant pipe (flared) o 5/8 (GL24) A-57 MUZ-HM09NA MUZ-HM12NA MUZ-HM15NA MUZ-HM18NA Unit: inch REQUIRED SPACE '1 4 in. or more when front and sides of the unit are clear U r '2 When any 2 sides of left, right and rear of the unit are clear Liquid refrigerant pipe joint Refrigerant pipe (flared) o 1/4 Gas refrigerant pipe joint Refrigerant pipe (flared) o 3/8 (HM09/12) Wi MUZ-HM24NA REQUIRED SPACE `1 20 in. or more when front and sides of the unit are clear and rear of the unit are clear Service panel Unit: inch A-59 MUZ-FH06NA MUZ-FH09NA MUZ-FH12NA MUZ-FH06NAH MUZ-FH09NAH MUZ-FH12NAH REQUIRED SPACE '1 4 in. or more when front and sides of the unit are clear v Air in Drain hole 01-21/32 (MUZ-FH06109112NA) n n Drain hole 01-5/16 (MUZ-FH06109112NAH) Air in co m L O ! tr m= 1-9/16 m Air our-.-- �(�.,,e'rL a, 07 1e '2 When any 2 sides of left, right and rear of the unit are clear Liquid refrigerant pipe joint Refrigerant pipe (flared) o 1/4 Gas refrigerant pipe joint Refriqerant pipe (flared) o 3/8 Unit: inch 0.1 MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 MUZ-FH18NAH2 REQUIRED SPACE *1 20 in. or more when front and sides of the unit are clearV�'[ MUZ-FE09NAH MUZ-FE12NAH REQUIRED SPACE 70/17 11 _1 /d u c 4�h or �orc, Unit: inch Service panel Liquid refrigerant pipe joint Refrigerant pipe (flared) o 1/4 Gas refrigerant pipe joint Refrigerant pipe (flared) o 1/2 Basically open 4 in. or more without any obstruction in front and on both sides of the unit. 7��m°(0 Open two sides of left, right, or rear side. Liquid pipe AM (flared) Gas pipe :3/8 (flared) A-61 MUZ-D30NA MUZ-D36NA MUY-D30NA MUY-D36NA REQUIRED SPACE 20-9/32 Grain 3 hales I1-25/32 1-9/16 el 6/161y 2-19/32� Air G y 11e� � i Air ut 4-3/1103/16 slot 19-11/16 4 ��• o r �orc, Open as a rule V 20 in. or more if the back, both sides and top are open Unit: inch Open as a rule 20 in. or more if the front and both sides are open 4 in. or more/ 8 in. or more if there are obstacles to both sides 7q/n' or more w 0 M. SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA v 15-314 Drain We ¢1-5/8 Cl) Air in Air in b - • MMEN Diu SUZ-KA18NA 20-9/32 Drain 3 holes M (e1-5/16) 11-25/32 2-19/32 Airin K .y J NOW Air ut 19-11/16 v cM N � N REQUIRED SPACE 4Iry or Coro C moCe 1/ Open two sides of left, right, or rear side. Unit: inch Basically open 4 in. or more without any obstruction in front and on both sides of the unit. �001- Liquid pipe :1/4 (flared) Gas pipe :3/8 (flared) (KA09/12) 1/2 (flared) (KA15) REQUIRED SPACE t 4W • pen as a rule ' •• •- 10 -• •• - ••- i Open as a rule 20 in. or more if the front and both sides are open 4 in. or more/ 8 in. or more if there are obstacles to both sides Liquid: 1 /4(flared ) Gas :1/2(flared) A-63 MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ REQUIRED SPACE 1 4 in. or more when front and sides of the unit are clear U Air in Drain hole 01-5/16AM I�III �e•2 1y Air in c o rn b'O o<m° 'n• at oll e o r m p N '2 When any 2 sides of left, right JILl-9/16 and rear of the unit are clear Air out Liquid refrigerant pipe joint Refrigerant pipe (flared) o 1/4 Gas refrigerant pipe joint Refrigerant pipe (flared) o 3/8 Unit: inch I� • A MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ REQUIRED SPACE *1 20 in. or more when front and sides of the unit are clear 1 R-7/1 R and rear of the unit are clear Service panel Unit: inch A-65 !,5NILI1116161All LI1III I Wall -mounted type _._._.�_._._------ T C i C �A� H Ceiling -concealed type L N a p a p X Y Ceiling -cassette type Refrigerant pipe N Refrigerant pipe side X Y Unit: inch(mm) Model name A B c a b c MS-A09WA 13 3-1/2 5-7/8 30-11/16 8-1/4 11-3/4 MS-Al2WA (330) (90) (150) (780) (210) (298) MSZ-GL06NA MSZ-GL09NA MSZ-GL12NA MSZ-GL15NA MSY-GL09NA 13-3/8 3-3/4 7-1/2 31-3/8 9-1/8 11-5/8 MSY-GL12NA (340) (95) (190) (798) (232) (295) MSY-GL15NA MSZ-HM09NA MSZ-HM12NA MSZ-HM15NA MSZ-GL18NA MSY-GL18NA 15-1/4 (387) 4-7/16 (113) 6-1/4 (159) 36-5/16 (923) 9-13/16 (250) 12 (305) MSZ-HM18NA MSZ-HM24NA MSZ-EF09NAWIBIS MSZ-EF12NAWIBIS 14-1/2 3-15/16 5-5/8 34-13/16 7-11/16 11-3/4 MSZ-EF15NAWIBIS (369) (100) (143) (885) (195) (299) MSZ-EF18NAWIBIS MSZ-GL24NA 17-7/16 3-7/8 5-9/16 43-5/16 9-3/8 12-13/16 MSY-GL24NA (443) (98) (141) (1100) (238) (325) MSZ-FH06NA MSZ-FH09NA 15-1/4 4-1/4 6-1/8 36-7/16 9-3/16 12 MSZ-FH12NA (387) (108) (155) (925) (234) (305) MSZ-FH15NA MSZ-FH18NA2 MSZ-FE09NA 13 3-7/16 7-5/16 31-3/8 10-1/8 11-5/8 MSZ-FE12NA (330) (86) (185) (798) (257) (295) MSZ-D30NA MSZ-D36NA 18-1/8 7-1/2 7-1/2 46-1/16 11-5/8 14-3/8 MSY-D30NA (460) (190) (190) (1170) (295) (365) MSY-D36NA Unit: inch(mm) Model name W L X Y Z SEZ-KD09NA4 24-5/8 29-5/8 10-3/8 13-27/32 4-3/16 (625) (752) (263) (351) (106) SEZ-KD12NA4 24-5/8 37-1/2 11-9/32 17-21/32 4-1/8 (625) (952) (286) (448) (104) SEZ-KD15NA4 24-5/8 37-1/2 11-1/32 17-7/32 4-1/8 (625) (952) (280) (437) (104) SEZ-KD18NA4 24-5/8 45-3/8 11-1/4 20-3/4 4-1/8 (625) 1 (1152) 1 (285) 1 (527) 1 (104) Unit: inch(mm) Model name X Y Z SLZ-KA09NA 5-29/32 10-1/4 4-5/32 (150) (260) (105) SLZ-KAl2NA 5-29/32 10-1/4 4-5/32 (150) (260) (105) SLZ-KA15NA 5-29/32 10-1/4 4-5/32 (150) (260) (105) 0.. Ceiling -concealed type Unit: inch(mm) Multi position 1 N BLOWER MLTER Floor standing type Model name W L X Y Z PEAD-A09AA7 25-5/16 37-9/16 13-3/8 14-3/4 5-1/8 (643) (954) (340) (375) (130) PEAD-Al2AA7 25-5/16 37-9/16 13-3/8 14-3/4 5-1/8 (643) (954) (340) (375) (130) PEAD-A15AA7 25-5/16 37-9/16 13-3/8 14-3/4 5-1/8 (643) (954) (340) (375) (130) PEAD-A18AA7 25-5/16 37-9/16 13-3/8 14-3/4 5-1/8 (643) (954) (340) (375) (130) _.a Unit: inch (mm) Model name X Y Z SVZ-KP12NA SVZ-KP18NA 8-1/2 (216) 11 (279) 19-1/2 (495) Unit: inch (mm) Model name A B c a b c MFZ-KJ 09 NA MFZ-KJ12NA 12-3/4 4 13-7/8 29-17/32 8-15/32 23-5/8 MFZ-KJ15NA (324) (102) (353) (750) (215) (600) MFZ-KJ 18 NA A-67 ►, �d+JKOlIj I Blois] All ki I I I Unit: inch(mm) Model name A B c a b c MU-A09WA MUZ-GL09NA MUZ-GL12NA MUZ-GL15NA MUZ-GL09NAH MUZ-GL12NAH MUZ-GL15NAH MUY-GL09NA MUY-GL12NA MUY GL15NA MUZ-HM09NA2 MUZ-HM12NA2 MUZ-HM15NA2 MUZ-HM18NA2 11-1/16 (280) 5-9/16 (140) 9-1/2 (240) 31-1/2 (800) 11-1/4 (285) 21-5/8 (550) MUZ-FH06NA MUZ-FH09NA MUZ-FH12NA MUZ-FH06NAH MUZ-FH09NAH MUZ-FH12NAH MUZ-FE09NAH MUZ-FE12NAH SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ MU-Al2WA 11-13/16 5-1/4 10-3/8 33-7/16 11-7/16 23-13/16 (300) (133) (263) (850) (290) (605) MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA MUZ-HM24NA2 MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 12-5/8 6-7/16 15-3/4 33-2/16 13 34-11/16 MUZ-FH18NAH2 (320) (163 ) (400 ) ( 840 ) (330) (880) MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ MUZ-D30NA MUZ-1336NA MUY-D30NA 11-13/16 5-7/8 13-3/8 33-2/16 13 33-7/16 MUY-D36NA (300) (150) (340) (840) (330) (850) SUZ-KA18NA 0.: 5-1. INDOOR UNIT MS-A09WA MS-Al2WA TB TAB4 FROM OUTDOOR UNIT __ off_ o L1 BLK CONNECTING WIRES IPOWER SUPPLY) 115Y 1 phase 60Hz i N WHT o TO OUTDOOR UNIT CONNECTING W[RE5 11SV 1 phase 60Hz p RED TABS __+phi_ L o TO OUTDOOR UNIT CONNECTING WIRE LD104 Y m CN 151 INDOOR ELECTRONIC 4 CONTROL P.C. BOARD 4 F11 1 N2 2 RT12 X10 DB111 rIID 1 3 NRII 1ii R T I I �I 1 RED 2 I-J, 2 BLK 5 1 4 WHT MF CN201 YLW 5 G 2 M� POWER MONITOR SW P. C. RECEIVER P. C. BOARD BOARD x A disconnect may be required by local code. SYMBOL NAME SYMBOL NAME OBlll DIODE STACK RTII ROOM TEMP. THERMISTOR Fll FUSE RT12 COIL TEMP. (T3.15AL25OV) THERMISTOR MF FAN MOTOR Till SWITCHING TRANSFORMER MV VANE MOTOR IHORIZONTAU TB TERMINAL BLOCK NR11 VAR[STOA X10 CONTACTOR S nLu nil NOTES: 1. About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for servicing. 2.Use copper conductors only. (For field wiring) 3.Symbols below indicate. O : Terminal block ® : Connector MSZ-GL06NA MSZ-GL09NA MSZ-GL12NA MSZ-GL15NA MSY-GL09NA MSY-GL12NA MSY-GL15NA FROM OUTDOOR UN T x-- --------- ------- ---� �------- --------------� CONNECTING WIRE ; — TB L0201(T) LD201(P) CN211 (POWER SUPPLY) —� F 11 1 i i 1 t RED 1 phase 60Hz S1 S2 U NR11 • i i • _ + Till o BLK TO OUTDOOR S3 • • CONNECTING wwr DC12- 24V R111 YLW TO OUTDOOR UNIT • • CONNECTING WIRE s s BLU ------� 6 ' 130 Q !INDOOR TERMINAL I IINDOOR POWER ~� P. C. BOARD 'P. C. BOARD----- CN20A LD104 NOTES: ).About the outdoor side electronic wiring refer to the _ 10 _ outdoor unit electronic wiring diagram for servicing. ----------- ----- -11 2.Use capper supply wire. CN10A 3.Symbols indicate. ® Terminal block I CN111 ® : Connector Rr 112 CN151 w: A disconnect should be , 1 required by local code. RENAROUES:1.Pour le cablage Ale,tronique cbt2 eztArieur, CN105 5e reporter au" ua d'entretieu du c8blaga RT12 CN112 Blectranique de I'appareI ezterieur. 2.Utiliser des Ills d'alimentation en cuivre. INDOOR ELECTRONIC 3.Les rsy®® : Borne T13 _—_—_—_—_—CO_N—TRO_—L P_.—C. _B—OARD si,M1bolesontlesvantes. Connecteur Nr Se procurer un sectionneur confmrme auz rAglementations locales. M SYMBOL NAME F11 FUSE (T3. 15AL25OV) MF FAN MOTOR MV VANE MOTOR (HORIZONTAL) NR11 VARISTOR R111 RESISTOR RT11 ROOM TEMP. THERMISTOR RT12 COIL TEMP. THERMISTOR(MAIN) RT13 COIL TEMP. THERMISTOR(SUB) T111 TRANSFORMER TD TERMINAL BLOCK Me MSZ-GL18NA MSY-GL18NA X FROM OUTDOOR UNIT ----i TB _ _ _ _ _ _ _ _ _ _ _ _a F11 CONNECTING WIRES —� (POWER SUPPLY) i S1 CN211 208/23OV— I + 1 phase 6OHz S2 NR11 — t RED 53 t D T111 0 1 gLK TO OUTDOOR UNIT i ICN201 R111 � WHT CONNECTING WIRES DC12-24V — �J f 0— I YLW TO OUTDOOR UNIT I INDOOR POWER BLU CONNECTING WIREI P.C. BOARD CN20A Lo1o4 6�1 ELK o OL----------------------- ----0 mt A disconnect should be required by local code. A Se procurme rer on sectionneur M 6 CN151 CN111 I _ I cgnfoauz rdglementations locales. MV2 1 t° NOTES: I. About the outdoor side electronic wiring refer tm the 41 outdoor unit electronic wiring diagram for servicing. M 6 I 2.Use copper supply wire. � I CN112 I t° 3.Symbols indicate. ® : Terminal block MV1 ® : Connector I CN105 REMAROUES:1.Pour le cablage 4lectronique cbtd ezttrieur, se reporter au sch4ma d'entretien du cablage hlectronique de I'appareil ezt2rMr. I 2.Utiliser des fils d'alimentation en cuivre. I INDOOR ELECTRONIC CN10A 3.Les symboles ont les ® : Borne CONTROL P_C. BOARD significations suivantes o00 : Connecteur RT12 MS 1 3— SYMBOL NAME F11 FUSE (T3. 15AL25OV) MF FAN MOTOR MVI VANE MOTOR (HORIZONTAL) MV2 VANE MOTOR (VERTICAL) NR11 VARISTOR R111 RESISTOR RT11 ROOM TEMP. THERMISTOR RT12 COIL TEMP. THERMISTOR(MAINI RT13 COIL TEMP. THERMISTOR(SUB) Till TRANSFORMER TB TERMINAL BLOCK MSZ-GL24NA MSY-GL24NA FROM OUTDOOR UNIT 1 LD201(T) ' 1 LD201(MI INDOOR ELECTRONIC LD104 (M) BLK CONNECTING WIRES ---, TB F11 R I I I CONTROL P. C. BOARD (POWER SUPPLY) CN211 +� 1 ' , 208i230v- ; S1~� I Phase GOHz NR11 i l RED S2 TO OUTDOOR +� T D • ' • UNIT i S3 — # Till a 1 ELK CONNECTING WIRES • ' • 2-24Y — TO OUTDOOR UNITL 6 6 CONNECTING WIRE-0 I INDOOR TERMINAL j O' P.C. BOARD --------------J • A disconnect should be required by local code. CN10A wr Se Procurer onsection.... conforme aux rtglem.,tatMS locales. NOTES: ).About the outdoor side electronic wiring refer to the outdoor unit electronic wiring diagram for servicing. 2.Use copper supply wire. 3.Symbols indicate. ® : Terminal black ® : Connector RENAROUES:1.Pourle cablage 6lectronique cdt6 ezt6rieur, L_—_—_— se reporter au sch6me d'entret'en du cAblage 10 6lectronique de I'appareII ezt�rieor. r CN20A 2.Utiliser des fils d'alimentation en cuivre. IPONER MONITOR I Les symboles ont les ® : Borne 'RECEIVER SN P.C.BOARO significations suivantes. ® : Connecteur L---------- Ji&)Fla:I TA1*61 kiI_mLTA Ryla:I LTA `N0,F-ImLTA Ryla:I►y,IM0/_1 FROM OUTDOOR UNIT ------ CONNECTING WIRES - - � i � i �TB LD201 11), i ILD201(P) 208W230VUPPLY) F 11 1 phase 60Hz S1 S2 NR11 • • _ UTO OUTDOOR S3 U • • CONNECTING i 4 4 IRES --- L—_—_ R111 C12-24V TO OUTDOOR UNIT • • CONNECTING WIRES IINDOOR TERMINAL LC. BOARD— — NOTES: 1. About the outdoor side electronic wiring refer to the outdoor unit electronic wiring diagram for servicing. 2-Use copper supply Wire. 3.Symbols indicate. ® : Terminal block 000 Connector x A disconnect should be required by local code. RENAROUES:I.Poor le calla,, 6lectronique cat6 ezt6rieur, se reporter au sch6me d'entret en du ca6la,e 6lectronique de I'appareil ezt�rieur. 2.Utiliser des HIS d'alimentation en cuivre. 3.Les symboles ont les ® : Borne significations suivantes. ® : Connecteur A Se pr curer on 'et ionneur conforme auz r�,lementations locales. INDOOR POWER P. C. BOARD CN111 I I ' BLU MF 6i CN111 T RT11 2i CN10 T RT12 CN112 RT13 CN152 41 SYMBOL NAME F11 FUSE (T3. 15AL25OV) MF FAN MOTOR MV1 VANE MOTOR (HORIZONTAL) MV2 VANE MOTOR (VERTICAL) NR11 VARISTOR R111 RESISTOR RT11 ROOM TEMP. THERMISTOR RT12 COIL TEMP. THERMISTOR(MAIN) RT13 COIL TEMP. THERMISTOR(SUB) T111 TRANSFORMER TB TERMINAL BLOCK CN2111 1 I RED T111 0 � I BILK WHT 5 MS YLW 3� `J Mf BLU 6' CN20A — BILK LD10J 10 CN10A ° RT11 1 1 ° RT121 — CN151 CN105 CN112 INDOOR ELECTRONIC CONTROL P. C. BOARD 4 M SYMBOL NAME F11 FUSE (T3.15AL25OV) MF FAN MOTOR MV VANE MOTOR (HORIZONTAL) NR11 VARISTOR R111 RESISTOR RT11 ROOM TEMP. THERMISTOR RT12 COIL TEMP. THERMISTOR(MAIN) RT13 COIL TEMP. THERMISTOR(SUB) 1`111 TRANSFORMER TB TERMINAL BLOCK A-71 MSZ—HM18NA MSZ-HM24NA X FROM OUTDOOR UNIT i ----i TB r — — — — — — — — — — — — — — — F11 — — — — — — — CONNECTING WIRES -� BILK 3 B (POWER SUPPLY) S1 CN211 208/23OV- 1 Phase 6OHz S2 BRN + 1 RED RED I 1 S3 DTlll o � TO OUTDOOR UNIT i I CONNECTING WIRES CN201 YRIII BLK WHT E DC12-24V — i --- C---� YLW TO OUTDOOR UNIT (INDOOR POWER CN20A r BLU l CONNECTING WIRE — — — — — � BOARD BLK LD104 9 3m A t disconnecobe _ _ _ _ _ _ _ F required by locshauldl code. ���� S¢ procurer un sectionneur CN111 I cenforme auz rtglementatigns r locales. 5 Lr� I NOTES: I. About the outdoor side electronic wiring refer to the CN151 �I outdoor unit electronic wiring diagram for servicing. MV I 2•Use Cepper supply wire. CN112 I� 3.Symbols indicate. ® : Terminal block ® : Connector CN105 RENAROUES:1.Pour le cablage 2lectronique c6t2 ezt2rieur, se reporter au schtma d'entretien du cablage 2lectronique de 1'appareil ezt2rieur, 1 2.Utiliser des fits d'alimentation on cuivre. j INDOOR ELECTRONIC 3.Les symboles ont les ® : Borne CONTROL P C. BOARD CN10A significations suivantes ® : Connecteur J_—_—_—_—_—_—_—_—_—_—_—_J RT11 MMS 3— MF MSZ-FH06NA MSZ-FH09NA MSZ-FH12NA MSZ-FH15NA MSZ-FH18NA2 X FROM OUTDOOR UNIT TB CN201 F11 CN211 CONNECTING WIRES � � �-- S1 BLK a 1' RED (POWER SUPPLY) 208/23OV— S2 BRR 2 NR11 — + T111 �BL 1 Phase fiOHz ��—� RED 1 R111 5 MSTO OUTDOOR UNITS3U 3CONNECTING_ WIRES_MF OC12-24V T---- s, TO OUTDOOR UNIT LD106 INDOOR POWER _CONNECTING W[RE-0 L p_C.BOARD J x A disconnect should be O required by local code. BLK t° t° tM31 x Se Procurer un sectionneur RT13 RT12 conforme aux r2glementations P locales. 3r CN303 CN112 CN302� SWITCH I CN24 CN106 1 CN102 ' ffMV1 DISPLAY C.BOARJCN111 CN105 M 5 �C. BOAS I CN110 INDOOR ELECTRONIC MV2 a d LCN151 e CONTROL P. C. BOARD V1 AMV1 IRECI SYMBOL NAME F11 FUSE (T3. 15AL25OV) MF FAN MOTOR MV VANE MOTOR (HORIZONTAL) NR11 VARISTOR R111 RESISTOR RT11 ROOM TEMP. THERMISTOR RT12 COIL TEMP. THERMISTOR(MAIN) RT13 COIL TEMP. THERMISTOR(SUB) T111 TRANSFORMER TB TERMINAL BLOCK SYMBOL NAME F11 FUSE (T3. 15AL25OV) MF FAN MOTOR MVl VANE MOTOR (HORIZONTAL) MV2 VANE MOTOR (VERTICAL) MT !-see SENSOR MOTOR NRI1 VARISTOR RI11 RESISTOR RT11 ROOM TEMP. THERMISTOR RT12 COIL TEMP. THERMISTOR(MAIN) RT13 COIL TEMP. THERMISTOR(SUB) Till TRANSFORMER TB TERMINAL BLOCK MT �"2.Use out the outdoor side electronic wiring refer to the Fi -seetdoor unit electronic wiring diagram for servicing. M L SENSOR copper supply wire. L__—_J 3.Symbbls indicate. ® : Terminal block t : Connector REMAROUES:1.Pour le c2blage 2lectronique c6t2 ezt2rieur, se reporter au sch2ma d'entretien du ceblage 2lectronique de I'appareil ezt2rieur. 2.Utiliser des HIS d'alimentation en cuivre. 3. Les symboles ont les Borne significations suivantes ® : Connecteur A-72 MSZ-FE09NA MSZ-FE12NA FROM OUTDOOR UNIT A ELK CONNECTING WIRES ; — — ; --------- nnnR FI Ff TRnNIC r:nNTRr11 p. (. RfIARn �O1� 04 T F-�N (POWER SUPPLY) TO i 208/230V TAB3 1 Phase 6OHz L Sl BLK t aktl� TD OUTDOOR UNIT I—Lj i CN20 CONNECTINGWIRES i i DC12�24V TO OUTDOOR UNIT C12CONNECTING WIR G LDlO�) 2 ILD105(T) IN P. C. BOARD �♦ x A disconnect should be L —1 required by local code. SYMBOL NAME SYMBOL NAME F11 FUSE R111 RESISTOR (T3.15AL25OV) MF FAN MOTOR RT11 ROOM TEMP. THERMISTOR MT -see Sensor RT12 COIL TEMP. MOTOR THERMISTOR(MAIN) MV1 VANE MOTOR RT13 COIL TEMP. (HORIZONTAL) THERMISTORISUB) MV2 VANE MOTOR T111 TRANSFORMER (VERTICAL) PH VARISTOR TB TERMINAL BLOCK CN4o2�—] �CN407) —ffdPl--' M M MONITOR iiPOWER MONITOR Lsee Sensor P. C. BOARD LCEBUARD_ J MT MV1 NOTES: 1.About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for Servicing. 2-Use capper conductors only. (For field wiring) 3.Symbols below indicate. ® : Terminal block 0000 Connector MSZ-D30NA MSZ-D36NA MSY-D30NA MSY-D36NA INDOOR ELECTRONIC FAWI OUTDOOR UNIT--� CONNECTING WIRES j i i TB I TAB4 Fll BLK CONTROL P.C.BARD + CN RT13 (POWER SUPPLY) L_1 i4— S1 112 208/230V 1 phase 6OHz _ _ BLU I 2 S2 1 RT12 TO oUl00oA UNIT CONNECTING WIRES RED r—, 14— s3 I I I U NR11 T111 # vl Ill R711 1��� OC12-2+V __� J CN201 1 RED i Rill TO OUTDOO UNIT CONNECTING WIRE Q I 5 MS HT 3^ I _ 1YLW MF CN211 SYMBOL NAME SYMBOL NAME Fll iIT�3 Rill RESISTOR 15AL250V) MF FAN MOTOR RTII ROOM TEMP. THERMISTOR MVI VANE MOTOR RT12 COIL TEMP. (HORIZONTAL) THERMISTOR(MAIN) MV2 VANE MOTOR RT13 COIL TEMP. (VERTICAL) TMEINISTOR(SUN) NRll VARISTOR Till TRANSFORMER TB I TERMINAL BLOCK m�I LD10+ 152 15N-------- lClll ----- LD105(1) --- I 1.About the outdoor side electric wiring I__—_— —— _ U --- refer to the outdoor unit electric wiring 5 5 5 6 Y diagram for servicing. 2.Use copper conductors only. (For field wiring) r--- ¢N301� �— LO105(SI� 3.SymbOls below indicate. M M I POWER MNONITOR I LS P.C.BOaMo] ®: Terminal block MV2 MV2 MVI LCEIVER P.C.BOARRG ® :Connector wr A disconnect should be required by local code. A-73 SEZ-KD09NA4 SEZ-KD12NA4 SEZ-KD15NA4 SEZ-KD18NA4 INSIDE SECTION OF CONTROL BOX -------------------� I I 2 I.B. ri7 I ° (BLACK) 1 ° 3 5 i SW1 SW2 CN24 CN32 3 26 CN3C (BLUE) ' I (YELLOW) CN41 ® ON i (RED) O OFF DC294-340V 1 2 RECTIFY CIRCUIT FUSE I i CN�2L ON OFF EX CN22(BLUE) - � I ®LED3 SWE 0LED2 TB4 (WHITE) (RED) (WHITE) (WHITE) (RED)OLED1 (WHITE) X1 CN90 CN105 CN4F CN44 CN20 CN30 GREEN) CNMF I— 1 9 1 5 1 4 1 4 1 2 7 4 1 3 1 S2 — — i TO OUTDOOR u (BLUE) S3 I— — — UNIT i 1 2 TB15 9 5 Q—j— -- L—ii------------� --- -- — --------- — -- ------ — J �TRANSMISSION — _i 1 CONTROL BOX I. B. WIRES DC 12V _ ( RFI rti ____ —g� ' 1 2,TB6 IM c"i� ii Vr-"DRAINPUMP t anLEDI FS TH2 THS TH1 rh R B l! \-----J ' O s©w �' �g_ 31I FAN MOTOR SYMBOL EXPLANATION SYMBOL NAME SYMBOL NAME I.B. INDOOR CONTROLLER BOARD I.B. INDOOR CONTROLLER BOARD FUSE FUSE AC250V 6.3A SW1 SWITCH (FOR MODEL SELECTION) X1 AUX. RELAY SW2 SWITCH (FOR CAPACITY CODE) CN21- CONNECTOR (LOSSNAY) SW6 SWITCH (FOR EMERGENCY OPERATION)) CN24 CONNECTOR (BACK-UP HEATING) SWE CONNECTOR (EMERGENCY OPERATION) CN30 CONNECTOR (LLC) TH1 INTAKE AIR TEMP. THERMISTOR CN32 CONNECTOR (REMOTE SWITCH) TH2 PIPE TEMP. THERMISTOR/LIQUID CN41 CONNECTOR (HA TERMINAL -A) TH5 COND./EVA. TEMP. THERMISTOR GN51 CONNECTOR (CENTRALLY CONTROL) FS FLOAT SWITCH CN90 CONNECTOR (WIRELESS) TB4 TERMINAL BLOCK (INDOORIOUTDOOR CONNECTING LINE) CN105 CONNECTOR (RADIO FREQUENCY INTERFACE) LED1 POWER SUPPLY (I.B.) TB15 TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) LED2 POWER SUPPLY (I.B.) LED3 I TRANSMISSION (INDOOR -OUTDOOR) RFI RADIO FREQUENCY INTERFACE FOR RF THERMOSTAT Note1. Since the outdoor side electric wiring may change be sure to check the outdoor unit electric wiring for servicing. 2. Indoor and outdoor connecting wires are made with polarities,make wiring matchingterminal numbers (S1,S2,S3). 3. Symbols used in wiring diagram above are as follows. o :CONNECTOR ® :TERMINAL - -' (HEAVY DOTTED LINE):FIELD WIRING --- (THIN DOTTED LINE):OPTIONAL PARTS 4. Use copper supply wire. TB15 SYMBOL I NAME OPTIONAL PARTS W.B. IR WIRELESS REMOTE CONTROLLER BOARD RECEIVING UNIT BUZZER E LED (RUN INDICATOR) SWITCH (HEATING ON/OFF) SWITCH (COOLING ON/OFF) R.B. REMOTE CONTROLLER BOARD TB6 TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) =A SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA GRILLE H2 �l MF DP RED 10 RED 5 M M My 5 RED 7 MORN 6 1 5 YLW 3 �V 20 WHT 2 ORN 5 BLU 1 Cl �Y RED 153-: m m w w o= w 5 > i ______--- — 3 5 7 9L WHT 1 3 RED 1 3 BLU 1 3 RED 1 (FAN) FAN SWE ON W OFF SW2 RED ON ® CN21- CN24 CN105 OFF 12345 0 5 CN32 CN51 CN41 'Fig: §1> o 0 0 MODELS I SW2 1 3 5 1 4 1 SLZ- ON® See Fig §0 OFF 12345 5 SLZ- ON -- -7 - SLZ-KA1OFF �RFI 12345 `-__ SLZ- ON® KA15NA OFF12345 The black square (n) indicates a switch position. [LEGENDI (D-HEATER) (D U M) (POWER (POWER) 10 OI CNC CNP BOARD) CND BLU xv CNDK FUSE (CONTROL) CN3C WHT 1 (POWER BOARD) CN2D 2 LED3 LED2 LED1 CN30 GRN BILK RED 0 (VANE) (2 PHASE) (INTAKE) 3 1 CN6V 1 CN90 52 3m o e9 1 WHT (DRAIN) GN31 CN29 CN20 717, WHT BLU (LIQUID) (REMOCON) CN21 CN22 3 0 1 TB j TO [ OU _ OUTDOOR UNIT r- CNSK W13.N2S HT) TB15 TB6 i DS TH5 TH1 TH2 2 2 2 SYMBOL NAME SYMBOL NAME P.B INDOOR POWER BOARD C1 CAPACITOR FAN MOTOR 1.13 INDOOR CONTROLLER BOARD DP DRAIN PUMP CN2L CONNECTOR LOSSNAY DS DRAIN SENSOR CN24 CONNECTOR (BACK-UP HEATING) RFI RADIO FREQUENCY INTERFACE FOR RFTHERMOSTAT CN30 CONNECTOR(LLC) CN32 CONNECTOR (REMOTE SWITCH) H2 DEW PREVENTION HEATER CN41 CONNECTOR (HATERMINAL-A)MF FAN MOTOR WITH THERMAL FUSE CN51 CENTRALLY CONTROL MV VANE MOTOR CN105 CONNECTOR (RADIO FREQUENCY INTERFACE) TB4 TERMINAL BLOCK (INDOOR/OUTDOOR CONNECTING LINE) FUSE FUSE T6.3AL250V LED1 POWER SUPPLY I.13 TB15 TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) LED2 POWER SUPPLY (I.B) LED3 TRANSMISSION (INDOOR -OUTDOOR) TH1 ROOM TEMP. THERMISTOR (32°F / 151<0, 77°F / 5.41<0 DETECT) SW2 SWITCH CAPACITY CODE SWE SWITCH EMERGENCY OPERATION TH2 PIPE TEMP. THERMISTOR/LIQUID (32°F / 15k4, 77°F / 5.41<0 DETECT) X1 DRAIN PUMP/DEW PREVENTION HEATER X4 RELAY FAN MOTOR LL TH5 COND. / EVA. TEMP. THERMISTOR 32°F / 15kf1, 77°F / 5.41<0 DETECT X5 RELAY FAN MOTOR Lo X6 RELAY FAN MOTOR Hi OPTION PART X7 RELAY FAN MOTOR Me R.B WIRED REMOTE CONTROLLER BOARD TB6 TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) NOTES: 1. Since the outdoor side electric wiring may change be sure to check the outdoor unit electric wiring for servicing. 2. Indoor and outdoor connecting wires are made with polarities, make wiring matching terminal numbers (S1, S2, S3). 3. Use copper supply wires. 4. Symbols used in wiring diagram above are, o o 0 : Connector,® : Terminal (block). *For details on how to operate self -diagnosis refer to the technical manuals etc. A-75 -�4 CRF1] r TRANSMISSION _ I-----------------------------------1----------------------WIRES -� INSIDE SECTION OF CONTROL BOX 1 TB15 DC12V 1 I TB6 1 I 1 t-------- 11 r711 1 2 7 1L 21 11 I ACL TB4 1 __ S1 I.B. z 5i z 2 S2--- TO OUTDOOR R_B_ CN32 S3 - UNIT I H �--o(BLUE) SW1 o- (RED) _ _ _ _� a -i - -- 3 CN3C CN1055 01 CN41 ® 1 P.B. I SW2 o LED2 (BLACK) CN90 SWE (RED) OFF o CN2A ° 1 3 5 CND I � o i 1 SW5 ON DSA (RED) 0 CN25 - - - CNER ° ° (BLUE) z g CN22 1 ZNR02 F01 (GCNFN) LED3 (BLACK) (BLUE) o CN51 U zNRo, I CN-C CN24-2 ° CNXB2 LED1 (BLUE) U DC280-340V gy ° CN44 CN4F ° ° 1 CNXA2 (BLUE) RECTIFIER I I (RED) o o (RED) CNP I CN20 CN2L CNXC2 1 3 CIRC+IT 1 (YELLOW) 1 X01 X10 a a 2 o CN24-1 ° s 2 4 1 I I I I I I 5 z a (BLUE) CNMF CNXB1 CNXC1 CNXA1 7 q 1 I I 1 5 1 2 1 4 i L1 CN 1 9]� 'I 11 � I IIBZ1 r_LED1 L--------A--------------- - ---- RU_,' MS _SWiSW2 i (° t° " 3- C.B._ _ J TH2 TH5 FS TH1 DRAINPUMP r--r FAN MOTOR SYMBOL EXPLANATION SYMBOL NAME SYMBOL NAME SYMBOL NAME I.B. CN24-1 INDOOR CONTROLLER BOARD CONNECTOR (HEATER CONTROL 1ST) I.B. SW1 SW2 SW5 SWE INDOOR CONTROLLER BOARD TB4 TERMINAL BLOCK (INDOOR/OUTDOOR CONNECTING LINE) SWITCH (FOR MODEL SELECTION) CN24-2 CONNECTOR HEATER CONTROL 2ND SWITCH FOR CAPACITY CODE TB5 TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) CN25 CONNECTOR HUMIDITY OUTPUT SWITCH FOR MODE SELECTION CN2A CONNECTOR 0-10V ANALOG INPUT CONNECTOR EMERGENCY OPERATION OPTIONAL PARTS CN2C CONNECTOR (ERV OUTPUT) P.B. POWER SUPPLY BOARD W.B. IR WIRELESS REMOTE CONTROLLER BOARD CN21- CONNECTOR (LOSSNAY) F01 FUSE AC250V 6.3A RU RECEIVING UNIT CN32 CONNECTOR (REMOTE SWITCH) ZNRO1,02 VARISTOR BZ1 BUZZER CN41 CONNECTOR (HA TERMINAL -A) IDEA ARRESTOR LED1 LED (RUN INDICATOR) CN51 CONNECTOR CENTRALLY CONTROL X01 AUX. RELAY SW1 SWITCH (HEATING ON/OFF) CN90 CONNECTOR WIRELESS X10 AUX. RELAY SW2 SWITCH (COOLING ON/OFF CN105 CONNECTOR (RADIO FREQUENCY INTERFACE) TH1 INTAKE AIR TEMP. THERMISTOR R.B. WIRED REMOTE CONTROLLER BOARD LED1 LED (POWER SUPPLY) TH2 PIPE TEMP. THERMISTOR/LIQUID TB6 TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) LED2 LED REMOTE CONTROLLER SUPPLY TH5 COND./EVA. TEMP. THERMISTOR LED TRANSMISSION INDDOR-OUTDOOR ACL AC REACTOR POWER FACTOR IMPROVEMENTER LLED3 CONNECTOR (ERV INPUT) FS FLOAT SWITCHNF CONNECTOR (HUMIDITY INPUT) RFI RADIO FREQUENCY INTERFACE FOR RF THERMOSTAT MODEL sW1 SW2 SW5 ON ON ON PEAD-A09AA7 QQQQQ MMM MMM 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 6 7 8 ON ON ON 1EAD112- QQQQQ Un j�� 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 6 7 8 ON ON ON PEAR-A15AA7 QQQQQ UUM ��MMM ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 6 7 8 ON ON ON PEAD-A18AA7 QQQQQ MUM MMMO 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 6 7 8 Note1.Since the outdoor side electric wiring may change be sure to check the outdoor unit electric wiring for servicing. 2.Indoor and outdoor connecting wires are made with polarities, make wiring matching terminal numbers (S1,S2,S3). 3.8ymbols used in wiring diagram above are as follows. 0, O :CONNECTOR tm :TERMINAL --- (HEAVY DOTTED LINE):FIELD WIRING -- (THIN DOTTED LINE):OPTIONAL PARTS USE COPPER SUPPLY WIRES. UTILISER DES FILS D'ALIMENTATION EN CUIVRE. SVZ-KP12NA SVZ-KP18NA WSM ISS ION RF I WIRES I IREREs DC 12v� (— INSIDE SECTION OF CONTROL BOX r—TB15-1 iB6 I � It �1 o �2 I Rom' I.B. Ted L�-L L _a_LLJ LC 1 Sw1 00 CN32 �O 11111 SI' S2 OPTIONAL PARTS TO OUTDOOR UNIT 53_ (BLUE) N3C CM105 J P.B. ❑ CH90 SW2 OFF O O ED2 ® BLAS" N2A � I O 3 O 5 CND O 2 own... Ox C141 � d SWS DSA B IRS DI O O HER ❑O ❑ED CN25 C N22 DI ® LED3 BLACA) BLUEI O CN2C CN24-2 O CN51 � ZNR02 ZN R01 I GAE EN) CN44 CNIF O CNx B2 LEDI (BLUE) CN%A2 l d O2 YO [ 1 (ELLOW IAFD) I CNiO CN02d-I CON2L 4 ZN%C2 a NLRB IBLUEIO CNNBI CN%CI CNNAI NMF 0 _ 123 d56711"B..II„J(f CA II IIB IZ II LE�DI I Rppuyy1 I pp��L I� SIFT WZ - ------------------- OPTIONAL PARTS TH2 TH5 THI MS 3- FAN MOTOR SYMBOL EXPLANATION SYMBOL NAME SYMBOL NAME SYMBOL NAME I.B. INDOOR CONTROLLER BOARD I.B. INDOOR CONTROLLER BOARD OPTIONAL PARTS CX2 d-I CONNECTOR INEATEA CONTROL ISTI SWI SWITCH )FOR NOBEL SELECTION) W,B. AU BZI LED) SWI SW2 IN WIRELESS REMOTE CONTROLLER BOARD CN24-2 CONNECTOR INEATEA CONTROL 2XD1 SW2 SWITCH (FOR CAPACITY CODE) RECEIVING UNIT CN25 CONNECTOR (HUMIDITY O YTI SWS SNITCH (FOR NODE SELECTION) BUZZER CN2A CONNECTOR (0-1 OV ANALOG INPUT) SWINE CONNECTOR (EMERGENCY OPERATION) LEDIRUN INDICATOR) CN2C CONNECTOR (ERV OUTPUT) P.B. POWER SUPPLY BOARD SWITCH(HEATIAG ON/OFF) CN2L CONNECTOR (LOSSNAYI FUSE K250V 6.3A SWITCH(COOLING ONIOFF) CN32 CONNECTOR (REMOTE BWITCMI VARIS FOR A.B. TB6 WIRED REMOTE CONTROLLER BOARD CH41 CONNECTOR (NA TERMINAL -A) EGAARRESTOR EXIO TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) CH51 CONNECTOR (CENTRALLY CONTROL) AUX RELY CN90 CONNECTOR (WIAELES51 THI INTAKE AIR TEMP. THERMIGTOA CNI05 CONNECTOR (RADIO FREOUENCY IMTERFACEI TH2 PIPE TEMP. THERMISTORILIUUID CNER CONNECTOR (ERV INPUT) TH5 COND./EVA.TEMP. THERMISTOR CHIP CONNECTOR (HUMIDITY INPUT) TBd TERN NAL BLOCK (INDOOR/OUTDOOR CONNECTING LINE) LEDI LEDIPOVER SUPPLY) LED2 LEDIREMOTE CONTROLLER 6UPPLY) TB IS TERMINAL BLOCK (REMOTE CONTROLLER TRANSMISSION LINE) LED3 LEDITAANSNISSION INDOOR -OUTDOOR) AEI THERwO5TAoTUENCY INTERFACE FOR BE J Notel.S ln<e the outdoor side electric wi ..g may change be sur to check the ttloor unit elid I:i6rwi ing for s <ing.e 2.IAdoar nd oU tdoor Co ne<tingg wI M are ade ithrl (SI,S ties make w ring maiC^ingrterminal numbers 3.Symbols used in wiring diagram above are as follows. O :CONNECTOR :TERMINAL (HEAVY DOTTED LINE):FIELD WIRING (THIN DOTTED LINE):OPTIONAL PARTS 4 UTILISFHNDESD FL'y DIALIMENTATION EN CUIVAE. A-77 MFZ-KJ09NA MFZ-KJ12NA MFZ-KJ15NA MFZ-KJ18NA MF�-, BLK t° t° t° t° t° 5 MV3 15 5 CN211 M 1 3 -C Elo t MV1 CN111 1 6R111 NR11 5CN112 U MV2 CN24 00 10LD104 CN201 1 TI 111 I F11 1 2 1 DISP REC (TI15 CN151 P.C.BOARD � INDOOR ELECTRONIC 8 CN105 CN1J1 Ep CONTROL P.C. BOARD 1 CN301 TO OUTDOOR UNIT CONNECTING WIRES TB L� — S3 RED BLU DC12-24V --= _S2 B L U A A disconnect should be FROM OUTDOOR UNIT r S1 BLK required by local code. CONNECTING WIRES ?K Se procurer un (POWER SUPPLY) _ sectionneur conforme aux locales. 208/230V- TO OUTDOOR UNIT O r@glementations 1phose 60Hz CONNECTING WIRE CN202 SYMBOL NAME MF FAN MOTOR HORIZONTAL MV1 VANE MOTOR (FRONT) HORIZONTAL MV2 VANE MOTOR (BACK) MV3 MULTI -FLOW VANE MOTOR F11 FUSE (T3.15AL250V) T111 TRANSFORMER TB TERMINAL BLOCK RT11 ROOM TEMP. THERMISTOR RT12 COIL TEMP. THERMISTOR(MAIN1) RT13 COIL TEMP. THERMISTOR(SUB) RT14 COIL TEMP. THERMISTOR(MAIN2) RT15 COIL TEMP. THERMISTOR(MAIN3) NR11 VARISTOR R111 RESISTOR A-78 5-2. OUTDOOR UNIT MU-A09WA TO INDOOR UNIT TB2 CONNECTING WIRES r L-10 115V it 1 phase 60Hz From INDOOR UNIT N CONNECTING WIRES 115V __0 1 phase 60Hi 2 From INDOOR UNIT CONNECTING WIRE GR POWER SUPPLY 115V 1 phase 60Hz MU-Al2WA TO INDOOR UNIT — CONNECTING WIRES 115V 1 phase 6OHz From INDOOR UNIT f CONNECTING WIRES 1 — — 115V 1 phase 6OHz From INDOOR UNIT — CONNECTING WIRES POWER SUPPLY 115V 1 phase 6OHz — r -� 1 GROUND C2 TB2 0, u C2 — ,..,. SYMBOL NAME C1 COMPRESSOR CAPACITOR C2 FAN MOTOR CAPACITOR DSAR SURGE ABSORBER F FUSE MC COMPRESSOR(INNER PROTECTOR) MF FAN MOTOR(INNER PROTECTOR) TB1 TERMINAL BLOCK TB2 TERMINAL BLOCK 52C COMPRESSOR CONTACTOR NOTES 1•About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing. 2.Use copper conductors only(for field wiring). 3.Symbols below indicate. O Jerminal block ® :Connector SYMBOL NAME C1 COMPRESSOR CAPACITOR C2 FAN MOTOR CAPACITOR DSAR SURGE ABSORBER F1 FUSE AC250V, 3.15A MC COMPRESSOR INNER PROTECTOR MF IFAN MOTOR INNER PROTECTOR T81 ITERMINAL BLOCK TB2 ITERMINAL BLOCK 52C ICOMPRESSOR CONTACTOR NOTES: 1.About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing. 2.Use copper conductors only (For field wiring). 3.Symbols below indicate. OO :Terminal block :Connector A-79 MUZ-GL09NA MUZ-GL12NA r BLK 1 1 BLK H ORN L61 BRN--------------T i 2�2 BLK--- WHT ' YLW' BLK BLK 21S4 1 1 LD70 LD66A CN7212 CN722 3 MIL,, F701 LD63 `RED L2 BLK- BLK DB61 C62 C61 261d C802 Xfi3 (OPTION PARTS) C820 _+ + + F801 T801 X64 LD66B BLK 901 r-^D U BLK 1 BLK U P P 3 INVERTER P.C. BOARD LD61 PTC64 LD-E1 V WHT WHT LDU YLW 3 S ED RED LDV V N 1 LED LD71 PTC65 LD62 BLK BLK po---- MC W LDW W N IC932 CN932j NOTES: CN642J CIRCUIT CN61 C700 72 BLK BREAKER TB LU - UPPCN931 CN643 CN641 CN644 CN724 LD-S BT20N301 51 21®41�316 * - HZ 1. About the indoor side electric wiring, refer to the indoor unit electric t° 3 5 wiring diagram for servicing. RT64 [ MS RT65 2. Use copper supply wires. 3- 3. Symbols indicate, ®:Terminal block MF REMARQUES : ® Connector 1. Pour le cablage electronique cote interieur, Be reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les ® :Borne sinnifinafinns sI Iivant— o-o1 Cnnn—tf i Ir SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE T3. 15AL250V MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER OPTION PARTS PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC700,IC820,I0932 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 126H HEATER PR TE T R PTI NPART LEV I EXPANSION VALVE COIL RT65 AMBIENTTEMP. THERMISTOR Ll phaae S3 -- S21&24V__ TO Sl 203230V- DNDOOR ©o---- A-80 MUZ-GL09NAH MUZ-GL12NAH LD70 DB61 LD66A CN721 CN722 3 c 1 Xi 2 1 ' y+ C62 C61 IC802 X C820 + + T801 F801 X64 L F901 f 1 1 1 BLK p 3 INVERTER P.C. BOARD LD61ff;PT�C64WHT LDU U77 P RED LDV V U N 1 LED LD71 PTC65 LDW IC N IC932 CN932 3 3 IC700 CN642 CN61 1 2 CN931 CN643 CN641 CN644 CN724 LD-S 1 51 21 41 EFE31 0 6 3 �5r t° r° 1 1 5 1 1 RED NOTES: RT64 L 3/ J Hlbb nlbi nl 1. About the indoor side electric wiring, MF refer to the indoor unit electric wiring diagram for servicing. 2. Use copper supply wires. 3. Symbols indicate, ® :Terminal block 00000 :Connector Connector 1. Pour le c5blage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les ® :Borne sianifications suivantes, o0000 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE J3. 15AL25OV) MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC700,IC820,IC932 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP, THERMISTOR BLK �I BLK n 2 �2 BLK YLW 1 >1 BLK BLK RED 2 �2 BLK BLK 26H BLK 3LK BLK i ---CIRCUIT BREAKERr!W-POWERSUPPi 2081230V•""'-1 phne6ft 2-av To 0a123OV— INDOOR Q)0 A-81 MUY-GL09NA MUY-GL12NA VEY U BLK 1 1 BLK U P r MS V WHT WHT EDU V L MC W RED RED W N 3 3 LDW IC700 CN642 CN61 110 012 T801 D ' F011 3 INVERTER P.C. BOARD LD61 LED Lnr*X* ].&m��Z]J&Fal.j NOTES: RT64 L 3� 1100 nlbe 1. About the indoor side electric wiring, MF refer to the indoor unit electric wiring diagram for servicing. 2. Use copper supply wires. 3. Symbols indicate, :Terminal block 00000 :Connector Connector 1. Pour le cablage 6lectronique c6t6 int6rieur, se reporter au sch6ma d'entretien du cablage blectronique de I'appareil intdrieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les ® :Borne significations suivantes, o0000 :Connecteur PTC64 W LD71 PTC65 LD62 SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F801,F901 FUSE T3. 15AL250V MF FAN MOTOR TB TERMINAL BLOCK IC700,I00,1032 POWER MODULE PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC802 POWER DEVICE RT62 DISCHARGE TEMP.THERMISTOR X64 RELAY LED I LED I RT64 FIN TEMP. THERMISTOR LEV I EXPANSION VALVE COIL I RT65 AMBIENT TEMP. THERMISTOR BLK BLK O Jo---b ILK CIRCUIT TB BREAKER BLU -P0WER SUPRI L2 2OW30V BRN L1 Phase 60Hz S3 - _1 S2 i2_2av :--ITO S1 2T230V— IND0OR L©o--- A-82 MUZ-GL15NA CN72110 01 CN722 IC820 +' + + + T801 I F901 F801 r-q X64 L BLK 1 1 BLK P 3 INVERTER P.C. BOARD LD61nYLWPTC U V WIT S WIT LDU U P V 3 RED RED LDV N 1 LED LD71 PTC65 MC W LOW W N IC932 CN932 3 3 C700 CN642 CN61 1 2 CN931 CN643 CN641 CN644 CN724 LD-S 1 1 51 2 11 41 0 31 0 6 3 5 �° �° 1° 5 RED NOTES: RT64 [ MS RT65 RT61 RT62 RT68 1. About the indoor side electric wiring, refer to the indoor unit electric MF LEV wiring diagram for servicing. 2. Use copper supply wires. 3. Symbols indicate, ® :Terminal block 00000 :Connector Connector 1. Pour le cablage 6lectronique c6t6 int6rieur, se reporter au sch6ma d'entretien du cablage 6lectronique de I'appareil intdrieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les :Borne significations suivantes, o0000 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62,C63 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE (T3. 15AL25OV) MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC700,1020,1032 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP. THERMISTOR r----------H -- LI BLK > - BLK H r�____ YLW' 2 2 BLK L1 1 BLK BLK 01 BRED - BLK BILK LD63 2 2 26H , (OPTION PARTS) BLK (DI --- 4 CIRCUIT TB BREAKER L2 POWER SUPPL j»--2W230V L1 •i--lphase6ft S3 --- S2 1&44V :-- TO S 1 206123OV -- UN OOR MUZ-GL15NAH BLK 1 1 BLK H ORN L61 BRN p �p BLK WHT 21S4 YLW 1 1 BLK BLK LD70 LD66A CN7212 1 CN722 3 o 1 X66 E701 LD63 RED p p BLK BLK DB61 26H M1+ C63 C62 C61 IC802 X63 IC820 + + + T801 F901 F801 f"'"1 X64 LD66B gLK BLK 1 BLK p 3 INVERTER P.C. BOARD LD61 PTC64 LD-El S U V WHT WHT LDU U P V YLW 3 RED RED LDV N LED LD71 PTC65 LD62 BLK BLK o- MC W I V, W N IC932 CN932 b 3 3 CN61 IC700 CN642 1 2 CIRCUIT BREAKER CN931 CN643 CN641 CN644 CN724 LD-S m TB POWER SUPPLY PBRN 1 51 21 41 0 31 0 6 20800V phase 60Hz 3 1RT64 5 1° 1° 5 RED --- NOTES: MS 3� RT65 RT61 RT62 RT68 M BLU2-24V-11ITC 1. About the indoor side electric wiring, MFLEV r BRN—rINB��Arefer to the indoor unit electric UNIT wiring diagram for servicing. 0---- 2. Use copper supply wires. 3. Symbols indicate, ®:Terminal block 00000 :Connector Connector 1. Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les :Borne significations suivantes, o0000 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62,C63 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE (T3. 15AL250V) MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC700,IC820,IC932 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR 2154 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP. THERMISTOR A-84 MUY-GL15NA LD70 LD66A D661 LD63 C63 C62 C61 _+ C802 C820 + + + T801 F901 F801 I—M X64 LD666 OF gLK { 1 BLK p 3 INVERTER P.C. BOARD LD61 PTC64 LD-E1 WHT LDU U P Sr YLW RED LDV W N tCN932 LED LD71 PTC65 LD62 BLK . { LDW N IC 332 3 C700 CN642 CN61 1 2 CN931 CN643 CN641 CN644 CN724 LD-S co 1 51 2100 41 0 3 11T 0 T y 6 t° 3 5r t° t° 5 RED NOTES: RT64 [ 3 S RT65 RT62 1. About the indoor side electric wiring, refer to the indoor unit electric MF wiring diagram for servicing. 2. Use copper supply wires. 3. Symbols indicate, ® :Terminal block 00000 :Connector Connector 1. Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les ® :Borne significations suivantes, o0000 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62,C63 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F801,F901 FUSE (T3. 15AL250V) MF FAN MOTOR TB TERMINAL BLOCK IC700,1020,1032 POWER MODULE PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC802 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR X64 RELAY LED LED RT64 FIN TEMP. THERMISTOR LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP. THERMISTOR Q)o- --- b CIRCUIT TB BREAKER .«�--POWER SUPPLI L2 20N30V phase 6011z S3 - _ S2 12-2301V :--l1I TO S1 2082V-rUND00A IT Q)o--- MUZ-GL18NA Lutitin CN721 CN722 I K66 F701 L 2�2 �K ��K 1 DB61 LD63� I L-------------- 26 M1+ C63 C62 C61 LL IC802 63 (OPTION PARTS) ++F901 1IC820 X64 L066B ° F801 ,j BILK LD-E11 BLK) 1BLKi 3 INVERTER P. C. BOARD L061 PTC64 U U p r Mg V WHT WHT' LDUL YLW L RED RED' LDV M R LED LD71 PTC65 L062 i BLK BLK MC R LUW IC932 CN932 3 3 CNfi42 CN61 IC700 1 2 BLK TB CIRCUIT CN931 CN643 CN641 CN644 0724 LO-S Y m BLU BREAKER RWER SUPPLY 'k- L---------- 1 S I 2 - l 4 1 0 3 1 o fi - - - -------- — - — L 2 BRN L 1 i 200/230V 7r- 1 Phase SOW tRT64 3 5 t°RT65 tRT61t 5 RED RED _ f NOTES: L 3S RT62 M BLU S2 122eY= I. About the indoor side electric wiring, MF r BRN S1 �tD 208/-- UNIT :fee to the indoor unit electric L E V wiring diagram for servicing. — 2.Use copper supply wires. 3.Symbols indicate, :Terminal block 00000 :Connector REMARDUES: 1. Pour le cablage electronique cote interieur, se reporter au schema d'entretien du ceblaga electronique de I'appara1 interieur. 2.Utiliser des fits d'olimentation on cuivre. 3.assymbol:: ant tos ® :Borne significations suivantes, o0000 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62,C63 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. DB61 DIODE MODULE MC COMPRESSOR F701,1`801,F901 FUSE (T3. 15AL25OV) MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER (OPTION PARTS) PTC64. PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC701ICO20, IC932 POWER MODULE RT61 DEFROST THERMISTOR X63, X64. X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP.THERMISTOR 21S4 REVERSING VALVE COIL LED LED R164 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR(OPTION PARTS) LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP.THERMISTOR A-86 MUZ-GL18NAH LU7LU66A CN721 3 0 1 XI D861 CN722 0 1dC802 , C63 C62 C61 ki + + + + T801 F901 F801 Xfi4 L P w 3 INVERTER P.. C. BOARD U p LDsI Ptc64 v N LED YLW 1.071 PTC68 he N IC932 CN932 1C700 CN642 1®2 CN931 CN643 CN641 CN611 CN724 LD-S I000 o o15Iool2lof�e Ifo o ol31oof oo o o16 • RTfi4 I 3(3 � H165 H161 R162 R168 NOTES : LC I. About the indoor side electric wiring, M F L efer to the indoor unit electric wiring diagram for servicing. 2.Use copper supply wires. 3.Symbols indicate, ® :Terminal block 00000 :Connector REMAROUES: 1.Pour le cablage electranique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2-Utiliser des fils d'alimentation an cuivre. 3.1-es symboles ont les ® :Borne sign if1cations suivantes, o0o0 0 : C o n n e c t e u r SYMBOL NAME SYMBOL NAME SYMBOL NAME 061,C62,C63 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. DB61 DIODE MODULE MC COMPRESSOR F701.F801,F901 FUSE (T3. 15AL25OV) MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER PTC64,PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC701 IC820,IC932 POWER MODULE RT61 DEFROST THERMISTOR X63. Xfi4, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP.THERMISTOR 2154 REVERSING VALVE COIL LED LED RT64 FIN TEMP.THERMISTOR 26H HEATER PROTECTOR LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP.THERMISTOR $o--'I CIRCUIT BREAKER ryr- POWER SUPPLY 208/230V IT / I phase 60HZ S3 S2 122/V IT0 S1—INDOOR© A-87 MUY-GL18NA Dist++ IC820 _ IC002T001F901 F001 rn uUP INVERTER P..C. BOARD LD6 � vALED W wIC932 CN932 IC700 CN642 1®2 CN931 CN643 CN641 CN644 CN724 1 000�5110 012 1 0 0 0 0 l I �0�3 1 0 0 NOTES: RT64 13(3 RIti5 R162 R166 refer the indoor side electric wiring, L F refer to the indoor unit electric M F wiring diagram for servicing. 2.Usa Copper sUpply wires. 3.5ymbols indicate, ® :Terminal block C :Connector REMAROUES: I.PoUr le cabIage electronique cote interieur, se reporter au schema d'entret1en du ciii, a electronique de I'appareil interieur. 2.Utiliser des fils d'alimentation an cuivre. 3.1-es symb ales ant les ® :Borne significations suivantes, 0 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME 061,062,063 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR, DB61 DIODE MODULE MC COMPRESSOR F801,F901 FUSE (T3,15AL250V) MF FAN MOTOR TS TERMINAL BLOCK IC7011820.IC932 POWER MODULE PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC802 POWER DEVICE RT62 DISCHARGE TEMP.THERMISTOR X64 RELAY LED LED RT64 FIN TEMP.THERMISTOR LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP.THERMISTOR (Do__ "I CIRCUIT TB BREAKER L 2POWER I -20B%23SUPPLY L 1 �'i+�_ 1 Phase 60Nt S3 — 52 12-24V To S 1 20B/23oV� �UNITOA Q) A-88 MUZ-GL24NA 0 CIRCUIT TB1 — _ ----- B—REEAAKER I TABo61 _ ----- F_ IC8P2O ICC7OO� = L 1 BRN 4 RED m JBWHT 1 1 BLK U MC L2 BLU PTC64 X64 i L RED R + + + �iRED 3S r— 0 m 3 4 YLW S �° V m 3 W J m i PTC65 TABG41 YLW--� Q GWYLW c i TABG2 ~ N N W m,RED w — a u, TABS3 o IJ MF MS 1 INVERTER TB2 P. C. BOARD � LD91 BLK 3� J LED �_-- — 208/230V— S1 BRN i IC932 8 — — — S2 i o o T8O1 F880 F901 —" 0 12 24V- --- S3 RED x x BLK �LDE1 i o m — — -0O/7F DE2 L=0 Lo CN671 CN672 CN673 CN724 m NOTES 1.About the indoor side electric wiring, 1 2 1 2 1 6 1 2 1 2 1 6 refer to the indoor unit electric — — — — — — — Z wiring diagram for servicing. 5 U 01 2-Use copper supply wires. 21S4 3. Symbols indicate, ®:Terminal block t, t ° t ° 000:Connector RT61 RT62 RT68 RT65 RT64 M LEV REMAROUES 1.Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage 2lectronique de I'appareil interieur. 2-Utiliser des fils d'alimentation en cuivre. 3.Les symboles ont Ies significations suivantes, ® :Borne o 0 0 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME CB1-3 SMOOTHING CAPACITOR LED LED RT65 AMBIENT TEMP.THERMISTOR FG5,F66 F601 FUSE (T6. 3AL25OV) FUSE (T3. 15AL25OV) LEV MC EXPANSION VALVE COIL COMPRESSOR RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR F88O FUSE (T3. 15AL25OV) MF FAN MOTOR TB1,TB2 TERMINAL BLOCK F9O1 FUSE (T3. 15AL25OV) PTC64 CIRCUIT PROTECTION T8O1 TRANSFORMER IC7O0 IGBT Module PTC65 CIRCUIT PROTECTION X6O1 RELAY IC82O DIODE Module RT61 DEFROST THERMISTOR X6O2 RELAY IC932 IGBT Module RT62 DISCHARGE TEMP.THERMISTOR X64 RELAY L REACTOR RT64 FIN TEMP.THERMISTOR 21S4 REVERSING VALVE COIL e MUZ-GL24NAH 0 CIRCUIT TB1 BREAKER —� L 1 _ L 2 Cm � v GRW cL- 0 TB2 --- S 1 208/23OV- --- —S2 0 4V- 12-2 Z --- S3 O O TARG I --- I I J UL� -- o m D E 2 �iCA9fl TC7Mn L "L UL L_J L L_J L L_J RT61 RT62 RT68 RT65 RT64 H' ' ' BLK 1 `" BLK NOTES 1.About the indoor side electric wiring, refer to the indoor unit electric wiring diagram for servicing. 2.Use capper supply wires. 3.Symbols indicate, ® :Terminal block Fao'Connector REMARDUES 1.Pour le c a b I a g e electronique cote 1nterieur, se reporter au schema d'entretien du c A b I a g e 6 1 e c t r o n 1 q u e de I'appareil 1nt6rieur. 2.Utiliser des fils d'alimentation en cuivre. 3.Les symboles ont les significations suivantes, ® :Borne o 0 o:Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME CB1-3 F65,F66FUSE(T6.3AL250V) SMOOTHING CAPACITOR LED LEV LED EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR F 6 0 1 FUSE (T3. 15AL25OV) MC COMPRESSOR TB1,TB2TERMINAL BLOCK F880 FUSE (T3. 15AL25OV) MF FAN MOTOR T801 TRANSFORMER F 9 0 1 FUSE (T3. 15AL25OV) PTC64 CIRCUIT PROTECTION X601 RELAY H DEFROST HEATER PTC65 CIRCUIT PROTECTION X602 RELAY IC700 IGBT Module R T 6 1 DEFROST THERMISTOR X64 RELAY ICS20 DIODE Module RT62 DISCHARGE TEMP,THERMISTOR 2154 REVERSING VALVE COIL IC932 IGBT Module RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR L REACTOR RT65 AMBIENT TEMP.THERMISTOR U-11— LEV MC 3S P •1 MUY-GL24NA 0 _ _ CIRCUIT TB1 ----- B_REEAAKER L1 BRN I TAB61 4 RED FIC P 0----- IC700� 1 1 BLK U MC m co BLK WHT M —■— L2 BLU PTC64 X64 i L RED R + + + �i RED 3S 1 W J r— ��— J 3 4 YLW g m m o V m WHT 3 3 °' i PTC65 m ¢ i GRN/YLW ML TA864 YLW Q LO i TA862 ---� N N W In RED 3 — u, TABS3_—_ , F MF MS INVERTER LD9 i BLK T 1 TB2 P. C. BOARD LED J S1 BRN 208/230V— IC932 S2 m T801 F880 F901 7-1 ,81 12-24V= RED --- S3 m BLK LDE1 m i -0O LDE2 CN671 CN672 CN673 CN724 NOTES 0 0 0 1.About the indoor side electric wiring, 1 6 1 2 1 2 1 6 refer to the indoor unit electric — — — — — — — — — — — — Z wiring diagram for servicing. 2.Use copper supply wires. 5—,, 3.Symbols indicate, ®:Terminal block t t t° t° Foo:Connector RT62 RT68 RT65 RT64 LEV REMAROUES 1.Pour to cablage electronique cote interieur, se reporter au schema d'entretien du cablage electrunique de I'appareil interieur. 2-Utiliser des fils d'alimentation en cuivre. 3,1-es symboles ant les significations suivantes, ® :Borne o 0 o :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME CBI-3 SMOOTHING CAPACITOR LED LED RT64 FIN TEMP. THERMISTOR FG5, F66 FUSE (T6. 3AL25OV) LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP. THERMISTOR F880 F901 FUSE (T3. 15AL25OV) FUSE(T3. 15AL25OV) MC MF COMPRESSOR FAN MOTOR RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR IC7001 IGBT Module PTC64 CIRCUIT PROTECTION ITBI.TB2TERMINAL BLOCK ICS20 DIODE Module PTC65 CIRCUIT PROTECTION IT801 ITRANSFORMER IC932 IGBT Module RT62 DISCHARGE TEMP. THERMISTOR IX64 IRELAY L IREACTOR A-91 MUZ-HM09NA - D1 MUZ-HM12NA U1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - r - - CN721 CN722 020 +' 1 1+ + T801 I j F901 F801 f"1 X64 BLK 1 1 BLK P 3 INVERTER P.C. BOARD LD61 r MS U V WHT WHT , LDU U P YLW L 3— RED RED' LDV V N LED LD71 MC W 3 3 LDW IC N CN642 C932 CN932 CN61 C700 1 2 CN931 CN643 CN641 CN644 CN724 NOTES: L_—_—_—_------ ---_—_-- 51 21 41 0 31 ° 6 LD-S 1. About the indoor side electric wiring, yf yt 5 refer to the indoor unit electric t° 3 5 t° YYYJJJ t__° YYJJt__° YYJJ t___° "���JII wiring diagram for servicing. RT64 [ 3 S RT65 RT61 RT62 RT68 M 2. Use copper supply wires. — IM 3. Symbols indicate, Terminal block MF LEV 000 :Connector Connector 1. Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les ® :Borne sianifications suivantes. ® :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62 DB61 SMOOTHING CAPACITOR DIODE MODULE L61 MC REACTOR COMPRESSOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR F701,1`601,1`901 FUSE T3. 15AL250V MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HFATEROPTION PARTS PTGA PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IM0,1020,I0K2 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGETEMP. THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOROPTION PARTS LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP, THERMISTOR MUZ-HM09NA - D6 MUZ-HM12NA u8 OIN L61 YLw BILL DB65 - DB61 C63 C62 + + + IC802 + T801 F801 f^ l TR021 W RM3 3RO1 ' w m INVERTER P. C. BOARD MS L01 F901 3- g� glk, LDv v IC932 CN931 MC U l 1 , LDU U P 1 3 CN61 IPM 5 LED 3 1 CN642 CN644 CN643 CN641 CN7b NOTES: L _CN932 1 21 0 3 1 2 1 112222 1.A1111refar the indoor side electric wiring, refer to the indoor unit electric MS 3 t° t' t' t° t° 6 wiring diagram for servicing. 3 - RT64 RT68 RT65 RT61RT62 2.Use coaxer supply wires. M F M 3.Svmbols indicate, ® :Terminal block 00000 :Connector LEN REMARl3UES: 1.Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2.0tit iser des file d'alimentation on cuivre. 3.1-es svnboles ant les ® :Borne significations suivantes. r a-s7o :Connecteur LD66B RED PZI] F RI SYMBOL NAME SYMBOL NAME SYMBOL NAME C62,C63 SMOOTHING CAPACITOR LEV EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. OB61,OB65 DIODE MODULE MC COMPRESSOR F101,1`801,F901 FUSE (T3.15AL25OV) MF FAN MOTOR TB1,TB2 TERMINAL BLOCK H DEFROST HEATERIOPTION PARTS) PTC64,PTC65 CIRCUIT PROTECTION TR821 SWITCHING POWER TRANSISTOR ICS02 POWER DEVICE RT61 DEFROST THERMISTOR T801 TRANSFORMER IPM IC932 POWER MODULE RT62 DISCHARGE TEMP.THERMISTOR X63 X64, X66 RELAY L61 REACTOR R164 FIN TEMP.THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT65 AMBIENT TEMP-THERMISTOR I 26H I HEATER PROTECTOR (OPTION PARTS) BLK 1 )1�1 BLK � 1 T 2 BLK--------' i ;YLW1 1 BLK BILK L___- --__�. RED 2 2 BLK ELK 26H I L----------2n (OPTION PARTS) BILK Oo- --- b CIRCUIT BREAKER TB TBPOWER SUPPLY . —1 Phase 60Hz .2y--r�2 BILK �BLK 26 � BLIC¢BLK _ r I 1 2 2 BLK H Z_ BLK----- 1 1 ~C�� �0-1 ' TELL CIRCUIT BREAKER2BR30YRCLY —4r saxz j;TB2 ---- 0-24Vn _ 8/230V- o A-92 MUZ-HM15NA MUZ-HM18NA C820 + + I + I i ELK U P WHT LDU V RED' LDV W N 3 3 I LDW IC700 CN642 CN61 1 Ro ol2 CN721® CN722 3W-o-61 1 ♦IH; I F' -2 2 BLK I YLW� I , ] _BLK�_BLK__, 63' RED 2 2 ELK ELK 26H IL------------J (OPTION PARTS) I BLK F901 F771 - 3 INVERTER P.C. BOARD LD61 PTC64 LD-E YLW 1 LED LD71 PTC65 LD62 TCN9IC932932 31 CN643 CN641 CN644 CN724 LD-S 51 21 41 0 J31L 0 6 3 5 I° t t" 5 RED NOTES: RT64 [ MS RT65 RT61 RT62 RT68 M BLU 1. About the indoor side electric wiring, 3 r refer to the indoor unit electric MF BRN wiring diagram for servicing. LEV 2. Use copper supply wires. 3. Symbols indicate, ® :Terminal block 0000 :Connector Connector 1. Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont Ies ® :Borne sionifications suivantes. o000 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62,C63 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE T3. 15AL250V MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER(OPTION PARTS) PTC64,PTC65 CIRCUIT PROTECTION T801 TRANSFORMER C700,1020,1032 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR 121S4 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 126H I HEATER PROTECTOROPTIONPARTS LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP. THERMISTOR °a---b CIRCUIT TB BREAKER 1»-POWER SUPPLY L2 ^L*- P�se60HZ S3 --- S2 12_24V _ TO T EK230V-JUNITINDOOR Oo---- A-93 MUZ-HM24NA OAN � ° i BAN MIT 2 1M2—AL.L063 DBfiI C63 C62 C61 _ IC802 [C820 + + + TBO1 F901 FBOI 771 f 1 1 ' R s INVERTER P. C. BOARDD E1 U BLK BLK U R LD61 MS V WHT WHT LDU 3 RED RED' LDV V N LED LD71 PTC6Sfi2 MC LDW w N IC932tCN932 3 IC700 CN642 I2 CN931 CN643 CN641 CN644 CN724 LO-S L___________ ______ 1 _ 6lUL- 14l 00 31 0 6____ -t•'>—J — --S - t• 3 S t t 7 ll—Q] RED RT64 r3S RTfiS RT61 RT62 RT6B BLU NOTES: L M 1.A1111 the indoor side electric wiring, M F — BRN refer to the indoor unit electric L E V wiring diagram for servicing. 2.Use c0u0e1 sun'I, wires. 3.Symbols indicate,:Terminal block 00000 :Connector REMAROUES: 1.P0Ur le C5bIage electronique cote interieur, se reporter au schema d'antretIen du chbla5a electronique de I'a00areil interieur. 2.Utiliser des fils d'alimentation en cuivre. 3-Les symboles ant les :Borne significations suivantes, o0000 :Co nnectBur SYMBOL NAME SYMBOL NAME SYMBOL NAME 061,062,063 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE (T3.15AL25OVI MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER (OPTION PARTS) PTC64,PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC700, IC821IC932 POWER MODULE RT61 DEFROST THERMISTOR X63, X64 X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP-THERMISTOR!21S4 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTORIOPTION PARTS) LEV I EXPANSION VALVE COIL RT65 I AMBIENT TEMP.THERMISTOR (OPTION PARTSI (po--'I CIRCUIT TB BREAKER POMER SUPPLY L 2 i 200/230V I Phase 60Hz S 2 12-24V _ 1I TU S 1 200/230v_ rIN000A A-94 MUZ-FH06NA MUZ-FH09NA MUZ-FH12NA _ r BLK Z1��}1 BLK, ORN L61 BRN i-----------i i i2i-1>2-BLK----- WHT 21S4 i i iYLWi1 1 BILK BLK DtIC820 LD70 LD66A— - — - — - — - — - — - — - — - — - — - — - --- CN721 CN722 3 L 1 X66 F701 LREDL o --J 2 1 LD631I 2 2 BLK BLK 26H DB61 C62 C61 L-2 2 BL-----J C802 X63 (OPTION PARTS) N+ T801 I Fan1 F801 „., X64 1 LD66BI BLK ILI BLK 1 BLK I P 3 INVERTER P.C. BOARD LD61 PTC64 u rV WHT WHT LDU U P YLW ` 3 S ED RED:LDV V N 1 LED LD71 PTC65 LD62 MC W 3 3 LDW W N CN642 IC932 CN932 CN61 I C700 1 2 CN931 CN643 CN641 CN644 CN724 1 51 21 41 0 31 0 6 LD-S NOTES: —_—_—_—_—_ _ 1. About the indoor side electric wiring, 5 RED refer to the indoor unit electric 3 5 t° t° t° wiring diagram for servicing. RT64 [ MS RT65 RT61 RT62 RT68 M BLU 2. Use copper supply wires. 3^ M 3. Symbols indicate, :Terminal block. MF BRN REMARQUES: LEV 1. Pour le cablage blectronique c6t6 int6rieur, se reporter au schema d'entretien du cablage blectronique de I'appareil int6rieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les svmboles ont les sionifications suivantes,®:Borne. SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE T3. 15AL250V MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER (OPTION PARTS PTC64,PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC700,1020,1032 POWER MODULE RT61 DEFROST THERMISTOR X63,X64,X66 RELAY ICS02 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR 21S4 REVERSING VALVE —CO —IL LED LED RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR OPTION PARTS LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP. THERMISTOR MUZ-FH06NAH MUZ-FH09NAH MUZ-FH12NAH D66A CN721 CN722 3 o 1 X66 2 1 �d!2 C62 C61 IC802 Xfi3 + + T801 X64 LDI FQn1 F801 — _1 LDU U P LDV V IVIU W LOW W N IC932 CN932 3 3 IC700 CN642 CN61 1 2 CN931 CN643 CN641 CN644 CN724 NOTES: 1 51 21 41 0 31 0 6 1. About the indoor side electric wiring, refer to the indoor unit electric t° 3 5 tttJJJ I___° YYYJJJt___° YYYJJJ c___��z T wiring diagram for servicing. RT64 [ 3 S RT65 RT61 RT62 RT68 2. Use copper supply wires. - 3. Symbols indicate, Terminal block. MF LEV REMARQUES: 1. Pour le cablage blectronique c6t6 int6rieur, se reporter au schema d'entretien du cablage blectronique de I'appareil int6rieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les svmboles ont Des sianifications suivantes.®:Borne. INVERTER P.C. BOARD LD61 LED YLW LD71 SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,FB01,F901 FUSE T3. 15AL250V MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER IC7001C8201C932 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 POWER DEVICE RT62 DISCHARGE TEMP. THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP. THERMISTOR RED BLK L- 1 LD63 i RE[ BLK LD-E1 LD62 I BLK I � E !m r Q)o- CIRCUIT TB BREAKER r+, -POWER SUPPLY L2 i 20230V ''=i 1phase60Hz L1 S3 --- S2 12-zav =— To Sl 208/230V' INDOOR ©o---- 1 BLK We L2 j i 2ON30V L1 �i 1phase 6OHz S3 --- S212-2av 31 2081230V— INDOOR Qo---- A-95 MUZ-FH15NA 0 CIRCUIT TB1 BREAKER L 1 L 2 r- C a GRW w 0 TB2 --- S 1 20B/230V- --- S 2 12-20 - Z — — — S3 0 o BLK 1-DE1� [ C E 2 1. uL uL u L u L ui (M L E V RTG1 RT62 RT68 RT65 RT64 SYMBOL NAME SYMBOL NAME SYMBOL NAME C61-3 SMOOTHING CAPACITOR LED LED RT65 AMBIENT TEMP.THERMISTOR F65, F66 FUSE (T6. 3AL250V) LEV EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR F G 0 1 FUSE(T3.15AL250V) MC COMPRESSOR F880 FUSE (T3.15AL250V) MF FAN MOTOR TB1, TB2 TERMINAL BLOCK F901 FUSE(T3.15AL250V) PTC64 CIRCUIT PROTECTION T 8 0 1 TRANSFORMER IC700 IGBT Module PTC65 CIRCUIT PROTECTION X601 RELAY IC820 DIODE Module RT61 DEFROST THERMISTOR X602 RELAY IC932 IGBT Module RT62 DISCHARGE TEMP.THERMISTOR X64 RELAY L REACTOR RT64 FIN TEMP. THERMISTOR 2154 REVERSING VALVE COIL NOTES 1.About the indoor side electric wiring,refer to the indoor unit electric wiring diagram for servicing. 2.Use copper supply wires. 3.Symbols indicate, ® :Terminal block REMARQUES 1.Pour le c A b I a g e electronique cote int6rieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2.Utiliser des fils d'alimentation en cuivre. 3.Las s y m b a I e s o n t I e s s i g n i f i c a t i o n s suivantes, ® :Borne P •. MUZ-FH15NAH 0 CIRCUIT TB1 BREAKER —� L 1 m—yam L 2 N GRW Cn 17 w 3 O TB2 --- S 1 200/230V- --- S 2 CD 12-24V.- cm --- S 3 CD CD ---- o BLKamILDE1 Tr.7nn� RT61 RT62 RT68 RT65 RT64 SYMBOL NAME SYMBOL NAME SYMBOL NAME CBI-3 F65. F66 SMOOTHING CAPACITOR FUSE (T6. 3AL25OV) LED LEV LED EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR F601 FUSE(T3.15AL250V) MC COMPRESSOR TB1.TB2TERMINAL BLOCK F88O FUSE(T3.15AL250V) MF FAN MOTOR T801 TRANSFORMER F901 FUSE(T3.15AL250V) PTC64 CIRCUIT PROTECTION X601 RELAY H DEFROST HEATER PTC65 CIRCUIT PROTECTION X602 RELAY IC7O0 [GOT Module RT61 DEFROST THERMISTOR X64 RELAY ICS2O DIODE Module RT62 DISCHARGE TEMP.THERMISTOR 2154 REVERSING VALVE COIL IC932 IGBT Module RT64 FIN TEMP.THERMISTOR 2GH HEATER PROTECTOR L REACTOR RT65 AMBIENT TEMP. THERMISTOR NOTES 1.About the indoor side electric wiring, refer to the indoor unit electricwiring diagram for servicing. 2.Use copper supply wires. 3.Symbols indicate, ® ;Terminal block REMAROUES 1.Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'appareil interieur. 2.Utiliser des fils d'alimentation en cuivre. 3.1-es symboles ont Ies significations suivantes, ® :Borne U-M- LEV A-97 MUZ-FH18NA2 0 CIRCUIT TB1 BREAKER —� L1 M— L2 LJ GRN Y F --- 51 20B/230V- --- S 2 12-24V= Z --- S3 o L ---0 O SYMBOL NAME SYMBOL NAME SYMBOL NAME CB1-3 SMOOTHING CAPACITOR LED LED RTG5 AMBIENT TEMP.THERMISTOR F65,F66 FUSE (T6. 3AL250V) LEV EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR F 6 0 1 FUSE(T3.15AL250V)MC COMPRESSOR FBBO FUSE (T3. 15AL25OV) MF FAN MOTOR TB1, TB2 TERMINAL BLOCK F901 FUSE (T3. 15AL25OV) PTC64 CIRCUIT PROTECTION T801 TRANSFORMER IC700 IGBT Module PTC65 CIRCUIT PROTECTION X601 RELAY IC820 DIODE Module RT61 DEFROST THERMISTOR X602 RELAY IC932 IGBT Module RT62 DISCHARGE TEMP.THERMISTOR X64 RELAY L REACTOR RT64 FIN TEMP.THERMISTOR 2154 REVERSING VALVE COIL NOTES 1.About the indoor side electric wiring, refer to the indoor unit electric wiring diagram for servicing. 2.Use copper supply wires. 3.Symbols indicate, ® :Terminal block 'Connector REMAROUES 1.Pour le c a b I a g e 6 1 e c t r o n i q u e cote int6rieur, se reporter au schema d'entretien du c A b I a g e 61ectronique de I'appareiI int6rieur. 2-Utiliser des fils d'alimentation on cuivre. 3-Les symboles ont les significations suivantes, ® :Borne o 0 o:Connecteur MUZ-FH18NAH2 0 d CIRCUIT TB1 BREAKER —� L1 BRN TAB61 o 4 IC820 IC700 1 1 BLK U MC RED m P P U BLK WHT M—may— L2 BLU PTC64 X64 L RED o R + + 00 +RED MS 1 3� J 3 4 YLW S m m m V m WHT 3 3 W a � GRN/YLW m PTC65 TAB64 YLW Q co TAB62 N N W m RED co w — u, TABS3 I% � MF MS 1 a TB2 INVERTER P. C. BOARD o LD9 BLK 3� J --- S1 BRN LED 208/23OV- m T801 F880 F901 IC932 8 _ S2 0 12-24V- RED X X --- S3 BLK LDE1 N N � LDE2 C-) CN671 CNG72 CNG73 CN724 0 BLK BLK 2 2 1 2 1 2 1 6 1 2 1 2 1 6 Z BLK BLK hIS 5 U 1, 2GH BL 1 2 2 YLW RED tRt t t t RTG1 RT62 RT68 RT65 RT64 M, L E V H BLK 1 1 BLK SYMBOL NAME SYMBOL NAME SYMBOL NAME CBI-3 SMOOTHING CAPACITOR IED LED RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR F65, F66 FUSE(T6.3AL25OV) LEV EXPANSION VALVE COIL F601 FUSE(T3. 15AL25OV) MC COMPRESSOR TB1, TB2 TERMINAL BLOCK F880 FUSE(T3.15AL25OV) MF FAN MOTOR T801 TRANSFORMER F901 FUSE(T3.15AL250VI PTC64 CIRCUIT PROTECTION X601 RELAY H DEFROST HEATER PTC65 CIRCUIT PROTECTION X602 RELAY IC700 IGBT Module RT61 DEFROST THERMISTOR X64 RELAY IC820 DIODE Module RT62 DISCHARGE TEMP.THERMISTOR 21S4 REVERSING VALVE COIL IC932 IGBT Module RT64 FIN TEMP.THERMISTOR 26H HEATER PROTECTOR L REACTOR RT65 AMBIENT TEMP.THERMISTOR NOTES 1.About the indoor side electric wiring, refer to the indoor unit electric wiring diagram for servicing. 2.Use copper supply wires. 3.Symbols indicate, ® :Terminal block Foo'Connector REMARQUES 1.Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cablage electronique de I'apparei1 interieur. 2.Utiliser des fill d'alimentation en cuivre. 3.Les symboles ant les significations suivantes, ® :Borne o o o :Connecteur MUZ-FE09NAH MUZ-FE12NAH RED 2 2 BLK BLK 26H OAK L 61 yLW BLK ELK BLK CN722 - ------ 2154 3 1 1 2 H r----- LU70 L�66--------------------------- 1 0 3 X63 CN721 I i2 &K + - OBfiI C63 C62 C6l - X66 X64 BK 1 1 �+ + + + TBOI IC802 F701 F801 T7M_ LD63 PC4 W R 3 3 TRB21 ED RFn w N LD-E�. ELK L I 3 S LDv v 932 tl"^ PTC65 I O �— TB1 CIRCUIT - segued Illb MC U ICN6l1 ' LOU u p L O I L2 BMPXER POIERSUPPLY if)2001230V !INVERTER P. C. BOI NR3 I L 1 �r 1 phase 60Hs CH642 1 2 - - CH644 1 0 3 - - -- CH643 1 -- CN641CN724 2 1 4 1 6 - -- _ -- LD61 L06LD S --_—_-- _J Q FnINO60RUMlT �__L--------------- CONNECTING WINE N 0 T E S : 1.Abeut the indoor side electric M 3RT64 t' t' RT68 t' RT65 t' t' 6 RT6l RT62 TB2__ Free INDOOR UXIi S3 CONNECTINGIIRES wiring refer to the indoor M S2--)DC12-24V unit aIectrIC wiring diagram MF for r U INOOONUNIT S 1 --)TOCONNECTING servicing. 2.Usa copper Conductors only. LEV TIRES 201/230V (Far field wIrIng). lPhase68Na SYMBOL NAME SYMBOL NAME SYMBOL NAME C61.C62.CG3 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. OB61.DB65 DIODE MODULE MC COMPRESSOR F701.FOOL F901 FUSE (T3.15AL250V) MF FAN MOTOR TB1.TB2 TERMINAL BLOCK H DEFROST HEATER PTC64.PTC65 CIRCUIT PROTECTION TR821 SWITCHING POWER TRANSISTOR IC802 POWER DEVICE RT61 DEFROST THERMISTOR TBO1 TRANSFORMER IFM IC932 POWER MODULE RT62 DISCHARGE TEMP.THERMISTOR X63 XG4,X66 RELAY LED LED RT64 FIN TEMP.THERMISTOR 2154 REVERSING VALVE COIL LEV EXPANSION VALVE COIL RT65 AMBIENT TEMP.THERMISTOR 26H HEATER PROTECTOR A-100 POWER SUPPLY ic 200i230V f_------------- L C I Phase 60Nz BRN TAB1 X64 2 1 RPFC CT2 W RED N TB1 + + + --- L 1 YLW I PTCG4 3 RED RED S N c _ L 2 YLW i NF F!! 3 4 YLW O° m A�W Z ID TAB4 BLK D BLU TA Z PTCG5 BLK U m -----a CT61 M i — `" N Cf)N —� BLK RS1 RS3 w GROUND — � ° ° cliN Z F�ISER CNG1 0 o CN912 CN901 " N o � RS2 RS4 IPM z N D P. C. BOARD L° 1 J40 — J 1 2 1 — o— J Z CN4 RT64 m m Y Y 1 2 LD2 LD1 LD9 PBOARD TO INDOOR UNIT � O7 °° 21S4 CONNECTING WIRES u— Y Y Y Y Y Y Y Y J J o BL K 208/230V TB2 mmm m m m m m m O4 3 1 phase 60Hi 0�� 0�J----- — — --- --- --- — --- u, - S 1 BRN 1 0 5 1 0 0 0 7 1 2 1 0 3 GRY o o ELECTRONIC CN781 � *e CN702 CN701 CN801 m �PNK — S 2 gLU Z P.C.BOARD LED2 LED1 Z iORN LU ° CN681 CN663 CN661 CN795 U BLW 8 MS From — S3 RED 1 2 1 2 1 0 0 8 3~ INDOOR UNIT �"'-- — — --- — HC930 m CONNECTING WIRES T801 "' RED MF DC12-24V 6I R937A WHT From --- a t° kzr t° i �9L BLK INDOOR UNIT HPS RT65 RT61 RT62 RT68 CONNECTING WIRE LEV------------=J SYMBOL NAME SYMBOL NAME SYMBOL NAME CBI-3 SMOOTHING CAPACITOR L REACTOR RT64 FIN TEMP.THERMISTOR CT1,2 CURRENT TRANSFORMER LEV EXPANSION VALVE RT65 AMBIENT TEMP.THERMISTOR CT61 CURRENT TRANSFORMER MC COMPRESSOR RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR CY CAPACITOR MF FAN MOTOR PTC64,65 RESISTOR F64 FUSE(T2AL25OV) NF NOISE FILTER R937A,B RESISTOR F65,F66 FUSE(T6.3AL25OV) NR64 VARISTOR SSRG1 SOLENOID COIL RELAY F801 FUSE(T3.15AL25OV) PFC POWER FACTOR CONTROLLER TB1,2 TERMINAL BLOCK HC930 INTELLIGENT POWER MODULE RS1~4 RESISTOR T801 SWITCHING TRANSFORMER HPS HIGH PRESSURE SWITCH RT61 DEFROST THERMISTOR X64 RELAY IPM INTELLIGENT POWER MODULE IRT62 IDISCHARGE TEMP.THERMISTOR 121S4 REVERSING VALVE SOLENOID COIL NOTES 1.About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing. 2. Use copper conductors only (for field wiring). 3.Symbols below indicate. D l�jerminal block 0 D 0 rV E POWER SUPPLY C lOvheseY6TBz1 BRN T 1 X64 L Fe CTC 2 1 IT 7+7 7+7 WI RED --- L 1 YLW 10 PTC64 3 RED �^A r RED S t 57 m O Cy YLW NF 3 3 , YLW m m I MC W D L 2 I Ri ii TAB2 U TAB4 } NR64PTC65 BLK BLK i Z V V MS r — — — — — 7V� I r GROUND NOISE CN61 FILTER P. C. BOARD 0 Z 0 0 TO INDOOR UNIT CONNECTING WIRES L L 208/230V TB2 I Phase 6OHi S 1 0�� - S2 From S3 INDOOR UNIT CONNECTING WIRES DC12-24V From --- e INDOOR UNIT CONNECTING WIRE — R 3� C CTG1 j WHTU RS1 RS3 CT1 0 1 BLK Z oN D 0 o CN901 " 2 o z RS2 ---- — 0 Y 5 U IPM Zul �" 1 1 CN4 i t RT64 3,— 1 2 — LD2 LD1 — LD9 PBOARD -i Y J J - - - ���JJ o BLK J J J J J J J J CO m U-j S mmm co co mmm —� --- 1 0 5 110 0 0 0 7 1 2 1 0 9 3 GRY BRN o ELECTRONIC CN781 7 e CN702 CN701 CN801 �PNK o CONTROL m ORN CM 0- BLU 0 P.C.BOARD LED2 LED1 0 �BLU CN681 CN663 CN661 CN795 CZ) YLW B MS 1 RED1 2 1 2 1 0 0 Y 0 o 91 13� J —— —— m — HC930 T801 � RED MF 6 R937A WHT HPS toRT65 CC taRT68 I � R937B BLK LEV——————=� SYMBOL NAME SYMBOL NAME SYMBOL NAME CBI-3 SMOOTHING CAPACITOR L REACTOR RT65 AMBIENT TEMP.THERMISTOR CT1, 2 CURRENT TRANSFORMER LEV EXPANSION VALVE RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR CTG1 CURRENT TRANSFORMER MC COMPRESSOR PTC64,65RESISTOR CY CAPACITOR MF FAN MOTOR R937A,B RESISTOR F64 FUSE(T2AL25OV) NF NOISE FILTER TB1 ITERMINAL BLOCK FG5,F66 FUSE (TG. 3AL25OV) NR64 VARISTOR TB2 ITERMINAL BLOCK F 8 0 1 FUSE(T3.15AL25OV) PFC POWER FACTOR CONTROLLER T801 ISWITCHING TRANSFORMER HC930 INTELLIGENT POWER MODULE RS1-4 RESISTOR X64 IRELAY HPS HIGH PRESSURE SWITCH RTG2 DISCHARGE TEMP.THERMISTOR IPM INTELLIGENT POWER MODULE RT64 FIN TEMP.THERMISTOR NOTES 1. About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing. L use copper conductors only(tor tiers Wrung). 3.Srmbols below indicate. ® jerminal block N C N D 0 cc Z D Cn RED__ 2 2 BLK BLK 26H I N ORN L61 YLW -------------------L BLK BLK -- ' o - - BLu CN722y 21S4 _ 3, 2 2 H N — — — -------------------------- LD70 LD66 1rLF7 3 CN721' _ X63 p I I = -BLK_ i Z DB65 - DB61 C63 C62 X66 __BLK_______, D i + IC802 X64 — + + + T801 4 (OPTION PARTS) F801 �4L PTC64 PTC65 LD-El 1 W RED3 3RED. TR821 W N O r MS V WHT WH LDW F901 L 3 BLK BLK LDV V IC932 I �� CIRCUIT - Z GROUND CN931 = TB1 MC U 1 1 LDU U P L 1 5 I L2 B-R�ERpOWERSUPPLY CN61 I PM 5 LED L1 -- 1phase60Hz INVERTER P.C. BOARD 3 1 CN642 CN644 CN643 CN641 CN724 CN932 1 2 1 0 3 1 2 1 4 1 6 LD61 LD62 LDS ' m m Q From INDOOR UNIT —_—_—_—_—_—_—_—_—_ —_—_—_ �o--- CONNECTING WIRE — — - - — — = TB2 From OR UNIT MS 3 t° t° t° t° t° 6 I �— CONNEC�NGWIRES 3- RT64 RT68 RT65 RT61 RT62 M — DC12-24V MF TO INDOOR UNIT LEV �— CONNECTING WIRES 2081230V 1 phase 60Hz SYMBOL NAME SYMBOL NAME SYMBOL NAME C62,C63 SMOOTHING CAPACITOR LEV EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. DB61,DB65 DIODE MODULE MC COMPRESSOR F701,F801 F901 FUSE T3.15AL250V MF FAN MOTOR TB1 TB2 TERMINAL BLOCK H DEFROST HEATER OPTION PARTS PTC64 PTC65 CIRCUIT PROTECTION TR821 SWITCHING POWER TRANSISTOR IC802 INTELLIGENT POWER DEVICE RT61 DEFROST THERMISTOR T801 TRANSFORMER IPM,IC932 INTELLIGENT POWER MODULE RT62 DISCHARGE TEMP.THERMISTOR X63,X64,X66 RELAY L61 REACTOR RT64 FIN TEMP.THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT65 AMBIENT TEMP.THERMISTOR 26H HEATER PROTECTOR OPTION PARTS a NOTES: 1.About the indoor side electric wiring, refer to the indoor unit electric wiring diagram for servicing. 2.Use copper conductors only. (For field wiring). O W 0 0 ORN LV' YLW BLU i- 070---LD66------------------- i no C63 C62 C61IC802 +T801 �L F801 fl W RED''RED r � � `� W N rTIWT�WHT: LID >-CCc BLKBLK LDV V MC U 1 1 LDU D P CN61 I IPM INVERTER P.C. BOARD 3 CN932 ------------------ r MS L 3- MF 1 CN642 CN644 643 CNTi-2 CN641 2 0 3 t° 7J t° RT64 RT68 RT65 t 7J RT61 t° 7J RT62 --------------------- I 2 26H RED--- 2 BLK BLK r- - ' r-------------------BLK -- � BLKo-ALK-----' 21S4 1 1 --CN722�-- }, 1 3 X63 2 N721i BUK 2 BLK X66----------- X64 F701 4 (OPTION PARTS) LD63 PTC64 PTC65 LD-E1 BILK o BICIRCUIT� GROUND �M L2 B- _-)POWER SUPPLY LED 2081230V L1 �� 1phase 60Hz CN724 LD-S J O 4 1 6 LD61 LD62 I From INDOOR UNIT 0--- _- CONNECTING WIRE TB2 From INDOOR UNIT 6 RE S3— cONNECTINGWIRES _ DC12-24V r BLU S2 TO INDOOR UNIT LEV BR S1— CONNECTING WIRES 2081230V 1 phase 60Hz SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62,C63 SMOOTHING CAPACITOR LEV EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. DB61,DB65 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE T3.15AL250V MF FAN MOTOR TB1,TB2 TERMINAL BLOCK H DEFROST HEATER OPTION PARTS PTC64,PTC65 CIRCUIT PROTECTION TR821 SWITCHING POWER TRANSISTOR IC802 INTELLIGENT POWER DEVICE RT61 DEFROST THERMISTOR T801 TRANSFORMER IPM,IC932 INTELLIGENT POWER MODULE RT62 DISCHARGE TEMP.THERMISTOR X63,X64,X66 RELAY L61 IREACTOR RT64 I FIN TEMP.THERMISTOR 21S4 REVERSING VALVE COIL LED I LED RT65 I AMBIENT TEMP.THERMISTOR 26H HEATER PROTECTOR OPTION PARTS NOTES: 1.About the indoor side electric wiring, refer to the indoor unit electric wiring diagram for servicing. 2.Use copper conductors only. (For field wiring). N C N Lrl z W U D 0 cn N C N D 00 z ------------ 2 2_BLK BLK 26H RED ORN L61 YLW ------------------ __ LBLK --o BLK BLK' BLu CN722 21S4 I 1 1 --- LD70 LD66 --- — --- — --- — --- _ -- — 0 3 -- X63 2 N721I i 2 2 BLK DB65 - _ D661 IC802 X66 X64 1 BLK 1 J C63 C62 C61 + + + + T801 F701 4 _--------- _ I (OPTION PARTS) F801 BL LD63 PTC64 BLK fm'1 1)7 3 R821 PTC65 UPPLY POWER SUPPLY LD-E1 TB1 C RED WH LD W N F901 INVERTER P.C. BOARD I L2 1 phase 60Hz { BLK LDV HC930 L1 — 1 LDU U P 4L/ CIRCUIT BREAKER CN61 IPM LED CN931 3 1 5 CN932 1 CN642 CN644 1 2 1 a 3 CN643 CN641 1 2 1 4 1 CN724 6 LD_ 61 LD62 LD-S I - 1 GROUNDFROM — - - - -- 5 3 - -- _ INDOOR UNIT CONNECTING WIRES RED Alt°7J S3 —T132 � DC12-24V r MS RT64 RT68 t° 7J RT65 RT61 RT62 6 M BLU BLU S2 — TO INDOOR UNIT L 3- BRN BRN@ 81 _1 CONNECTINGWIRES MF LEV 1phase60Hz — FROM INDOOR UNIT SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62,C63 SMOOTHING CAPACITOR LEV EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR. DB61,DB65 DIODE MODULE MC COMPRESSOR F701 F801 F901 FUSE T3.15AL250V MF FAN MOTOR TB1,TB2 TERMINAL BLOCK H DEFROST HEATER OPTION PARTS PTC64 PTC65 CIRCUIT PROTECTION TR821 SWITCHING POWER TRANSISTOR IC802 INTELLIGENT POWER DEVICE RT61 DEFROST THERMISTOR T801 TRANSFORMER IPM HC930 INTELLIGENT POWER MODULE RT62 DISCHARGE TEMP.THERMISTOR X63,X64,X66 RELAY L61 REACTOR RT64 FIN TEMP.THERMISTOR 21S4 REVERSING VALVE COIL LED LED RT65 AMBIENTTEMP.THERMISTOR I 26H I HEATER PROTECTOROPTIONPARTS) = CONNECTINGWIRE NOTES: 1. About the indoor side electric wiring, refer to the indoor unit electric wiring diagram for servicing. 2. Use copper conductors only. (For field wiring). MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ CN721® CN722 BILK 1 �I BLK 2 �2 BLK YLW 1T1 BLK ELK IC� IC820 ~+ 802 z + + F81 T801 X64 L63 BLK F901 f 1 INVERTER P.C. BOARD LD-E1 U BILK 1 ELK EV P P3 LD61 PTC64V WHT WHTLDUYLW3S RED RED LDV N 1 LED LD71 PTC65LD62LK MC W N IC932 CN932 3 3 LDW IC700 CN642 CN61 1 7 2 CN931 CN643 CN641 CN644 CN724 1 51 21 41 31 0 6 LD-S 0 m 3 5 1° 1° 1° 5 RED NOTES: 1 RT64 [ 3 S RT65 RT61 RT62 RT68 IM BLU 1. About the indoor side electric wiring, IMF r BRN refer to the indoor unit electric LEV wiring diagram for servicing. 2. Use copper supply wires. 3. Symbols indicate, :Terminal block 00000 :Connector Connector 1. Pour le c6blage dlectronique c6t6 intdrieur, Be reporter au sch6ma d'entretien du c6blage 6lectronique de I'appareil intdrieur. 2. Utiliser des fils d'alimentation en cuivre. 3. Les symboles ont les :Borne sionifications suivantes, o0000 :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME C61,C62 SMOOTHING CAPACITOR L61 REACTOR RT68 OUTDOOR HEAT EXCHANGER TEMP. THERMISTOR DB61 DIODE MODULE MC COMPRESSOR F701,F801,F901 FUSE T3. 15AL250V MF FAN MOTOR TB TERMINAL BLOCK H DEFROST HEATER PTC64, PTC65 CIRCUIT PROTECTION T801 TRANSFORMER I0700,1020,1032 POWER MODULE RT61 DEFROST THERMISTOR X63, X64, X66 RELAY IC802 IPOWER DEVICE I RT62 I DISCHARGE TEMP. THERMISTOR 121S4 IRIEVERSING VALVE COIL LED ILED IRT64 IFIN TEMP. THERMISTOR 126H 11HEATER PROTECTOR LEV IEXPANSION VALVE COIL IRT65 JAMBIENT TEMP. THERMISTOR �a --- b CIRCUIT TB BREAKER .1 »—POWER SUPPLY L2 2081230V L1 ^L'1 phase 60Hz S3 --- 52 12-24V _— TO 208/230V— INDOOR S1 UNIT ©o---- A-106 MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ 0 w CIRCUIT TB1 ----- BRREAKER BRN I TAB61 q FIC820 IC700 1 1 BLK MC L 1 RED m P P U S BLK WHT U MS 1 m may- L2 BLU PTC64 Xfi4 i L RED R + + + �i RED 3- J _ m m m V W o r� O °' i PTC65 i 3 4 YLW i m S �' �' ¢WHT 3 3 lJ GRN/YLW m TABG4 YLW--� N N W ~ i TA862 - MF w - JRN TABS3 , � MF INVERTER o LD91 BLK MS TB2 P.C. BOARD � LED3~ 2_-- 208/230V- F880 F901 IC932 8 --- S2 °' o o T801 -" 12 24V- RED X X - - - S3 N N p O O M cJ CD CD 07 BLK ILDE1 � CN671 CN672 CN673 oCN724 � i InBLK BLK 2 2 LDE2 1 2 1 2 1 - 6- 1 2 1 2 1 6 Z BLK BLK RED 5 26H BLK 1 1 2 2 YLW 2154 t° t t t° t°-� H BLK I 1 BLK RT61 RT62 RT68 RT65 RT64 M L E V NOTES 1.About the indoor side electric wiring, refer to the indoor unit electric wiring diagram for servicing. 2.Use copper supply wires. 3.Symbols indicate, ® :Terminal block Fo—o—ol Connector REMAROUES 1.Pour le cablage electronique cote interieur, se reporter au schema d'entretien du cabIage electronique de I'apparei1 interieur. 2.Utiliser des fils d'alimentation en cuivre. 3.Les symboles ont les significations suivantes, ® :Borne o o o :Connecteur SYMBOL NAME SYMBOL NAME SYMBOL NAME CBI-3 F65,F66 SMOOTHING CAPACITOR FUSE(T6.3AL25OV) LED LEV LED EXPANSION VALVE COIL RT68 OUTDOOR HEAT EXCHANGER TEMP.THERMISTOR F601 FUSE(T3. 15AL25DV) MC COMPRESSOR TB1, TB2 TERMINAL BLOCK F880 FUSE(T3.15AL25DV) MF FAN MOTOR T801 TRANSFORMER F901 FUSE(T3.15AL25OV) PTC64 CIRCUIT PROTECTION X601 IRELAY H DEFROST HEATER PTC65 CIRCUIT PROTECTION X602 RELAY IC700 IGBT MODULE RT61 DEFROST THERMISTOR XG4 RELAY ICS20 DIODE MODULE RT62 DISCHARGE TEMP. THERMISTOR 21S4 REVERSING VALVE COIL IC932 IGBT MODULE RT64 FIN TEMP. THERMISTOR 26H HEATER PROTECTOR L REACTOR IRT65 AMBIENT TEMP. THERMISTOR A-107 6-1. INDOOR UNIT MS-A09WA MS-Al2WA Unit: inch (mm) Refrigerant pipe 03/8(09.52) (MS-A09WA) ¢1/2(¢12.7) (MS-Al2WA) (with heat insulator) Indoor coil -- Indoor thermistor heat tR 2 exchanger Flared connection �� II Room temperature thermistor RT11 I —i Refrigerant flow in cooling Flared connection Refrigerant pipe 01/4(o6.35) (with heat insulator) MSZ-GL06NA MSZ-GL09NA MSZ-GL12NA MSZ-GL15NA MSY-GL09NA MSY-GL12NA MSY-GL15NA Refrigerant pipe o3/8 (o9.52) (MSZ-GL06/09/12NA, MSY-GL09112NA) o1/2 (02.7) (MSZ-GL15NA, MSY-GL15NA) ---� ,with heat insulator) Indoor Indoor coil E=— I heat thermistor exchanger 16 RT12 (main) Flared connection 1=3— II Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 I Flared connection Refrigerant pipe o1/4 (o6.35) (with heat insulator) —> Refrigerant flow in cooling + Refrigerant flow in heating MSZ-GL18NA MSZ-GL24NA Unit: inch (mm) MSY-GL18NA MSY-GL24NA EF-f Indoor Indoor coil heat 6 thermistor exchanger RT12 (main) IIIIIIII�F- Q^ Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 Refrigerant pipe o1/2 (W2.7) (with heat insulator) Fared connection Flared connection Refrigerant pipe o1/4 (o6.35) (with heat insulator) Refrigerant flow in cooling Refrigerant flow in heating MSZ-HM09NA MSZ-HM12NA MSZ-HM15NA Indoor Indoor coil heat 6 thermistor exchanger RT12 (main) 1=3— II Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 Refrigerant pipe o3/8 (o9.52) (MSZ-HM09/12NA) o1/2 (M2.7) (MSZ-HM15NA) (with heat insulator) I� Flared connection u Flared connection Refrigerant pipe o 1 A (o6.35) (with heat insulator) —> Refrigerant flow in cooling -), Refrigerant flow in heating Refrigerant pipe o5/8 (o15.88) (with heat insulator) I Indoor coil thermistor RT12 (main) Flared connection Indoor coil thermistor RT13 (sub) Q Room temperature thermistor RT11 u Flared connection Refrigerant pipe o3/8 (o9.52) (with heat insulator) Refrigerant flow in cooling Refrigerant flow in heating FWAS1' MSZ-HM18NA MSZ-HM24NA Refrigerant pipe o1/2 (02.7) (MSZ-HM18NA) o5/8 (05.88) (MSZ-HM24NA) (with heat insulator) E=— Indoor Indoor coil I heat thermistor exchanger RT12 (main) Flared connection --LLI U1 -1 F [==I— II Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 I I Flared connection Refrigerant pipe e1A (o6.35) (MSZ-HM18NA) e3/8 (o9.52) (MSZ-HM24NA) (with heat insulator) Refrigerant flow in cooling Refrigerant flow in heating MSZ-FH06NA MSZ-FH09NA MSZ-FH12NA Indoor Indoor coil heat thermistor exchanger RT12 (main) IIIIIIIII Q� Indoor coil thermistor RT13 (sub) Room temperature thermistor RT 11 Refrigerant pipe o3/8(o9.52) (with heat insulator) Fl red connection Flared connection Refrigerant pipe m1/4(o6.35) (with heat insulator) —> Refrigerant flow in cooling + Refrigerant flow in heating Unit: inch (mm) A-110 MSZ-FH15NA MSZ-FH18NA2 Refrigerant pipe o1/2(o12.7) (with heat insulator) <-- Indoor Indoor coil heat thermistor exchanger RT12 (main) Flared connection IIIIIIIII Q� Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 Flared connection Refrigerant pipe o1/4(o6.35) (with heat insulator) —> Refrigerant flow in cooling + Refrigerant flow in heating MSZ-FE09NA MSZ-FE12NA Refrigerant pipe 03/8(09.52) (with heat insulator) Indoor Indoor coil heat thermistor exchanger RT12 (main) Flared connection IIIIIIIII Q^ Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 Flared connection Refrigerant pipe 0 1/4(o 6.35) (with heat insulator) o Refrigerant flow in cooling ------ ), Refrigerant flow in heating Unit: inch (mm) A-111 MSZ-D30NA MSZ-D36NA MSY-D30NA MSY-D36NA Indoor IHTo3fr—coi heat ) thermistor exchanger III IRT12 (Main) Indoor coil n thermistor Ljl RT13 (Sub) Room temp6 erature thermistor RT11 Strainer Distributor Refrigerant pipe o5/8(o15.88) (with heat insulator) t! E=- :- Flared connection Joint Joint connection Flared connection Refrigerant pipe 0/8(o9.52) (with heat insulator) o Refrigerant flow in cooling -------� Refrigerant flow in heating SEZ-KD09NA4 SEZ-KD12NA4 SEZ-KD15NA4 SEZ-KD18NA4 Heat exchanger Strainer #50 ---- Refrigerant GAS pipe connection (Flare) Condenser/evaporator temperature thermistor (TH5) Unit: inch (mm) Refrigerant flow in cooling --y Refrigerant flow in heating T Refrigerant LIQUID pipe connection p-., (Flare) �O Pipe temperature Room temperature thermistor/liquid thermistor (TH1) (TH2) Strainer Distributor #50 A-112 SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA PEAD-A09AA7 PEAD-Al2AA7 PEAD-A15AA7 PEAD-A18AA7 Strainer #50 Heat exchanger Condenser/evaporator temperature thermistor (TH5) �O Pipe temperature Room temperature thermistor/liquid thermistor (TH1) (TH2) Distributor with strainer #50 SVZ-KP12NA SVZ-KP18NA Heat exchanger Room temperature thermistor (TH1) Distributor with strainer #50 Refrigerant GAS pipe connection (Flare) Unit: inch (mm) Refrigerant flow in cooling ---Refrigerant flow in heating Refrigerant LIQUID pipe connection (Flare) Strainer #50 Strainer #50 Refrigerant GAS pipe connection (Flare) Condenser/evaporator temperature thermistor (TH5) Pipe temperature thermistor/liquid (TH2) Refrigerant flow in cooling f -- Refrigerant flow in heating -- i �--� Refrigerant LIQUID pipe connection (Flare) Strainer #50 A-113 MFZ-KJ09NA MFZ-KJ12NA MFZ-KJ15NA MFZ-KJ18NA Indoor heat exchanger Distributor Indoor coil thermistor RT12, RT14, RT15 (main) RT13 (sub) Room temperature thermistor RT11 Refrigerant flow in cooling ► Refrigerant flow in heating Refrigerant pipe 0 3/8 (09.52) (MFZ-KJ09/12) 0 1/2 (012.7) (MFZ-KJ15/18) (with heat insulator) Flared connection Flared connection Refrigerant pipe 01/4 (06.35) (with heat insulator) A-114 6-2. OUTDOOR UNIT MU-A09WA Refrigerant pipe 0 3/8(09.52) Stop valve (with heat insulator) (with service port) �I Flared Service port connection Muffler II exchanger Outdoor Service port heat Compressor , IJ Strainer i #100 Flared connection C~ Stop valve Capillary tube Refrigerant pipe O.D. 0.118 x I.D. 0.055 x 21-21/32 (Option)951/4(gS6.35) (03.0 x 01.4 x 550) (with heat insulator) o Refrigerant flow in cooling MU-Al2WA Refrigerant pipe 01/2(012.7) Stop valve (with heat insulator) (with service port) �4IVGI Serviceport Flared i connection I i Flared connection Stop valve Refrigerant pipe (Option)01/4(06.35) (with heat insulator) Muffler Service port (Outdoor heal exchanger. II Strainer LL #100 Compressor I Capillary tube O.D. 0.118 x I.D. 0.063 x 27-9/16 (03.0 x 01.6 x 700) - Refrigerant flow in cooling Unit: inch (mm) A-115 MUZ-GLO9NA MUZ-GLO9NAH MUY-GLO9NA MUZ-GL12NA MUZ-GL12NAH MUY-GL12NA MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA Refrigerant pipe o3/8 (o9.52) (GL09/12) o1/2 (o12.7) (GL15) 4-way valve (with heat insulator)Ig4 'Stop (with Muffler Flared connectionchargeperature Service rmistor port 62 Compressor I Outdoor heat exchanger temperature Outdoor thermistor heat RT68 exchanger Defrost c thermistorYM Capillary tube RT61 O.D. 0.118 x (MUZ) I.D. 0.079 x 9-7/16 (o3.0 x o2.0 x 240) Capillary tube (MUZ-GL09NA/H - ui) O.D. 0.118 x II Capillary tube I.D. 0.079 x 8-9/32 O.D. 0.157 x (o3.0 x o2.0 x 210) Flared connection I.D. 0.094 x 9-7/16 \ (o4.0 x o2.4 x 240) LEV y (Other models ) �I II Stop valve with strainer) Refrigerant pipe o1/4 (06. 5) (with heat insulator) MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA 4-way Refrigerant pipe o1/2 (o12.7) valve (with heat insulator) Stop valve (with service port) Flared connection port u Flared connection Muffler \ Strainer #100 Stop valve Refrigerant pipe o1/4 (o6.35) (with heat insulator) 4 Discharge temperature RT62 thermistor n Ambient uLJ temperature thermistor RT65 AI Strainer #100 R.V. coil (MUZ) heating ON cooling OFF Refrigerant flow in cooling -- > Refrigerant flow in heating (MUZ) Muffler with#100 mesh strainer Service port < Compressor Capillary tube O.D. 0.118x I.D. 0.079x 7-7/8 (o3.Oxo2.Ox200(x4)) LEV Strainer #100 Outdoor heat Defrost exchanger thermistor 4` RT61 IIIII (MUZ) i A� Outdoor heat exchanger temperature thermistor RT68 R.V. coil (MUZ) heating ON coolin OFF Unit: inch (mm) Capillary tube Capillary tube 9 O.D.0.157x O.D.0.157x I.D.0.094x I.D.0.094x7-7/8 3-15/16 (o4.Oxo2.4x200) (o4.0xo2.4x100) —> Refrigerant flow in cooling ---> Refrigerant flow in heating (MUZ) A-116 MUZ-GL24NA MUY-GL24NA Unit: inch (mm) Refrigerant pipe o5/8 (o15.88) Muffler 4-way valve with #100 mesh strainer (with heat insulator) ervice port r'<--- RE Stop valve \ (with service port) �I Outdoor Flared connection heat Ambient qI exchanger temperature II Service Defrost jj thermistor port thermistor lJ RT65 RT61 111 (MUZ) A� Compressor Outdoor heat exchanger temperature thermistor II RT68 Flared connection LEV ` Strainer Strainer R.V. coil (MUZ) #100 #100 heating ON Stop valve Capillary tube cooling OFF O.D.0.157 x I.D.0.094 Refrigerant pipe o3/8 (o9.52) x 3-15/16 —> Refrigerant flow in cooling (with heat insulator) (o4.0xo2.4x100) ---> Refrigerant flow in heating (MUZ) MUZ-GL24NAH Refrigerant pipe o5/8 (o15.88) Muffler #100 (with heat insulator) 4-way valve Service port —> <-- Stop valve r (with service port) Outdoor Flared connection Discharge heat Ambient temperature exchanger temperature II Service thermistor Defrost RT62 jjjj thermistor port thermistor LJ RT65 RT61 11 AI y Compressor Outdoor heat exchanger temperature II thermistor CHECK RT68 Flared connection VALVE LEV \ Strainer Strainer #100 #100 R.V. coil heating ON Stop valve Capillary tube cooling OFF O.D.0.157 x I.D.0.094 Refrigerant pipe o3/8 (o9.52) Capillary tube x 3-15/16 — o Refrigerant flow in cooling (with heat insulator) O.D.0.118 x I.D.0.071 (o4.0xo2.4x100) ---> Refrigerant flow in heating x 21-21/32 (o3.0xo1.8x550) A-117 MUZ-HM09NA - Nii MUZ-HM12NA - Refrigerant pipe o3/8 (o9.52) (with heat insulator) 4-way valve A�Muffler —� Outdoor heat Stopvalve (with service exchanger temperature port)' Discharge Muffler Outdoor thermistor Flared connection temperature heat exchanger RT68 II thermistor Service port RT62 11 Compressor Ambient Service port I temperature �J thermistor RT65 Defrost thermistor RT61 AI II Capillary tube Strainer Flared connection O.D. 0.118 x I.D. 0.055 #100 \ x 10-1/4 LEV y (o3.0 x o1.4 x 260) R.V. coil heating ON OFF Stop valve cooling (with strainer) Refrigerant pipe o1/4 (o6.35) —> Refrigerant flow in cooling (with heat insulator) ----a Refrigerant flow in heating A-118 MUZ-HM09NA - Fu$ Refrigerant pipe o3/8 (o9.52) (with heat insulator) Muffler Stop valve (with service ort) 4-way valve p tvi�c ffler Flared connection Discharge temperatur II thermistor e port RT62 mpressor Service port F Capillary tube Flared connection O.D. 0.118 x I.D. 0.079 \ x 9-7/16 LEV y (o3.0 x o2.0 x 240) Stop valve (with strainer) Refrigerant pipe o1/4 (o6.35) (with heat insulator) MUZ-HM12NA - u8 Refrigerant pipe o3/8 (o9.52) (with heat insulator) 4-way valve Defrost thermistor RT61 Outdoor heat III I U exchanger temperature Outdoor thermistor heat RT68 exchanger Ambient LJ temperature �J thermistor RT65 Strainer #100 R.V. coil heating ON cooling OFF Refrigerant flow in cooling Refrigerant flow in heating Muffler A� .4 0 Outdoor heat Stop valve \ ( with serviceport)'t exchanger temperature D Discharge Muffler Outdoor thermistor Flared connection temperature heat exchanger RT68 II thermistor Service port RT62 Compressor Ambient Service port II temperature thermistor Defrost thermistor RT61 RT61 Capillary tube O.D. 0.118 x I.D. 0.071 x 23-5/8 II Capillary tube (o3.0 x o1.8 x 600) (x2) Strainer Flared connection O.D. 0.118 x I.D. 0.079 #100 \ x 9-7/16 LEV y (o3.0 x o2.0 x 240) R.V. coil heating ON OFF Stop valve cooling 11 (with strainer) Refrigerant pipe o1/4 (o6.35) —> Refrigerant flow in cooling (with heat insulator) ----+ Refrigerant flow in heating Unit: Inch (mm) A-119 MUZ-HM15NA MUZ-HM18NA Refrigerant pipe o1/2 (o12.7) (with heat insulator) 4-way valve Muffler l' Stop valve \ (with service port) �I Flared connection Discharge Muffler temperature Service II Service thermistor port port RT62 Compressor u Capillary tube Flared connection O.D. 0.157 x I.D. 0.094 x 9-7/16 LEV y (o4.0 x o2.4 x 240) Stop valve (with strainer) Refrigerant pipe o1/4 (o6.35) (with heat insulator) MUZ-HM24NA Refrigerant pipe o5/8 (o15.88) (with heat insulator) Stop valve (with service port) Flared connection u Defrost thermistor RT61 I Outdoor heat exchanger temperature Outdoor thermistor heat RT68 exchanger Ambient uLJ temperature thermistor RT65 AI Capillary tube O.D. 0.118 x VI' I.D. 0.079 x 8-9/32 Strainer (o3.0 x o2.0 x 210) #100 R.V. coil heating ON cooling OFF —> Refrigerant flow in cooling --- > Refrigerant flow in heating 4 Muffler 4-way with #100 mesh strainer valve Service port f Outdoor Discharge heat temperature Defrost exchanger Service thermistor thermistor port RT62 RT61 IIIIII u Flared connection Muffler Strainer #100 Stop valve Refrigerant pipe o3/8 (o9.52) (with heat insulator) Compressor '4004 Outdoor heat Capillary tube exchanger O.D. 0.118x temperature I.D. 0.079x 7-7/8 thermistor (o3.0xo2.0x200(x4)) RT68 LEV Strainer #100 R.V. coil heating ON Capillary tube Capillary tube cooling OFF O.D.0.157x O.D.0.157x I.D.0.094x I.D.0.094x7-7/8 3-15/16 (o4.0xo2.4x200) (o4.0xo2.4x100) Refrigerant flow in cooling Refrigerant flow in heating Unit: Inch (mm) A-120 MUZ-FH06NA MUZ-FH06NAH MUZ-FH09NA MUZ-FH09NAH MUZ-FH12NA MUZ-FH12NAH Refrigerant pipe o3/8(o9.52) 4-way valve (with heat insulator) At Muffler Stop valve \ �1 Y DischargeMuffler Flared connection temperature Service II Service thermistor port pod RT62 Compressor Capillary tube Flared connection O.D. 0.157 x LEV \ I.D. 0.094 x 9-7/16 y (o4.0 x o2.4 x 240) �I Stop valve (with strainer) Refrigerant pipe o1/4(o6.35) (with heat insulator) Defrost thermistor RT61 Unit: inch (mm) I Outdoor heat exchanger temperature Outdoor thermistor heat RT68 exchanger Ambient temperature thermistor RT65 Capillary tube AV A j O.D. 0.118 x I.D. 0.079 x 8-9/32 Strainer (o3.0 x o2.0 x 210) #100 R.V. coil heating ON cooling OFF —� Refrigerant flow in cooling Refrigerant flow in heating MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 MUZ-FH18NAH2 Refrigerant pipe o1/2(o12.7) (with heat insulator) Flared connection u Muffler 4-way valve #100 Service port Stop valve \ A� y r Discharge temperature Service thermistor pod RT62 Outdoor ' heat Ambient exchanger temperature Defrost thermistor thermistorRT6 RT65 IIIIII YjEj -�i Compressor Outdoor heat exchanger temperature ii thermistor RT68 Flared connection \ Strainer Muffler LEV Strainer #100 #100 R.V. coil heating ON Stop valve Capillary tube cooling OFF O.D. 0.157 x Refrigerant pipe o1/4(o6.35) I.D. 0.094x 3-15/16 —> Refrigerant flow in cooling (with heat insulator) (o4.0xo2.4x100) ---> Refrigerant flow in heating A-121 MUZ-FE09NAH MUZ-FE12NAH Refrigerant pipe 0/8(o9.52) 4-way valve (with heat insulator) : ; _tZMuffler _,kexchanger �iOutdoorheat temperature Stop valve \ � (with service thermistor RT68 port) Muffler Outdoor Flared connection Discharge heat temperature Service exchanger II thermistor port RT62 Service Compressor Ambient port temperature �J thermistor LJ RT65 Defrost thermistor RT61 Capillary tube O.D. 0.118 x I.D. 0.071 A� x 23-5/8 II (o3.0 x o1.8 x 600) Strainer Flared connection Expansion #100 \ Stop valve valve R.V. y (with strainer) coil heating ON OFF cooling Capillary tube Refrigerant pipe o1/4(o6.35) O.D. 0.118 x I.D. 0.079 x g-7/16 —> Refrigerant flow in cooling (with heat insulator) (o3.0 x o2.0 x 240) •--- +Refrigerantflow in heating MUZ-D30NA MUZ-D36NA Oil Strainer Capillary tube separator #10O.D. 0.071 x I.D. 0.024 Refrigerant pipe 05/8(015.88) (with heat insulator) 4-way valve J� Stop valve / (with service port)y r Flared connection Service port Unit: inch (mm) x 39-3/8 (01.8 xO0.6 x 1,000) ice Serport Outdoor Defrost High-pressure thermistor heat exchanger Ambient temperature Switch RT61 thermistor RT65 Discharge temperature thermistor 1 RT62 �I y Compressor Outdoor heat exchanger temperature II thermistor RT68 Flared connection \ Strainer LEV Strainer y Receiver #100 #100 R.V. coil heating ON Stop valve Capillary tube cooling OFF Refrigerant pipe 03/8(o 9.52) O.D. 0.142 x I.D. 0.094 . Refrigerant flow in cooling (with heat insulator) x 1-31/32 ---> Refrigerant flow in heating (03.6 x 02.4 x 50) A-122 1y,l1I�' i III] Ll _y_1Tilivid Oil separator Unit: inch (mm) Capillary tube Outdoor O.D. 0.071 x I.D. 0.024 Refrigerant pipe 05/8(015.88) x 39-3/8 heat exchanger Ambient (with heat insulator) (01.8 xO0.6 x 1,000) temperature thermistor RT65 Strainer #100 j� Stop valve Service port �7 / (with service port) Flared connection High-pressure �]J Switch II Discharge Outdoor heat exchanger Service LX temperature thermistor temperature thermistor port RT62 RT68 Compressor I I Flared connection LEV Strainer #100 Stop valve Capillary tube Refrigerant pipe 03/8(09.52) O.D. 0.142 x I.D. 0.094 x 1-31/32 (with heat insulator) (�3.6 x�2.4 x 50) —> Refrigerant flow in cooling SUZ-KA09NA Refrigerant pipe o3/8(o9.52) 4-way valve (with heat insulator) � —� Outdoor heat FR I Stop (with exchanger temperature port) Muffler Outdoor thermistor Flared connection ge !SRT61 heat RT68 ture exchanger II or Service port Compressor Ambient temperature �J thermistor RT65 Defrost thermistor RT61 *I Strainer II Capillary tube #100 Flared connection O.D. 0.118 x I.D. 0.079 \ x 9-7/16 LEV y (o3.0 x o2.0 x 240) R.V. coil heating ON OFF cooling Stop valve (with strainer) Refrigerant pipe o1/4(o6.35) —> Refrigerant flow in cooling (with heat insulator) ----+ Refrigerant flow in heating A-123 SUZ-KAl2NA SUZ-KA15NA Refrigerant pipe o3/8(o9.52) (KAl2) Refrigerant pipe o1/2(o12.7) (KA15) 4-way valve (with heat insulator) A� MufflerC'D —� Stop valve (with service p Muffler Flared connection temperature II thermistor Service port RT62 Compressor Service port Defrost thermistor �:] RT61 Flared connection �I Unit: inch (mm) I Outdoor heat exchanger temperature Outdoor thermistor heat RT68 exchanger Capillary tube O.D. 0.118 x I.D. 0.071 x 23-5/8 Capillary tube (o3.0 x o1.8 x 600) (x2) O.D. 0.118 x I.D. 0.079 x 9-7/16 LEV (03.0 x o2.0 x 240) Stop valve (with strainer) Refrigerant pipe o1/4(o6.35) (with heat insulator) SUZ-KA18NA Refrigerant pipe o1/2(o12.7) Muffler 4100 (with heat insulator) 4-way valve Stop valve \ Se (with service port) �I r Flared connection Discharge temperature II thermistor II Service port RT62 n n Flared connection Receiver Stop valve (with strainer) Refrigerant pipe o1/4(o6.35) (with heat insulator) Ambient temperature thermistor RT65 �1 Strainer #100 R.V. coil heating ON cooling OFF —> Refrigerant flow in cooling Refrigerant flow in heating port III Outdoor Defrost heat exchanger Ambient temperature thermistor r7 thermistor RT61 �1J IIIIII RT65 YjE1 Compressor Outdoor heat exchanger temperature thermistor RT68 LEV Strainer #100 R.V. coil heating ON Capillary tube cooling OFF O.D. 0.142 x I.D. 0.094 x 1-31/32 —> Refrigerant flow in cooling (o3.6xo2.4x50) ---> Refrigerant flow in heating A-124 MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ Refrigerant pipe o3/8 (o9.52) 4-way valve (with heat insulator) ��Muffler —� Stop valve (with service port) Discharge Muffler Flared connection 9 temperature Service II Service thermistor port pod RT62 Compressor Flared connection II Capillary tube O.D. 0.157 x I.D. 0.094 x 9-7/16 LEV y (o4.0 x o2.4 x 240) �I Stop valve (with #100 mesh strainer) Refrigerant pipe o1/4 (o6.35) (with heat insulator) MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ Unit: inch (mm) I Outdoor heat exchanger temperature Outdoor thermistor heat RT68 exchanger Ambient LJ temperature �J thermistor RT65 Defrost thermistor RT61 Capillary tube O.D. 0.118 x I.D. 0.079 x 8-9/32 Strainer (o3.0 x o2.0 x 21 )) #100 R.V. coil heating ON cooling OFF —> Refrigerant flow in cooling + Refrigerant flow in heating Muffler Refrigerant pipe o1/2 (o12.7) 4-way valve with #100 mesh strainer (with heat insulator) Service port heat ;Stop A Outdoor \ Y exchanger temperature (with service port) + Outdoor thermistor Flared connection Discharge heat RT68 temperature exchanger i Service thermistor Defrost Ambient port RT62 thermistor temperature RT61 11 thermistor IIIIIII RT65 Compressor Flared connection ' \ Strainer Muffler LEV Strainer #100 #100 R.V. coil heating ON Stop valve Capillary tube cooling OFF O.D. 0.157 x Refrigerant pipe rot/4 (o6.35) I.D. 0.094x 3-15/16 —> Refrigerant flow in cooling (with heat insulator) > (04.0x02.4x100) Refrigerant flow in heating A-125 7-1. NON INVERTER TYPE 7-1.1 Cooling capacity corrections Refrigerant piping length (one way: ft.) 25 (std.) 40 65 100 MU-A09WA 1.0 0.988 0.967 - MU-Al2WA 7-1.2 Max. refrigerant piping length & max. Height difference Refrigerant piping: ft Piping size: in. Model Additional piping Max. length A Additional piping Max. length B Gas Liquid Outside diameter Minimum Wall thickness Outside diameter Minimum Wall thickness MU-A09WA 65 35 03/8 0.0315 01/4 0.0315 MU-Al2WA 01/2 Indoor unit Max. Height Additional Piping difference Max. length g A Outdoor unit 7-1.3 Additional refrigerant charge (R410A: oz.) Model Outdoor unit precharged Refrigerant piping length (one way) 25ft 30ft 35ft 40ft 45ft 50ft 55ft 60ft 65ft MU-A09WA 21b.5oz. 0 1.08 2.16 3.24 4.32 5.40 6.48 7.56 8.64 MU-Al2WA 31b. 1 oz. NOTE: Calculation: X oz. = 1.08/5 oz./ft X (Refrigerant piping length (ft) - 25) 7-2. INVERTER TYPE 7-2.1 Cooling capacity corrections Refrigerant piping length (one way: ft.) 25 (std.) 40 65 100 MUZ-GL09/12/15NA MUZ-GL09/12/15NAH MUY-GL09112/15NA 1.0 0.988 0.967 - MUZ-HM09/12/15NA2 SUZ-KA09/12/15NA MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA 1.0 0.985 0.963 0.933 MUZ-HM18NA2 SUZ-KA18NA MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA 1.0 0.983 0.956 0.921 MUZ-HM24NA2 MUZ-1330NA 1.0 0.976 0.937 0.887 MUY-D30NA MUZ-1336NA 1.0 0.974 0.932 0.878 MUY-D36NA A-126 7-2.2 Heating capacity corrections Refrigerant piping length (one way: ft.) 25 (std.) 40 65 100 MUZ-GL09/12/15NA MUZ-GL09112/15NAH MUY-GL09112/15NA 1.0 0.997 0.993 - MUZ-HM09/12/15NA SUZ-KA09/12/15NA MUZ-GL18/24NA MUZ-GL18124NAH MUY-GL18/24NA 1.0 0.997 0.993 0.987 MUZ-HM18/24NA SUZ-KA18NA MUZ-D30/36NA MUY-D30/36NA 7-2.3 Max. refrigerant piping length & max. Height difference Refrigerant piping: ft. Piping size O.D: in. Max. Length Max. Height Model difference Gas Liquid A B MUZ-GL09/12NA MUZ-GL09/12NAH MUY-GL09/12NA 65 40 3/8 1/4 MUZ-HM09/12NA MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA 65 40 1/2 1/4 MUZ-HM15/18NA MUZ-GL18NA MUZ-GL18NAH 100 50 1/2 1/4 MUY-GL18NA MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA 100 50 5/8 3/8 MUZ-HM24NA MUZ-D30NA MUZ-D36NA 100 50 5/8 3/8 MUY-D30NA MUY-D36NA SUZ-KA09NA 3/8 SUZ-KAl2NA 65 40 1/4 SUZ-KA15NA 1/2 SUZ-KA18NA 100 50 A-127 7-2.4 Additional refrigerant charge (11410A: oz.) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Outdoor unit Refrigerant piping length (one way): ft. Model precharged 25 30 40 50 60 65 MUZ-HM09NA MUZ-HM12NA - u+ 1 lb. 12 oz. MUZ-GL09NA - N+ MUZ-GL09NAH - u+ 2 lb. 5 oz. MUZ-GL09NA - ua MUZ-GL09NAH - us MUY-GL09NA MUZ-GL12NA 0 1.08 3.24 5.40 7.56 8.64 MUZ-GL12NAH MUY-GL12NA 2 lb. 9 oz. MUZ-HM12NA - U8 MUZ-GL15NA MUZ-GL15NAH MUZ-HM15NA2 MUY-GL15NA MUZ-HM18NA2 2 lb. 10 oz. Calculation: X oz. = 1.08/5 oz./ft. x (Refrigerant piping length (ft.) - 25) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 25 30 40 50 60 65 SUZ-KA09NA 1 lb. 16 oz. 0 1.62 4.86 8.10 11.34 12.96 SUZ-KAl2NA SUZ-KA15NA 2 lb. 9 oz. Calculation: X oz. = 1.62/5 oz./ft. x (Refrigerant piping length (ft.) - 25) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Outdoor unit Refrigerant piping length (one way): ft. Model 25 30 40 50 60 70 80 90 100 precharged MUZ-GL18NA MUZ-GL18NAH 3 lb. 9 oz. MUY-GL18NA 0 1.08 3.24 5.40 7.56 9.72 11.88 14.04 16.20 MUZ-HM24NA MUY-D30NA 4lb. MUY-D36NA SUZ-KA18NA 3 lb. 16 oz. Calculation: X oz. = 1.08/5 oz./ft. x (Refrigerant piping length (ft.) - 25) NOTE: Refrigerant piping exceeding 33 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 33 40 50 60 70 80 90 100 MUZ-GL24NA MUZ-GL24NAH 4 lb. 3 oz. 0 4.14 10.06 15.98 21.90 27.82 33.74 39.66 MUY-GL24NA Calculation: X oz. = 2.96/5 oz. / ft. x (Refrigerant piping length (ft.) - 33) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 25 30 40 50 60 70 80 90 100 MUZ-D30NA 4 lb. 10 oz. 0 2.96 8.88 14.80 20.72 26.64 32.56 38.48 44.40 MUZ-D36NA Calculation: X oz. = 2.96/5 oz./ft. x (Refrigerant piping length (ft.) - 25) A-128 7-3. HYPER HEATING INVERTER 7-3.1 Cooling capacity corrections Refrigerant piping length (one way: ft.) 25 (std.) 40 65 100 MUZ-FH06/09/12NA MUZ-FH06/09112NAH 1.0 0.988 0.967 - MUFZ-KJ09/12NAHZ MUZ-FE09/12NAH MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 1.0 0.985 0.963 0.933 MUZ-FH18NAH2 MUFZ-KJ15/18NAHZ 7-3.2 Heating capacity corrections Refrigerant piping length (one way: ft.) 25 (std.) 40 65 100 MUZ-FH06/09/12NA MUZ-FH06/09/12NAH 1.0 0.977 0.993 - MUFZ-KJ09/12NAHZ MUZ-FE09/12NAH MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 1.0 0.977 0.993 0.987 MUZ-FH18NAH2 MUFZ-KJ15/18NAHZ 7-3.3 Max. refrigerant piping length and max. height difference Refrigerant piping: ft. Piping size O.D: in. Model Max. Length Max. Height difference Gas Liquid A B MUZ-FH06/09112NA MUZ-FH06/09/12NAH 65 40 3/8 1 /4 MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 MUZ-FH 18NAH2 100 50 1 /2 1 /4 MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ A-129 7-3.4 Additional refrigerant charge (11410A: oz.) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 25 30 40 50 60 65 MUZ-FH06NA MUZ-FH06NAH 2 lb. 9 oz. 0 1.08 3.24 5.40 7.56 8.64 MUZ-FH09NA MUZ-FH09NAH Calculation: X oz. = 1.08/5 oz./ft. X (Refrigerant piping length (ft.) - 25) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 25 30 40 50 60 65 MUZ-FH12NA MUZ-FH12NAH 2 lb. 9 oz. 0 1.62 4.86 8.10 11.34 12.96 MUZ-FE09NAH MUZ-FE12NAH Calculation: X oz. = 1.62/5 oz./ft. X (Refrigerant piping length (ft.) - 25) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 25 30 40 50 60 70 80 90 100 MUZ-FH15NA MUZ-FH15NAH 3 lb. 7 oz. 0 1.08 3.24 5.40 7.56 9.72 11.88 14.04 16.20 MUZ-FH18NA2 MUZ-FH18NAH2 Calculation: X oz. = 1.08/5 oz./ft. X (Refrigerant piping length (ft.) - 25) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 25 30 40 50 60 65 MUFZ-KJ09NAHZ 2 lb. 10 oz. 0 1.08 3.24 5.40 7.56 8.64 MUFZ-KJ12NAHZ Calculation: X oz. = 1.08/5 oz./ft. X (Refrigerant piping length (ft.) - 25) NOTE: Refrigerant piping exceeding 25 ft. requires additional refrigerant charge according to the calculation. Model Outdoor unit precharged Refrigerant piping length (one way): ft. 25 30 40 50 60 70 80 90 100 MUFZ-KJ15NAHZ 3 lb. 5 oz. 0 1.62 4.86 8.10 11.34 14.58 17.82 21.06 24.30 MUFZ-KJ18NAHZ Calculation: X oz. = 1.62/5 oz./ft. X (Refrigerant piping length (ft.) - 25) A-130 8-1. PERFORMANCE DATA MU-A09WA MU-Al2WA 1) COOLING CAPACITY Indoor air Outdoor intake air DB temperature (7) Model IWB ('F) 75 85 95 105 115 TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC 71 11.6 6.4 0.77 10.9 5.9 0.85 10.2 5.6 0.91 9.5 5.2 0.96 8.7 4.8 1.00 MU-A09WA 67 11.0 7.5 0.73 10.3 7.0 0.80 9.5 6.5 0.87 8.8 6.0 0.92 8.1 5.5 0.97 63 10.4 8.4 0.70 9.6 7.8 0.77 8.9 7.3 0.83 8.1 6.6 0.89 7.4 6.0 0.92 71 14.7 8.3 0.95 13.7 7.8 1.04 12.9 7.3 1.12 12.0 6.8 1.18 11.0 6.3 1.23 MU-Al2WA 67 13.9 9.7 0.90 13.0 9.1 0.99 12.0 8.4 1.07 11.2 7.8 1.13 10.3 7.2 1.19 63 13.1 10.9 0.86 12.1 10.1 0.95 11.3 9.4 1.02 10.3 8.6 1.09 9.4 7.8 1 1.13 Notes 1. IWB TC: SH C: A-131 MUZ-GLO9NA MUZ-GLO9NAH MUY-GL09NA MUZ-GL12NA MUZ-GL12NAH MUY-GL12NA MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA 1) COOLING CAPACITY Indoor air Outdoor intake air DB temperature (°F) Model IWB (`F) 75 85 95 105 115 TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC MUZ-GL09NA 71 11.0 7.6 0.52 10.3 7.1 0.57 9.7 6.6 0.61 9.0 6.2 0.65 8.3 5.7 0.67 MUZ-GL09NAH 67 10.4 8.6 0.49 9.7 8.0 0.54 9.0 7.4 0.59 8.4 6.9 0.62 7.7 6.3 0.65 MUY-GL09NA 63 9.8 9.4 0.47 9.1 8.7 0.52 8.5 8.1 0.56 7.7 7.3 0.60 7.0 6.7 0.62 MUZ-GL12NA 71 14.7 9.4 0.82 13.7 8.7 0.90 12.9 8.2 0.97 12.0 7.6 1.02 11.0 7.0 1.06 MUZ-GL12NAH 67 13.9 10.7 0.77 13.0 10.0 0.85 12.0 9.2 0.92 11.2 8.6 0.98 10.3 7.9 1.02 MUY-GL12NA 63 13.1 11.8 0.74 12.1 10.9 0.81 11.3 10.2 0.88 10.3 9.3 0.94 9.4 8.5 0.98 MUZ-GL15NA 71 17.2 9.7 0.96 16.0 9.1 1.05 15.1 8.5 1.13 14.0 7.9 1.19 12.9 7.3 1.24 MUZ-GL15NAH 67 16.2 11.4 0.91 15.1 10.6 1.00 14.0 9.8 1.08 13.0 9.1 1.14 12.0 8.4 1.20 MUY-GL15NA 63 15.3 12.7 0.86 14.1 11.8 0.96 13.2 11.0 1.03 12.0 10.0 1.10 10.9 9.1 1.14 MUZ-GL18NA 71 22.1 16.2 1.19 20.6 15.2 1.31 19.4 14.3 1.41 18.0 13.3 1.48 16.6 12.2 1.54 MUZ-GL18NAH 67 20.9 18.2 1.13 19.4 16.9 1.24 18.0 15.7 1.34 16.7 14.6 1.42 15.4 13.4 1.49 MUY-GL18NA 63 19.6 19.7 1.07 18.2 18.2 1.19 16.9 17.0 1.28 15.4 15.4 1.37 14.0 14.1 1.42 MUZ-GL24NA 71 27.6 17.0 1.60 25.8 15.9 1.76 24.2 14.9 1.89 22.5 13.9 1.99 20.7 12.8 2.07 MUZ-GL24NAH 67 26.1 19.6 1.51 24.3 18.2 1.67 22.5 16.9 1.80 20.9 15.7 1.91 19.2 14.4 2.00 MUY-GL24NA 63 24.5 21.7 1.44 1 22.7 20.1 1.59 21.2 18.7 1.72 19.2 17.0 1.84 17.6 15.5 1.91 NOTE: 1. IWB : Intake air wet -bulb temperature TC : Total Capacity (x103 Btu/h) SHC : Sensible Heat Capacity (x103Btu/h) TPC : Total Power Consumption (kW) 2. SHC is based on 80°F of indoor Intake air DB temperature. A-132 2) HEATING CAPACITY (MUZ) Indoor air Outdoor intake air WB temperature ("F) Model IDB (°F) 5 15 25 35 43 45 55 TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC 75 4.8 0.42 6.3 0.54 7.9 0.63 9.4 0.70 10.6 0.74 11.0 0.75 12.4 0.78 MUZ-GL09NA 70 5.2 0.41 6.7 0.52 8.2 0.62 9.6 0.68 10.9 0.72 11.2 0.73 12.7 0.76 65 5.5 0.39 6.9 0.50 8.6 0.59 10.0 0.67 11.2 0.70 11.6 0.71 13.0 0.75 75 6.3 0.65 8.4 0.82 10.4 0.96 12.5 1.07 14.0 1.13 14.5 1.14 16.4 1.19 MUZ-GL12NA 70 6.8 0.62 8.9 0.79 10.8 0.94 12.7 1.05 14.4 1.10 14.8 1.12 16.8 1.17 65 7.2 0.59 9.1 0.76 11.3 0.91 13.2 1.02 14.8 1.07 15.3 1.09 17.1 1.14 75 4.8 0.55 6.3 0.67 7.9 0.76 9.4 0.70 10.6 0.74 11.0 0.75 12.4 0.78 MUZ-GL09NAH 70 5.2 0.54 6.7 0.65 8.2 0.75 9.6 0.68 10.9 0.72 11.2 0.73 12.7 0.76 65 5.5 0.52 6.9 0.63 8.6 0.72 10.0 0.67 11.2 0.70 11.6 0.71 13.0 0.75 75 6.3 0.78 8.4 0.95 10.4 1.09 12.5 1.07 14.0 1.13 14.5 1.14 16.4 1.19 MUZ-GL12NAH 70 6.8 0.75 8.9 0.92 10.8 1.07 12.7 1.05 14.4 1.10 14.8 1.12 16.8 1.17 65 7.2 0.72 9.1 0.89 11.3 1.04 13.2 1.02 14.8 1.07 15.3 1.09 17.1 1.14 75 7.9 0.94 10.4 1.19 13.1 1.40 15.6 1.56 17.6 1.64 18.1 1.66 20.5 1.73 MUZ-GL15NA 70 8.6 0.90 11.1 1.15 13.5 1.37 15.9 1.52 18.0 1.60 18.5 1.63 21.0 1.70 65 9.0 0.86 11.3 1.10 14.1 1.32 16.5 1.48 18.5 1.56 19.1 1.58 21.4 1.66 75 7.9 1.07 10.4 1.32 13.1 1.53 15.6 1.56 17.6 1.64 18.1 1.66 20.5 1.73 MUZ-GL15NAH 70 8.6 1.03 11.1 1.28 13.5 1.50 15.9 1.52 18.0 1.60 18.5 1.63 21.0 1.70 65 9.0 0.99 11.3 1.23 14.1 1.45 16.5 1.48 18.5 1.56 19.1 1.58 21.4 1.66 75 9.5 0.99 12.5 1.25 15.7 1.47 18.7 1.64 21.1 1.72 21.7 1.75 24.6 1.81 MUZ-GL18NA 70 10.3 0.95 13.3 1.21 16.2 1.44 19.1 1.60 21.6 1.68 22.2 1.71 25.2 1.78 65 10.8 0.91 13.6 1.16 17.0 1.39 19.8 1.55 22.2 1.64 22.9 1.66 25.7 1.75 75 9.5 1.12 12.5 1.38 15.7 1.60 18.7 1.64 21.1 1.72 21.7 1.75 24.6 1.81 MUZ-GL18NAH 70 10.3 1.08 13.3 1.34 16.2 1.57 19.1 1.60 21.6 1.68 22.2 1.71 25.2 1.78 65 10.8 1.04 13.6 1.29 17.0 1.52 19.8 1.55 22.2 1.64 22.9 1.66 25.7 1.75 75 12.1 1.38 16.0 1.74 20.0 2.05 23.9 2.28 26.9 2.40 27.7 2.43 31.5 2.53 MUZ-GL24NA 70 13.1 1.32 17.0 1.68 20.7 2.00 24.4 2.22 27.6 2.34 28.4 2.39 32.2 2.48 65 13.8 1.26 17.4 1.61 21.7 1.93 25.3 2.16 28.4 2.28 29.3 2.32 32.8 2.43 75 12.1 1.38 16.0 1.74 20.0 2.05 23.9 2.28 26.9 2.40 27.7 2.43 31.5 2.53 MUZ-GL24NAH 70 13.1 1.32 17.0 1.68 20.7 2.00 24.4 2.22 27.6 2.34 28.4 2.39 32.2 2.48 65 13.8 1.26 17.4 1.61 21.7 1.93 25.3 2.16 28.4 2.28 1 29.3 1 2.32 32.8 2.43 NOTE: 1. IDB : Intake air dry-bulb temperature TC : Total Capacity (x103 Btu/h) TPC : Total Power Consumption (kW) 2. Above data is for heating operation without any frost. How to operate with fixed operational frequency of the compressor. 1. Press the EMERGENCY OPERATION switch on the front of the indoor unit, and select either EMERGENCY COOL mode or EMERGENCY HEAT mode before starting to operate the air conditioner. 2. The compressor starts with operational frequency. 3. The fan speed of the indoor unit is High. 4. This operation continues for 30 minutes. 5. In order to release this operation, press the EMERGENCY OPERATION switch or press any button on the remote con- troller. A-133 MUZ-HMO9NA MUZ-HM12NA MUZ-HM15NA MUZ-HM18NA MUZ-HM24NA 1) COOLING CAPACITY Indoor air Outdoor intake air DB temperature (°F) Model IWB (`F) 75 85 95 105 115 TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC 71 11.0 7.6 0.67 10.3 7.1 0.73 9.7 6.6 0.79 9.0 6.2 0.83 8.3 5.7 0.86 MUZ-HM09NA 67 10.4 8.6 0.63 9.7 8.0 0.69 9.0 7.4 0.75 8.4 6.9 0.80 7.7 6.3 0.83 63 9.8 9.4 0.60 9.1 8.7 0.66 8.5 8.1 0.72 7.7 7.3 0.77 7.0 6.7 0.80 71 14.7 9.4 1.08 13.7 8.7 1.18 12.9 8.2 1.27 12.0 7.6 1.34 11.0 7.0 1.39 MUZ-HM12NA 67 13.9 10.7 1.02 13.0 10.0 1.12 12.0 9.2 1.21 11.2 8.6 1.28 10.3 7.9 1.34 63 13.1 11.8 0.97 12.1 10.9 1.07 11.3 10.2 1.16 10.3 9.3 1.23 9.4 8.5 1.28 71 17.2 11.1 1.04 16.0 10.4 1.14 15.1 9.7 1.23 14.0 9.1 1.29 12.9 8.3 1.35 MUZ-HM15NA 67 16.2 12.7 0.98 15.1 11.8 1.08 14.0 10.9 1.17 13.0 10.2 1.24 12.0 9.3 1.30 63 15.3 13.9 0.94 14.1 12.9 1.04 13.2 12.0 1.12 12.0 10.9 1.19 10.9 10.0 1.24 71 21.1 15.3 1.46 19.7 14.3 1.60 18.5 13.4 1.72 17.2 12.5 1.81 15.8 11.5 1.89 MUZ-HM18NA 67 20.0 17.2 1.38 18.6 16.0 1.52 17.2 14.8 1.64 16.0 13.8 1.74 14.7 12.6 1.82 63 18.7 18.6 1.31 17.4 17.3 1.45 16.2 16.1 1.57 14.7 14.6 1.67 13.4 13.3 1.74 71 27.6 20.9 2.34 25.8 19.5 2.56 24.2 18.3 2.76 22.5 17.0 2.91 20.7 15.7 3.02 MUZ-HM24NA 67 26.1 23.2 2.21 24.3 21.6 2.43 22.5 20.0 2.63 20.9 18.6 2.79 19.2 17.1 2.92 63 24.5 25.1 2.10 22.7 23.3 2.33 21.2 21.6 2.51 19.2 19.7 2.68 17.6 18.0 2.79 NOTE: 1. IWB : Intake air wet -bulb temperature TC : Total Capacity (x103Btu/h) SHC : Sensible Heat Capacity (x103Btu/h) TPC : Total Power Consumption (kW) 2. SHC is based on 80°F of indoor Intake air DB temperature. A-134 2) HEATING CAPACITY Indoor air Outdoor intake air WB temperature (F) Model IDB (F) 5 15 25 35 43 45 55 TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC 75 4.8 0.53 6.3 0.67 7.9 0.79 9.4 0.88 10.6 0.92 11.0 0.94 12.4 0.97 MUZ-HM09NA 70 5.2 0.51 6.7 0.65 8.2 0.77 9.6 0.86 10.9 0.90 11.2 0.92 12.7 0.95 65 5.5 0.49 6.9 0.62 8.6 0.74 10.0 0.83 11.2 0.88 11.6 0.89 13.0 0.94 75 5.4 0.58 7.1 0.74 8.8 0.87 10.6 0.97 11.9 1.01 12.3 1.03 13.9 1.07 MUZ-HM12NA 70 5.8 0.56 7.5 0.71 9.2 0.85 10.8 0.94 12.2 0.99 12.6 1.01 14.2 1.05 65 6.1 0.53 7.7 0.68 9.6 0.82 11.2 0.92 12.6 0.97 12.9 0.98 14.5 1.03 75 7.9 0.94 10.4 1.19 13.1 1.40 15.6 1.56 17.6 1.64 18.1 1.66 20.5 1.73 MUZ-HM15NA 70 8.6 0.90 11.1 1.15 13.5 1.37 15.9 1.52 18.0 1.60 18.5 1.63 21.0 1.70 65 9.0 0.86 11.3 1.10 14.1 1.32 16.5 1.48 18.5 1.56 19.1 1.58 21.4 1.66 75 7.9 0.94 10.4 1.18 13.1 1.39 15.6 1.55 17.6 1.63 18.1 1.65 20.5 1.72 MUZ-HM18NA 70 8.6 0.90 11.1 1.14 13.5 1.36 15.9 1.51 18.0 1.59 18.5 1.62 21.0 1.69 65 9.0 0.86 11.3 1.10 14.1 1.31 16.5 1.47 18.5 1.55 19.1 1.57 21.4 1.65 75 11.4 1.48 15.1 1.86 18.9 2.19 22.5 2.44 25.4 2.56 26.1 2.60 29.6 2.70 MUZ-HM24NA 70 12.4 1.41 16.0 1.80 19.5 2.14 23.0 2.38 26.0 2.50 26.8 2.55 30.3 2.65 65 1 13.0 1 1.35 1 16.4 1 1.73 20.4 1 2.06 1 23.8 2.31 1 26.8 1 2.44 1 27.6 1 2.48 30.9 2.60 NOTE: 1. IDB : Intake air dry-bulb temperature TC : Total Capacity (x103 Btu/h) TPC : Total Power Consumption (kW) 2. Above data is for heating operation without any frost. How to operate with fixed operational frequency of the compressor. 1. Press the EMERGENCY OPERATION switch on the front of the indoor unit, and select either EMERGENCY COOL mode or EMERGENCY HEAT mode before starting to operate the air conditioner. 2. The compressor starts with operational frequency. 3. The fan speed of the indoor unit is High. 4. This operation continues for 30 minutes. 5. In order to release this operation, press the EMERGENCY OPERATION switch or press any button on the remote con- troller. A-135 MUZ-FH06NA MUZ-FH06NAH MUZ-FH09NA MUZ-FH09NAH MUZ-FH12NA MUZ-FH12NAH MUZ-FH15NA MUZ-FH15NAH MUZ-FH18NA2 MUZ-FHI8NAH2 1) COOLING CAPACITY Indoor air Outdoor intake air DB temperature (°F) Model IWB ('F) 75 85 95 105 115 TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC 71 7.4 6.1 0.28 6.9 5.7 0.31 6.5 5.3 0.33 6.0 5.0 0.35 5.5 4.6 0.36 MUZ-FH06NA MUZ-FH06NAH 67 7.0 6.7 0.26 6.5 6.2 0.29 6.0 5.8 0.32 5.6 5.4 0.33 5.1 4.9 0.35 63 6.5 7.2 0.25 6.1 6.6 0.28 5.6 6.2 0.30 5.1 5.6 0.32 4.7 5.1 0.33 71 11.0 8.7 0.50 10.3 8.1 0.55 9.7 7.6 0.59 9.0 7.1 0.62 8.3 6.5 0.64 MUZ-FH09NA MUZ-FH09NAH 67 10.4 9.6 0.47 9.7 8.9 0.52 9.0 8.3 0.56 8.4 7.7 0.59 7.7 7.1 0.62 63 9.8 10.3 0.45 9.1 9.6 0.50 8.5 8.9 0.53 7.7 8.1 0.57 7.0 7.4 0.59 71 14.7 10.2 0.77 13.7 9.6 0.85 12.9 9.0 0.91 12.0 8.4 0.96 11.0 7.7 1.00 IMUZ-FH12NA MUZ-FH12NAH 67 13.9 11.6 0.73 13.0 10.8 0.80 12.0 10.0 0.87 11.2 9.3 0.92 10.3 8.5 0.97 63 13.1 12.6 0.70 12.1 11.7 0.77 11.3 10.9 0.83 10.3 9.9 0.89 1 9.4 9.0 0.92 71 18.4 10.4 1.07 17.2 9.7 1.17 16.1 9.1 1.26 15.0 8.5 1.33 13.8 7.8 1.38 MUZ-FH15NA MUZ-FH15NAH 67 17.4 12.2 1.01 16.2 11.3 1.11 15.0 10.5 1.20 14.0 9.8 1.27 12.8 9.0 1.33 63 16.4 13.6 0.96 15.2 12.6 1.06 14.1 11.8 1.15 12.8 10.7 1.22 11.7 9.8 1.27 71 21.1 11.3 1.22 19.7 10.6 1.34 18.5 9.9 1.44 17.2 9.2 1.52 15.8 8.5 1.58 MUZ-FH18NA2 MUZ-FH18NAH2 67 20.0 13.4 1.16 18.6 12.4 1.27 17.2 11.5 1.38 16.0 10.7 1.46 14.7 9.9 1.53 63 18.7 15.1 1.10 17.4 14.0 1.22 16.2 13.0 1.31 14.7 11.8 1.40 13.4 10.8 1.46 NOTE: 1. IWB : Intake air wet -bulb temperature TC : Total Capacity (x103Btu/h) SHC : Sensible Heat Capacity (x103Btu/h) TPC : Total Power Consumption (kW) 2. SHC is based on 80'F of indoor Intake air DB temperature. A-136 2) HEATING CAPACITY Indoor air Outdoor intake air WB temperature (°F) Model IDB (°F) 5 15 25 35 43 45 55 TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC 75 3.8 0.32 5.0 0.41 6.3 0.48 7.5 0.53 8.5 0.56 8.7 0.57 9.9 0.59 MUZ-FH06NA 70 4.1 0.31 5.4 0.39 6.5 0.47 7.7 0.52 8.7 0.55 9.0 0.56 10.1 0.58 65 4.4 0.29 5.5 0.38 6.8 0.45 8.0 0.50 9.0 0.53 9.2 0.54 10.4 0.57 75 3.8 0.45 5.0 0.53 6.3 0.60 7.5 0.53 8.5 0.55 8.7 0.56 9.9 0.58 MUZ-FH06NAH 70 4.1 0.44 5.4 0.52 6.5 0.59 7.7 0.51 8.7 0.54 9.0 0.55 10.1 0.57 65 4.4 0.42 5.5 0.50 6.8 0.58 8.0 0.50 9.0 0.53 9.2 0.53 10.4 0.56 75 4.8 0.42 6.3 0.53 7.9 0.62 9.4 0.69 10.6 0.73 11.0 0.74 12.4 0.77 MUZ-FH09NA 70 5.2 0.40 6.7 0.51 8.2 0.61 9.6 0.67 10.9 0.71 11.2 0.72 12.7 0.75 65 5.5 0.38 6.9 0.49 8.6 0.59 10.0 0.66 11.2 0.69 11.6 0.70 13.0 0.74 75 4.8 0.55 6.3 0.66 7.9 0.75 9.4 0.69 10.6 0.73 11.0 0.74 12.4 0.77 MUZ-FH09NAH 70 5.2 0.53 6.7 0.64 8.2 0.74 9.6 0.67 10.9 0.71 11.2 0.72 12.7 0.75 65 5.5 0.51 6.9 0.62 8.6 0.72 10.0 0.66 11.2 0.69 11.6 0.70 13.0 0.74 75 6.0 0.56 7.9 0.71 9.9 0.83 11.8 0.93 13.3 0.97 13.7 0.99 15.5 1.03 MUZ-FH12NA 70 6.5 0.54 8.4 0.68 10.2 0.81 12.0 0.90 13.6 0.95 14.0 0.97 15.8 1.01 65 6.8 0.51 8.6 0.66 10.7 0.78 12.4 0.88 14.0 0.93 14.4 0.94 16.2 0.99 75 6.0 0.69 7.9 0.84 9.9 0.96 11.8 0.93 13.3 0.97 13.7 0.99 15.5 1.03 MUZ-FH12NAH 70 6.5 0.67 8.4 0.81 10.2 0.94 12.0 0.90 13.6 0.95 14.0 0.97 15.8 1.01 65 6.8 0.64 8.6 0.79 10.7 0.91 12.4 0.88 14.0 0.93 14.4 0.94 16.2 0.99 75 7.9 0.77 10.4 0.97 13.1 1.14 15.6 1.27 17.6 1.33 18.1 1.35 20.5 1.40 MUZ-FH15NA 70 8.6 0.73 11.1 0.94 13.5 1.11 15.9 1.24 18.0 1.30 18.5 1.33 21.0 1.38 65 9.0 0.70 11.3 0.90 14.1 1.07 16.5 1.20 18.5 1.27 19.1 1.29 21.4 1.35 75 7.9 0.90 10.4 1.10 13.1 1.27 15.6 1.27 17.6 1.33 18.1 1.35 20.5 1.40 MUZ-FH15NAH 70 8.6 0.86 11.1 1.07 13.5 1.24 15.9 1.24 18.0 1.30 18.5 1.33 21.0 1.38 65 9.0 0.83 11.3 1.03 14.1 1.20 16.5 1.20 18.5 1.27 19.1 1.29 21.4 1.35 75 8.9 1.01 11.8 1.28 14.7 1.51 17.6 1.68 19.8 1.76 20.4 1.79 23.1 1.86 MUZ-FH18NA2 70 9.6 0.97 12.5 1.24 15.2 1.47 18.0 1.63 20.3 1.72 20.9 1.75 23.6 1.82 65 10.2 0.93 12.8 1.19 15.9 1.42 18.6 1.59 20.9 1.68 21.5 1.70 24.2 1.79 75 8.9 1.14 11.8 1.41 14.7 1.64 17.6 1.68 19.8 1.76 20.4 1.79 23.1 1.86 MUZ-FH18NAH2 70 9.6 1.10 12.5 1.37 15.2 1.60 18.0 1.63 20.3 1.72 20.9 1.75 23.6 1.82 65 10.2 1.06 12.8 1.32 15.9 1.55 18.6 1.59 20.9 1.68 21.5 1.70 24.2 1.79 NOTE: 1. IDB : Intake air dry-bulb temperature TC :Total Capacity (x103 Btu/h) TPC : Total Power Consumption (kW) 2. Above data is for heating operation without any frost. How to operate with fixed operational frequency of the compressor. 1. Press the EMERGENCY OPERATION switch on the front of the indoor unit, and select either EMERGENCY COOL mode or EMERGENCY HEAT mode before starting to operate the air conditioner. 2. The compressor starts with operational frequency. 3. The fan speed of the indoor unit is High. 4. This operation continues for 30 minutes. 5. In order to release this operation, press the EMERGENCY OPERATION switch twice or once, or press any button on the remote controller. A-137 MUZ-FE09NAH MUZ-FE12NAH 1) COOLING CAPACITY Indoor air Outdoor intake air DB temperature (°F) Model IWB (-F) 75 85 1 95 105 115 TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC 71 11.0 6.9 0.58 10.3 6.5 0.63 9.7 6.1 0.68 9.0 5.6 0.72 8.3 5.2 0.75 MUZ-FE09NAH 67 10.4 7.9 0.55 9.7 7.4 0.60 9.0 6.8 0.65 8.4 6.4 0.69 7.7 5.8 0.72 63 9.8 8.8 0.52 9.1 8.1 0.58 8.5 7.6 0.62 7.7 6.9 0.66 7.0 6.3 0.69 71 14.7 8.8 0.85 13.7 8.2 0.94 12.9 7.7 1.01 12.0 7.2 1.06 11.0 6.6 1.10 MUZ-FE12NAH 67 13.9 10.2 0.81 13.0 9.5 0.89 12.0 8.8 0.96 11.2 8.1 1.02 10.3 7.5 1.07 63 13.1 11.3 0.77 1 12.1 1 10.5 1 0.85 1 11.3 1 9.7 0.92 1 10.3 8.9 1 0.98 1 9.4 1 8.1 1 1.02 NOTE: 1. IWB : Intake air wet -bulb temperature TC : Total Capacity (x103 Btu/h) SHC : Sensible Heat Capacity (x103 Btu/h) TPC : Total Power Consumption (kW) 2. SHC is based on 80°F of indoor Intake air DB temperature. 2) HEATING CAPACITY Indoor air Outdoor intake air WB temperature (°F) Model IDB (`F) 5 15 25 35 43 45 55 TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC 75 4.8 0.57 6.3 0.69 7.9 0.79 9.4 0.73 10.6 0.77 11.0 0.78 12.4 0.81 MUZ-FE09NAH 70 5.2 0.55 6.7 0.67 8.2 0.77 9.6 0.71 10.9 0.75 11.2 0.77 12.7 0.80 65 5.5 0.54 6.9 0.65 8.6 0.75 10.0 0.69 11.2 0.73 11.6 0.74 13.0 0.78 75 6.0 0.71 7.9 0.86 9.9 0.99 11.8 0.96 13.3 1.00 13.7 1.02 15.5 1.06 MUZ-FE12NAH 70 6.5 0.68 8.4 0.84 10.2 0.97 12.0 0.93 13.6 0.98 14.0 1.00 15.8 1.04 65 1 6.8 0.66 1 8.6 0.81 1 10.7 1 0.94 12.4 1 0.91 1 14.0 1 0.96 14.4 1 0.97 16.2 1 1.02 NOTE: 1. IDB : Intake air dry-bulb temperature TC :Total Capacity (x103 Btu/h) TPC : Total Power Consumption (kW) 2. Above data is for heating operation without any frost. How to operate with fixed operational frequency of the compressor. 1. Press the EMERGENCY OPERATION switch on the front of the indoor unit, and select either EMERGENCY COOL mode or EMERGENCY HEAT mode before starting to operate the air conditioner. 2. The compressor starts with operational frequency. 3. The fan speed of the indoor unit is High. 4. This operation continues for 30 minutes. 5. In order to release this operation, press the EMERGENCY OPERATION switch twice or once, or press any button on the remote controller. A-138 MUZ-D30NA MUZ-D36NA MUY-D30NA MUY D36NA 1) COOLING CAPACITY Indoor air Outdoor intake air DB temperature (°F) Model iWB (,F) 75 85 95 105 115 TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC 71 37.6 19.1 3.43 35.2 17.8 3.75 33.0 16.7 4.04 30.7 15.6 4.25 28.2 14.3 4.43 MUZ-D30NA 67 35.6 22.8 3.23 33.2 21.2 3.56 30.7 19.6 3.85 28.6 18.3 4.08 26.2 16.8 4.27 63 33.5 25.9 3.08 31.0 24.0 3.41 28.9 22.3 3.68 26.2 20.3 3.93 23.9 18.5 4.08 71 40.7 19.8 3.88 38.0 18.5 4.25 35.7 17.4 4.58 33.2 16.2 4.82 30.5 14.9 5.01 MUZ-D36NA 67 38.5 23.9 3.66 35.9 22.2 4.03 33.2 20.6 4.36 30.9 19.1 4.62 28.4 17.6 4.84 63 36.2 27.3 3.49 33.5 25.3 3.86 31.2 23.5 4.16 28.4 21.4 4.45 25.9 19.5 4.62 71 37.6 19.1 3.01 35.2 17.8 3.30 33.0 16.7 3.55 30.7 15.6 3.73 28.2 14.3 3.89 MUY-D30NA 67 35.6 22.8 2.84 33.2 21.2 3.13 30.7 19.6 3.38 28.6 18.3 3.58 26.2 16.8 3.75 63 33.5 25.9 2.70 31.0 24.0 2.99 28.9 22.3 3.23 26.2 20.3 3.45 23.9 18.5 3.58 71 40.7 19.8 3.75 38.0 18.5 4.10 35.7 17.4 4.42 33.2 16.2 4.65 30.5 14.9 4.84 MUY-D36NA 67 38.5 23.9 3.54 35.9 22.2 3.89 33.2 20.6 4.21 30.9 19.1 4.46 28.4 17.6 4.67 (208 V) 63 36.2 27.3 3.37 33.5 25.3 3.73 31.2 23.5 4.02 28.4 21.4 4.29 25.9 19.5 4.46 71 42.4 20.6 3.77 39.6 19.3 4.13 37.2 18.1 4.45 34.6 16.8 4.69 31.8 15.5 4.88 MUY-D36NA 67 40.1 24.9 3.56 37.4 23.2 3.92 34.6 21.5 4.24 32.2 20.0 4.49 29.6 18.3 4.71 (230 V) 63 37.7 28.4 1 3.39 34.9 26.3 3.75 32.5 24.5 4.05 29.6 22.3 4.32 27.0 20.3 4.49 NOTE: 1. IWB: Intake air wet -bulb temperature TC: Total Capacity (X103Btu/h) SHC: Sensible Heat Capacity (X103Btu/h) TPC: Total Power Consumption (kW) 2. SHC is based on 80"F of indoor Intake air DB temperature. 2) HEATING CAPACITY Indoor air Outdoor intake air WB temperature (°F) Model IDB (°F) 15 25 35 43 45 55 TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC 75 18.9 2.50 23.6 2.94 28.2 3.28 31.8 3.44 32.8 3.49 37.2 3.63 MUZ-D30NA 70 20.0 2.42 24.5 2.87 28.9 3.19 32.6 3.36 33.6 3.43 38.0 3.56 65 20.5 2.32 25.6 2.77 29.8 3.11 33.6 3.28 34.6 3.33 38.8 3.49 75 20.4 2.86 25.5 3.36 30.4 3.74 34.3 3.94 35.4 3.99 40.1 4.15 MUZ-D36NA 70 21.6 2.76 26.4 3.28 31.2 3.65 35.2 3.84 36.3 3.92 41.0 4.07 65 22.2 1 2.65 1 27.6 1 3.17 32.2 1 3.55 1 36.3 1 3.74 1 37.3 1 3.80 1 41.9 1 3.99 NOTE: 1. IDB: Intake air dry-bulb temperature TC: Total Capacity (X103Btu/h) TPC: Total Power Consumption (kW) 2. Above data is for heating operation without any frost. How to operate with fixed operational frequency of the compressor. 1. Press the EMERGENCY OPERATION switch on the front of the indoor unit, and select either EMERGENCY COOL mode or EMERGENCY HEAT mode before starting to operate the air conditioner. 2. The compressor starts with operational frequency. 3. The fan speed of the indoor unit is High. 4. This operation continues for 30 minutes. 5. In order to release this operation, press the EMERGENCY OPERATION switch twice or once, or press any button on the remote controller. A-139 MUFZ-KJO9NAHZ MUFZ-KJ12NAHZ MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ 1) COOLING CAPACITY Indoor air Outdoor intake air DB temperature (°F) Model IWB (`F) 75 85 95 105 115 TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC TC SHC TPC 71 11.0 7.2 0.51 10.3 6.8 0.56 9.7 6.4 0.60 9.0 5.9 0.63 8.3 5.4 0.66 MUFZ-KJ09NAHZ 67 10.4 8.2 0.48 9.7 7.7 0.53 9.0 7.1 0.57 8.4 6.6 0.60 7.7 6.1 0.63 63 9.8 9.1 0.46 9.1 8.4 0.50 8.5 7.8 0.54 7.7 7.1 0.58 7.0 6.5 0.60 71 14.7 8.3 0.79 13.7 7.8 0.87 12.9 7.3 0.93 12.0 6.8 0.98 11.0 6.3 1.02 MUFZ-KJ12NAHZ 67 13.9 9.7 0.75 13.0 9.1 0.82 12.0 8.4 0.89 11.2 7.8 0.94 10.3 7.2 0.99 63 13.1 10.9 0.71 12.1 10.1 0.79 11.3 9.4 0.85 10.3 8.6 0.91 9.4 7.8 0.94 71 18.4 9.7 1.00 17.2 9.0 1.09 16.1 8.5 1.18 15.0 7.9 1.24 13.8 7.3 1.29 MUFZ-KJ15NAHZ 67 17.4 11.5 0.94 16.2 10.7 1.04 15.0 9.9 1.12 14.0 9.2 1.19 12.8 8.5 1.24 63 16.4 13.0 0.90 15.2 12.0 0.99 14.1 11.2 1.07 12.8 10.2 1.14 11.7 9.3 1.19 71 20.8 10.8 1.20 19.5 10.1 1.32 18.3 9.4 1.42 17.0 8.8 1.49 15.6 8.1 1.55 MUFZ-KJ18NAHZ 67 19.7 12.8 1.13 18.4 11.9 1.25 17.0 11.1 1.35 15.8 10.3 1.43 14.5 9.4 1.50 63 18.5 14.5 1.08 17.2 13.4 1.19 16.0 12.5 1 1.29 14.5 11.4 1 1.38 13.3 10.4 1 1.43 OTE: 1. IWB: Intake air wet -bulb temperature TC: Total Capacity (X103Btu/h) SHC: Sensible Heat Capacity (X103Btu/h) TPC: Total Power Consumption (kW) 2. SHC is based on 80°F of indoor Intake air DB temperature. 2) HEATING CAPACITY Indoor air Outdoor intake air WB temperature (°F) Model IDB (°F) 5 15 25 35 43 45 55 TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC TC TPC 75 4.8 0.57 6.4 0.69 8.0 0.79 9.5 0.73 10.7 0.77 11.1 0.78 12.5 0.81 MUFZ-KJ09NAHZ 70 5.2 0.55 6.8 0.67 8.3 0.77 9.7 0.71 11.0 0.75 11.3 0.77 12.8 0.80 65 5.5 0.54 6.9 0.65 8.6 0.75 10.1 0.69 11.3 0.73 11.7 0.74 13.1 0.78 75 5.7 0.66 7.5 0.80 9.4 0.92 11.2 0.88 12.7 0.92 13.1 0.94 14.8 0.97 MUFZ-KJ12NAHZ 70 6.2 0.64 8.0 0.78 9.8 0.90 11.5 0.86 13.0 0.90 13.4 0.92 15.1 0.95 65 6.5 0.62 8.2 0.75 10.2 0.87 11.9 0.83 13.4 0.88 13.8 0.89 15.5 0.94 75 7.9 0.95 10.4 1.17 13.1 1.35 15.6 1.37 17.6 1.45 18.1 1.47 20.5 1.52 MUFZ-KJ15NAHZ 70 8.6 0.92 11.1 1.14 13.5 1.33 15.9 1.34 18.0 1.41 18.5 1.44 21.0 1.49 65 9.0 0.88 11.3 1.09 14.1 1.28 16.5 1.30 18.5 1.37 19.1 1.40 21.4 1.47 75 9.2 1.14 12.2 1.41 15.2 1.63 18.2 1.69 20.5 1.77 21.1 1.80 23.9 1.87 MUFZ-KJ18NAHZ 70 10.0 1.10 12.9 1.37 15.8 1.60 18.6 1.64 21.0 1.73 21.6 1.76 24.5 1.83 65 10.5 1.05 13.2 1.31 16.5 1.55 19.2 1.60 21.6 1.69 1 22.3 1.71 25.0 1 1.80 NOTE: 1. IDB: Intake air dry-bulb temperature TC: Total Capacity (X103Btu/h) TPC: Total Power Consumption (kW) 2. Above data is for heating operation without any frost. How to operate with fixed operational frequency of the compressor. 1. Press the EMERGENCY OPERATION switch on the front of the indoor unit, and select either EMERGENCY COOL mode or EMERGENCY HEAT mode before starting to operate the air conditioner. 2. The compressor starts with operational frequency. 3. The fan speed of the indoor unit is High. 4. This operation continues for 30 minutes. 5. In order to release this operation, press the EMERGENCY OPERATION switch twice or once, or press any button on the remote controller. A-140 8-2. PERFORMANCE CURVE NOTE : A point on the curve shows the reference point. Cooling MU-A09WA MU-Al2WA Cooling Cooling SHF at rating condition = 0.68 SHF at rating condition = 0.70 Airflow = 363CFM EMMMMMMMMM M 0 ME= r: r. r • , • ' • 1 .i �--llll,llll,llll,llll,llll, 'llll,llll,llll,llll,llll,llll,llll,llll, o 0.6 0 > 0.5 U > a5 0.4 3 C9 0.3 to 0 2 65 75 85 95 105 Outdoor intake air DB temperature (T) MUZ-GL12NA MUZ-GL12NAH MUY-GL12NA SHF at rating condition = 0.77 1 1 Airflow = 399 CFM 0 E 1.0 D 0 0.9 U 0.8 0 CL 0.7 f6 0 6 71 67 63 115 MO '. M%%� _to 65 75 85 95 105 Outdoor intake air DB temperature (°F) MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA SHF at rating condition = 0.87 0 1 6 Airflow = 646 CFM E 1.5 1.4 o 1.3 " Y 1.2 3v1.1 c- 1.0 f6 0 9 71 67 63 '_ ------ _ .. Mm BM\_ ���m \\\�N_ �M .-IN W - .'���.11ll,llll,llll,llll, ..OF-lomm ,llll,llll,llll,llll,llll,llll, .--------- 67 75 85 95 105 11� Outdoor intake air DB temperature (°F) MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA SHF at rating condition = 0.78 c Airflow = 533 CFM 0 1.5 n 1.4 E 1.3 c 1.2 ° 1.1 �D 1.0 0 0.9 ° 0.8 f0 0.7 115 H 65 75 85 95 105 Outdoor intake air DB temperature (T) MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA SHF at rating condition = 0.75 Airflow = 738 CFM 71 67 63 F 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) c 2.2 21 E 2.0 0 1.6 �- 1.5 0 1.4 � 13 71 67 63 115 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) A-141 MUZ-HM09NA SHF at rating condition = 0.82 Airflow = 399 CFM 1.0 to0 0.9 E 'm 0.8 00 Y 0.7 o_ 0.6 Ir Wg temperature 0.5 Ind°or intake a m 0 � 04 MUZ-HM12NA SHF at rating condition = 0.77 Airflow = 399 CFM 1.5 0 70 1.4 1 E 67 63 1.3 o 1.2 3 v 1.1 erature, 0 wg temp @ 1.0 Indoor Intake Tit- 0 9 65 75 85 95 105 115 Outdoor intake air DB temperature (T) MUZ-HM15NA SHF at rating condition = 0.78 0 1.5 n 1.4 M 1.3 c 1.2 CO) 1.1 ro5 1.0 0 0.9 C- 0.8 ° 07 71 67 63 H 65 75 85 95 105 115 Outdoor intake air DB temperature (T) MUZ-HM24NA SHF at rating condition = 0.89 n:..a,..., - 7n) r rnn 0 3.2 3.0 2.8 0 2.6 Y 2.4 3 v 2.2 0 C- 2.0 `6 18 71 67 63 65 75 85 95 105 115 Outdoor intake air DB temperature (T) 71 67 63 65 75 85 95 105 115 Outdoor intake air DB temperature (T) MUZ-HM18NA SHF at rating condition = 0.86 0 2.0 Airflow = 625 CFM a 71 67 M 1.8 63 00 1.6 ro V ature ('Fl 0 1.4 air WB temper mIndoor intake 1.2 65 75 85 95 105 115 Outdoor intake air DB temperature (T) A-142 MUZ-FH06NA MUZ-FH06NAH SHF at rating condition = 0.96 c 0.5 Airflow = 381 CFM 0 E 0.4 w C 8 0.3 0 0.2 0_ `° 01 MUZ-FH09NA MUZ-FH09NAH SHF at rating condition = 0.92 0 0 8 Airflow = 381 CFM .Q 71 0.7 67 c 63 c°) § 0.6 m " 0 0.5 CL `0 0 4 65 75 85 95 105 115 Outdoor intake air DB temperature ('F) MUZ-FH12NA MUZ-FH12NAH SHF at rating condition = 0.83 0 1 1 Airflow = 398 CFM E 1.0 c 0.9 U � -- 0.8 0 a 0.7 f6 0 6 67 63 H 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) MUZ-FH18NA2 MUZ-FH18NAH2 SHF at rating condition = 0.67 0 1 7 Airflow = 437 CFM 1.6 y 1.5 o 1.4 " Y 1.3 `D " 3 1.2 0 0- 1.1 `° 10 now- 71 67 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) MUZ-FE09NAH SHF at rating condition = 0.76 c Q Airflow = 307 CFM 0 a E = 0.7 c U 3 10.6 0 a 0.5 0 71 67 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) ~ 65 75 85 95 105 Outdoor intake air DB temperature (T) MUZ-FH15NA MUZ-FH15NAH SHF at rating condition = 0.7 0 1 4 Airflow = 411 CFM E 1.3 c 1.2 U ��--1.1 0 n 1.0 71 63 115 �W-P%/' % M 71 67 63 H 65 75 85 95 105 115 Outdoor intake air DB temperature (T) MUZ-FE12NAH SHF at rating condition = 0.73 c 1.3 Airflow = 350 CFM 0 Q 1.2 E 1.1 w 0 1.0 0.9 0 0.8 0. 0.7 0 71 67 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) A-143 MUZ-D30NA SHF at rating condition = 0.64 Airflow = 763 CFM 40 38 36 t 34 n m 32 30 6 X 28 26 24 S 4.5 E 4.3 4.1 3 3.9 3.7 3 3.5 n 3.3 3.1 0 71 67 63 71 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (T) /WOW Mill� MUY-D30NA SHF at rating condition = 0.64 Airnow = 763 CFM 40 38 L 36 34 n m 32 M 30 o X 28 26 24 0 n 4.0 3.8 3.6 3 3.4 3.2 3 3.0 n 2.8 2.6 0 �NONE 0 71 67 63 67 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature ("F) SUZ-KA-NA 1.4 1.3 n' 1.2 $ 1.1 X 1.0 0.9 0.8 0.7 9 71 67 63 71 67 63 65 75 85 95 105 115 Outdoor intake air DB temperature (T) �MMMM MEN low MM ■■■■III■■■ MUZ-D36NA SHF at rating condition = 0.62 Airflow = 763 CFM 43 41 39 t 37 a op 35 33 'a 31 X 29 27 a 5.2 w 4.8 4.4 3 4.0 a 3.6 0 MMMMMMMMMM wmmmmmmmmm MwWwwMMMMM • "`mmmm • �ROWw RMUMMM SO mm mmmm mom I�II.IIIII ��III■III■ 71 67 63 71 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) MUY-D36NA SHF at rating condition = 0.62 Airflow = 763 CFM 40 42 '6 38 34 r X 30 26 B. 5.0 4.6 c 4.2 0 3.8 3.4 0 71 67 6: 71 67 6: ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (°F) \''■■■■■■■ ■■■■■ _® ■ ' I�Ii• III G_!iM■■II■■ �IIIIIIIII ' I I MUFZ-KJO9NAHZ SHF at rating condition = 0.79 0 0 8 Airflow = 417 CFM Q E 0.7 U) c ° � 0.6 o �0.5 CL ° 04 MUFZ-KJ12NAHZ SHF at rating condition = 0.70 0 1 1 Airflow = 417 CFM E 1.0 67 c 0.9 63 ° - Y 0.8 0 n 0.7 f6 0 6 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (T) MUFZ-KJ15NAHZ SHF at rating condition = 0.66 1 4 Airflow = 431 CFM 0 E 1.3 u' 1.2 c ° 3 v 1.0 0 0.9 .•• IOEM �MMM M �� 71 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (T) MUFZ-KJ18NAHZ SHF at rating condition = 0.65 a 1.Airflow = 491 CFM 6 71 E 1.5 67 N 1.4 63 c 0 1.3 Y 1.2 0 1.1 c- 1.0 09 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (T) 71 67 63 ~ 65 75 85 95 105 115 Outdoor intake air DB temperature (T) A-145 Heating MUZ-GL09NA Airflow = 406 CFM 1.0 0 0.9 75 0.8 70 0.7 65 c 0.6 $ Y 0.5 0.4 PRO 0 0.3 o- 0.2 ° 0.1 0.0 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-GL12NA Airflow = 406 CFM 1.3 0 1.2 a 1.1 E 1.0 0.9 �° 0.8 d - 0.7 0 0.6 0.5 0.4 03 75 65 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-GL15NA Airflow = 463 CFM 2.0 � ° 75 �£ 70 1.7 65 o "' 1.4 U� 0 CL 0.8 0.5 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-GL18NA Airflow = 646 CFM 2.0 c ° 1.8 CL 1.6 a 1.4 1.2 UY a 1.0 � 0.8 0.6 Outdoor intake air WB temperature (°F) MUZ-GL24NA Airflow = 738 CFN � 3.0 0 ~ 1.0 40 50 60 70 Outdoor intake air WB temperature (°F) CRAW L r70 f air E MUZ-GL09NAH Airflow = 406 CFM 1.0 c 0 07 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-GL24NAH 2.8 Airflow = 738 CFM 65 I temperature intake air DE, I 5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) A-146 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-GL24NAH 2.8 Airflow = 738 CFM 65 I temperature intake air DE, I 5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) A-146 75 70 65 Outdoor intake air WB temperature (T) MUZ-HM15NA Airflow = 463 CFM 2.0 c 0 a 1.7 E c� 1.4 U� 3 0 a 0.8 m 05 MUZ-HM09NA Airflow = 406 CFM c 0 Q E 0.9 0 o" 0 Y 0.7 3v °0- 0.5 m ~ 0.3 75 70 65 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-HM24NA Airflow = 702 CFM 3.2 c o P.9 E 2.6 c 2.3 $ 2.0 �Y 3 1.7 °0 1.4 m 1.1 08 75 60 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (T) MUZ-HM12NA c 0 E 0 U1 3V o. H Airflow = 406 CFI ■EME■■■PIFFIMMEM■ ■■■ r■■■■■■■ t .l 1 Outdoor intake air WB temperature (T) MUZ-HM18NA Airflow = 625 CFM 2.0 c 0 'o_ 1.7 E c 1.4 U� 3 0 a 0.8 m 9 05 75 70 65 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (T) Mw 1 5 MLIMa0011I.1►1_1 Airflow = 437 CFM 0.8 c 0 .Q y 0M175 .6 70 65 3 V 0.4 pp-MaZ a 0.2-5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (T) MUZ-FH09NA Airflow = 437 CFM 0.8 70 .° 75 Q E 17 0.6 N B:El-, �- - - - alrol 0 ela"e(M 05,emP7 -17 3 0.4 0 0. 3§ 2- 1 MEN 0.2-5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (T) MUZ-FH12NA Airflow = 454 CFM 1.2 ° 0.9 c� U� 3 V 0.6 a m 9 0.3 CL 0 �0 r5 35 Outdoor intake air WB temperature (°F) MUZ-FH15NA Airflow = 454 CFM65c 1.50 70 ° 75 E 1,25MMppMOMM C � 3v °a 0.75 0.50 5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH18NA2 Airflow = 514 CFM c 2.00 1.75 a N 1.50 $3 1.25 3v 1.00 0 0.75 0.50 Outdoor intake air WB temperature (°F) 35 75 MUZ-FH06NAH c 0.9 ° 0.8 .Q E 0.7 o g 0.6 U 3 � 0.5 o°_ 0.4 In, �5 0.3 0.2 Airflow = 437 CFM intake air DB fl F F 15 95 'AR dF 5F fi. CL Outdoor intake air WB temperature (°F) MUZ-FH09NAH '5 '0 35 Airflow = 437 CFM 1.0 c ° 0.9 .n E 0.8 75 c.... 0,7 65 U� �b � 0.6 n 0.5 m 0.4 0.3 5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH12NAH Air ow = 454 CFM 1.1 ° 1.0 E 0.9 o � 0.8 U Y o_ 0.6 ca 0.5 I z0.7 6 M M P ll M.1 - - -am ON! -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH15NAH Airflow = 497 CFM 1.5 - 0 1.3 3 C^> 1.1 U> �j 0.9 0 m r 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH18NAH2 Airflow = 514 CFM 2.00 C 0 a 1.75 E 1.50 U�: 3v 1.25 0 °- 1.00 0 75MM 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) �0 r5 35 Outdoor intake air WB temperature (°F) MUZ-FH15NA Airflow = 454 CFM65c 1.50 70 ° 75 E 1,25MMppMOMM C � 3v °a 0.75 0.50 5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH18NA2 Airflow = 514 CFM c 2.00 1.75 a N 1.50 $3 1.25 3v 1.00 0 0.75 0.50 Outdoor intake air WB temperature (°F) 35 75 MUZ-FH06NAH c 0.9 ° 0.8 .Q E 0.7 o g 0.6 U 3 � 0.5 o°_ 0.4 In, �5 0.3 0.2 Airflow = 437 CFM intake air DB fl F F 15 95 'AR dF 5F fi. CL Outdoor intake air WB temperature (°F) MUZ-FH09NAH '5 '0 35 Airflow = 437 CFM 1.0 c ° 0.9 .n E 0.8 75 c.... 0,7 65 U� �b � 0.6 n 0.5 m 0.4 0.3 5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH12NAH Air ow = 454 CFM 1.1 ° 1.0 E 0.9 o � 0.8 U Y o_ 0.6 ca 0.5 I z0.7 6 M M P ll M.1 - - -am ON! -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH15NAH Airflow = 497 CFM 1.5 - 0 1.3 3 C^> 1.1 U> �j 0.9 0 m r 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH18NAH2 Airflow = 514 CFM 2.00 C 0 a 1.75 E 1.50 U�: 3v 1.25 0 °- 1.00 0 75MM 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH15NAH Airflow = 497 CFM 1.5 - 0 1.3 3 C^> 1.1 U> �j 0.9 0 m r 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FH18NAH2 Airflow = 514 CFM 2.00 C 0 a 1.75 E 1.50 U�: 3v 1.25 0 °- 1.00 0 75MM 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUZ-FE09NAH Airflow = 381 CFM c 0 0.8 E o0 _ 0.6 3 0.4 0 � 0.2 H 0 low-MM._'ammo. MM A... mmmm -----. 75 70 65 15 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (T) MUZ-D30NA 45 Airflow = 848 CFM 40 35 m U� @ 25 X 20 15 c ° 4.0 = 3.6 023.2 Y 3 2.8 a 2.4 0 AMEN 0 NNW 1 •i i.■■ O MENNEN ■■■■■■■ ,■■■■■■■■■ MENNEN R,.■■■■■■■ .■■■■■■■■■ ~ 15 25 35 45 55 Outdoor intake air WB temperature (°F) SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA 1.3 1.2 1.1 a= 1.0 m 0.9 @ 0 0.8 F X 0.7 o.s 0.5 0.4 a 1.1 E 1.0 0.9 3 0.8 3 0.7 n 0.6 0 H I Outdoor intake air WB temperature (T) 65 75 70 75 65 MUZ-FE12NAH c 1.2 0 E 1.0 �>- 0.8 0 > Y 3 0.6 oa m 0.4 ~ 02 Airflow = 420 CFM mmmm m r ."- -- -15 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (T) MUZ-D36NA Airflow = 848 CFM 48 43 38 f ;= 33 4.5 S 4.1 c0i 2 3.7 Y 3 v 3.3 0 0 29 0 ,_NNEN MEN ,N,■■■■■■■ ,■■■■■■■■■ ~ 15 25 35 45 55 Outdoor intake air WB temperature (T) SUZ-KA18NA 55 70 75 L m � 00 oX 0 0 y 3 Y 0 9 �F-P POP %a S PP ii� NMMMMMM iNo wR IooMMWWwwwwM MQwMMMMMMMMMMM UMMMOMMMMOMMMM owmMMMMMMMMMM" SESSE-RUP-MAM MEN MMOM Iow ��Mow _ MEMEME --------- m------------- 35 70 70 65 b 1b Lb 3b 4b bb bb to Outdoor intake air WB temperature ("F) ,0 15 r5 0 35 A-149 MUFZ-KJ09NAHZ Airflow = 417 CFM 1.0 C ° 0.9 Q E 0.8 o � 0.7 L) 0.6 a 0.5 m 0.4 03 75 65 -5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (T) MUFZ-KJ15NAHZ Airflow = 470 CFM 1.6 c 75. 1.4 E c 1.2 U� 3v 1.0 C- 0.8 m 9 75 65 V V 5 5 15 25 35 45 55 65 Outdoor intake air WB temperature (°F) MUFZ-KJ12NAHZ Airflow = 417 CFM 1.1 C ° 1.0 Q E 0.9 o 0.8 0.7 0 0.6 m 0.5 r 04 intake air DB -5 5 15 Outdoor intake air WB temperature (T) MUFZ-KJ18NAHZ 2.0 c ° 1.8 Q E 1.6 o 1.4 U Y 1.2 0 1.0 a 0.8 06 intake air DB i5 70 65 Airflow = 470 CFM 75 65 -5 5 15 25 35 45 55 65 Outdoor intake air WB temoerature (T) A-150 8-3. CONDENSING PRESSURE Cooling Data is based on the condition of indoor humidity 50%. Air flow should be set at High. A point on the curve shows the reference point. MU-A09WA (PSIG) 460 440 420 400 380 a 360 c 340 U 320 300 280 260 1MMM "1000 E 1MN% MMM■ 1W%MMMM■ /MMM0MM 86 75 (PSIG) 70 200 180 0160 n 0 U140 in 120 100 Indoor DB temperature (°F) 86 80 75 70 6870 75 80 85 90 95 100 105(F) 68 70 75 80 85 90 95 100 105(T) Outdoor ambient temperature Outdoor ambient temperature MU-Al2WA (460 ) 440 420 400 380 a 360 C 340 0 U 320 300 280 260 ODt vo 86 80 75 70 6870 75 80 85 90 95 100 105(F) Outdoor ambient temperature m 86 80 75 70 v 68 70 75 80 85 90 95 100 105(T) Outdoor ambient temperature A-151 MUZ-GL09NA MUZ-GL09NAH MUY GL09NA (PSIG) 450 400 m y 350 a a0 300 c 0 0 250 200 86 80 75 70 65 70 75 80 85 90 95 100 105(°F) 65 70 75 80 85 90 95 100 105(°F) Outdoor ambient temperature Outdoor ambient temperature 86 80 75 70 (PSIG) 180 160 a� w 140 w n 120 c 0 t 100 in 80 60 MUZ-GL12NA MUZ-GL12NAH MUY GL12NA (PSIG) 500 450 y 400 m a 350 300 0 U 250 200 86 80 75 70 65 70 75 80 85 90 95 100 105(°F) 65 70 75 80 85 90 95 100 105(T) Outdoor ambient temperature Outdoor ambient temperature 86 85 (PSIG) 70 180 160 a� y 140 aa) CL 120 0 D 100 80 60 MUZ-GL15NA MUZ-GL15NAH MUY GL15NA (PSIG) 500 450 P N 400 o. m 350 300 0 U 250 200 86 80 75 70 65 70 75 80 85 90 95 100 105(°F) 65 70 75 80 85 90 95 100 105(°F) Outdoor ambient temperature Outdoor ambient temperature 86 80 78 (PSIG) 180 160 a� w 140 m 0-120 0 .0 100 D w 80 60 A-152 MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA (PSIG) 500 450 2 N 400 a rn 350 300 0 U 250 200 86 80 75 70 65 70 75 80 85 90 95 100 105(°F) 65 70 75 80 85 90 95 100 105(°F) Outdoor ambient temperature Outdoor ambient temperature 86 75 (PSIG) 70 180 160 w 140 a 0 120 U 0 U) 100 80 MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA (PSIG) (PSIG) '+0u 450 420 a 390 rn 360 N a C v 330 300 e�aiJ `e`Fl 001 86 iou 80 75 170 70 a) 160 w 90) 150 c ° 140 U 7 130 120 86 80 75 70 6870 75 80 85 90 95 100 105(°F) 6870 75 80 85 90 95 100 105(°F) Outdoor ambient temperature Outdoor ambient temperature A-153 MUZ-HM09NA (PSIG) 440 a) 400 U 320 a�otel`Fl 08woe of 787505 70 2806870 75 80 85 90 95 100 105(°F) Outdoor ambient temperature MUZ-HM12NA - u, (PSIG) 500 (D445 N a) d � 390 86 80 75 70 70 75 80 85 90 95 100 105 Outdoor ambient temperature MUZ-HM12NA - u8 (PSIG) 420 7gg 70 Og<emQeCa`JceO'er �rao o� �Fl a) 380 O 300 o� O� cempe`a�Uce �Fl 260 6870 75 80 85 90 95 100 105(T) Outdoor ambient temperature (PSIG) 200 Indoor DB temperature 180 a� w c 160 0 U 140 86 80 75 70 120' ' 6870 75 80 85 90 95 100 105(°F) Outdoor ambient temperature (PSIG) 180 160 (PSIG) 190 170 130 Mill 86 8C 75 7C 70 75 80 85 90 95 100 105 Outdoor ambient temperature 86 .4- 8( �petatiute 7; 6 �e or 0 7( 6870 75 80 85 90 95 100 105(°F) Outdoor ambient temperature A-154 MUZ-HM15NA (PSIG) 500, 450 m y 400 m o. 350 C 300 0 U 250 20 65 70 75 80 85 90 95 100 105(°F) 65 Outdoor ambient temperature MUZ-HM18NA (PSIG) 550 500 N 450 m a 400 c 350 0 U 300 250 86 80 78 (PSIG) 180 160 0 N 140 0 120 0 U) 100 80 60 86 85 (PSIG) 70 200 180 m y 160 m a 140 0 � 120 100 65 70 75 80 85 90 95 100 105(°F) 8065 70 75 80 85 90 95 100 105(°F) Outdoor ambient temperature Outdoor ambient temperature 86 80 75 70 ('F) 70 75 80 85 90 95 100 105(T) Outdoor ambient temperature MUZ-HM24NA (PSIG) 510 rr 470 y 430 a a 390 .N C 350 0 U 310 27 7-0 75 86 80 7p (PSIG) 180 r 165 F 2 N 150 In 0-135 0 U 120 86 80 75 70 86 80 75 70 105 80 85 90 95 100 105('F) 9'70 75 80 85 90 95 100 105 (°F) Outdoor ambient temperature Outdoor ambient temperature A-155 86 80 75 70 65 70 75 80 85 90 95 100 105('F) 60 65 70 75 80 85 90 95 100 105(IF) Outdoor ambient temperature Outdoor ambient temperature MUZ-FH12NA MUZ-FH12NAH (PSIG) 500 450 a) y 400 u, a� rn 350 c r 300 0 U 250 200 MUZ-FH06NA MUZ-FH06NAH (PSIG) 500 450 a) N 400 U) a o) 350 c 300 0 U 250 08 (PSIG) 190 r 170 VD U) 150 a o 130 U U) 110 Indoor 86 80 75 70 20065 70 75 80 85 90 95 100 105('F) 9060 65 70 75 80 85 90 95 100 105 (°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-FH09NA MUZ-FH09NAH (PSIG) 500 450 a� y 400 a` ) rn 350 c r 300 0 U 250 200 (PSIG) 190 170 m 150 a 0 130 v C/) 110 90 86 80 75 70 65 70 75 80 85 90 95 100 105('F) 65 70 75 80 85 90 95 100 105(IF) Outdoor ambient temperature Outdoor ambient temperature MUZ-FH15NA MUZ-FH15NAH (PSIG) 500 450 N 400 u, 0 0 350 c 300 0 U 250 200 80 (PSIG) 75 180 70 160 P 140 a 0 120 U U) 100 80 86 80 75 70 65 70 75 80 85 90 95 100 105('F) 65 70 75 80 85 90 95 100 105(IF) Outdoor ambient temperature Outdoor ambient temperature 0 (PSIG) 85 180 70 160 140 a o 120 U 100 80 A-156 MUZ-FH18NA2 MUZ-FH18NAH2 (PSIG) 500 450 N 400 a o) 350 c 300 0 U 250 200 S6 (PSIG) g 75 180 70 160 Indoor DB temperature T) 140 a 0 120 U CIO100 65 70 75 80 85 90 95 100 105('F) 8065 70 75 80 85 90 95 100 105 (T) Outdoor ambient temperature Outdoor ambient temperature MUZ-FEO9NAH (PSIG) 580 540 m v00 500 CD D' 460 c N 420 c CO 380 340 300 (PSIG) 180 175 170 9165 y 160 VwD 155 0-150 .5145 t 140 U) 135 130 125 260 120 6870 75 80 85 90 95 100 105('F) 6870 75 80 85 90 95 100 105(°F) Outdoor ambient temperature Outdoor ambient temperature 86 80 75 70 MUZ-FE12NAH (PSIG) 580 540 m 'w 500 a) 0) 460 c 420 a �j 380 340 300 M (PSIG) 180 175 170 2165 N 160 0i u155 c-150 .2145 t 140 U) 135 130 125 120 T C�IndoorD' .. 86 80 75 70 86 80 75 70 260 6870 75 80 85 90 95 100 105('F) 6870 75 80 85 90 95 100 105('F) Outdoor ambient temperature Outdoor ambient temperature A-157 MUZ-D30NA (PSIG) 580 540 w 500 d a 460 c 420 c 0 380 340 300 260 6870 75 80 85 90 95 100 105('F) Outdoor ambient temperature MUZ-D36NA (PSIG) a� a rn c -moo U Ems 11 . 1 ■��� II�� W-21C WE, A, MINE /WORME-_ MEN MEN ■_ • ■ 6870 75 80 85 90 95 100 105('F) Outdoor ambient temperature MUY-D30NA (PSIG) 580 540 m y 500 a� 460 c 420 -°o C j 380 340 300 260 6870 75 80 85 90 95 100 105('F) Outdoor ambient temperature MUY-D36NA (PSIG) 1 N d a rn c N U 11 ■- _MM� -V 6870 75 80 85 90 95 100 105('F) Outdoor ambient temperature (PSIG) 150 140 130. 120 c 0 110 rn 100 86 80 75 70 90 6870 75 80 85 90 95 100 105(°F) Outdoor ambient temperature (PSIG) 140 d 1.130 120 0 t 110 co 100 86 80 75 70 90 6870 75 80 85 90 95 100 105(°F) Outdoor ambient temperature (PSIG) 150 140 0110 loc 97 �77 F7 1 75 :1 85 90 95 1001 Outdoor 1 MINN MINN MMI 1 ■�-WM-_ :. 1 :1 •1[film1 • A-158 MUFZ-KJ09NAHZ (PSIG) 450 400 0 N m a rn 350 d a c 0 300 25065 70 75 80 85 90 95 100 105(°F) 65 Outdoor ambient temperature MUFZ-KJ12NAHZ (PSIG) 500 450 0 400 a rn � 350 d c 0 U 300 (PSIG) 200 190 2 180 y 170 d a 160 c 150 U n 140 130 120 (PSIG) 200 r 180 d 160 a o 140 co 120 p 25 65 70 75 80 85 90 95 100 105(°F) 10065L Outdoor ambient temperature MUFZ-KJ15NAHZ (PSIG) 450 410 m (PSIG) 180 170 a� y 160 N 0 150 c 0 6 140 C0 p 130 65 70 75 80 85 90 95 100 105(°F) 12065 70 75 80 85 90 95 100 105(°F) Outdoor ambient temperature Outdoor ambient temperature MUFZ-KJ18NAHZ (PSIG) 450 DB 86 80 75 70 70 75 80 85 90 95 100 105 (°F) Outdoor ambient temperature 86 80 75 70 70 75 80 85 90 95 100 105(T) Outdoor ambient temperature 370 o. rn � 330 c 0 U 290 25 410 m d 370 a c = 330 -00 c 0 290 25065 70 86 92 70 (PSIG) 180 170 m y 160 N 0 150 c 0 5 140 U) 130 120 86 80 75 70 86 80 75 70 75 80 85 90 95 100 105(°F) 65 70 75 80 85 90 95 100 105(OF) Outdoor ambient temperature Outdoor ambient temperature A-159 Heating Data is based on the condition of outdoor humidity 75%. Air flow should be set to High speed. Data is for heating operation without any frost. MUZ-GL09NA - Eii MUZ-GL09NAH - u, (PSIG) 450 (PSIG) 200 400 0 350 a 300 a c 0 U 250 150 0 d CL 100 0 .6 U 50 60 e<aPJcelFl e0I 58Hz 75 70 65 200 ' 0 5 15 25 35 45 55 65 75 (°F) 5 15 25 35 45 55 65 75 (°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-GL09NA - Ea MUZ-GL09NAH - N8 MUZ-GL12NA MUZ-GL12NAH (PSIG) 500 450 Ej 400 co rn 350 c N 300 U 250 2005 15 25 35 45 55 65 75 (°F) wv5 15 25 35 45 55 65 75 (°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-GL15NA MUZ-GL15NAH (PSIG) 500 70 (PSIG) (PSIG) 190 w am 165 140 115 0 CJ U 90 75 70 65 450 0 400 rn c m 350 c U 300 250 5 08 65 165 140 d 115 0 N 90 65 ��_ 75 70 65 15 25 35 45 55 65 75 (°F) ffV 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature A-160 MUZ-GL18NA MUZ-GL18NAH (PSIG) P I 550 500 450 m m 400 c m 350 0 U 300 ( S G) 200 175 75 70 65 150 CL 125 0 10 100 75 ate`IA tati e Aler tied o�I a° 81Hz 75 70 65 250-V 5 15 25 35 45 55 65 75 (°F) 5 15 25 35 45 55 65 75 (°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-GL24NA MUZ-GL24NAH (PSIG) (PSIG) 450 425 400 375 n 350 c 0 325 U 300 275 75 70 65 2505 15 25 35 45 55 65 75(°F) 505 15 25 35 45 55 65 75(°F) Outdoor ambient temperature Outdoor ambient temperature `F\ era 58Hz 210 75 70 190 65 170 150 y y c. 130 c 0 3 110 V) 90 70 oFl tiv�e era O'�eca �O 1�ao° 00010 58Hz A-161 MUZ-HM09NA MUZ-HM12NA - u-t (PSIG) (PSIG) 370 345 N 320 a n m 295 C 6 270 245 �emQete\ice ^Fl o� 08 �rdo 58Hz 210 75 70 65 185 ` 160 y a 135 0 U iq 110 85 60 o<O dodo 6 tiempeta`J<e �Fl 58Hz 75 70 65 2205 15 25 35 45 55 65 75('F) 5 15 25 35 45 55 65 75('F) Outdoor ambient temperature Outdoor ambient temperature MUZ-HM12NA - u8 (PSIG) (PSIG) 460 420 380 c c 340 O U 300 �Fl tew�e �Qe 9\e O aoo� 58Hz 75 70 65 2605' 15 25 35 45 55 65 75('F) Outdoor ambient temperature MUZ-HM15NA (PSIG) 210 185 a) 160 N 0 135 0 75 70 65 605 15 25 35 45 55 65 75('F) Outdoor ambient temperature 500 75 450 m 400 a rn 350 c U 300 5 250 ` \�aoo�o 0pleta�ote�F1 60 58Hz 70 (PSIG) 65 190 165 140 115 0 90 65 40 _______ ______M ______M ___ MMAM ___ W. F/ Mm MM ♦' ••• M MMM _--____ -'___� '______ 75 70 65 15 25 35 45 55 65 75 (T) 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature A-162 MUZ-HM18NA (PSIG) 500 450 d 400 a m c cc 350 a U 300 250 ` 5 (PSIG) 200 75 70 175 65 150 CL N 125 O 100 75 50 eta tie, 00 oot 58Hz 75 70 65 15 25 35 45 55 65 75 (T) 5 15 25 35 45 55 65 75 (°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-HM24NA (PSIG) 550 PSIG 500 450 rn 400 c a� 0 350 U 300 200 175 75 70 65 150 y a� 125 0 100 75 `Fl Jte tati �e�e OQ' of a� 81Hz 75 70 65 2500. 5 15 25 35 45 55 65 75 (T) 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature A-163 MUZ-FH06NA MUZ-FH06NAH (PSIG) 450 410 370 rn c 330 c 0 U 290 250 5 �Fl (PSIG) 210 75 190 70 65 170 N 150 CL 130 0 in 110 90 70 70 35 50 15 25 35 45 55 65 75 (°F) 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature MUZ-FH09NA MUZ-FH09NAH (PSIG) 450 PSIG 410 a� 370 rn c 330 m a U 290 250; 210 75 190 70 65 170 m w 150 130 0 110 90 70 r0 35 15 25 35 45 55 65 75 (°F) JV 5 15 25 35 45 55 65 75 (°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-FH12NA MUZ-FH12NAH (PSIG) 450 410 a� 0 370 0_ N 330 0 U 290 250 5 �F1 V161001 O� �empeca`UCe 49Hz (PSIG) 75 200 70 65 175 150 w 125 0 U 3 0 100 75 49Hz 75 70 65 15 25 35 45 55 65 75 (T) oV 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature A-164 MUZ-FH15NA MUZ-FH15NAH (PSIG) 550 500 450 m rn 400 c m c 350 0 U 300 50Hz (PSIG) 200 75 70 65 175 150 CL tq 125 0 Cl) 100 75 `F\ era 0 50Hz 75 70 65 250 vv 5 15 25 35 45 55 65 75 (°F) 5 15 25 35 45 55 65 75 (°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-FH18NA2 MUZ-FH18NAH2 (PSIG) 600 PSIG 550 500 ro 450 m 400 0 U 350 200 75 70 65 175 150 N 125 0 100 75 `Fl tJ�e 00` a� 61Hz 300 ov 5 15 25 35 45 55 65 75 (T) 5 Outdoor ambient temperature MUZ-FE09NAH 75 70 65 15 25 35 45 55 65 75 (°F) Outdoor ambient temperature MM MEN s OEM -15 1 5 10 15 20 25 30 35 40 45 50 55 60 1' 1 5 10 15 20 25 30 35 40 45 50 55 60 65 70(OF) Outdoor ambient temperature Outdoor A-165 (PSIG) 170 160 75 150 70 65 140 130 d y 120 2.110 100 n 90 80 70 60 50 40 75 70 65 -15 -10 5 10 15 20 25 30 35 40 45 50 55 60 65 70(°F) -15 -10 5 10 15 20 25 30 35 40 45 50 55 60 65 70(°F) Outdoor ambient temperature Outdoor ambient temperature MUZ-D30NA (PSIG) (PSIG) 500 480 460 440 420 400 380 360 m y 340 c � 320 v 300 280 260 240 220 200 150 140 75 130 70 65 120 d 110 100 a 0 90 U n 80 70 60 50 14 20 25 30 35 40 45 50 55 60 6570(°F) Outdoor ambient temperature MUZ-D36NA (PSIG) 500 480 460 440 420 400 380 360 340 c v 320 U 300 280 260 240 220 200 75 70 65 14 20 25 30 35 40 45 50 55 60 6570(°F) Outdoor ambient temperature 14 20 25 30 35 40 45 50 55 60 65 70(°F) Outdoor ambient temperature (PSIG) 150 75 70 65 140 130 120 e� y110 eati�� c 100 O� o 90 rn 80 58Hz 70 60 50 14 20 25 30 35 40 45 50 55 60 65 70(°F) Outdoor ambient temperature A-166 MUFZ-KJ09NAHZ (PSIG) PSIG 450 410 m 370 m 330 9 O U 290 25050 5 15 25 35 45 55 65 75 (T) 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature MUFZ-KJ12NAHZ (PSIG) 500 450 d 400 350 0 U 300 250 ( 210) 75 190 70 170 65 H 150 d 130 t 110 90 70 (PSIG) 210 185 160 a 135 0 N 110 85 60 75 70 65 5 15 25 35 45 55 65 75 (T) 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature MUFZ-KJ15NAHZ (PSIG) 600 550 500 m n rn 450 m v 400 0 U 350 300 (PSIG) 210 185 2160 m 135 0 N 110 85 60 5 15 25 35 45 55 65 75 (T) 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature MUFZ-KJ18NAHZ (PSIG) 650 580 d 510 n rn 440 a 0 U 370 300 ` 5 (PSIG) 210 185 2.160 d 0 135 0 N 110 85 75 70 65 60 15 25 35 45 55 65 75 (T) 5 15 25 35 45 55 65 75 (T) Outdoor ambient temperature Outdoor ambient temperature A-167 8-4. STANDARD OPERATION DATA Model MS-A09WA MS-Al2WA Item Unit Cooling Cooling Capacity Btu / h 9500 12000 Total SHF — 0.68 0.70 Input kW 0.87 1.07 INDOOR UNIT MODEL MS-A09WA MS-Al2WA Power supply (V, phase, Hz) 115, 1, 60 115, 1, 60 Input kW 0.019 0.035 Fan motor current A 0.27 0.51 Electrical OUTDOOR UNIT MODEL MU-A09WA MU-Al2WA circuit Power supply (V, phase, Hz) 115, 1, 60 115, 1, 60 Input kW 0.851 1.035 Comp. current A 6.74 7.96 Fan motor current A 0.63 0.93 Condensing pressure PSIG 372 375 Suction pressure PSIG 144 150 Discharge temperature °F 154 149 Refrigerant Condensing temperature °F 110 111 circuit Suction temperature °F 48 50 Comp. shell bottom temp °F 146 139 Ref. pipe length ft. 25 25 Refrigerant charge (R410A) — 21b. 5oz. 31b. 1oz. Intake air temperature DB °F 80 80 WB °F 67 67 Indoor unit Discharge air temperature DB °F 57 59 WB °F 56 58 Fan speed (High) rpm 1160 1220 Airflow (High) CFM 300 (Wet) 363 (Wet) Outdoor Intake air temperature IDB °F 95 95 WB °F — — unit Fan speed rpm 830 830 Airflow CFM 1083 1327 Model MSZ-GL09NA - Nil MSZ-GL09NA - IE MSY-GL09NA Item Unit Cooling Heating Cooling Heating Cooling Capacity Btu/h 9,000 10,900 9,000 10,900 9,000 SHF — 0.82 — 0.82 — 0.82 Input kW 0.585 0.72 0.585 0.72 0.585 Rated frequency Hz 59 73 48 59 59.5 Indoor unit MSZ-GL09NA MSZ-GL09NA MSY-GL09NA V, Power supply phase, 208/230, 1, 60 Hz Input kW 0.022 0.023 0.022 0.023 0.022 L Fan motor current A 0.24/0.22 0.25/0.23 0.24/0.22 0.25/0.23 0.24/0.22 U co MUZ-GL09NA - El MUZ-GL09NA - Nil ' Outdoor unit �� MUZ-GL09NAH - MUZ-GL09NAH - U8 MUY-GL09NA U a) w V, Power supply phase, 208/230, 1, 60 Hz Input kW 0.563 0.697 0.563 0.697 0.563 Comp. current A 2.67/2.41 3.25/2.94 2.45/2.21 3.05/2.76 2.63/2.37 Fan motor current A 0.36/0.33 0.34/0.31 0.36/0.33 0.34/0.31 0.36/0.33 Condensing pressure PSIG 357 345 358 349 358 .. Suction pressure PSIG 151 107 149 108 149 L Discharge temperature °F 146 156 148 155 154 U Condensing temperature °F 108 102 108 104 108 12 rn Suction temperature °F 61 44 63 44 66 Comp. shell bottom temperature °F 144 154 140 144 152 Ref. pipe length ft. 25 Refrigerant charge (R410A) 2 lb 5 oz. 2 lb 9 oz. DB °F 80 70 80 70 80 Intake air temperature WB °F 67 60 67 60 67 ' DB °F 59 99 59 99 59 o Discharge air temperature WB °F 56 — 56 — 56 Fan speed (High) rpm 1,020 1,040 1,020 1,040 1,020 Airflow (High) CFM 367 (Wet) 413 367 (Wet) 413 367 (Wet) DB °F 95 47 95 47 95 :3 Intake air temperature WB °F — — — — — o -°a Fan speed rpm 900 860 900 860 900 O lAirflow CFM 1,229 1 1,172 1 ,229 1 1,172 1 1,229 A-169 Model MSZ-GL12NA MSZ-GL15NA MSY-GL12NA MSY-GL15NA Item Unit Cooling Heating Cooling Heating Capacity Btu/h 12,000 14,400 14,000 18,000 SHF — 0.77 — 0.78 — F2 Input kW 0.920 1.10 1.080 1.60 Rated frequency Hz 70 77 56.5 74 Indoor unit MSZ-GL12NA MSZ-GL15NA MSY-GL12NA MSY-GL15NA V, Power supply phase, 208/230, 1, 60 Hz } Input kW 0.022 0.023 0.043 0.030 L) Fan motor current A 0.24/0.22 0.25/0.23 0.43/0.39 0.34/0.31 MUZ-GL12NA MUZ-GL15NA co Outdoor unit MUZ-GL12NAH MUZ-GL15NAH MUY-GL12NA MUY-GL15NA w V, Power supply phase, 208/230, 1, 60 Hz Input kW 0.898 1.077 1.037 1.570 Comp. current A 4.01/3.62 4.86/4.39 4.51/4.08 7.11/6.43 Fan motor current A 0.41/0.37 0.40/0.36 0.41/0.37 0.40/0.36 Condensing pressure PSIG 380 402 396 427 Suction pressure PSIG 133 106 138 98 Discharge temperature T 166 167 168 178 U c Condensing temperature T 112 115 115 120 co Suction temperature T 60 35 61 31 LM Comp. shell bottom temperature °F 152 150 152 158 Ref. pipe length ft. 25 Refrigerant charge (R410A) 2 lb 9 oz. DB °F 80 70 80 70 Intake air temperature WB °F 67 60 67 60 c n DB °F 57 110 58 114 o Discharge air temperature WB T55 _ 56 — 0 c Fan speed (High) rpm 1,020 1,040 1,280 1,140 Airflow (High) CFM 367 (Wet) 413 498 (Wet) 463 DB T 95 47 95 47 Intake air temperature WB F — 43 — 43 o -p Fan speed rpm 900 860 910 900 O lAirflow CFM 1 1,229 1 1,172 1 1,243 1 1,229 A-170 Model MSZ-GL18NA MSZ-GL24NA MSY-GL18NA MSY-GL24NA Item Unit Cooling Heating Cooling Heating Capacity Btu/h 18,000 21,600 22,500 27,600 SHF — 0.87 — 0.75 — Input kW 1.34 1.68 1.80 2.34 Rated frequency Hz 69 81 67.5 82.0 Indoor unit MSZ-GL18NA MSZ-GL24NA MSY-GL18NA MSY-GL24NA V, Power supply phase, 208/230, 1, 60 Hz ,r Input kW 0.045 0.058 2 Fan motor current A 0.46/0.42 0.56/0.51 MUZ-GL18NA MUZ-GL24NA cu Outdoor unit MUZ-GL18NAH MUZ-GL24NAH aD MUY-GL18NA MUY-GL24NA w V, Power supply phase, 208/230, 1, 60 Hz Input kW 1.295 1.635 1.742 2.282 Comp. current A 5.01/4.53 6.67/6.03 7.01/6.34 9.59/8.67 Fan motor current A 1.05/0.95 1.05/0.95 1.16/1.05 1.13/1.02 Condensing pressure PSIG 377 391 395 405 Suction pressure PSIG 144 103 141 102 Discharge temperature T 149 178 158 171 U Condensing temperature F 111 111 115 115 Suction temperature °F 51 43 52 33 Comp. shell bottom temperature °F 134 160 140 148 Ref. pipe length ft. 25 Refrigerant charge (R410A) 3 lb 9 oz. 4 lb 3 oz. DB °F 80 70 80 70 Intake air temperature WB °F 67 60 67 60 'c DB °F 52 111 56 111 o Discharge air temperature WB °F 51 53 a Fan speed (High) rpm 1,170 1,170 1,300 1,300 Airflow (High) CFM 581 (Wet) 646 634 (Wet) 738 DB °F 95 47 95 47 Intake air temperature WB °F — 43 — 43 a a Fan speed rpm 810 810 840 810 O Airflow CFM 1,691 1,691 1,769 1,701 A-171 Model MSZ-HM09NA - E+ MSZ-HM09NA - El Item Unit Cooling Heating Cooling Heating Capacity Btu/h 9,000 10,900 9,000 10,900 SHF — 0.82 — 0.82 — Input kW 0.750 0.900 0.750 0.900 Rated frequency Hz 59.5 79.0 59.5 77.5 Indoor unit MSZ-HM09NA MSZ-HM09NA V, Power supply phase, 208/230, 1, 60 Hz 5 Input kW 0.022 0.023 0.022 0.023 U Fan motor current A 0.24/0.22 0.25/0.23 0.24/0.22 0.25/0.23 Outdoor unit MUZ-HM09NA - El MUZ-HM09NA - EuD L i, V, w Power supply phase, 208/230, 1,60 Hz Input kW 0.728 0.877 0.728 0.877 Comp. current A 3.64/3.29 4.25/3.85 3.32/3.00 3.66/3.31 Fan motor current A 0.27/0.24 0.30/0.27 0.27/0.24 0.30/0.27 Condensing pressure PSIG 384 331 389 331 �- Suction pressure PSIG 152 102 151 103 Discharge temperature °F 151 155 154 152 U Condensing temperature °F 113 101 115 103 m Suction temperature °F 58 41 59 39 Comp. shell bottom temperature °F 146 149 151 149 Ref. pipe length ft. 25 Refrigerant charge (R410A) 1 lb. 12 oz. DB °F 80 70 80 70 Intake air temperature WB °F 67 60 67 60 :3 DB °F 60 97 60 97 "0 Discharge air temperature WB °F 58 — 58 — a Fan speed (High) rpm 1,020 1,040 1,020 1,040 Airflow (High) CFM 367 (Wet) 413 367 (Wet) 413 DB °F 95 47 95 47 Intake air temperature WB °F — 43 — 43 o -pa Fan speed rpm 800 850 800 850 O lAirflow CFM 1 1151 1 1225 1 1151 1 1225 A-172 Model MSZ-HM12NA - Nil MSZ-HM12NA - N+ Item Unit Cooling Heating Cooling Heating Capacity Btu/h 12,000 12,200 12,000 14,400 SHF — 0.77 — 0.77 — Input kW 1.210 0.990 1.210 0.990 Rated frequency Hz 89.0 90.0 69.0 77.0 Indoor unit MSZ-HM12NA MSZ-HM12NA V, Power supply phase, 208/230, 1, 60 Hz Input kW 0.022 0.023 0.022 0.023 U Fan motor current A 0.24/0.22 0.25/0.23 0.24/0.22 0.25/0.23 Outdoor unit MUZ-HM12NA - KI MUZ-HM12NA - ue L i, V, w Power supply phase, 208/230, 1,60 Hz Input kW 1.188 0.967 1.188 0.967 Comp. current A 5.61/5.08 4.56/4.13 4.39/3.97 5.41/4.89 Fan motor current A 0.27/0.24 0.30/0.27 0.34/0.31 0.31/0.28 Condensing pressure PSIG 429 347 389 397 .= Suction pressure PSIG 135 99 133 104 •U Discharge temperature °F 180 165 163 162 Condensing temperature °F 120 104 115 116 m Suction temperature °F 60 41 56 35 Comp. shell bottom temperature °F 174 157 158 158 Ref. pipe length ft. 25 Refrigerant charge (R410A) 1 lb. 12 oz. 2 lb. 9 oz. DB °F 80 70 80 70 Intake air temperature WB °F 67 60 67 60 ' DB °F 56 108 56 108 "0 Discharge air temperature WB °F 55 — 55 — 0 Fan speed (High) rpm 1,020 1,040 1,020 1,040 Airflow (High) CFM 367 (Wet) 413 367 (Wet) 413 DB F 95 47 95 47 Intake air temperature WB F — 43 — 43 o :p Fan speed rpm 800 850 900 860 O Airflow CFM 1151 1225 1229 1172 A-173 Model MSZ-HM15NA MSZ-HM18NA MSZ-HM24NA Item Unit Cooling Heating Cooling Heating Cooling Heating Capacity Btu/h 14,000 18,000 17,200 18,000 22,500 26,000 SHF — 0.78 — 0.86 — 0.89 — Input kW 1.17 1.60 1.64 1.59 2.63 2.5 Rated frequency Hz 56.5 74 68 74 98 108 Indoor unit MSZ-HM15NA MSZ-HM18NA MSZ-HM24NA V, Power supply phase, 208/230, 1, 60 Hz Input kW 0.043 0.030 0.042 0.042 0.055 U Fan motor current A 0.43/0.39 0.34/0.31 0.44/0.40 0.44/0.40 0.55/0.50 Outdoor unit MUZ-HM15NA MUZ-HM18NA MUZ-HM24NA L i, V, w Power supply phase, 208/230, 1, 60 Hz Input kW 1.127 1.570 1.598 1.548 2.575 2.445 Comp. current A 4.91/4.44 7.11/6.43 7.22/6.53 7.11/6.43 11.11/10.05 10.56/9.55 Fan motor current A 0.41/0.37 0.40/0.36 0.41/0.37 0.40/0.36 1.05/0.95 1.05/0.95 Condensing pressure PSIG 396 427 423 361 404 403 y Suction pressure PSIG 138 98 144 99 127 94 'v Discharge temperature °F 168 178 165 161 174 194 Condensing temperature °F 115 120 120 108 116 116 m `m Suction temperature °F 61 31 54 35 54 44 rn Comp. shell bottom temperature °F 152 158 149 143 173 192 Ref. pipe length ft. 25 Refrigerant charge (R410A) 2 lb. 9 oz. 2 lb. 10 oz. 3 lb 9 oz. DB °F 80 70 80 70 80 70 Intake air temperature WB °F 67 60 67 60 67 60 ' DB °F 58 114 58 114 57 108 oDischarge air temperature WB °F 56 — 56 — 56 — 0 Fan speed (High) rpm 1,280 1,140 1,140 1,140 1,250 1,250 Airflow (High) CFM 498 (Wet) 463 562 (Wet) 625 632 (Wet) 702 DB F 95 47 95 47 95 47 Intake air temperature WB °F — 43 — 43 — 43 a � Fan speed rpm 910 900 910 900 810 810 O Airflow CFM 1,243 1,229 1,243 1,229 1,691 1,691 A-174 Model MSZ-FH06NA MSZ-FH09NA MSZ-FH12NA MSZ-FH15NA MSZ-FH18NA2 Item Unit Cooling Heating Cooling Heating Cooling Heating Cooling Heating Cooling Heating Capacity Btu/h 6,000 8,700 9,000 10,900 12,000 13,600 15,000 18,000 17,200 20,300 SHF — 0.96 — 0.92 — 0.83 — 0.70 — 0.69 — F° Input kW 0.315 0.545 0.560 0.710 0.870 0.950 1.200 1.300 1.375 1.72 Rated frequency Hz 28 50 47 58.5 46 49 50.5 50 57.0 61 Indoor unit MSZ-FH06NA MSZ-FH09NA MSZ-FH12NA MSZ-FH15NA MSZ-FH18NA2 V, Power supply phase, 208/230, 1, 60 Hz Input kW 0.029 0.029 0.029 0.031 0.033 Fan motor current A 0.30/0.27 0.30/0.27 0.30/0.27 0.31/0.28 0.34/0.31 n Outdoor MUZ-FH06NA MUZ-FH09NA MUZ-FH12NA MUZ-FH15NA MUZ-FH18NA2 unit MUZ-FH06NAH MUZ-FH09NAH MUZ-FH12NAH MUZ-FH15NAH MUZ-FH18NAH2 V, w Power supply phase, 208/230, 1, 60 Hz Input kW 0.243 0.475 0.531 0.681 0.841 0.921 1.169 1.269 1.342 1.687 Comp. current A 1.22/1.10 2.23/2.02 2.32/2.10 3.01/2.72 3.60/3.26 4.06/3.67 4.46/4.03 4.87/4.40 5.53/5.00 7.04/6.37 Fan motor current A 0.36/0.33 0.34/0.31 0.36/0.33 0.34/0.31 0.41/0.37 0.40/0.36 1.21/1.09 1.24/1.12 1.21/1.09 1.24/1.12 Condensing PSIG 332 297 352 323 374 340 361 391 367 445 pressure Suction PSIG 174 112 153 110 135 106 131 108 128 107 pressure Discharge `F 136 140 148 145 156 148 152 170 164 189 temperature U Condensing F 104 96 107 101 112 105 109 115 109 123 temperature Suction T 69 44 64 41 56 36 52 45 59 34 temperature Comp. shell bottom T 120 120 129 125 137 128 135 147 154 167 temperature Ref. pipe length ft. 25 Refrigerant charge (R410A) 2 lb. 9 oz. 3 lb 7 oz. Intake air DB T 80 70 80 70 80 70 80 70 80 70 temperature WB T 67 60 67 60 67 60 67 60 67 60 Discharge air DB T 64 94 58 99 56 101 52 111 52 119 °o temperature WB T 60 — 55 — 54 — 51 — 51 — S Fan speed (High) rpm 1,150 1,280 1,150 1,280 1,190 1,320 1,220 1,420 1,330 1,460 Airflow (High) CFM 328 (Wet) 437 328 (Wet) 437 342 (Wet) 454 354 (Wet) 497 395 (Wet) 514 -E Intake air DB T 95 47 95 47 95 47 95 47 95 47 o temperature WB T — 43 — 43 — 43 — 43 — 43 72 Fan speed rpm 810 900 810 900 810 900 840 810 840 810 O Airflow CFM 1,074 1,202 1,074 1,202 1,074 1,202 1,692 1,634 1,692 1,634 A-175 Model MSZ-FE09NA MSZ-FE12NA Item Unit Cooling Heating Cooling Heating Capacity Btu/h 9,000 10,900 12,000 13,600 SHF — 0.76 — 0.73 — Input kW 0.580 0.710 0.930 0.950 Rated frequency Hz 34 42 51 52.5 Indoor unit MSZ-FE09NA MSZ-FE12NA V, Power supply phase, 208/230, 1, 60 Hz 5 Input kW 0.018 0.024 0.024 0.030 U Fan motor current A 0.19/0.17 0.25/0.23 0.25/0.23 0.32/0.29 cu Outdoor unit MUZ-FE09NAH MUZ-FE12NAH L U V, Power supply phase, 208/230, 1, 60 w Hz Input kW 0.562 0.686 0.906 0.920 Comp. current A 2.38/2.15 2.98/2.70 4.05/3.66 4.12/3.72 Fan motor current A 0.35/0.32 Condensing pressure PSIG 376 355 402 392 •= Suction pressure PSIG 154 108 148 104 U Discharge temperature °F 142 145 160 158 Condensing temperature F 112 108 117 115 c� Suction temperature °F 53 36 53 34 rn Comp. shell bottom temperature °F 144 128 146 129 Ref. pipe length ft. 25 Refrigerant charge (R410A) 2 lb. 9 oz. DB °F 80 70 80 70 Intake air temperature WB °F 67 60 67 60 ' DB °F 59 99 58 101 o Discharge air temperature 0 WB °F 56 — 55 Fan speed (High) rpm 1,020 1,120 1,120 1,220 Airflow (High) CFM 307 (Wet) 381 350 (Wet) 420 DB °F 95 47 95 47 Intake air temperature o WB °F — 43 — 43 � Fan speed rpm 810 870 810 870 O Airflow CFM 1 1,102 1 1,187 1 1,102 1,187 A-176 Model MSZ-D30NA MSZ-D36NA MSY-D30NA MSY-D36NA Item Unit Cooling Heating Cooling Heating Cooling Cooling Capacity Btu/h 30,700 32,600 32,000/33,200 35,200 30,700 33,200/34,000 SHF - 0.64 - 0.62 - 0.64 0.62 Input kW 3.85 3.36 4.14/4.36 3.84 3.38 4.21/4.24 Rated frequency Hz 84 84 91 91 79 92 Indoor unit MSZ-D30NA MSZ-D36NA MSY-D30NA MSY-D36NA V, Power supply phase, 208/230 , 1 , 60 Hz Input kW 0.058 U Fan motor current A 0.45/0.42 Outdoor unit MUZ-D30NA MUZ-D36NA MUY-D30NA MUY-D36NA V Power supply phase, 208/230 , 1 , 60 w Hz Input kW 3.792 3.302 4.082/4.302 3.782 3.322 4.152/4.182 Comp. current A 17.25/15.56 14.95/13.46 18.65/17.86 17.25/15.56 15.05/13.56 18.95/17.26 Fan motor current A 0.80/0.72 Condensing pressure PSIG 468 404 480 420 453 475 Suction pressure PSIG 126 96 122 94 125 119 Discharge temperature °F 186.8 169.7 198.7 168.8 191.3 197.1 " c Condensing temperature °F 126.5 114.3 128.5 117.0 123.8 127.4 a� Suction temperature °F 45.5 29.8 48.0 29.1 54.7 48.6 Comp. shell bottom °F 175.6 156.4 187.0 155.7 177.4 182.7 a) temperature Ref. pipe length ft. 25 Refrigerant charge (R410A) - 4 lb. 10 oz. 4 lb. DB °F 80 70 80 70 80 80 Intake air temperature WB °F 67 60 67 60 67 67 Discharge air DB °F 53.9 112.2 53 114.9 53.7 51.7 6 temperature WB °F 53 73.9 52.1 74.6 52.8 50.8 Fan speed (High) rpm 1,100 Airflow (High) CFM 741 (Wet) 795 738 (Wet) 794 718 (Wet) 710 (Wet) '= DB °F 95 47 95 47 95 95 Intake air temperature $ WB °F - 43 - 43 - - -o° Fan speed rpm 800 O lAirflow CFM 1,941 A-177 Representative matching SEZ-KD09NA4 SEZ-KD12NA4 SEZ-KD15NA4 SEZ-KD18NA4 Item Unit Cooling Heating Cooling Heating Cooling Heating Cooling Heating Capacity BTU/h 8,100 10,900 11,500 13,600 14,100 18,000 17,200 21,600 cu SHF - 0.80 - 0.76 - 0.80 - 0.79 - Input kW 0.670 1.020 0.920 1.140 1.170 1.500 1.380 1.700 Indoor unit SEZ-KD09NA4 SEZ-KD12NA4 SEZ-KD15NA4 SEZ-KD18NA4 Power supply (V, Phase, Hz) 230, 1, 60 L Input kW 0.06 0.04 0.07 0.05 0.09 0.07 0.09 0.07 `_' Current A 0.51 0.39 0.57 0.46 0.74 1 0.63 0.74 0.63 •2 Outdoor unit SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA SUZ-KA18NA U w Power supply (V, phase, Hz) 230, 1, 60 Input kW 0.61 0.98 0.85 1.09 1.08 1.43 1.39 1.63 Current A 2.80 4.33 3.64 4.65 4.45 5.96 5.38 6.91 Condensing pressure PSIG 398 448 387 386 399 389 373 397 Suction pressure PSIG 135 97 135 104 133 96 142 100 L Discharge temperature °F 148 170 162 165 159 182 150 172 o Condensing temperature °F 116 125 114 114 116 115 112 116 a� Suction temperature °F 49 33 55 35 46 41 52 33 Ref. pipe length ft. 25 Refrigerant charge (R410A) - 1 lb. 16 oz. 2 lb. 9 oz. 3 lb. 16 oz. a�Intake air temperature DB °F 80 70 80 70 80 70 80 70 WB °F 67 60 67 60 67 60 67 60 c Discharge air temperature DB °F 61 102 58 103 60 102 60 101 �2- 0 Intake air temperature DB °F 95 47 95 47 95 47 95 47 WB °F - 43 - 43 - 43 - 43 A-178 Representative matching SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA Item Unit Cooling Heating Cooling Heating Cooling Heating Capacity BTU/h 8,400 10,900 11,100 13,600 15,000 18,000 SHF - 0.84 — 0.77 — 0.67 — Input kW 0.700 0.930 0.920 1.180 1.460 1.950 Indoor unit SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA Power supply (V, Phase, Hz) 230, 1, 60 L Input kW 0.08 0.08 0.09 0.09 0.09 0.09 Current A 0.35 0.35 0.40 0.40 0.65 0.65 Outdoor unit SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA U Power supply (V, phase, Hz) 230, 1, 60 w Input kW 0.63 0.86 0.84 1.10 1.38 1.87 Current A 3.12 4.02 3.82 4.93 5.98 8.10 Condensing pressure PSIG 401 406 379 418 422 475 Suction pressure PSIG 147 104 139 106 128 98 L Discharge temperature °F 154 169 152 173 174 188 o Condensing temperature °F 116 117 111 118 118 128 Suction temperature °F 52 34 51 36 51 31 Ref. pipe length ft. 25 Refrigerant charge (R410A) - 1 lb. 16 oz. 2 lb. 9 oz. a- Intake air temperature DB °F 80 70 80 70 80 70 WB °F 67 60 67 60 67 60 c= Discharge air temperature DB °F 62 97 60 101 57 111 Q.=. 5= o� Intake air temperature DB °F 95 47 95 47 95 47 WB °F — 43 — 43 — 43 A-179 Representative matching PEAD-A09AA7 PEAD-Al2AA7 PEAD-A15AA7 PEAD-Al8AA7 Item Unit Cooling Heating Cooling Heating Cooling Heating Cooling Heating Capacity BTU/h 9,000 10,000 12,000 13,700 15,000 18,000 18,000 21,600 co SHF - 0.90 - 0.84 - 0.89 - 0.80 - Input kW 0.720 0.740 0.950 0.950 1.200 1.300 1.440 1.600 Indoor unit PEAD-A09AA7 PEAD-Al2AA7 PEAD-A15AA7 PEAD-A18AA7 Power supply (V, Phase, Hz) 230, 1, 60 L Input kW 0.07 0.05 0.09 0.07 0.11 0.09 0.11 0.09 0Current co A 0.54 0.43 0.67 0.56 0.95 0.84 0.95 0.84 Outdoor unit SUZ-KA09NA SUZ-KAl2NA SUZ-KA15NA SUZ-KA18NA Power supply (V, Phase, Hz) 230, 1,60 w Input kW 0.65 0.69 0.86 0.88 1.09 1.21 1.33 1.51 Current A 3.01 3.18 3.59 3.84 4.44 4.97 5.48 6.17 Condensing pressure PSIG 409 339 382 344 401 327 376 357 '5 Suction pressure PSIG 150 103 141 104 146 98 142 104 L Discharge temperature °F 153 162 154 148 150 143 152 154 a Condensing temperature °F 116 101 113 103 116 99 112 36 w Suction temperature °F 55 52 55 35 55 32 55 35 (ID Ref. pipe length ft 25 Refrigerant charge (R410A) - 1 lb. 16 oz. 2 lb. 9 oz. 3 lb. 16 oz o a� c Intake air temperature DB T 80 70 80 70 80 70 80 70 WB T 67 60 67 60 67 60 67 60 Discharge air temperature DB T 59 97 59 99 59 99 57 104 �= o� Intake air temperature DB T 95 47 95 47 95 70 95 47 WB T 75 43 75 43 75 47 75 43 Representative matching SVZ-KP12NA SVZ-KP18NA Item Unit Cooling Heating Cooling Heating Capacity BTU/h 12,000 13,500 18000 19,000 SHF - 0.83 - 0.86 - Input kW 0.960 1.210 1.440 1.470 Indoor unit SVZ-KP12NA SVZ-KP18NA Power supply (V, Phase, Hz) 230, 1, 60 Input kW 0.10 0.10 0.16 0.16 ca Current A 0.90 0.90 1.44 1.44 Outdoor unit SUZ-KAl2NA SUZ-KA18NA ID supply (V, Phase, Hz) 230, 1, 60 Input kW 0.86 1.11 1.28 1.31 Current A 3.59 4.40 5.55 5.60 Condensing pressure PSIG 381 324 377 353 U Suction pressure PSIG 144 93 149 107 L Discharge temperature OF 148 157 146 143 m Condensing temperature OF 99 100 112 100 .` Suction temperature °F 56 48 54 38 Ref. pipe length ft 25 Refrigerant charge (R410A) - 2 lb. 9 oz. 3 lb. 16 oz o a� c Intake air temperature DB OF 80 70 80 70 WB OF 67 60 67 60 Discharge air temperature DB OF 61 98 60 96 o-- �= 8:1 Intake air temperature DB OF 95 47 95 47 WB OF 75 43 75 43 Model MFZ-KJ09NA MFZ-KJ12NA MFZ-KJ15NA MFZ-KJ18NA Item Unit Cooling Heating Cooling Heating Cooling Heating Cooling Heating Capacity Btu/h 9,000 11,000 12,000 13,000 15,000 18,000 17,000 21,000 SHF — 0.79 — 0.70 — 0.66 — 0.65 — i° Input kW 0.570 0.750 0.890 0.900 1.120 1.140 1.350 1.730 Rated frequency Hz 33 45 46 53 48 57 56 62 Indoor unit MFZ-KJ09NA MFZ-KJ12NA MFZ-KJ15NA MFZ-KJ18NA V, Power supply phase, 208/230, 1, 60 Hz Input kW 0.025 0.025 0.027 0.047 Fan motor current A 0.26/0.23 0.26/0.23 0.28/0.35 0.48/0.43 16 Outdoor unit MUFZ-KJ09NAHZ MUFZ-KJ12NAHZ MUFZ-KJ15NAHZ MUFZ-KJ18NAHZ V, w Power supply phase, 208/230, 1, 60 Hz Input kW 0.545 0.725 0.865 0.875 1.093 1.376 1.303 1.687 Comp. current A 2.21/2.00 3.09/2.79 3.75/3.39 3.81/3.45 4.05/3.63 5.38/4.86 5.05/4.54 6.87/6.22 Fan motor current A 0.41/0.37 0.40/0.36 0.41/0.37 0.40/0.36 1.21/1.09 1.24/1.12 1.21/1.09 1.24/1.12 Condensing PSIG 377 331 401 360 382 414 388 441 pressure Suction PSIG 172 126 159 121 158 127 154 124 pressure Discharge T 141 117 150 142 149 166 150 178 P temperature U Condensing T 109 98 113 104 110 112 111 117 temperature Suction temperature T 60 37 52 36 55 38 51 41 Comp. shell bottom T 131 109 T141 132 140 156 143 168 temperature Ref. pipe length ft. 25 Refrigerant charge (R410A) 2 lb. 10oz 3 lb 5 oz. Intake air DB T 80 70 80 70 80 70 80 70 temperature WB T 67 60 67 60 67 60 67 60 Discharge air DB T 61 95 58 101 56 110 56 115 o temperature WB T 60 — 57 — 55 — 55 — Fan speed (High) rpm 1,080 1,080 1,080 1,080 1,110 1,200 1,240 1,200 Airflow (High) CFM 354 (Wet) 417 354 (Wet) 417 366 (Wet) 470 417 (Wet) 470 ' Intake air DB T 95 47 95 47 95 47 95 47 0 temperature WB T — 43 — 43 — 43 — 43 -p Fan speed rpm 810 900 810 900 820 860 820 860 6 Airflow CFM 1,074 1 1,202 1 1,074 1 1,202 1 1,653 1 1,730 1 1,653 1 1,730 8-5. CAPACITY AND INPUT CORRECTION BY INVERTER OUTPUT FREQUENCY MUY-GL09NA Correction of Cooling capacity Correction of Coolinq total input P O U 2 1 r- 0 U N1 `0 U T m0 Q (6 U 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) The operational frequency of compressor The operational frequency of compressor MUZ-GL09NA - MMUZ-GL09NAH-W Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input 2.0 0 U a 1.5 0 U 1.0 U m 0.5 n (o U m O 1 U w C O 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-GL09NA - us MUZ-GL09NAH - us Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input G.0 N O U 1.5 0 U d 1.0 O U T m 0.5 Q (0 U L.0 to o 1.5 w c O t 1.0 d O U a 0.5 C 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-GL12NA MUZ-GL12NAH MUY-GL12NA Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input 2.01 1 2.0 1 2.0 2.0 O m 0 O U O U 7 a C 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor A-183 MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA Correction of Cooling capacity Correction of Cooling total input y O U 42 O U N O U 3 Q C 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA Correction of Cooling capacity Correction of Coolinq total input Correction of Heating capacity 2.0 O ti U 1.5 O � c O u C U 1.0 O 0 U a� 0. a CO 0 30 60 90 120 150(Hz) (Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA Correction of Cooling capacity Correction of Coolinq total input Correction of Heating capacity 2.0 (Hz) 2.0 1.5 1.0 0.5 Correction of Heating total input 0 50 100 150(Hz) The operational frequency of compressor is N O U w 0 1.0 U N O U U a m i O U (Hz) 1.5 2.0 N O N U O 01.0 t5 O O 1.0 U ZU.5 U m 0.5 Q m Q c U — 0 50 100 150(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-HM09NA2 - u71 Correction of Cooling capacity Correction of Cooling total input 00 2.0 Correction of Heating total input 1.5 1.0 0.5 0.0 0 50 100 0 50 100 0 50 100 150 0 50 100 150 The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor 1 1 0 0 MUZ-HM09NA - us Correction of Cooling capacity Correction of Cooling total inpu 1.5 1.0 0.5 correcuon of I Correction of Heatina total input 0 50 100(Hz) 0 50 100(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-HM12NA - Full Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input L.V 1.5 1.0 0.5 0.0 0 50 100 0 50 100 0 50 100 150 0 50 100 150 The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-HM12NA - us Correction of Cooling capacity Correction of Cooling total input 1.5 1 1.0 0.5 0 k.orrecuun of 5 1 1— 2.0 Correction of Heating total input 1.5 1.0 0.5 0 50 100(Hz) 0 50 100(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor A-185 N O U w 1.5 0 U 1.0 `o U CO 0.5 C- CU U MUZ-HM15NA Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input N 1.5 w 0 t 1.0 d O U a 0.5 c 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor N 0 m 1.5 0 0 U P 1.0 `o U T m 0.5 a m U MUZ-HM18NA Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input ti O ` U w 1.5 .O c w O c U O 1.0 U T V CO 0.5 a a U c - 2.0 to t 1.5 c O r, 1.0 d O U a 0.5 c 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-HM24NA Correction of Cooling capacity ^ Correction of Cooling total input 2.0 ^ O U CO 1.5 O U i 1.0 0 C? T CO 0.5 n CO U L 2.0 E2 O m 1.5 c O U 21.0 U T m 0.5 Q m U 2.0 Correction of Heating total input y 1.5 w C O � 1.0 O U 0 0.5 c (Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor (Hz) (Hz) OM MUZ-FH06NA MUZ-FH06NAH Correction of Cooling capacity Correction of Cooling total input 2.0 $n O U 1.5 C 0 U d 1.0 `o T m 0.5 m U 2.0 z.s Correction of Heating total input p 2.0 U (6 - 1.5 U m 0 1.0 U 7 0.5 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor 2.0 i2 1.5 0 1.0 2 0 0.5 c MUZ-FH09NA MUZ-FH09NAH Correction of Cooling capacity Correction of Cooling total input 2 tl! O U R1 2.5 Correction of Heating total input 0 2.0 42 C O U L1 O U a C 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-FH12NA MUZ-FH12NAH Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input z.� to O U 1.5 O U 1.0 0 U T m 0.5 Q M U Correction of Heating capacity 3.0 Correction of Heating total input N 2.5 0 w 2.0 C O � 1.5 1.0 77 S; 0.5 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor 2 O U w C O .5 i O U Q C 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-FH15NA MUZ-FH15NAH Correction of Cooling capacity Correction of Cooling total input 2.0 MUZ-FH18NA2 MUZ-FH18NAH2 Correction of Cooling capacity Correction of Cooling total input to O U w C O .5 `O _T �C) m m U y 1.5 (6 C O 1.0 U 0.5 a 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-FE09NAH Correction of Cooling capacity 1.5 N O U w p 1.0 U N O U o. U The operational frequency of MUZ-FE12NAH Correction of Cooling capacity 1.5 E2 O U w CO 1.0 T U Z 0.5 fl lC U Correction of Cooling total input 1.5 0 0.5 V --I uorreccion o1 7----r E 0 2.5 Correction of Heating total input 0 2.0 U (0 0 1.5 U 0 1.0 U 7 0.5 L,orrecnon oT rleaung Tocai mpu 0 50 100 150(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor Correction of Cooling total input 1.5 1.5 N N O U O U w w 1.0 c 0 1.0 - o Ui 0.5 0.) 0.5 U a C n CO U 0 50 100 150(Hz) 0 The operational frequency of compressor The liOrrecuon UI Correction of Heating total input 100 150(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) frequency of compressor The operational frequency of compressor The operational frequency of compressor OM MUZ-D30NA Correction of Cooling capacity Correction of Cooling total input Correction of Heatinq capacity Correction of Heating total input 1 1.0 1.0 T O A N U w 1.0 `O U w 1.0 c U O 5 o U : '0.5 U U 0.5 � @ M U a c 0 50 100 150(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUZ-D36NA Correction of Cooling capacity Correction of Cooling total input Correction of Heating capacity Correction of Heating total input "61 1.5 M O 1.5 rq U 42 co 1.0 U `O U w 1.0 c O O 5 � 0O U w 0.5 U @ U 0.5 n @ U a c — 0 50 100 150(Hz) 0 50 100 150(Hz) 0 50 100 150(Hz) I i0(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUY-D30NA Correction of Cooling capacity Correction of Cooling total input 1.5 1.5 fN O U w 1.0 C O U d O U 0.5 7 a C 0 50 100 150(Hz) 0 50 100 150 The operational frequency of compressor The operational frequency of compressor MUY-D36NA Correction of Cooling capacity Correction of Cooling total input P `O U @ c O U N O U _T �U @ a @ U 1.0 E O U w 1.0 C O d O 0.5 7 a C 0 50 100 150(Hz) 0 50 100 150 The operational frequency of compressor The operational frequency of compressor mime MUFZ-KJ09NAHZ Correction of Cooling capacity 2.0 Correction of Cooling total input 2.5 0 2.0 C 0.5 2.0 N O co 1.5 C O m 1.0 0 T Q0.5 U correction of 3.5 Correction of Heating total input 0 2.8 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUFZ-KJ12NAHZ Correction of Cooling capacity 2.0 Correction of Cooling total input 2.0 y 20 1.5 f6 C O 16 ro 1.0 U a 0.5 c 2.0 Correction of Heating capacity Correction of Heating total input 3.0 w 2.5 `o CJ w 2.0 C O 1.5 1.0 a 0.5 0 5 50 7 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100(Hz) The operational frequency o compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUFZ-KJ15NAHZ Correction of Cooling capacity 2.0 Correction of Cooling total input 2.0 2.0 UUrrecaon or 3.0 w 2.5 0 U w 2.0 C 0 .5 1.5 c° 1.0 C a 0.5 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor MUFZ-KJ18NAHZ Correction of Cooling capacity Correction of Coolinq total input 2.0 L.0 E2 1.5 w C O .0 1.0 2 O 0.5 c 2.0 to O w 1.5 O U 21.0 `O T m 0.5 m U Correction of Heating capacity 2.5 0 2.0 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100 (Hz) 0 25 50 75 100(Hz) The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor The operational frequency of compressor 8-6. TEST RUN OPERATION (How to operate fixed -frequency operation) 1. Press EMERGENCY OPERATION switch to COOL or HEAT mode (COOL: Press once, HEAT: Press twice). 2. Test run operation starts and continues to operate for 30 minutes. 3. Compressor operates at rated frequency in COOL mode or 58 Hz in HEAT mode. 4. Indoor fan operates at High speed. 5. After 30 minutes, test run operation finishes and EMERGENCY OPERATION starts (operation frequency of compressor varies). 6. To cancel test run operation or EMERGENCY OPERATION, press EMERGENCY OPERATION switch or any button on remote controller. A-190 9-1. INDOOR FAN PERFORMANCE AND CORRECTED AIR FLOW SEZ-KD09NA4 SEZ-KD09NA4 (External static pressure 0.02[in.WG](5Pa)) 208/230V 60Hz (External static pressure 0.06[in.WG](15Pa)) 208/230V 60Hz m 20 [0.08 w 10 [0.04 0 4 [141] Limit ♦ ♦ High ♦ Middle ♦ �♦ �` Low 5 6 7 8 9 10 [176] [212] [247] [282] [318] [353] Airflow rate(m3/min)[CFM] SEZ-KD09NA4 (External static pressure 0.14[in.WG](35Pa)) 208/230V 601-lz So [0.32] 70 [0.28] 60 10.241 c 2 50 [0.20] m 40 [0.16] E 30 m [0.12] w 20 [0.08] 10 [0.04] 0 Limit High OOF Middle00 ` Low 4 5 6 7 8 9 10 [141] [176] [212] [247] [282] [318] [353] Airflow, rate(m3/min)[CFM] [0.20] a. 40 8 [0.16] d y 30 [0.12] 20 [0.08] w 10 [0.04] 0 4 [141] Limit High Middle ♦♦ `� ♦♦ Low 5 6 7 8 9 10 [176] [212] [247] [282] [318] [353] Airflow rate(m3/min)[CFM] SEZ-KD09NA4 (External static pressure 0.20[in.WG1(50Pa)) 208/230V 60Hz 80 [0.32] 70 m [0.28] 60 [0 24] c 50 [0.20] m 40 Z6 [0.16] c 30 m 10.12] w 20 [0.08] 10 [0.04] 0 Limit � High 7z Middle Low 4 5 6 7 8 9 10 [141] [176] [212] [247] [282] [318] [353] Airflow rate(m3/min)[CFM] A-191 SEZ-KD12NA4 (External static pressure 0.02[in.WG](5Pa)) 208/230V 60Hz 40 [0.16] m a_ U 30 3 [0.12] N a 20 [0.08] 0 6 [212] Limit ♦ Hlgh Middle 1, Low 7 8 9 10 11 12 [247] [282] [318] [353] [388] [424] Airflow rate(m3/min)[CFM] SEZ-KD12NA4 (External static pressure 0.14[in.WG](35Pa)) 208/230V 60Hz ao [0.32] 70 [0.28] a 60 3 [0.24] 50 y [0.20] d 40 B [0.16] 30 x [0.12] w 20 [0.08] 10 [0.04] 0 Limit ♦` %High Middle � Low 6 7 8 9 10 11 12 [212] [247] [282] [318] [353] [388] [424] Airflow rate(m3/min)[CFM] SEZ-KD12NA4 (External static pressure 0.06[in.WG](15Pa)) 208/230V 60Hz 50 [0.20] a. 40 [0.16] m h 30 [0.12] n m 20 m [0.08] w 10 [0.04] 0 6 [212] Limit ♦High Middle Low 7 8 9 10 11 12 [247] [282] [318] [353] [388] [424] Airflow rate(m3/min)[CFM] SEZ-KD12NA4 (External static pressure 0.20[in.WG](50Pa)) 208/230V 60Hz ao [0.32] 70 [0.28] a_ 60 [0.24] 50 y [0.20] d n u 40 [0.16] E 30 x [0.12] w 20 [0.08] 10 [0.04] 0 Limit ♦% ♦♦ High Middle Low 6 7 8 9 10 11 12 [212] [247] [282] [318] [353] [388] [424] Airflow rate(m3/min)[CFM] A-192 SEZ-KD15NA4 (External static pressure 0.02[in.WG](5Pa)) 208/230V 60Hz 40 [0.16] m a_ 30 [0.12 N 20 @ [0.08 Limit ♦ ♦ <-,or ♦ High `Middle %\ Low 0 8 9 10 11 12 13 14 15 16 [282] [318] [353] [388] [424] [459] [494] [530] [565] Airflow rate(m3/min)[CFM] SEZ-KD15NA4 (External static pressure 0.14[in.WG](35Pa)) 208/230V 601-lz 80 [0.32] 70 [0.28] a 60 [0.24] N50 w [0.20] d [0.40 16] m m 30 x [0.12] w [0 08] 10 [0.04] Limit High Middle Low 0 8 9 10 11 12 13 14 15 16 [282] [318] [353] [388] [424] [459] [494] [530] [565] Airflow rate(m3/min)[CFM] SEZ-KD15NA4 (External static pressure 0.06[in.WG](15Pa)) 208/230V 601-lz 50 [0.20] a 40 [0.1 a. 3 10 [0.04 Limit ♦♦ High ♦` Middle ♦ Low 0 8 9 10 11 12 13 14 15 16 [282] [318] [353] [388] [424] [459] [494] [530] [565] Airflow rate(m3/min)[CFM] SEZ-KD15NA4 (External static pressure 0.20[in.WG](50Pa)) 2081230V 601-lz 80 [0.32] 70 m [0.28] a 60 [0.24] 50 w [0.20] d 40 m [0.16] m Ei 30 a x [0.12] w [0 08] 10 [0.04] Limit High ♦, 00, Middle Low Ell 0 8 9 10 11 12 13 14 15 16 [282] [318] [353] [388] [424] [459] [494] [530] [565] Airflow rate(m3/min)[CFM] A-193 SEZ-KD18NA4 (External static pressure 0.02[in.WG](5Pa)) 208/230V 60Hz 40 [0.16] m a_ 30 [0.12] N a 20 [0.08] Limit High Middle Low 0 9 10 11 12 13 14 15 16 17 18 19 [318] [353] [388] [424] [459] [494] [530] [565] [600] [636] [671] Airflow rate(m3/min)[CFM] SEZ-KD18NA4 (External static pressure 0.14[in.WG](35Pa)) 208/230V 60Hz 80 [0.32] 70 [0.28] a 60 3 [0.24] 50 y [0.20] d 40 m [0.16] N f0 E 30 x [0.12] w 20 [0.08] 10 [0.04] Limit ♦ High Middle ♦♦ ,�� Low 0 9 10 11 12 13 14 15 16 17 18 19 [318] [353] [388] [424] [459] [494] [530] [565] [600] [636] [671] Airflow rate(m3/min)[CFM] SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA SEZ-KD18NA4 (External static pressure 0.06[in.WG](15Pa)) 208/230V 60Hz 50 [0.20] a 40 [0.16] 3 m 20 d [0.08] w 10 [0.04] Limit ♦ High MiddleIX ♦� Low IN, ♦♦ 0 9 10 11 12 13 14 15 16 17 18 19 [318] [353] [388] [424] [459] [494] [530] [565] [600] [636] [671] Airflow rate(m3/min)[CFM] SEZ-KD18NA4 (External static pressure 0.20[in.WG](50Pa)) 208/230V 601-lz 80 [0.32] 70 [0.28] a_ 0 60 3 [0.24] 50 y [0.20] m n 40 'N [0.16] 30 x [0.12] w 20 [0.08] 10 [0.04] Limit —Z High Middle .� ow 0 16 1 9 10 11 12 13 14 15 16 17 18 19 [318] [353] [388] [424] [459] [494] [530] [565] [600] [636] [671] Airflow rate(m3/min)[CFM] SLZ-KA09NA SLZ-KAl2NA SLZ-KA15NA Air flow H-M-L m3/min 10-9-8 11-9-8 11-9-8 CFM 350-320-280 390-320-280 390-320-280 Airspeed at Hi m/sec. 3.4 3.7 3.7 Coverage range m 3.7 4.1 4.1 A-194 PEAD-A09AA7 (External static pressure 35Pa) 208-230V 60Hz 50 [0.201] a 30 [0.1201 10 [0.040] 0 A 6 [2121 / t ; Limit /' / Rated point High 7 Middle,, Low 8 10 12 14 16 18 [283] [353] [424] [495] [565] [636] Aidlow mte (m3/min)[cfm] PEAD-A09AA7 (External static pressure 50Pa) 208-230V 60Hz 60 [0.241] 50 [0.201] °3 40 [0.1611 a 30 a [0.1201 3 20 w [0.080] /I I Rated point Limit / J _____ High Middle Low 10 [0.040] 0 [0] 6 8 10 12 14 16 18 20 [2121 [283] [353] [424] [495] [565] [636] [7061 Air low mte (m3/min)[cfm] PEAD-A09AA7 (External static pressure 70Pa) 208-230V 60Hz 80 [0.3211 70 [0.281] 60 [0.241] 3 50 a I0.201] 40 c [0.161] 30 E [0.120] 20 [0.080] 10 [0.040] 0 Rated point Limit / ;I __________ _High______ ---------------- / Middle Low [0] 6 8 10 12 14 16 18 20 [2121 [283] [353] [424] [495] [565] [636[ [7061 Aim— rate (.Vinin)[din] PEAD-A09AA7 (External static pressure 100Pa) 208-230V 601-lz 150 [0.6021 3 too [0.401] a E 50 w I0.201] Limit ___,,--- --- -- ------ --- ------ --- --- ------ --- ------ Rated oint; / ___ ______ __________ High ___ ______ Middle _ ___ _ ____ ___ ______ Low 0 [0] 6 8 10 12 14 16 18 20 22 [2121 [283] [353] [424] [495] [565] [636] [7061 [7771 Airi'm rate (m3/min)[cfm] PEAD-A09AA7 (External static pressure 150Pa) 208-230V 60Hz 200 10.8031 150 [0.6021 3 100 n [0,4011 w 50 [0.201] --- -- --- ___,___ /__ ______ ______________ ______________ ______ Limit-- __ ed Ratpoint� ----------- _High --------- ,___ Middle _ _Low'_ _ ___ _ _ ___ ______ 0 101 6 8 10 12 14 16 18 20 22 [2121 [283] [353] [424] [495] [565] [636] [7061 [7771 Airflow mte (m3/min)[cfm] A-195 PEAD-Al2AA7 (External static pressure 35Pa) 208-230V 60Hz 60 [0.241] 50 [0.201] 3 40 [0.161] 30 a [0.1201 E 20 w [0.080] I I Limit / I, ♦ Rated point ♦ High ♦ Sk Middle Low 10 [0.040] 0 [0] 7 9 11 13 15 17 19 21 [247] [3181 [388] [459] [5301 [6001 [6711 [742] Airflow mte (m3/min)[dm] PEAD-Al2AA7 (External static pressure 50Pa) 208-230V 60Hz 70 [0.281] 60 [0.241] 50 3 [0.201] a 40 [0.161] 30 [01201 20 [0.080] 10 [0.040] 0 Limit / Rated point ---'--- / - -- - - ------------ - -- ----'---- ---'- High --- --- ♦ ♦ Middle Low [0] 7 9 11 13 15 17 19 21 [247] [3181 [388] [459] [5301 [6001 [6711 [742] Airflow rate (m3/min)[dm] PEAD-Al2AA7 (External static pressure 70Pa) 208-230V 60Hz 90 [0.361] 80 [0.321] 70 [0.281] (7 3 60 [0.241] a 50 [0.201] a a 40 [0.161] E 30 [0.120] 20 [0.080] 10 [0.040] 0 Limit' Rated point High -- -- ---'---- ---', ---- -',—Middle ---- -- --'--- ♦ I I Low [0] 7 9 11 13 15 17 19 21 [247] [3181 [388] [459] [5301 [600] [6711 [742] Airflow rate (m3/min)[dm] PEAD-Al2AA7 (External static pressure 100Pa) 208-230V 60Hz 150 lo.6021 3 too [0.401] a E 50 w 10.2011 y i-- --- --- ------- I Limit / Rated point ♦ � ___-___ __I__ _ _ _ ; ___ ;___ _ High____ _ ;♦ Middle __ ♦ ow ___ 0 [0] 7 9 11 13 15 17 19 21 [247] 13181 [388] [459] [5301 [6001 [6711 [742] Airflow rate (m3/min)[cfm] PEAD-Al2AA7 (External static pressure 150Pa) 208-230V 60Hz 200 [0.8031 150 [0.602] 3 100 [0.401] w 50 [0.201] /, ------- -Limit--- ------ -------- _--_---- ------- Rated point_ ____,____ High___ ------- -- --- ------- -------- ------- -- - ---*--- ------------------ Middle --r - ------- -- --- ------- -- - ----- ---,--- ♦ -- -- -- ♦__________ _ __ ____;Low.___ ___ ----------------- _______ 0 [0] 7 9 11 13 15 17 19 21 [247] [3181 [388] [459] [5301 [6001 [6711 [742] Airflow rate (m3/min)[cfm] A-196 PEAD-A15, 18AA7 (External static pressure 35Pa) 208-230V 60Hz 60 [0.241] 50 [0.201] 3 40 [0.161] a 30 [0.1201 76 E 20 w [0.080] 10 [0.040] 0 -- --- ;y j I I _l_Ii mit ---- High h ______________ _ __'I _ 'I _________ J* Middl Rated point Low 101 10 15 20 [353] [530] [7061 Airflow rate (m3/min)[cfm] PEAD-Al5, 18AA7 (External static pressure 50Pa) 208-230V 60Hz 80 [0.321] 70 [0.281] 60 [0.241] 3 50 a [0.201] 40 [0.161] 3 30 [0.,201 w 20 [0.080] 10 [0.040] 0 - - - - - - Limit --------- High Rated point ---� ----------------------- Middle -- - -'- -- Low -------------- 101 10 15 [353] [5301 Airflow rate (m3/min)[dm] PEAD-Al5, 18AA7 (External static pressure 70Pa) 208-230V 60Hz 100 [0.401] 90 [0.361] 80 [0.321] 70 3 10.281] a 60 w [0.2411 50 n �0.201] 40 E 0.1611 30 [0.120] 20 [0.0801 10 [0.040] 0 20 p061 -- ---------- ------------- -- --- j __.Limit ' Rat ed point - - --- --- __________________--- High- ---- --------- Middle Low 101 10 15 20 [353] [5301 V061 Airflow rate (m3/min)[cfm] PEAD-A15, 18AA7 (External static pressure 100Pa) 208-230V 60Hz 150 [o.6021 t7 3 100 [0.401] a E 50 w[0.201] 0 101 10 [353] ---- ---------------7------------ r-------------------------- Limit � Rated Point ---- ------- ________________ OP Middle __ ________ _____ ____ _______ Low 15 20 [530] 17061 Airflow rate (m3/min)[cfm] PEAD-A15, 18AA7 (External static pressure 150Pa) 208-230V 60Hz 200 to.803] 150 [0.602] 3 100 [0.401] w 50 [0.201] 0 101 10 15 [353] [5301 Airflow rate (m3/min)[cfm] PEAD-A09112/15/18AA7 Air filter 208-230V 60Hz ---------- ---- ------------------------------------- ---------- ---- ---- ---------------------------------- F re : ____ ____ � _________,-Rated point._ ___ __,____ . High Limit ----_--------- ---- Middle L__ ____ ____I ____ �,__ ____ Lowe ----------------------- 20 [7061 [0] 0 10 20 30 40 101 [353] V061 [1059] [14121 Airflow rate(m'/min)[cfm] A-197 SVZ-KP12NA • Vertical, Horizontal Right, Horizontal Left SVZ-KP12NA exc lu de down flow position External static pressure: 75Pa, 0.30 [in.WG] Powersource:208,230V 60Hz 160 75 / I�Ir N. d ti 50 Il,:due 25 Law r Rated point 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Airflow rate (m3/min) SVZ-KP12NA exclude down Flow position External static pressure : 125Pa, 0.50 [in.WGt Powersource:208,230V 511Hz 150 r 125 —"AW— High Low 25 Rated point 0 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Specifications are subject to change without notice. ■■■■■■■■■ice■■ .�■ MENEM ■■■■■■■ MEMEMEMEM ■■■■■■7■■ \.■■■■■■■\'■■ ■■■■■!f■■■ ■.`■■■■■■■�\■ ■■■■■L�■■■ ■■\7■■■■■■\17i ■■■■■■■■■■■■■■■■■■■■■■■■■ ■■R�G���■■■■■■■■■■Eft■■■■■■ ■i�■■■►�■■■■0■■■■■■■■■ a■■■■ ■■■i r■■■■■■■■■■■ ■■■■■■■■■■Ri1 ■■■■■■■ ■■■■■■■■��■■ ■■■■■■■ ■■■■■■wzi■■■ ■■■■■■■ ■■■■res■■■■■■■■■■■■■■■■■■■ ■■sue■■■■■■■■■■■■■■■■■■■■■ Srr■■■■■■■■■■■■■■■■■■■■■■■ I11 ■■■■■■■■■■■■■■■■■■■■■■■■■ II 11 11 11 II 11 •I i 0 50 0.40 3 S Middle m 0.30 0.20 010 g6l ■ loons 250 350 450 550 650 750 A-198 SVZ-KP12NA SVZ-KP12NA exclude down flow position External static pressure : 200Pa, 0.80 [n.WG] Powersource:208,230V 60Hz 225 200 175 a 150 m 3 125 100 75 Low High 501 1' 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Airflow rate (m3/min) *. 200 Pa (0.80 in WG) does not have "Rated point". SVZ-KP12NA exclude down flow position External static pressure : 200Pa, 0.80 [in.WG] Powersource:208,230V NHz 0.917 0.80 070 060 S m � 0.50 EL 0.40 0.30 iddle High 020 290 300 400 500 600 Airflow rate (CFM) *. 200 Pa (0.80 in WG) does not have "Rated point". 700 A-199 SVZ-KP18NA • Vertical, Horizontal Right, Horizontal Left SVZ-KP18NA exclude down flow position External static pressure : 75Pa, 0.30 [in.WG[ Powersource:208,230V 6OHz 100 Rated point 75 a 50 in 25 0 1 1 1 1 1 1 1 1 1 1 1 1 1 10 11 12 13 14 15 15 17 18 19 20 21 22 23 Airfowr-ate (m3/min) SVZ-KP18NA exclude down flow position External static pressure : 125Pa, 0.50 [in.WG] P—CF-urce:208,230V fiOHz 150 125 WE����p�� 100 mmmmmm IN 25 0 10 11 12 13 14 15 16 17 18 19 20 21 22 23 Specifications are subject to change without notice. SVZ-KP18NA exclude down flow position Externalstatic pressure :75Pa, 0.30 [in.WG] Powersource:208,230V 6OHz 0.35 030 0.25 c� 3 -0.20 0.05 Rated 850 iiiiiiiiiii�liiiiii► ii1 llllllllllwilll ON iillllwlll�iwlll i\1 llllllllllullll = lm, iiiiiiiiiiiiiii ii1 1w1111w11111w111iiiiiil llllllllllllllllllllll 1w1111w1w11w1111w11ii1 iliiiiliMiiliiiiliiIIIIIIIIlil lwllllwla-0wllllwllii7 iliiiiliiiil►�iiliiYil lllllltJll \ �llYlll MMWMMM il1R.Mlliiiilil�Yiliilll iwlMl►Ill ll`llltr.\iiiiiiiiiiiiil lw►Iiiiiw �iiiSiiiiiiiil iwii�. mm will l7lllllllllll iw1111d1111w1111w11ii1 1w11Riw1111w1111w11ii1 lllrJllllllllllllllllll iiiiiiiiiiiiiiiiiiiiil 350 450 550 650 750 850 A-200 SVZ-KP18NA SVZ-KP18NA exclude down flow position External static pressure : 20DPa, 0.80 [in.WG[ Powersource:208,230V &DHz 225 Bated point 200 High 175 ' 150 Middle a125 ' m 100 75 Low 50 ' 10 11 12 13 14 15 15 17 18 19 20 21 22 AirAowrate (m3/min) *. 200 Pa (0.80 in WG) does not have "Rated point". Air Filter SVZ-KP12, 18NA Power source-.208/230V 60Hz 25 [0.100] 20 [0.080] a 15 d [0.060] Al2,18 10 [0.0401 5 [0.020] 0 101 0 10 20 30 40 50 [0] [353] [7061 [1059] [14121 [17661 Airflow rate (m3/min)[cfm] SVZ-KP18NA exclude down flow position External static pressure : 2DDPa, 0.80 [in.WG[ Powersource:208,230V &DHz 0.80 0.70 0 50 040 Rated point 0.30 1 I I I I I I I C I I I I I I I I I I I I I I 11 1 350 450 550 650 750 850 AirAowrate (CFM) *. 200 Pa (0.80 in WG) does not have "Rated point". A-201 10-1. INDOOR UNIT MSZ-GL09NA x 5 20 D 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 43 • • HEATING(SHi) 43 0-0 NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC$0 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-GL15NA 9( 8( A6( 50 40 30 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 MSZ-GL12NA 9C 8C 7( 6C 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 45 �• HEATING(SK) 43 O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-GL18NA 9C 8C 7C 6C 5C 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 49 �• HEATING(SHi) 48 O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-202 MSZ-GL24NA 9C 8C 70 n 0 0 60 J L L J x 50 n n L Y 40 z D 7 n z 30 a n L Q 5 20 O 10 NOTCH SPL(dB(A)) LINE COOLING(Rated) 53 • • HEATING(Rated) 53 0-0 NC-70 IN NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSY-GL12NA 9C 8C 7C 6C 5C 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 45 • HEATING(SHi) — 0---0 NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSY-GL09NA 9C 8( 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 43 • • HEATING(SHi) — 0-0 NC-70 NC-60 NC-50 INC-40 APPROXIMATE THRESHOLD OF HEFOR CONTINUOUS NOISE NC30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSY-GL15NA 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 49 • HEATING(SHi) — 0---0 NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-203 MSY-GL18NA 9( 8( Wil : 3( NOTCH SPL(dB(A)) LINE COOLING(SHi) 49 �• • HEATING(SK) — O MENOMONEE MOOMMINIMME MOIS -no_ i�� sE��_ 9L_ 20 THRESHOLD OF FAR G FOR 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-HMO9NA NOTCH MENOMONEE MOOMMINIMME MOIS -no_ i�� sE��_ 9L_ 20 THRESHOLD OF FAR G FOR 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-HMO9NA NOTCH 20 THRESHOLD OF FAR G FOR 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-HMO9NA NOTCH SPL(dB(A)) LINE av 80 70 60 W W 50 N W 0 40 z v01 z 30 m a 20 O 10 MSY-GL24NA 9( 8( 7( 6( 5( 4( NOTCH SPL(dB(A)) LINE COOLING(Rated) 53 0 -----• HEATING(Rated) — O MENOMONEE MOOMM11010111 M411 ME �ft-aaft �tall*N OS_ M E r-'N. 01 E E 11 NE 0 Ea 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-HM12NA yu 80 a a 0 0 70 n v 60 LU W 50 U) U7 N W c 40 z M O 0 mz 30 a m w 'a 20 O 10 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes.The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. NOTCH SPL(dB(A)) LINE COOLING(SHi) 45 0-6 HEATING(SK) 43 0-0 MENOMONEE song SEE: %�MMM Sa_, ' MhEmE0 1 IS 00 .7 0:107-04,11 0"M _ NEWSrAW - ON ME cm . LIE P. 10,00 =1 MENOMONEE MIII 'i ME6E EO7101MMIMIM M !0% %777am ' 1E4i_-� A-204 MSZ-HM15NA au 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 49 �• HEATING(SHi) 46 O-O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-HM24NA 90 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 50 �• HEATING(SHi) 50 O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-HM18NA 9C 8C 7C 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 47 • • HEATING(SHi) 47 0---0 -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- NC-70 NC-80 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-FH06NA 9C 8C 7C 6C 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(W) 40 0 -----• HEATING(SHi) 42 ----O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes.The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-205 MSZ-FH09NA 9C 8C 7C 6C 5C 4C 3C 2C NOTCH SPL(dB(A)) LINE COOLING(SHi) 40 • E 10, 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-FH15NA NOTCH SPL(dB(A)) LINE 9C 8C 7C 6C 40 30 20 10 COOLING(SHi) 44 •-•• HEATING(SHi) 46 0---0 MENOMONEE son�M a-� N'-hq " w 1" -W 7 I SE E-' E 0 Cam �"q3 '4"7 low __ M0-14MIS_ 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-FH12NA 9( 8( 7( 6( 5( 4C 3C 2( 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-FH18NA2 NOTCH SPL(dB(A)) LINE COOLING(SHi) 41 • HEATING(SHi) 42 0-0 50 40 30 20 10 MENOMONEE 046%,ONS Molomm � M. 0 10NafMNO � . NO 0 ®_i\-U NOTCH SPL(dB(A)) LINE COOLING(SHi) 47 • • HEATING(SHi) 46 O-O MENOMONEE 00070110001 Imam, 0160101- SEE-' IM O W� ifMUM;. _ ISMMIR 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-206 MSZ-FE09NA UU 2 80 z N O O O n 70 m v 0 60 J W w J rc 50 n N LU W 0: 0 40 z z O N zz 30 a m W 0 20 10 NOTCH SPL(dB(A)) LINE COOLING(SHi) 39 HEATING(SHi) 40 O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-D30NA MSZ-D36NA MSY-D30NA MSY-D36NA so a0 70 m a s0 J > J o 50 M Vl W o: 0 40 Z 0 0 30 GKI 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING(Hi) 49 HEATING(Hi) MENOMONEE 0 01010000111 -=E--7 MEN, E. 001� ` W2I1� OEM P I E 101 lk IPPIROXIMATE ' •• • 011 ON, II _Ma MSZ-FE12NA 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING(SK) 43 HEATING(SHi) 43 O O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 --A NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz WALL UNIT 39-3/8 inch (1m) 31-1/2 inch (0.8m) MICROPHONE NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes.The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-207 SEZ-KD09NA4 External static pressure: 0.02[in.WG](5Pa) 90 `m s 80 N O O O O II 70 6C 5C 4C 3C 2C i 1C <60Hz> NOTCH SPL(dB) LINE High 29 Middle 25 -- Low 22 - MENOMONEE 1M MIN MI-110-omm-Ell son MEME01 • • 0 1 07 W_M_M 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SEZ-KD09NA4 External static pressure: 0.14[in.WG](35Pa) 90 a s 80 N O O O O 70 6C 5C 4C id 1 1 2C 1 ill <R(1H7> NOTCH SPL(dB) LINE Hi h 31 Middle 28 Low 240 MENOMONEE NOMMEMEM111 VNE MO M` q-q w -W -am -7 1 a a", a 0 -' ME _0 a ONE NEMOrAMEM z MEN % 0 am 10 h 04- 1' 0'"S 2 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SEZ-KD09NA4 External static pressure: 0.06[in.WG](15Pa) 90 a 80 a O O 11 70 6C 5C 4C l 3C 1 1 2C 1 1C <60Hz> NOTCH SPL(dB) LINE High 30 Middle 26 -- Low 23 0-1 0 10% -am 0I E��- 0-11 '� "a 101 WI M- '• . 0 §7 - 19% CNI m - 11011 % M: 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SEZ-KD09NA4 External static pressure: 0.20[in.WG](50Pa) 90 a 80 a O O O O 11 70 6( 5( 4( l 3( ill <RnH7> NOTCH SPL(dB) LINE High 33 Middle 29 -- Low 25 - IMMEIMEMEN 111MEMN IMMM1 1 MEIN SHE 4741-0 IM _0' iI , qh I am, I REft-7 on E I ON Ii - - _'®' n_o II� a MINE 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. SEZ-KD12NA4 External static pressure: 0.02[in.WG](5Pa) 90 a 80 s N O O O O ]0 60 ! 3C <60Hz> NOTCH SPL(dB) LINE High 33 Middle 28 - Low 23 - MENOMONEE 00010101010001 ME �no N 'E0"' w W .M�_ - -7 1 SEE Zomft - � a -O 1 ii Eft -01 IN IN I(� 0. 1, ON h, En Imbs "Wo o - a MM zo NO W-11 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SEZ-KD12NA4 External static pressure: 0.14[in.WG](35Pa) 90 a 80 70 30 20 10 <RnH7> NOTCH SPL(dB) LINE High 34 Middle 29- Low 24 - Monson IMMEMIMMINE vomit M-0 E No MER E HE 011 ME 1 SIMS 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SEZ-KD12NA4 External static pressure: 0.06[in.WG](15Pa) 90 60 SC 410 3C 210 10 <60Hz> NOTCH SPL(dB) LINE High 33 Middle 28 -- Low 23 - SO S -n o s- 01111 "row i-E -WE a i` �1 �fMow - 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SEZ-KD12NA4 External static pressure: 0.20[in.WG](50Pa) 90 a 80 s N O O O O 70 6C SC 4C 30 20 10 <ROH» NOTCH SPL(dB) LINE High 35 Middle 31 �-- Low 25 - NOMMEM101011 MEEMMININE VNE - � M-104161M a ma 1. N a-- ME _0 a IEEMftr�1� ii q I aa0�_oNn ®r no 1W..1m,1040 61, 0-01,1110"Nol I®' 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-209 <60Hz> SEZ-KD15NA4 External static pressure: 0.02[in.WG](5Pa) av 80 70 m v m 60 J W LU W 50 rn to W K a 40 z z 0 O fn Z 30 m w v 20 O 10 NOTCH SPL(dB) LINE High 36 Middle 33 - - Low 29 - MENOMONEE SEE, ME'q-4600NE 01�0ME 0 0 070 on, _I®' 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SEZ-KD15NA4 External static pressure: 0.14[in.WG](35Pa) yU a 80 II 70 m O_ m ° 60 J W W X 50 fn fn W K a 40 z z 0 O N z 30 m W 20 O 10 <60Hz> SEZ-KD15NA4 External static pressure: 0.06[in.WG](15Pa) av a 80 s 0 0 70 m 9 m 60 J W W 1 50 U) m m W a IL 40 z z 0 O N z 30 ro w v 20 O 10 NOTCH SPL(dB) LINE High 37 Middle 34 - Low 30 - 1-001011111010101 110% NIE -no 1 ii��1®' —wv on ®I®' 0 ON 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz <60Hz> <60Hz> NOTCH SPL(dB) LINE High 38 Middle 35- Low 31 - MENOMONEE 447N i-�ii�ilJ✓'J 11 0' 0 E NO a MESH ® 0 E kvRN"q-Nh0Im SEZ-KD15NA4 External static pressure: 0.20[in.WG](50Pa) nu a 80 s N O O O O II 70 m 'O m ° 60 J W W 50 h N W R a 40 z z 0 O N z 30 m w v20 O 10 NOTCH SPL(dB) LINE High 39 Middle 36 �- Low 32 - MENOMONEE MOMMENINE I V 0, 110"kI®' �illllll��1� 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-210 <60Hz> SEZ-KD18NA4 External static pressure: 0.02[in.WG](5Pa) au a 80 s 0 0 0 70 m a m T 60 J W W J 50 LU W IL IL 40 z z 0 O fq z 30 ro w v 20 O 10 NOTCH SPL(dB) LINE High 37 Middle 33 - Low 29 - MENOMONEE MENOMONEE 000NE Oft. � NO MEN-7 —W M 0 E WPOP �iM ONE IN.::m— 111 E. �! 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz <60Hz> SEZ-KD18NA4 External static pressure: 0.06[in.WG](15Pa) au 80 70 m a m 60 J W W K 50 U) N W W 0 40 z 0 O N z 30 m w u 20 O 10 NOTCH SPL(dB) LINE High 38 Middle 34 - Low 30 - MENOMONEE MOOM110101011 0.00N� "EN_1®'' 01 i` ff'®' owe E1311-41-'(� 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz <60Hz> <60Hz> SEZ-KD18NA4 External static pressure: 0.14[in.WG](35Pa) nu a 80 s N O O O O 70 m 9 m ° 60 J > W J 50 W v1 LU W R' a 40 z z 0 O rn z 30 9 w v 20 O 10 NOTCH SPL(dB) LINE High 39 Middle 35 �- Low 31 - MENOMONEE MOOMIMMINE Iraqi MOL 0E�04limb- 1 -0_I®'' -- i�_ NO SEZ-KD18NA4 External static pressure: 0.20[in.WG](50Pa) yu a 80 a N O O O O II 70 m 'O m ° 60 LU > W LU 50 W N W K a 40 z z 0 O N z 30 9 w v 20 O 10 NOTCH SPL(dB) LINE High 39 Middle 36 �--- Low 32 - 101MOOMMEM111 son�1 -_ 1110111 0 ME1 I06I' -WE ®r r 0 E iw.:i h lk 11 R2- 11"IRM "'o-7 11 M40 I WIM a O'ma I 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz BAND CENTER FREQUENCIES, Hz NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. A-211 SLZ-KA09NA 9C 8C 70 1 60 i I I ! 50 i I I 40 i 1 30 i i 20 10 NOTCH SPL(dB) LINE High 38 0---0 Medium 22 %� v Low 29 �❑ TZ NC-70 NC-60 NC-60 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SLZ-KA15NA 9( 8( A 6( 5( 40 30 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB) LINE High 40 O O Medium 35 Low 31 �❑ NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 SLZ-KAl2NA 9C 8C 70 60 50 40 30 20 10 NOTCH SPL(dB) LINE High 39 O� Medium 40 Low 30 �❑ NC-70 NC-60 NC-50 51 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MICROPHONE 11\Ilr A-212 PEAD-A09AA7 70.0 External static pressure 0.14 [in.WG] (35Pa) 65.0 60.0 m a 55.0 0 N m 50.0 a 0 m 45.0 > 40.0 d �5 35.0 as n 30.0 n 25.0 20.0 O 15.0 10.0 5.0 00 High - Low ----- ----- -------- ---- ____________ ---- ------ ---------- ___________ Middle ----------------------- --------------------- ---- ______________________ ---- ----- ---- ------ - - ------------ ----- ----- ----- ------- --- ------------------------ ------------------------ ---------- ---------- ----------- ---------- ----------------- --- - - ---- - ------------------------ -------- ------------- `_ ____ ---- _________ __ - --------- -------- ---Approximate minimum ---- audible limit on --- continuous noise -------- ___________________________________________________ 63 125 250 500 1k 2k 4k 8k Octave band center frequencies (Hz) 70.0 External static pressure 0.20 [in.WG] (50Pa) 65.0 60.0 m a 55.0 0 N Co 50.0 a 0 m 45.0 > 40.0 m 35.0 8- 30.0 n 25.0 d t° 20.0 O 15.0 10.0 5.0 00 High - Low Middle --------------------- ________ ___________________________ ___________ Approximate minimum audible limit on continuous noise 63 125 250 500 11, 21, 41k 8k Octave band center frequencies (Hz) 70.0 External static pressure 0.28 [in.WG] (70Pa) 65.0 60.0 a 55.0 0 N m 50.0 a 0 m 45.0 > 40.0 d d � 35.0 8- 30.0 n 25.0 > 20.0 O 15.0 10.0 5.0 00 High - Low Middle --------------------- ----------- ------------------------------------ -- ---- ------------ - ---- ------ _ ____ _____ __________ _ ____________________________________ --------------------- -- ------ -- ------------------------ -------------------- ---------------------- -- -- ---- - ------------------------------------------- ----------------------- ___ Approximate minimum________ _________________________________________________ audible limit on continuous noise NC-60 NC-50 NC-40 NC-30 NG-20 NC-60 NC-50 NC40 NC-30 NC-20 NC-60 NC-50 NC40 NC-30 NC-20 70.0 External static pressure 0.40 [in.WG] (100Pa) 65.0 60.0 a 55.0 o' N m 50.0 a 0 m 45.0 > 40.0 d 35.0 d n 30.0 a 25.0 ° 20.0 O 15.0 10.0 5.0 00 70.0 65.0 60.0 m a 55.0 o' N to 50.0 a 0 00 45.0 a > 40.0 d m � 35.0 d n 30.0 a a 25.0 d L° 20.0 O 15.0 10.0 5.0 00 High - Low -- ---- ---------- --------- ------------------ Middle ------------------------------------ -------------- ______________________ ____--------- ___t___ _______________________ _____________ ------------ ___ Approximate minimum audible limit on ___ continuous noise______________________________________________________________ 63 125 250 500 1k 2k 4k 8k Octave band center frequencies (Hz) NC-60 NC-50 NC-40 NC-30 NC-20 NC-60 NC-50 NC-40 NC-30 NC-20 63 125 250 500 1k 2k 41, 81, Octave band center frequencies (Hz) 63 125 250 500 11, 21, 4k 8k Octave band center frequencies (Hz) A-213 PEAD-Al2AA7 External static pressure 0.14 [in.WG] (35Pa) 70.0 65.0 60.0 m a 55.0 0 N m 50.0 a 0 m 45.0 a > 40.0 i2 0 � 35.0 N ` 30.0 a 25.0 20.0 O 15.0 10.0 5.0 00 High Low Middle Approximate minimum __ ----------- ----- audible limit on --- continuous noise --------- ---------------------------------------------------- -- 63 125 250 500 1k 2k 4k 8k Octave band center frequencies (Hz) External static pressure 0.20 [in.WG] (50Pa) 70.0 65.0 60.0 m 0 55.0 0 N m 50.0 a 0 m 45.0 40.0 ` 35.0 d a 30.0 a a 25.0 i5 20.0 O 15.0 10.0 5.0 00 High Low Middle `_s_ ____________ ___________ ____________ _______ _____________ _______ _____ Approximate minimum audible limit on continuous noise - ----- --- ---------------------------------------------------- 63 125 250 500 11, 21, 41, 81, Octave band center frequencies (Hz) External static pressure 0.28 [in.WG] (70Pa) 70.0 65.0 60.0 0 55.0 0 N m 50.0 a 0 m 45.0 a_ d 40.0 m d 9 35.0 d a 30.0 a a 25.0 d i5 20.0 U O 15.0 10.0 5.0 00 _ _� 9 _______ Middle -- ---- --- - --------------- ------ -------- ---- ---------- Approximate minimum audible limit on continuous noise 63 125 250 500 11, 21, 4k 81, Octave band center frequencies (Hz) NC-60 NC-60 NC-40 NC30 NC-20 NC-60 NC-50 NC-40 NC-30 NC-20 NC-60 NC-50 NC-40 NC-30 NC-20 External static pressure 0.40 [in.WG] (100Pa) 70.0 65.0 60.0 m a 55.0 0 N m 50.0 a 0 co 45.0 a > 40.0 d 0 � 35.0 N ` 30.0 a 25.0 20.0 O 15.0 10.0 5.0 00 NC-60 NC-50 NC-40 NC-30 NC-20 63 125 250 500 1k 2k 4k 8k Octave band center frequencies (Hz) External static pressure 0.60 [in.WG] (150Pa) 70.0 65.0 60.0 m 0 55.0 0 N m 50.0 a 0 00 45.0 40.0 ` 35.0 d a 30.0 a a 25.0 m 20.0 O 15.0 10.0 5.0 00 High - Low Middle __ __________ _ _____________ _______________________________ ♦ Approximate minimum_________ audible limit on --- continuous noise--------- ---------------------------------------------------- NC-60 NC-50 NC-40 NC-30 NC-20 63 125 250 500 11, 21, 4k 81, Octave band center frequencies (Hz) High Low Middle ♦ -------- -'I_--- ______ __ ------- _----------- _----- ---- ______________________ Approximate minimum audible limit on continuous noise -------- ------------- ---------- ------------ ------------___ A-214 PEAD-A15AA7 PEAD-A18AA7 External static pressure 0.14 [in.WG] (35Pa) 70.0 65.0 60.0 m a 55.0 0 N m 50.0 a 0 E 45.0 a > 40.0 m m � 35.0 N ti30.0 c n 25.0 20.0 O 15.0 10.0 5.0 00 igh - Low iddle 7MH Approximate minimum audible limit on --- continuous noise-------------------------------------------------------------- External static pressure 0.40 [in.WG] (100Pa) 70.0 65.0 60.0 NC-60 a 55.0 0 N m 50.0 a NC-50 0 co 45.0 a > 40.0 d NC-40 m 35.0 N t 30.0 NC-30 c 25.0 20.0 NC-20 O 15.0 10.0 5.0 00 High - Low Middle 6 % _____________ Approximate minimum________ audible limit on --- continuous noise --------- --------- ------------- ----------- ------------------- 63 125 250 500 1k 2k 4k 8k 63 125 250 500 1k 2k 4k 8k Octave band center frequencies (Hz) Octave band center frequencies (Hz) External static pressure 0.20 [in.WG] (50Pa) External static pressure 0.60 [in.WG] (150Pa) 70.0 65.0 60.0 m a 55.0 0 N m 50.0 v 0 E 45.0 a d 40.0 d �i 35.0 d a 30.0 a a 25.0 m m 20.0 U O 15.0 10.0 5.0 00 High Low Middle Approximate minimum audible limit on continuous noise________________------------------------------------------ 70.0 65.0 60.0 NC-60 0_ 55.0 0 N m 50.0 v NC50 0 co 45.0 > 40.0 d NC-40 d �i 35.0 d a 30.0 NC-30 v a 25.0 m m 20.0 U NC-20 O 15.0 10.0 5.0 00 High Low Middle ` ______ i______ _ _______________________________ ____________ _------ __--- _---- ______ ______________ _ __________<___ - __________ Approximate minimum audible limit on continuous noise--------- ---------------------------------------------------- 63 125 250 500 11, 21, 41, 8k 63 125 250 500 11, 21, 4k 8k Octave band center frequencies (Hz) Octave band center frequencies (Hz) External static pressure 0.28 [in.WG] (70Pa) 70.0 65.0 60.0 m 0 55.0 0 N m 50.0 a 0 E 45.0 a_ >m 40.0 d 5 35.0 d n 30.0 a a 25.0 d m 20.0 U O 15.0 10.0 5.0 00 ___ _____---- ----------- __ High - Low ------- _ ____ _______ _____ __________ ___________________ _� Middle Approximate minimum audible limit on continuous noise 63 125 250 500 lk 21, 41, 8k Octave band center frequencies (Hz) NC-60 NC-50 NC-40 NC-30 NC-20 NC-60 NC-60 NC-40 NC-30 NC-20 NC-60 NC-50 NC-40 NC-30 NC-20 A-215 SVZ-KP12NA Condition Acale LINE Condition Acale LINE High 36 High 39 Middle 34 Middle 36 Low 28 Low 29 External Static Pressure : 0.3inWG. (75Pa) External Static Pressure : 0.5inWG. (125Pa) 90 80 20 10 NC-70 NC50 NC50 NC40 NC50 Na20 63 125 250 500 ik 2k 4k 8k 63 125 250 500 ik 21, 4k 8k Octave band centrer frequencies (Hz) Octave band centrer frequencies (Hz) Condition Acale LINE High 47 Middle 42 Low 35 External Static Pressure : 0.8inWG. (200Pa) 90 80 w a. s N 70 I fJ7 m � 'O N 0) 0 50 y y 0) O. 40 m 0) N O U 30 20 10 90 80 m a s NC-7a N 70 II Co V O Cp 60 NG60 -O 0) > 0) 0 50 NC-60 3 N N 0) d 40 N.- � L 0) t0 O 30 NC50 20 Nam 10 NC-70 NC-80 NC-50 NC NC50 NC-20 63 125 250 500 ik 2k 4k 8k Octave band centrer frequencies (Hz) A-216 SVZ-KP18NA Condition Acale LINE Condition Acale LINE High 36 HE 41 Middle 35 Middle 36 Low 31 Low 33 External Static Pressure : O.3inWG. (75Pa) External Static Pressure : O.SinWG. (125Pa) 00 80 M a s N 70 I m Co 80 a 0) > 0) 0 50 J N N 0) a 40 m a d m 30 90 80 NG70 NGW NGW N000 F NC30 20 FApproximate minimum `Approximate minimum Il{FFaudible limit on audible limit on NGso continuous ndse continuous noise 10 63 125 250 500 1k 2k 41, Sk 63 125 250 500 1k 2k 4k 8k Octave band centrer frequencies (Hz) Octave band centrer frequencies (Hz) Condition Acale LINE Hddl igh 45 Mie 41 Low 37 External Static Pressure : O.8inWG. (2OOPa) 90 80 m o_ N 70 I m O m 60 N N 0) 50 0) W OJ O. 40 l0 d O) f0 O 30 20 10 M a NG]0 C 70 II Co O m 60 NC 80 0) > 0) N 50 NC50 N N 0) a 40 N— d m O 30 NC 20 NC-2 10 NG70 NC40 NC-50 NC NC-30 NC-70 63 125 250 500 ik 2k 4k Sk Octave band centrer frequencies (Hz) A-217 MFZ-KJ09NA 9( 8C 7C 6( 50 rn rn w o! c 40 z O Vl z 30 ro w R 0 20 10 FUNCTION SPL(dB(A)) LINE COOLING 46 HEATING 46 O p:_ NC-70 NC-60 NC-50 N 7N::: NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MFZ-KJ 15NA FUNCTION SPL(dB(A)) LINE COOLING 47 O • HEATING 49 O� 9( 8( 7C 6C i I i 5C i I I 4C i I 3C 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NC-70 NC-60 NC-50 NC-40 NC30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 IViI*a:lpliPAZF-11 50 40 30 20 10 FUNCTION SPL(dB(A)) LINE COOLING 46 0--11111, HEATING 46 O NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MFZ-KJ18NA 60 50 40 30 20 10 FUNCTION SPL(dB(A)) LINE COOLING 50 HEATING 49 O NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-218 10-2. OUTDOOR UNIT MUZ-GL09NA MUZ-GL09NAH 90 'm 80 a s N O O 70 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING 48 • HEATING 50 Q-O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 MUZ-GL15NA MUZ-GL15NAH av 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 49 �• HEATING 51 O----O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE MUZ-GL12NA MUZ-GL12NAH COOLING 49 0 v 60 J w w 50 N N w m 0 40 D O y z 30 m w 0 20 10 NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR NC-20 CONTINUOUS NOISE 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-GL18NA MUZ-GL18NAH w w J 50 d OJ w 0! c 40 z 0 O N 13 zz 30 a m w Q 20 O 10 NOTCH v 60 J w w 50 N N w m 0 40 D O y z 30 m w 0 20 10 NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR NC-20 CONTINUOUS NOISE 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-GL18NA MUZ-GL18NAH w w J 50 d OJ w 0! c 40 z 0 O N 13 zz 30 a m w Q 20 O 10 NOTCH 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-GL18NA MUZ-GL18NAH w w J 50 d OJ w 0! c 40 z 0 O N 13 zz 30 a m w Q 20 O 10 NOTCH SPL(dB(A)) LINE COOLING 54 �• HEATING 55 O-O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-219 LINE MUZ-GL24NA NOTCH SPL(dB(A)) 90 a 80 s N O O n 70 m a s 60 J W W J 50 N N W 0: 0- 40 0 z 0 O N z 30 a m W a 0 20 10 NC-70 NC-80 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR NC-20 CONTINUOUS NOISE 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUY-GL12NA au 80 70 60 50 40 30 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUY-GL12NA au 80 70 60 50 40 30 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING 49 �• HEATING — O I z NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 MUY-GL09NA av 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 48 • • HEATING — Q—O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUY-GL15NA yv 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 49 �• HEATING — O NC-70 NC-60 NC -50 NCdO APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-220 MUY-GL18NA au 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 54 • • HEATING — O---o NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-HM09NA 9C 8C 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 46 • • HEATING 50 G—O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUY-GL24NA au 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 55 • • HEATING — O NC-70 15 - ------ NC-60 rlNC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-HM12NA 9C 8C 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 49 • • HEATING 51 0 ----O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-221 MUZ-HM15NA y� 80 70 60 50 40 30 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING 49 0----• HEATING 51 Cl--O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 MUZ-HM24NA 9C i 8C 70 1 60 i 7 ! 50 i 7 7 40 i 7 30 i i 20 10 NOTCH SPL(dB(A)) LINE COOLING 54 • • HEATING 55 QUO NC4 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 — NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-HM18NA 9[ 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 49 �• HEATING 51 0-O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-222 MUZ-FH06NA MUZ-FH06NAH 90 `m 80 a a N O O O 70 m D O D 60 J' w w J 50 7 N N W 0 40 z O N °z 30 a 0] W Q 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING 47 �• HEATING 48 D-O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 MUZ-FH12NA MUZ-FH12NAH 90 `m 80 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING 49 • • HEATING 51 O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 MUZ-FH09NA MUZ-FH09NAH 90 m 80 a s N O O O 70 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING 48 • • HEATING 49 Q~O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 MUZ-FH15NA MUZ-FH15NAH 90 m 80 3C 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NOTCH SPL(dB(A)) LINE COOLING 51 • • HEATING 55 O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 A-223 LINE MUZ-FH18NA2 NOTCH SPL(dB(A)) 90 a 80 a N O O O II 70 m c 0 v 60 J' W w J 50 Vl Vl W 0: 0 40 z 7 O N zz 30 m W a a 20 O 10 NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR NC-20 CONTINUOUS NOISE 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-FE12NAH 9C 8C NOTCH 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-FE12NAH 9C 8C NOTCH SPL(dB(A)) LINE COOLING 48 • HEATING 49 O� NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-FE09NAH yv 80 70 60 50 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 48 �• HEATING 49 O NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUZ-D30NA MUY-D30NA 90 m 80 a s N O O O � 70 II m 9 O v 60 J w w J 50 N N W a 40 30 20 10 NOTCH SPL(dB(A)) LINE COOLING 55 • HEATING 57 O---o NC-70 NC-60 NC-50 NC-40 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-30 NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-224 MUZ-D36NA MUY-D36NA 9C 6C 7C 6C 5C 4C 3C 2C 1C NOTCH SPL(dB(A)) LINE COOLING 56 HEATING 57 C`O mos 44:% i`il 1-7,60h, ®R N LTHRESHOLD :. NUO � 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz UNIT 39-3/8 inch MICROPHONE A-225 SUZ-KA09NA 9C 8( 7f 6C 5C 4C z 30 a m W a 0 20 10 FUNCTION SPL(dB(A)) LINE COOLING 46 �• HEATING 50 C-O NC-70 - ------------- ---------- NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SUZ-KA15NA FUNCTION SPL(dB(A)) LINE COOLING 49 O • HEATING 51 O-O 9( 8( 7( 6( 5( 40 30 20 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 SUZ-KAl2NA 30 c 7 J i 20 10 FUNCTION SPL(dB(A)) LINE COOLING 49 �• HEATING 51 ----O NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz SUZ-KA18NA au 80 70 60 50 40 30 20 10 FUNCTION SPL(dB(A)) LINE COOLING 54 • • HEATING 56 O NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-20 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-226 MUFZ-KJ09NAHZ FUNCTION SPL(dB(A)) LINE COOLING 48 HEATING 50 O� MENOMONEE 0000110100011 0 Elomm-MIN �Em_ 1% -'qmm , _Rhq -mm mmmmmm� E ma'sm " 1 0 100610's� ��l® 0 0 �0_ APPROXIMATE� 5 20 0 limm N 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUFZ-KJ15NAHZ 6( ! 5C 30 20 10 FUNCTION SPL(dB(A)) LINE COOLING 51 HEATING 55 O-O MENOMONEE 00107011MOMEOUR, i � � _ MEN pm 7 Sir 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUFZ-KJ12NAHZ 9C 8C 7C 6C 5C 4C 3C FUNCTION SPL(dB(A)) LINE COOLING 48 HEATING 50 O� MENOMONEE ro am, MN't -ma WOOl P �=-l�_ _ 20 0 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MUFZ-KJ18NAHZ FUNCTION SPL(dB(A)) LINE 9C 8C 7C 60 50 40 30 20 10 COOLING 51 HEATING 55 O-O MENOMONEE M IS SOE ME® 11044,� IS on11. 0 0 Ew �_ m IN M61 EN, 7 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz A-227 MUZ-GL09NA MUZ-GL09NAH 25 35 45 55 Outdoor Temperature Degrees (°F) HEATI 65 75 Inutdnnr Temnernhire Denrees (°F) 1 -4.0 1 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.01 ■!!!!!!!!!!!!!l���!!!!!!!!!!!!■ ■ ice!!!!!!!!!!!!!!!!!!!!!!!!!!!■ 1'. 65 75 HEATING CAPACITY Outdoor Temperature Degrees °F -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.0 Heating Capacity 55% 68% 81% 90% 98%1 100% 100% 100% 100% A-228 MUZ-GL15NA MUZ-GL15NAH 120% 100% -80% c° 240% 0 20% 0% -4 5 15 25 35 45 Outdoor Temperature Degrees (°F) 55 65 75 HEATING CAPACITY Outdoor Tem erature Degrees °F -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.0 Heating Capacity 62% 76% 90% 94% 94% 95%1 100% 100%1 100% MUZ-GL18NA 120% 100% = 40% - ---------------------------------------- HEATING CAPACITY Outdoor Tem erature Degrees °F -4.01 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 Heating Capacity 58% 69% 79% 90%1 100% 100% 100% 100% 100% A-229 MUZ-GL18NAH HEATING CAPACITY Outdoor Temperature Degrees °F -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.0 Heating Capacity 48% 60% 73% 86% 98%1 100% 100% 100% 100% MUZ-GL24NA MUZ-GL24NAH 1 -4 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) jOutdoor Temperature Degrees (°F) 1 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.01 Heatina Caoacity 1 56% 70% 85% 95%1 100% 100% 100%1 10, 100% A-230 MUZ-HM09NA - ., IN I IN IN NEENEEMENSINEEM■ NEENEEMENEEMENE :�NEEN����EEM: NEMENE MEEMENNINEEMENEEN ■EEMENEEMENSINEEM■ INEENEENEEMENEEMENE INEENEENEEMENEEMENE INEENEENEEMENEEMENE MEEMENNINEEMENEEN INEENEENEEMENEEMENE ■EEMENEEMENSINEEM■ HEATIN 25 35 45 Outdoor Temperature Degrees (°F) 55 65 75 10iitdonr Temnerature Denrees PF) 1 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 1 MUZ-HM09NA - un 1 1 U (° d (0 U rn c 2 0 -4 5 15 25 35 45 55 65 75 -4 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temperature Degrees °F -4.01 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 Heating Capacity 60% 69% 78% 83% 87% 91%1 100% 100% 100% A-231 MUZ-HM12NA - 25 35 45 55 Outdoor Temperature Degrees (°F) HEATI 65 75 Inutdnnr Temnerature Denrees (°F) 1 -4.0 1 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.01 m HEATING CAPACITY Outdoor Temperature De rees °F -4.01 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 75.0 Heating Capacity 67% 76% 86% 91% 94% 97%1 100% 100% 100% A-232 MUZ-HM15NA 120 100 80' m n m 60' c m = 40' 0 20' 0' 4 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) H EATI N IOutdonr Temnerature Denrees PF) 1 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 1 MUZ-HM18NA 1 -4 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Tem erature Degrees °F -4.01 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 Heating Capacity 61% 71% 81% 92%1 100% 100% 100% 100%1 100% A-233 MUZ-HM24NA 120% 100% cu o. m 60% m = 40% o� 20% 0% -4 HEATING CAPACITY 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) IOutdnnr Temnerature Denrees (°F) 1 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 1 A-234 MUZ-FH06NA MUZ-FH06NAH 55 65 75 I nllt(tonr TPmnPraturP r]earees PF) 1 -13.0 1 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 1 MUZ-FH09NA 120% 100% T 80% U a N V 60% o� c 2 40% 0 20% 0% -13 -5 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temnerature Dearees (oF) 1 -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.0 A-235 MUZ-FH09NAH 120% 100% w 80% U 60% m 2 40% 0 20% 0% 4- -13 -5 5 15 25 35 45 Outdoor Temperature Degrees (°F) 55 65 75 HEATING CAPACITY Outdoor Temperature De rees °F -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.8 75.0 Heating Capacity 71% 86%1 100% 100% 100% 100% 100% 100% 100% 100% MUZ-FH12NA MUZ-FH12NAH 120% 100% .�:, 80% U co Q co 60% rn c m = 40% a 20% 0% -13 -5 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temperature De rees °F -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.0 Heating Capacity 73% 86%1 100% 100% 100% 100% 100% 100% 100% 100% A-236 MUZ-FH15NA MUZ-FH15NAH 75.0 MUZ-FH18NA2 MUZ-FH18NAH2 120% 100% 80%i° 0000 Q m U 60% m 2 40% 0 20% 0% -13 -5 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Tem erature Degrees °F -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.0 Heating Capacity 70% 85%1 100% 100% 100% 100% 100% 100% 100% 100% A-237 MUZ-FE09NAH v HEATING CAPACITY Outdoor Temperature De rees °F -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.8 75.0 Heating Capacity 62% 82%1 100% 100% 100% 100% 100% 100%1 100% 100% OMWA wMAMI 5 15 25 35 45 Outdoor Temperature Degrees (°F) 711-111�I�[eZi71��N1�'/ 55 65 75 IOutdoor Temperature Degrees CF) 1 -13.01 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 69.81 75.01 Heatina CaDacitV 1 58% 75% 92%1 100% 100% 100% 100% 100% 100% 100% A-238 MUZ-D30NA 120% 100% w 80% U (0 Q U 60% c co = 40% 0 20% 0% +—� 1415 25 35 45 55 65 75 Outdoor Temperature Degrees (IF) HEATING CAPACITY Outdoor Tem erature Degrees F 14.01 23.01 32.01 41.01 50.01 69.81 75.0 Heating Capacity 61 % 70% 78% 86%1 100% 100% 100% MUZ-D36NA 12no/ 10 8 U f6 Q U 6 rn c m m 4 0 2 1415 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Tem erature De rees F 14.01 23.01 32.01 41.01 50.01 69.81 75.0 Heating Capacity 65% 72% 78% 84%1 100% 100%1 1007o A-239 MUFZ-KJ09NAHZ 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temperature De rees °F -13.0 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 Heatina CaDacitV 1 66% 83%1 100% 100% 100% 100% 100% 100% 100% 100% MUFZ-KJ12NAHZ u 1:1�1 -13 -5 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) I()iitrinnrTamnarntiira nanraac PFI 1 -13.0 1 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 1 A-240 MUFZ-KJ15NAHZ -13 -5 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) IOutdoor TP.mneraturP. Dearees ('R 1 -13.0 1 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 1 MUFZ-KJ18NAHZ -13 -5 5 15 25 35 45 55 65 75 Outdoor Temperature Degrees (°F) IOutdoor Temnerature Dearees (°F) 1 -13.0 1 -4.0 1 5.0 1 14.0 1 23.0 1 32.0 1 41.0 1 50.0 1 69.8 1 75.0 1 A-241 12-1. NON INVERTER COOLING CAPACITY MU-A09WA CAPACITY (Btu/h): 9500 INPUT: 870 (W) SHF: 0.68 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 11163 5581 0.50 696 10688 5344 0.50 731 10260 5130 0.50 766 9880 4940 0.50 800 70 68 11638 4422 0.38 731 11163 4242 0.38 774 10830 4115 0.38 792 10450 3971 0.38 827 72 64 11163 6028 0.54 696 10688 5771 0.54 731 10260 5540 0.54 766 9880 5335 0.54 800 72 68 11638 4888 0.42 731 11163 4688 0.42 774 10830 4549 0.42 792 10450 4389 0.42 827 72 72 12113 3634 0.30 757 11685 3506 0.30 805 11400 3420 0.30 827 10925 3278 0.30 861 73 64 11163 6474 0.58 696 10688 6199 0.58 731 10260 5951 0.58 766 9880 5730 0.58 800 73 68 11638 5353 0.46 731 11163 5135 0.46 774 10830 4982 0.46 792 10450 4807 0.46 827 73 72 12113 4118 0.34 757 11685 3973 0.34 805 11400 3876 0.34 827 10925 3715 0.34 861 75 64 11163 6921 0.62 696 10688 6626 0.62 731 10260 6361 0.62 766 9880 6126 0.62 800 75 68 11638 5819 0.50 731 11163 5581 0.50 774 10830 5415 0.50 792 10450 5225 0.50 827 75 72 12113 4603 0.38 757 11685 4440 0.38 805 11400 4332 0.38 827 10925 4152 0.38 861 75 75 12730 3310 0.26 792 12255 3186 0.26 835 11970 3112 0.26 861 11590 3013 0.26 905 77 64 11163 7367 0.66 696 10688 7054 0.66 731 10260 6772 0.66 766 9880 6521 0.66 800 77 68 11638 6284 0.54 731 11163 6028 0.54 774 10830 5848 0.54 792 10450 5643 0.54 827 77 72 12113 5087 0.42 757 11685 4908 0.42 805 11400 4788 0.42 827 10925 4589 0.42 861 77 75 12730 3819 0.30 792 12255 3677 0.30 835 11970 3591 0.30 861 11590 3477 0.30 905 79 64 11163 7814 0.70 696 10688 7481 0.70 731 10260 7182 0.70 766 9880 6916 0.70 800 79 68 11638 6750 0.58 731 11163 6474 0.58 774 10830 6281 0.58 792 10450 6061 0.58 827 79 72 12113 5572 0.46 757 11685 5375 0.46 805 11400 5244 0.46 827 10925 5026 0.46 861 79 75 12730 4328 0.34 792 12255 4167 0.34 835 11970 4070 0.34 861 11590 3941 0.34 905 79 79 13110 2884 0.22 835 12730 2801 0.22 879 12540 2759 0.22 905 12160 2675 0.22 931 81 64 11163 8260 0.74 696 10688 7909 0.74 731 10260 7592 0.74 766 9880 7311 0.74 800 81 68 11638 7215 0.62 731 11163 6921 0.62 774 10830 6715 0.62 792 10450 6479 0.62 827 81 72 12113 6056 0.50 757 11685 5843 0.50 805 11400 5700 0.50 827 10925 5463 0.50 861 81 75 12730 4837 0.38 792 12255 4657 0.38 835 11970 4549 0.38 861 11590 4404 0.38 905 81 79 13110 3409 0.26 835 12730 3310 0.26 879 12540 3260 0.26 905 12160 3162 0.26 931 82 64 11163 8707 0.78 696 10688 8336 0.78 731 10260 8003 0.78 766 9880 7706 0.78 800 82 68 11638 7681 0.66 731 11163 7367 0.66 774 10830 7148 0.66 792 10450 6897 0.66 827 82 72 12113 6541 0.54 757 11685 6310 0.54 805 11400 6156 0.54 827 10925 5900 0.54 861 82 75 12730 5347 0.42 792 12255 5147 0.42 835 11970 5027 0.42 861 11590 4868 0.42 905 82 79 13110 3933 0.30 835 12730 3819 0.30 879 12540 3762 0.30 905 12160 3648 0.30 931 84 64 11163 9153 0.82 696 10688 8764 0.82 731 10260 8413 0.82 766 9880 8102 0.82 800 84 68 11638 8146 0.70 731 11163 7814 0.70 774 10830 7581 0.70 792 10450 7315 0.70 827 84 72 12113 7025 0.58 757 11685 6777 0.58 805 11400 6612 0.58 827 10925 6337 0.58 861 84 75 12730 5856 0.46 792 12255 5637 0.46 835 11970 5506 0.46 861 11590 5331 0.46 905 84 79 13110 4457 0.34 835 12730 4328 0.34 879 12540 4264 0.34 905 12160 4134 0.34 931 86 64 11163 9600 0.86 696 10688 9191 0.86 731 10260 8824 0.86 766 9880 8497 0.86 800 86 68 11638 8612 0.74 731 11163 8260 0.74 774 10830 8014 0.74 792 10450 7733 0.74 827 86 72 12113 7510 0.62 757 11685 7245 0.62 805 11400 7068 0.62 827 10925 6774 0.62 861 86 75 12730 6365 0.50 792 12255 6128 0.50 835 11970 5985 0.50 861 11590 5795 0.50 905 86 79 13110 4982 0.38 835 12730 4837 0.38 879 12540 4765 0.38 905 12160 4621 0.38 931 88 64 11163 10046 0.90 696 10688 9619 0.90 731 10260 9234 0.90 766 9880 8892 0.90 800 88 68 11638 9077 0.78 731 11163 8707 0.78 774 10830 8447 0.78 792 10450 8151 0.78 827 88 72 12113 7994 0.66 757 11685 7712 0.66 805 11400 7524 0.66 827 10925 7211 0.66 861 88 75 12730 6874 0.54 792 12255 6618 0.54 835 11970 6464 0.54 861 11590 6259 0.54 905 88 79 13110 5506 0.42 835 12730 5347 0.42 879 12540 5267 0.42 905 12160 5107 0.42 931 90 64 11163 10493 0.94 696 10688 10046 0.94 731 10260 9644 0.94 766 9880 9287 0.94 800 90 68 11638 9543 0.82 731 11163 9153 0.82 774 10830 8881 0.82 792 10450 8569 0.82 827 90 72 12113 8479 0.70 757 11685 8180 0.70 805 11400 7980 0.70 827 10925 7648 0.70 861 90 75 12730 7383 0.58 792 12255 7108 0.58 835 11970 6943 0.58 861 11590 6722 0.58 905 90 79 13110 6031 0.46 835 12730 5856 0.46 879 12540 5768 0.46 905 12160 5594 0.46 931 Note: CA: Capacity (Btu/h) SHC: Sensible heat capacity (Btu/h) SHF: Sensible heat factor P.C.: Power consumption (kW) D.B.: Dry-bulb temperature W.B.: Wet -bulb temperature A-242 MU-A09WA CAPACITY (Btu/h): 9500 INPUT: 870 (W) SHF: 0.68 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 9310 4655 0.50 853 8550 4275 0.50 905 7885 3943 0.50 940 70 68 9785 3718 0.38 887 9120 3466 0.38 931 8455 3213 0.38 983 72 64 9310 5027 0.54 853 8550 4617 0.54 905 7885 4258 0.54 940 72 68 9785 4110 0.42 887 9120 3830 0.42 931 8455 3551 0.42 983 72 72 10355 3107 0.30 922 9690 2907 0.30 974 9025 2708 0.30 1009 73 64 9310 5400 0.58 853 8550 4959 0.58 905 7885 4573 0.58 940 73 68 9785 4501 0.46 887 9120 4195 0.46 931 8455 3889 0.46 983 73 72 10355 3521 0.34 922 9690 3295 0.34 974 9025 3069 0.34 1009 75 64 9310 5772 0.62 853 8550 5301 0.62 905 7885 4889 0.62 940 75 68 9785 4893 0.50 887 9120 4560 0.50 931 8455 4228 0.50 983 75 72 10355 3935 0.38 922 9690 3682 0.38 974 9025 3430 0.38 1009 75 75 109251 2841 0.26 1 957 110260 2668 1 0.26 1001 1 9690 2519 1 0.26 1044 77 64 9310 6145 0.66 853 8550 5643 0.66 905 7885 5204 0.66 940 77 68 9785 5284 0.54 887 9120 4925 0.54 931 8455 4566 0.54 983 77 72 10355 4349 0.42 922 9690 4070 0.42 974 9025 3791 0.42 1009 77 75 10925 3278 0.30 957 10260 3078 0.30 1001 9690 2907 0.30 1044 79 64 9310 6517 0.70 853 8550 5985 0.70 905 7885 5520 0.70 940 79 68 9785 5675 0.58 887 9120 5290 0.58 931 8455 4904 0.58 983 79 72 10355 4763 0.46 922 9690 4457 0.46 974 9025 4152 0.46 1009 79 75 10925 3715 0.34 957 10260 3488 0.34 1001 9690 3295 0.34 1044 79 79 11495 2529 0.22 992 10830 2383 0.22 1035 10165 2236 0.22 1079 81 64 9310 6889 0.74 853 8550 6327 0.74 905 7885 5835 0.74 940 81 68 9785 6067 0.62 887 9120 5654 0.62 931 8455 5242 0.62 983 81 72 10355 5178 0.50 922 9690 4845 0.50 974 9025 4513 0.50 1009 81 75 10925 4152 0.38 957 10260 3899 0.38 1001 9690 3682 0.38 1044 81 79 11495 2989 0.26 992 10830 2816 0.26 1035 10165 2643 0.26 1079 82 64 9310 7262 0.78 853 8550 6669 0.78 905 7885 6150 0.78 940 82 68 9785 6458 0.66 887 9120 6019 0.66 931 8455 5580 0.66 983 82 72 10355 5592 0.54 922 9690 5233 0.54 974 9025 4874 0.54 1009 82 75 10925 4589 0.42 957 10260 4309 0.42 1001 9690 4070 0.42 1044 82 79 11495 3449 0.30 992 10830 3249 0.30 1035 10165 3050 0.30 1079 84 64 9310 7634 0.82 853 8550 7011 0.82 905 7885 6466 0.82 940 84 68 9785 6850 0.70 887 9120 6384 0.70 931 8455 5919 0.70 983 84 72 10355 6006 0.58 922 9690 5620 0.58 974 9025 5235 0.58 1009 84 75 10925 5026 0.46 957 10260 4720 0.46 1001 9690 4457 0.46 1044 84 79 11495 3908 0.34 992 10830 3682 0.34 1035 10165 3456 0.34 1079 86 64 9310 8007 0.86 853 8550 7353 0.86 905 7885 6781 0.86 940 86 68 9785 7241 0.74 887 9120 6749 0.74 931 8455 6257 0.74 983 86 72 10355 6420 0.62 922 9690 6008 0.62 974 9025 5596 0.62 1009 86 75 10925 5463 0.50 957 10260 5130 0.50 1001 9690 4845 0.50 1044 86 79 11495 4368 0.38 992 10830 4115 0.38 1035 10165 3863 0.38 1079 88 64 9310 8379 0.90 853 8550 7695 0.90 905 7885 7097 0.90 940 88 68 9785 7632 0.78 887 9120 7114 0.78 931 8455 6595 0.78 983 88 72 10355 6834 0.66 922 9690 6395 0.66 974 9025 5957 0.66 1009 88 75 10925 5900 0.54 957 10260 5540 0.54 1001 9690 5233 0.54 1044 88 79 11495 4828 0.42 992 10830 4549 0.42 1035 10165 4269 0.42 1079 90 64 9310 8751 0.94 853 8550 8037 0.94 905 7885 7412 0.94 940 90 68 9785 8024 0.82 887 9120 7478 0.82 931 8455 6933 0.82 983 90 72 10355 7249 0.70 922 9690 6783 0.70 974 9025 6318 0.70 1009 90 75 10925 6337 0.58 957 10260 5951 0.58 1001 9690 5620 0.58 1044 90 79 11495 5288 0.46 992 10830 4982 0.46 1035 10165 4676 0.46 1079 Note: CA: Capacity (Btu/h) SHC: Sensible heat capacity (Btu/h) SHF: Sensible heat factor P.C.: Power consumption (kW) D.B.: Dry-bulb temperature W.B.: Wet -bulb temperature A-243 MU-Al2WA CAPACITY (Btu/h): 12000 INPUT: 1070 (W) SHE 0.70 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 14100 7332 0.52 856 13500 7020 0.52 899 12960 6739 0.52 942 12480 6490 0.52 984 70 68 14700 5880 0.40 899 14100 5640 0.40 952 13680 5472 0.40 974 13200 5280 0.40 1017 72 64 14100 7896 0.56 856 13500 7560 0.56 899 12960 7258 0.56 942 12480 6989 0.56 984 72 68 14700 6468 0.44 899 14100 6204 0.44 952 13680 6019 0.44 974 13200 5808 0.44 1017 72 72 15300 4896 0.32 931 14760 4723 0.32 990 14400 4608 0.32 1017 13800 4416 0.32 1059 73 64 14100 8460 0.60 856 13500 8100 0.60 899 12960 7776 0.60 942 12480 7488 0.60 984 73 68 14700 7056 0.48 899 14100 6768 0.48 952 13680 6566 0.48 974 13200 6336 0.48 1017 73 72 15300 5508 0.36 931 14760 5314 0.36 990 14400 5184 0.36 1017 13800 4968 0.36 1059 75 64 14100 9024 0.64 856 13500 8640 0.64 899 12960 8294 0.64 942 12480 7987 0.64 984 75 68 14700 7644 0.52 899 14100 7332 0.52 952 13680 7114 0.52 974 13200 6864 0.52 1017 75 72 15300 6120 0.40 931 14760 5904 0.40 990 14400 5760 0.40 1017 13800 5520 0.40 1059 75 1 75 160801 4502 0.28 1 974 115480 4334 1 0.28 1027 115120 4234 1 0.28 1059 1146401 4099 0.28 1 1113 77 64 14100 9588 0.68 856 13500 9180 0.68 899 12960 8813 0.68 942 12480 8486 0.68 984 77 68 14700 8232 0.56 899 14100 7896 0.56 952 13680 7661 0.56 974 13200 7392 0.56 1017 77 72 15300 6732 0.44 931 14760 6494 0.44 990 14400 6336 0.44 1017 13800 6072 0.44 1059 77 75 16080 5146 0.32 974 15480 4954 0.32 1027 15120 4838 0.32 1059 14640 4685 0.32 1113 79 64 14100 10152 0.72 856 13500 9720 0.72 899 12960 9331 0.72 942 12480 8986 0.72 984 79 68 14700 8820 0.60 899 14100 8460 0.60 952 13680 8208 0.60 974 13200 7920 0.60 1017 79 72 15300 7344 0.48 931 14760 7085 0.48 990 14400 6912 0.48 1017 13800 6624 0.48 1059 79 75 16080 5789 0.36 974 15480 5573 0.36 1027 15120 5443 0.36 1059 14640 5270 0.36 1113 79 79 16560 3974 0.24 1027 16080 3859 0.24 1081 15840 3802 0.24 1113 15360 3686 0.24 1145 81 64 14100 10716 0.76 856 13500 10260 0.76 899 12960 9850 0.76 942 12480 9485 0.76 984 81 68 14700 9408 0.64 899 14100 9024 0.64 952 13680 8755 0.64 974 13200 8448 0.64 1017 81 72 15300 7956 0.52 931 14760 7675 0.52 990 14400 7488 0.52 1017 13800 7176 0.52 1059 81 75 16080 6432 0.40 974 15480 6192 0.40 1027 15120 6048 0.40 1059 14640 5856 0.40 1113 81 79 16560 4637 0.28 1027 16080 4502 0.28 1081 15840 4435 0.28 1113 15360 4301 0.28 1145 82 64 14100 11280 0.80 856 13500 10800 0.80 899 12960 10368 0.80 942 12480 9984 0.80 984 82 68 14700 9996 0.68 899 14100 9588 0.68 952 13680 9302 0.68 974 13200 8976 0.68 1017 82 72 15300 8568 0.56 931 14760 8266 0.56 990 14400 8064 0.56 1017 13800 7728 0.56 1059 82 75 16080 7075 0.44 974 15480 6811 0.44 1027 15120 6653 0.44 1059 14640 6442 0.44 1113 82 79 16560 5299 0.32 1027 16080 5146 0.32 1081 15840 5069 0.32 1113 15360 4915 0.32 1145 84 64 14100 11844 0.84 856 13500 11340 0.84 899 12960 10886 0.84 942 12480 10483 0.84 984 84 68 14700 10584 0.72 899 14100 10152 0.72 952 13680 9850 0.72 974 13200 9504 0.72 1017 84 72 15300 9180 0.60 931 14760 8856 0.60 990 14400 8640 0.60 1017 13800 8280 0.60 1059 84 75 16080 7718 0.48 974 15480 7430 0.48 1027 15120 7258 0.48 1059 14640 7027 0.48 1113 84 79 16560 5962 0.36 1027 16080 5789 0.36 1081 15840 5702 0.36 1113 15360 5530 0.36 1145 86 64 14100 12408 0.88 856 13500 11880 0.88 899 12960 11405 0.88 942 12480 10982 0.88 984 86 68 14700 11172 0.76 899 14100 10716 0.76 952 13680 10397 0.76 974 13200 10032 0.76 1017 86 72 15300 9792 0.64 931 14760 9446 0.64 990 14400 9216 0.64 1017 13800 8832 0.64 1059 86 75 16080 8362 0.52 974 15480 8050 0.52 1027 15120 7862 0.52 1059 14640 7613 0.52 1113 86 79 16560 6624 0.40 1027 16080 6432 0.40 1081 15840 6336 0.40 1113 15360 6144 0.40 1145 88 64 14100 12972 0.92 856 13500 12420 0.92 899 12960 11923 0.92 942 12480 11482 0.92 984 88 68 14700 11760 0.80 899 14100 11280 0.80 952 13680 10944 0.80 974 13200 10560 0.80 1017 88 72 15300 10404 0.68 931 14760 10037 0.68 990 14400 9792 0.68 1017 13800 9384 0.68 1059 88 75 16080 9005 0.56 974 15480 8669 0.56 1027 15120 8467 0.56 1059 14640 8198 0.56 1113 88 79 16560 7286 0.44 1027 16080 7075 0.44 1081 15840 6970 0.44 1113 15360 6758 0.44 1145 90 64 14100 13536 0.96 856 13500 12960 0.96 899 12960 12442 0.96 942 12480 11981 0.96 984 90 68 14700 12348 0.84 899 14100 11844 0.84 952 13680 11491 0.84 974 13200 11088 0.84 1017 90 72 15300 11016 0.72 931 14760 10627 0.72 990 14400 10368 0.72 1017 13800 9936 0.72 1059 90 75 16080 9648 0.60 974 15480 9288 0.60 1027 15120 9072 0.60 1059 14640 8784 0.60 1113 90 79 16560 7949 0.48 1027 16080 7718 0.48 1081 15840 7603 0.48 1113 15360 7373 0.48 1145 Note: CA: Capacity (Btu/h) SHC: Sensible heat capacity (Btu/h) SHF: Sensible heat factor P.C.: Power consumption (kW) D.B.: Dry-bulb temperature W.B.: Wet -bulb temperature MU-Al2WA CAPACITY (Btu/h): 12000 INPUT: 1070 (W) SHF: 0.70 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 11760 6115 0.52 1049 10800 5616 0.52 1113 9960 5179 0.52 1156 70 68 12360 4944 0.40 1091 11520 4608 0.40 1145 10680 4272 0.40 1209 72 64 11760 6586 0.56 1049 10800 6048 0.56 1113 9960 5578 0.56 1156 72 68 12360 5438 0.44 1091 11520 5069 0.44 1145 10680 4699 0.44 1209 72 72 13080 4186 0.32 1134 12240 3917 0.32 1198 11400 3648 0.32 1241 73 64 11760 7056 0.60 1049 10800 6480 0.60 1113 9960 5976 0.60 1156 73 68 12360 5933 0.48 1091 11520 5530 0.48 1145 10680 5126 0.48 1209 73 72 13080 4709 0.36 1134 12240 4406 0.36 1198 11400 4104 0.36 1241 75 64 11760 7526 0.64 1049 10800 6912 0.64 1113 9960 6374 0.64 1156 75 68 12360 6427 0.52 1091 11520 5990 0.52 1145 10680 5554 0.52 1209 75 72 13080 5232 0.40 1134 12240 4896 0.40 1198 11400 4560 0.40 1241 75 75 13800 3864 0.28 1177 12960 3629 0.28 1231 12240 3427 0.28 1284 77 64 11760 7997 0.68 1049 10800 7344 0.68 1113 9960 6773 0.68 1156 77 68 12360 6922 0.56 1091 11520 6451 0.56 1145 10680 5981 0.56 1209 77 72 13080 5755 0.44 1134 12240 5386 0.44 1198 11400 5016 0.44 1241 77 75 13800 4416 0.32 1177 12960 4147 0.32 1231 12240 3917 0.32 1284 79 64 11760 8467 0.72 1049 10800 7776 0.72 1113 9960 7171 0.72 1156 79 68 12360 7416 0.60 1091 11520 6912 0.60 1145 10680 6408 0.60 1209 79 72 13080 6278 0.48 1134 12240 5875 0.48 1198 11400 5472 0.48 1241 79 75 13800 4968 0.36 1177 12960 4666 0.36 1231 12240 4406 0.36 1284 79 79 14520 3485 0.24 1220 13680 3283 0.24 1273 12840 3082 0.24 1327 81 64 11760 8938 0.76 1049 10800 8208 0.76 1113 9960 7570 0.76 1156 81 68 12360 7910 0.64 1091 11520 7373 0.64 1145 10680 6835 0.64 1209 81 72 13080 6802 0.52 1134 12240 6365 0.52 1198 11400 5928 0.52 1241 81 75 13800 5520 0.40 1177 12960 5184 0.40 1231 12240 4896 0.40 1284 81 79 14520 4066 0.28 1220 13680 3830 0.28 1273 12840 3595 0.28 1327 82 64 11760 9408 0.80 1049 10800 8640 0.80 1113 9960 7968 0.80 1156 82 68 12360 8405 0.68 1091 11520 7834 0.68 1145 10680 7262 0.68 1209 82 72 13080 7325 0.56 1134 12240 6854 0.56 1198 11400 6384 0.56 1241 82 75 13800 6072 0.44 1177 12960 5702 0.44 1231 12240 5386 0.44 1284 82 79 14520 4646 0.32 1220 13680 4378 0.32 1273 12840 4109 0.32 1327 84 64 11760 9878 0.84 1049 10800 9072 0.84 1113 9960 8366 0.84 1156 84 68 12360 8899 0.72 1091 11520 8294 0.72 1145 10680 7690 0.72 1209 84 72 13080 7848 0.60 1134 12240 7344 0.60 1198 11400 6840 0.60 1241 84 75 13800 6624 0.48 1177 12960 6221 0.48 1231 12240 5875 0.48 1284 84 79 14520 5227 0.36 1220 13680 4925 0.36 1273 12840 4622 0.36 1327 86 64 11760 10349 0.88 1049 10800 9504 0.88 1113 9960 8765 0.88 1156 86 68 12360 9394 0.76 1091 11520 8755 0.76 1145 10680 8117 0.76 1209 86 72 13080 8371 0.64 1134 12240 7834 0.64 1198 11400 7296 0.64 1241 86 75 13800 7176 0.52 1177 12960 6739 0.52 1231 12240 6365 0.52 1284 86 79 14520 5808 0.40 1220 13680 5472 0.40 1273 12840 5136 0.40 1327 88 64 11760 10819 0.92 1049 10800 9936 0.92 1113 9960 9163 0.92 1156 88 68 12360 9888 0.80 1091 11520 9216 0.80 1145 10680 8544 0.80 1209 88 72 13080 8894 0.68 1134 12240 8323 0.68 1198 11400 7752 0.68 1241 88 75 13800 7728 0.56 1177 12960 7258 0.56 1231 12240 6854 0.56 1284 88 79 14520 6389 0.44 1220 13680 6019 0.44 1273 12840 5650 0.44 1327 90 64 11760 11290 0.96 1049 10800 10368 0.96 1113 9960 9562 0.96 1156 90 68 12360 10382 0.84 1091 11520 9677 0.84 1145 10680 8971 0.84 1209 90 72 13080 9418 0.72 1134 12240 8813 0.72 1198 11400 8208 0.72 1241 90 75 13800 8280 0.60 1177 12960 7776 0.60 1231 12240 7344 0.60 1284 90 79 14520 6970 0.48 1220 13680 6566 0.48 1273 12840 6163 0.48 1327 Note: CA: Capacity (Btu/h) SHC: Sensible heat capacity (Btu/h) SHF: Sensible heat factor P.C.: Power consumption (kW) D.B.: Dry-bulb temperature W.B.: Wet -bulb temperature A-245 12-2. INVERTER COOLING CAPACITY MUZ-GL09NA MUZ-GL09NAH MUY-GL09NA CAPACITY (Btu/h): 9000 INPUT (W): 585 SHF: 0.82 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 10575 6768 0.64 468 10125 6480 0.64 491 9720 6221 0.64 515 9360 5990 0.64 538 70 68 11025 5733 0.52 491 10575 5499 0.52 521 10260 5335 0.52 532 9900 5148 0.52 556 72 64 10575 7191 0.68 468 10125 6885 0.68 491 9720 6610 0.68 515 9360 6365 0.68 538 72 68 11025 6174 0.56 491 10575 5922 0.56 521 10260 5746 0.56 532 9900 5544 0.56 556 72 72 11475 5049 0.44 509 1110701 4871 0.44 541 108001 4752 0.44 1 556 10350 4554 0.44 579 73 64 10575 7614 0.72 468 10125 7290 0.72 491 9720 6998 0.72 515 9360 6739 0.72 538 73 68 11025 6615 0.60 491 10575 6345 0.60 521 10260 6156 0.60 532 9900 5940 0.60 556 73 72 111475 5508 1 0.48 509 11070 5314 0.48 541 10800 5184 0.48 556 103501 4968 0.48 579 75 64 10575 8037 0.76 468 10125 7695 0.76 491 9720 7387 0.76 515 9360 7114 0.76 538 75 68 11025 7056 0.64 491 10575 6768 0.64 521 10260 6566 0.64 532 9900 6336 0.64 556 75 72 11475 5967 0.52 509 11070 5756 0.52 541 10800 5616 0.52 556 10350 5382 0.52 579 75 75 12060 4824 0.40 1 532 111610 4644 1 0.40 562 111340 4536 1 0.40 579 10980 4392 0.40 1 608 77 64 10575 8460 0.80 468 10125 8100 0.80 491 9720 7776 0.80 515 9360 7488 0.80 538 77 68 11025 7497 0.68 491 10575 7191 0.68 521 10260 6977 0.68 532 9900 6732 0.68 556 77 72 11475 6426 0.56 509 11070 6199 0.56 541 10800 6048 0.56 556 10350 5796 0.56 579 77 75 112060 5306 0.44 532 11610 5108 0.44 562 11340 4990 0.44 579 1109801 4831 0.44 608 79 64 10575 8883 0.84 468 10125 8505 0.84 491 9720 8165 0.84 515 9360 7862 0.84 538 79 68 11025 7938 0.72 491 10575 7614 0.72 521 10260 7387 0.72 532 9900 7128 0.72 556 79 72 11475 6885 0.60 509 11070 6642 0.60 541 10800 6480 0.60 556 10350 6210 0.60 579 79 75 12060 5789 0.48 532 11610 5573 0.48 562 11340 5443 0.48 579 10980 5270 0.48 608 79 79 12420 4471 1 0.36 562 112060 14342 0.36 1 591 11880 4277 0.36 608 11520 4147 0.36 626 81 64 10575 9306 0.88 468 10125 8910 0.88 491 9720 8554 0.88 515 9360 8237 0.88 538 81 68 11025 8379 0.76 491 10575 8037 0.76 521 10260 7798 0.76 532 9900 7524 0.76 556 81 72 11475 7344 0.64 509 11070 7085 0.64 541 10800 6912 0.64 556 10350 6624 0.64 579 81 75 12060 6271 0.52 532 11610 6037 0.52 562 11340 5897 0.52 579 10980 5710 0.52 608 81 1 79 12420 4968 0.40 1 562 12060 4824 0.40 591 118801 4752 0.40 1 608 111520 4608 0.40 626 82 64 10575 9729 0.92 468 10125 9315 0.92 491 9720 8942 0.92 515 9360 8611 0.92 538 82 68 11025 8820 0.80 491 10575 8460 0.80 521 10260 8208 0.80 532 9900 7920 0.80 556 82 72 11475 7803 0.68 509 11070 7528 0.68 541 10800 7344 0.68 556 10350 7038 0.68 579 82 75 12060 6754 0.56 532 11610 6502 0.56 562 11340 6350 0.56 579 10980 6149 0.56 608 82 79 124201 5465 0.44 562 1120601 5306 0.44 1 591 11880 5227 0.44 1 608 115201 5069 1 0.44 626 84 64 10575 10152 0.96 468 10125 9720 0.96 491 9720 9331 0.96 515 9360 8986 0.96 538 84 68 11025 9261 0.84 491 10575 8883 0.84 521 10260 8618 0.84 532 9900 8316 0.84 556 84 72 11475 8262 0.72 509 11070 7970 0.72 541 10800 7776 0.72 556 10350 7452 0.72 579 84 75 12060 7236 0.60 532 11610 6966 0.60 562 11340 6804 0.60 579 10980 6588 0.60 608 84 1 79 12420 5962 0.48 562 12060 5789 0.48 591 118801 5702 0.48 608 11520 5530 0.48 626 86 64 10575 10575 1.00 468 10125 10125 1.00 491 9720 9720 1.00 515 9360 9360 1.00 538 86 68 11025 9702 0.88 491 10575 9306 0.88 521 10260 9029 0.88 532 9900 8712 0.88 556 86 72 11475 8721 0.76 509 11070 8413 0.76 541 10800 8208 0.76 556 10350 7866 0.76 579 86 75 12060 7718 0.64 532 11610 7430 0.64 562 11340 7258 0.64 579 10980 7027 0.64 608 86 79 12420 6458 0.52 1 562 120601 6271 0.52 1 591 11880 6178 0.52 1 608 11520 5990 0.52 626 88 64 10575 10575 1.00 468 10125 10125 1.00 491 9720 9720 1.00 515 9360 9360 1.00 538 88 68 11025 10143 0.92 491 10575 9729 0.92 521 10260 9439 0.92 532 9900 9108 0.92 556 88 72 11475 9180 0.80 509 11070 8856 0.80 541 10800 8640 0.80 556 10350 8280 0.80 579 88 75 12060 8201 0.68 532 11610 7895 0.68 562 11340 7711 0.68 579 10980 7466 0.68 608 88 79 112420 6955 1 0.56 562 12060 6754 0.56 591 118801 6653 0.56 608 115201 6451 0.56 1 626 90 64 10575 10575 1.00 468 10125 10125 1.00 491 9720 9720 1.00 515 9360 9360 1.00 538 90 68 11025 10584 0.96 491 10575 10152 0.96 521 10260 9850 0.96 532 9900 9504 0.96 556 90 72 11475 9639 0.84 509 11070 9299 0.84 541 10800 9072 0.84 556 10350 8694 0.84 579 90 75 12060 8683 0.72 532 11610 8359 0.72 562 11340 8165 0.72 579 10980 7906 0.72 608 90 79 12420 7452 0.60 1 562 1120601 7236 0.60 591 11880 7128 1 0.60 1 608 111520 6912 1 0.60 626 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-246 ►�i l�t�r] ���']► I_� Ji l�t�r] ���'7► I_1: ■►�i I�YQr] ���']► /_1 CAPACITY (Btu/h): 9000 INPUT (W): 585 SHF: 0.82 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 8820 5645 0.64 573 8100 5184 0.64 608 7470 4781 0.64 632 70 68 9270 4820 0.52 597 8640 4493 0.52 626 8010 4165 0.52 661 72 64 8820 5998 0.68 573 8100 5508 0.68 608 7470 5080 0.68 632 72 68 9270 5191 0.56 597 8640 4838 0.56 626 8010 4486 0.56 661 72 72 9810 4316 0.44 620 9180 4039 0.44 655 8550 3762 0.44 679 73 64 8820 6350 0.72 573 8100 5832 0.72 608 7470 5378 0.72 632 73 68 9270 5562 0.60 597 8640 5184 0.60 626 8010 4806 0.60 661 73 72 9810 4709 0.48 620 9180 4406 0.48 655 8550 4104 0.48 679 75 64 8820 6703 0.76 573 8100 6156 0.76 608 7470 5677 0.76 632 75 68 9270 5933 0.64 597 8640 5530 0.64 626 8010 5126 0.64 661 75 72 9810 5101 0.52 620 9180 4774 0.52 655 8550 4446 0.52 679 75 75 10350 4140 0.40 644 9720 3888 0.40 673 9180 3672 0.40 702 77 64 8820 7056 0.80 573 8100 6480 0.80 608 7470 5976 0.8 632 77 68 9270 6304 0.68 597 8640 5875 0.68 626 8010 5447 0.68 661 77 72 9810 5494 0.56 620 9180 5141 0.56 655 8550 4788 0.56 679 77 75 10350 4554 0.44 644 9720 4277 0.44 673 9180 4039 0.44 702 79 64 8820 7409 0.84 573 8100 6804 0.84 608 7470 6275 0.84 632 79 68 9270 6674 0.72 597 8640 6221 0.72 626 8010 5767 0.72 661 79 72 9810 5886 0.60 620 9180 5508 0.60 655 8550 5130 0.60 679 79 75 10350 4968 0.48 644 9720 4666 0.48 673 9180 4406 0.48 702 79 1 79 108901 3920 0.36 1 667 110260 3694 1 0.36 696 1 9630 3467 1 0.36 725 81 64 8820 7762 0.88 573 8100 7128 0.88 608 7470 6574 0.88 632 81 68 9270 7045 0.76 597 8640 6566 0.76 626 8010 6088 0.76 661 81 72 9810 6278 0.64 620 9180 5875 0.64 655 8550 5472 0.64 679 81 75 10350 5382 0.52 644 9720 5054 0.52 673 9180 4774 0.52 702 81 79 10890 4356 0.40 667 10260 4104 0.40 696 9630 3852 0.40 725 82 64 8820 8114 0.92 573 8100 7452 0.92 608 7470 6872 0.92 632 82 68 9270 7416 0.80 597 8640 6912 0.80 626 8010 6408 0.80 661 82 72 9810 6671 0.68 620 9180 6242 0.68 655 8550 5814 0.68 679 82 75 10350 5796 0.56 644 9720 5443 0.56 673 9180 5141 0.56 702 82 1 79 108901 4792 0.44 667 10260 4514 1 0.44 696 1 9630 4237 1 0.44 725 84 64 8820 8467 0.96 573 8100 7776 0.96 608 7470 7171 0.96 632 84 68 9270 7787 0.84 597 8640 7258 0.84 626 8010 6728 0.84 661 84 72 9810 7063 0.72 620 9180 6610 0.72 655 8550 6156 0.72 679 84 75 10350 6210 0.60 644 9720 5832 0.60 673 9180 5508 0.60 702 84 79 10890 5227 0.48 1 667 110260 4925 0.48 696 9630 4622 0.48 725 86 64 8820 8820 1.00 573 8100 8100 1.00 608 7470 7470 1.00 632 86 68 9270 8158 0.88 597 8640 7603 0.88 626 8010 7049 0.88 661 86 72 9810 7456 0.76 620 9180 6977 0.76 655 8550 6498 0.76 679 86 75 10350 6624 0.64 644 9720 6221 0.64 673 9180 5875 0.64 702 86 1 79 108901 5663 0.52 667 10260 5335 1 0.52 696 1 9630 5008 1 0.52 725 88 64 8820 8820 1.00 573 8100 8100 1.00 608 7470 7470 1.00 632 88 68 9270 8528 0.92 597 8640 7949 0.92 626 8010 7369 0.92 661 88 72 9810 7848 0.80 620 9180 7344 0.80 655 8550 6840 0.80 679 88 75 10350 7038 0.68 644 9720 6610 0.68 673 9180 6242 0.68 702 88 79 10890 6098 0.56 1 667 110260 5746 0.56 696 9630 5393 0.56 725 90 64 8820 8820 1.00 573 8100 8100 1.00 608 7470 7470 1.00 632 90 68 9270 8899 0.96 597 8640 8294 0.96 626 8010 7690 0.96 661 90 72 9810 8240 0.84 620 9180 7711 0.84 655 8550 7182 0.84 679 90 75 10350 7452 0.72 644 9720 6998 0.72 673 9180 6610 0.72 702 90 1 79 1108901 6534 0.60 667 102601 6156 1 0.60 1 696 1 9630 1 5778 1 0.60 725 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature r_lvz,YA MUZ-GL12NA MUZ-GL12NAH MUY-GL12NA CAPACITY (Btu/h): 12000 INPUT (W): 920 SHF: 0.77 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 14100 8319 0.59 736 13500 7965 0.59 773 12960 7646 0.59 810 12480 7363 0.59 846 70 68 14700 6909 0.47 773 14100 6627 0.47 819 13680 6430 0.47 837 13200 6204 0.47 874 72 64 14100 8883 0.63 736 13500 8505 0.63 773 12960 8165 0.63 810 12480 7862 0.63 846 72 68 14700 7497 0.51 773 14100 7191 0.51 819 13680 6977 0.51 837 13200 6732 0.51 874 72 72 15300 5967 0.39 800 14760 5756 0.39 851 14400 5616 0.39 874 13800 5382 0.39 911 73 64 14100 9447 0.67 736 13500 9045 0.67 773 12960 8683 0.67 810 12480 8362 0.67 846 73 68 14700 8085 0.55 773 14100 7755 0.55 819 13680 7524 0.55 837 13200 7260 0.55 874 73 72 15300 6579 0.43 800 14760 6347 0.43 851 14400 6192 0.43 874 13800 5934 0.43 911 75 64 14100 10011 0.71 736 13500 9585 0.71 773 12960 9202 0.71 810 12480 8861 0.71 846 75 68 14700 8673 0.59 773 14100 8319 0.59 819 13680 8071 0.59 837 13200 7788 0.59 874 75 72 15300 7191 0.47 800 14760 6937 0.47 851 14400 6768 0.47 874 13800 6486 0.47 911 75 75 16080 5628 0.35 837 15480 5418 0.35 883 15120 5292 0.35 911 14640 5124 0.35 957 77 64 14100 10575 0.75 736 13500 10125 0.75 773 12960 9720 0.75 810 12480 9360 0.75 846 77 68 14700 9261 0.63 773 14100 8883 0.63 819 13680 8618 0.63 837 13200 8316 0.63 874 77 72 15300 7803 0.51 800 14760 7528 0.51 851 14400 7344 0.51 874 13800 7038 0.51 911 77 75 16080 6271 0.39 837 15480 6037 0.39 883 15120 5897 0.39 911 14640 5710 0.39 957 79 64 14100 11139 0.79 736 13500 10665 0.79 773 12960 10238 0.79 810 12480 9859 0.79 846 79 68 14700 9849 0.67 773 14100 9447 0.67 819 13680 9166 0.67 837 13200 8844 0.67 874 79 72 15300 8415 0.55 800 14760 8118 0.55 851 14400 7920 0.55 874 13800 7590 0.55 911 79 75 16080 6914 0.43 837 15480 6656 0.43 883 15120 6502 0.43 911 14640 6295 0.43 957 79 1 79 165601 5134 0.31 1 883 116080 4985 1 0.31 929 115840 4910 1 0.31 957 1153601 4762 0.31 1 984 81 64 14100 11703 0.83 736 13500 11205 0.83 773 12960 10757 0.83 810 12480 10358 0.83 846 81 68 14700 10437 0.71 773 14100 10011 0.71 819 13680 9713 0.71 837 13200 9372 0.71 874 81 72 15300 9027 0.59 800 14760 8708 0.59 851 14400 8496 0.59 874 13800 8142 0.59 911 81 75 16080 7558 0.47 837 15480 7276 0.47 883 15120 7106 0.47 911 14640 6881 0.47 957 81 79 16560 5796 0.35 883 160801 5628 0.35 1 929 158401 5544 0.35 957 15360 5376 1 0.35 984 82 64 14100 12267 0.87 736 13500 11745 0.87 773 12960 11275 0.87 810 12480 10858 0.87 846 82 68 14700 11025 0.75 773 14100 10575 0.75 819 13680 10260 0.75 837 13200 9900 0.75 874 82 72 15300 9639 0.63 800 14760 9299 0.63 851 14400 9072 0.63 874 13800 8694 0.63 911 82 75 16080 8201 0.51 837 15480 7895 0.51 883 15120 7711 0.51 911 14640 7466 0.51 957 82 1 79 165601 6458 0.39 883 16080 6271 0.39 929 15840 6178 0.39 957 15360 5990 0.39 984 84 64 14100 12831 0.91 736 13500 12285 0.91 773 12960 11794 0.91 810 12480 11357 0.91 846 84 68 14700 11613 0.79 773 14100 11139 0.79 819 13680 10807 0.79 837 13200 10428 0.79 874 84 72 15300 10251 0.67 800 14760 9889 0.67 851 14400 9648 0.67 874 13800 9246 0.67 911 84 75 16080 8844 0.55 837 15480 8514 0.55 883 15120 8316 0.55 911 14640 8052 0.55 957 84 79 16560 7121 1 0.43 1 883 160801 6914 0.43 1 929 158401 6811 0.43 1 957 115360 6605 0.43 984 86 64 14100 13395 0.95 736 13500 12825 0.95 773 12960 12312 0.95 810 12480 11856 0.95 846 86 68 14700 12201 0.83 773 14100 11703 0.83 819 13680 11354 0.83 837 13200 10956 0.83 874 86 72 15300 10863 0.71 800 14760 10480 0.71 851 14400 10224 0.71 874 13800 9798 0.71 911 86 75 16080 9487 0.59 837 15480 9133 0.59 883 15120 8921 0.59 911 14640 8638 0.59 957 86 1 79 16560 7783 0.47 883 16080 7558 0.47 929 15840 7445 0.47 957 15360 7219 1 0.47 984 88 64 14100 13959 0.99 736 13500 13365 0.99 773 12960 12830 0.99 810 12480 12355 0.99 846 88 68 14700 12789 0.87 773 14100 12267 0.87 819 13680 11902 0.87 837 13200 11484 0.87 874 88 72 15300 11475 0.75 800 14760 11070 0.75 851 14400 10800 0.75 874 13800 10350 0.75 911 88 75 16080 10130 0.63 837 15480 9752 0.63 883 15120 9526 0.63 911 14640 9223 0.63 957 88 79 165601 8446 0.51 1 883 116080 8201 1 0.51 929 115840 8078 1 0.51 957 15360 7834 0.51 984 90 64 14100 14100 1.00 736 13500 13500 1.00 773 12960 12960 1.00 810 12480 12480 1.00 846 90 68 14700 13377 0.91 773 14100 12831 0.91 819 13680 12449 0.91 837 13200 12012 0.91 874 90 72 15300 12087 0.79 800 14760 11660 0.79 851 14400 11376 0.79 874 13800 10902 0.79 911 90 75 16080 10774 0.67 837 15480 10372 0.67 883 15120 10130 0.67 911 14640 9809 0.67 957 90 1 79 116560 9108 1 0.55 883 160801 8844 0.55 1 929 158401 8712 0.55 1 957 1153601 8448 1 0.55 984 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature ►vil111YAN0HL'F ivilIIIItAIrl1iHZF- 017il1111YQrl1iMil,F1 CAPACITY (Btu/h): 12000 INPUT (W): 920 SHF: 0.77 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 11760 6938 0.59 902 10800 6372 0.59 957 9960 5876 0.59 994 70 68 12360 5809 0.47 938 11520 5414 0.47 984 10680 5020 0.47 1040 72 64 11760 7409 0.63 902 10800 6804 0.63 957 9960 6275 0.63 994 72 68 12360 6304 0.51 938 11520 5875 0.51 984 10680 5447 0.51 1040 72 72 13080 5101 0.39 975 12240 4774 0.39 1030 11400 4446 0.39 1067 73 64 11760 7879 0.67 902 10800 7236 0.67 957 9960 6673 0.67 994 73 68 12360 6798 0.55 938 11520 6336 0.55 984 10680 5874 0.55 1040 73 72 13080 5624 0.43 975 12240 5263 0.43 1030 11400 4902 0.43 1067 75 64 11760 8350 0.71 902 10800 7668 0.71 957 9960 7072 0.71 994 75 68 12360 7292 0.59 938 11520 6797 0.59 984 10680 6301 0.59 1040 75 72 13080 6148 0.47 975 12240 5753 0.47 1030 11400 5358 0.47 1067 75 75 13800 4830 0.35 1012 12960 4536 0.35 1058 12240 4284 0.35 1104 77 64 11760 8820 0.75 902 10800 8100 0.75 957 9960 7470 0.75 994 77 68 12360 7787 0.63 938 11520 7258 0.63 984 10680 6728 0.63 1040 77 72 13080 6671 0.51 975 12240 6242 0.51 1030 11400 5814 0.51 1067 77 75 13800 5382 0.39 1012 12960 5054 0.39 1058 12240 4774 0.39 1104 79 64 11760 9290 0.79 902 10800 8532 0.79 957 9960 7868 0.79 994 79 68 12360 8281 0.67 938 11520 7718 0.67 984 10680 7156 0.67 1040 79 72 13080 7194 0.55 975 12240 6732 0.55 1030 11400 6270 0.55 1067 79 75 13800 5934 0.43 1012 12960 5573 0.43 1058 12240 5263 0.43 1104 79 1 79 145201 4501 0.31 1 1049 113680 4241 1 0.31 1095 112840 3980 1 0.31 1141 81 64 11760 9761 0.83 902 10800 8964 0.83 957 9960 8267 0.83 994 81 68 12360 8776 0.71 938 11520 8179 0.71 984 10680 7583 0.71 1040 81 72 13080 7717 0.59 975 12240 7222 0.59 1030 11400 6726 0.59 1067 81 75 13800 6486 0.47 1012 12960 6091 0.47 1058 12240 5753 0.47 1104 81 79 14520 5082 0.35 1049 13680 4788 0.35 1095 12840 4494 0.35 1141 82 64 11760 10231 0.87 902 10800 9396 0.87 957 9960 8665 0.87 994 82 68 12360 9270 0.75 938 11520 8640 0.75 984 10680 8010 0.75 1040 82 72 13080 8240 0.63 975 12240 7711 0.63 1030 11400 7182 0.63 1067 82 75 13800 7038 0.51 1012 12960 6610 0.51 1058 12240 6242 0.51 1104 82 1 79 145201 5663 0.39 1049 13680 5335 1 0.39 1095 112840 5008 1 0.39 1141 84 64 11760 10702 0.91 902 10800 9828 0.91 957 9960 9064 0.91 994 84 68 12360 9764 0.79 938 11520 9101 0.79 984 10680 8437 0.79 1040 84 72 13080 8764 0.67 975 12240 8201 0.67 1030 11400 7638 0.67 1067 84 75 13800 7590 0.55 1012 12960 7128 0.55 1058 12240 6732 0.55 1104 84 79 14520 6244 0.43 1 1049 113680 5882 0.43 1095 12840 5521 0.43 1141 86 64 11760 11172 0.95 902 10800 10260 0.95 957 9960 9462 0.95 994 86 68 12360 10259 0.83 938 11520 9562 0.83 984 10680 8864 0.83 1040 86 72 13080 9287 0.71 975 12240 8690 0.71 1030 11400 8094 0.71 1067 86 75 13800 8142 0.59 1012 12960 7646 0.59 1058 12240 7222 0.59 1104 86 1 79 145201 6824 0.47 1049 13680 6430 1 0.47 1095 112840 6035 1 0.47 1141 88 64 11760 11642 0.99 902 10800 10692 0.99 957 9960 9860 0.99 994 88 68 12360 10753 0.87 938 11520 10022 0.87 984 10680 9292 0.87 1040 88 72 13080 9810 0.75 975 12240 9180 0.75 1030 11400 8550 0.75 1067 88 75 13800 8694 0.63 1012 12960 8165 0.63 1058 12240 7711 0.63 1104 88 79 14520 7405 0.51 1 1049 113680 6977 0.51 1095 12840 6548 0.51 1141 90 64 11760 11760 1.00 902 10800 10800 1.00 957 9960 9960 1.00 994 90 68 12360 11248 0.91 938 11520 10483 0.91 984 10680 9719 0.91 1040 90 72 13080 10333 0.79 975 12240 9670 0.79 1030 11400 9006 0.79 1067 90 75 13800 9246 0.67 1012 12960 8683 0.67 1058 12240 8201 0.67 1104 90 1 79 1145201 7986 0.55 1049 136801 7524 1 0.55 1 1095 1128401 7062 1 0.55 1 1141 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-249 MUZ-GL15NA MUZ-GL15NAH MUY-GL15NA CAPACITY (Btu/h): 14000 INPUT (W): 1080 SHF: 0.78 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC SHF P.C. CA SHC SHF P.C. 70 64 16450 9870 0.60 864 15750 9450 0.60 907 15120 9072 0.60 950 14560 8736 0.60 994 70 68 17150 8232 0.48 907 16450 7896 0.48 961 15960 7661 0.48 983 15400 7392 0.48 1026 72 64 16450 10528 0.64 864 15750 10080 0.64 907 15120 9677 0.64 950 14560 9318 0.64 994 72 68 17150 8918 0.52 907 16450 8554 0.52 961 15960 8299 0.52 983 15400 8008 0.52 1026 72 72 17850 7140 0.40 940 17220 6888 0.40 999 16800 6720 0.40 1026 16100 6440 0.40 1069 73 64 16450 11186 0.68 864 15750 10710 0.68 907 15120 10282 0.68 950 14560 9901 0.68 994 73 68 17150 9604 0.56 907 16450 9212 0.56 961 15960 8938 0.56 983 15400 8624 0.56 1026 73 1 72 178501 7854 0.44 1 940 117220 7577 1 0.44 999 116800 7392 1 0.44 1026 1161001 7084 0.44 1 1069 75 64 16450 11844 0.72 864 15750 11340 0.72 907 15120 10886 0.72 950 14560 10483 0.72 994 75 68 17150 10290 0.60 907 16450 9870 0.60 961 15960 9576 0.60 983 15400 9240 0.60 1026 75 72 17850 8568 0.48 940 17220 8266 0.48 999 16800 8064 0.48 1026 16100 7728 0.48 1069 75 75 18760 6754 0.36 983 18060 6502 0.36 1037 17640 6350 0.36 1069 17080 6149 0.36 1123 77 64 16450 12502 0.76 864 15750 11970 0.76 907 15120 11491 0.76 950 14560 11066 0.76 994 77 68 17150 10976 0.64 907 16450 10528 0.64 961 15960 10214 0.64 983 15400 9856 0.64 1026 77 72 17850 9282 0.52 940 17220 8954 0.52 999 16800 8736 0.52 1026 16100 8372 0.52 1069 77 75 18760 7504 0.40 983 18060 7224 0.40 1037 17640 7056 0.40 1069 17080 6832 0.40 1123 79 64 16450 13160 0.80 864 15750 12600 0.80 907 15120 12096 0.80 950 14560 11648 0.80 994 79 68 17150 11662 0.68 907 16450 11186 0.68 961 15960 10853 0.68 983 15400 10472 0.68 1026 79 72 17850 9996 0.56 940 17220 9643 0.56 999 16800 9408 0.56 1026 16100 9016 0.56 1069 79 75 18760 8254 0.44 983 18060 7946 0.44 1037 17640 7762 0.44 1069 17080 7515 0.44 1123 79 1 79 193201 6182 0.32 1 1037 118760 6003 1 0.32 1091 118480 5914 1 0.32 1123 1179201 5734 0.32 1 1156 81 64 16450 13818 0.84 864 15750 13230 0.84 907 15120 12701 0.84 950 14560 12230 0.84 994 81 68 17150 12348 0.72 907 16450 11844 0.72 961 15960 11491 0.72 983 15400 11088 0.72 1026 81 72 17850 10710 0.60 940 17220 10332 0.60 999 16800 10080 0.60 1026 16100 9660 0.60 1069 81 75 18760 9005 0.48 983 18060 8669 0.48 1037 17640 8467 0.48 1069 17080 8198 0.48 1123 81 79 19320 6955 0.36 1037 187601 6754 0.36 1 1091 184801 6653 0.36 1 1123 17920 6451 0.36 1156 82 64 16450 14476 0.88 864 15750 13860 0.88 907 15120 13306 0.88 950 14560 12813 0.88 994 82 68 17150 13034 0.76 907 16450 12502 0.76 961 15960 12130 0.76 983 15400 11704 0.76 1026 82 72 17850 11424 0.64 940 17220 11021 0.64 999 16800 10752 0.64 1026 16100 10304 0.64 1069 82 75 18760 9755 0.52 983 18060 9391 0.52 1037 17640 9173 0.52 1069 17080 8882 0.52 1123 82 1 79 193201 7728 0.40 1037 18760 7504 0.40 1091 18480 7392 0.40 1123 1179201 7168 0.40 1 1156 84 64 16450 15134 0.92 864 15750 14490 0.92 907 15120 13910 0.92 950 14560 13395 0.92 994 84 68 17150 13720 0.80 907 16450 13160 0.80 961 15960 12768 0.80 983 15400 12320 0.80 1026 84 72 17850 12138 0.68 940 17220 11710 0.68 999 16800 11424 0.68 1026 16100 10948 0.68 1069 84 75 18760 10506 0.56 983 18060 10114 0.56 1037 17640 9878 0.56 1069 17080 9565 0.56 1123 84 79 19320 8501 1 0.44 1 1037 187601 8254 0.44 1 1091 184801 8131 0.44 1 1123 17920 7885 1 0.44 1156 86 64 16450 15792 0.96 864 15750 15120 0.96 907 15120 14515 0.96 950 14560 13978 0.96 994 86 68 17150 14406 0.84 907 16450 13818 0.84 961 15960 13406 0.84 983 15400 12936 0.84 1026 86 72 17850 12852 0.72 940 17220 12398 0.72 999 16800 12096 0.72 1026 16100 11592 0.72 1069 86 75 18760 11256 0.60 983 18060 10836 0.60 1037 17640 10584 0.60 1069 17080 10248 0.60 1123 86 1 79 19320 9274 0.48 1037 18760 9005 0.48 1091 18480 8870 1 0.48 1123 17920 8602 0.48 1156 88 64 16450 16450 1.00 864 15750 15750 1.00 907 15120 15120 1.00 950 14560 14560 1.00 994 88 68 17150 15092 0.88 907 16450 14476 0.88 961 15960 14045 0.88 983 15400 13552 0.88 1026 88 72 17850 13566 0.76 940 17220 13087 0.76 999 16800 12768 0.76 1026 16100 12236 0.76 1069 88 75 18760 12006 0.64 983 18060 11558 0.64 1037 17640 11290 0.64 1069 17080 10931 0.64 1123 88 79 19320 10046 0.52 1 1037 118760 9755 1 0.52 1091 118480 9610 0.52 1 1123 117920 9318 1 0.52 1156 90 64 16450 16450 1.00 864 15750 15750 1.00 907 15120 15120 1.00 950 14560 14560 1.00 994 90 68 17150 15778 0.92 907 16450 15134 0.92 961 15960 14683 0.92 983 15400 14168 0.92 1026 90 72 17850 14280 0.80 940 17220 13776 0.80 999 16800 13440 0.80 1026 16100 12880 0.80 1069 90 75 18760 12757 0.68 983 18060 12281 0.68 1037 17640 11995 0.68 1069 17080 11614 0.68 1123 90 1 79 119320 108191 0.56 1037 18760 10506 0.56 1 1091 18480 10349 0.56 1123 17920 10035 0.56 1 1156 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-250 ►vil111tAr]0ML'F ivilIIIItAIr]1iMZF- 017111111YQr]16Mk'FM CAPACITY (Btu/h): 14000 INPUT (W): 1080 SHF: 0.78 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 13720 8232 0.60 1058 12600 7560 0.60 1123 11620 6972 0.60 1166 70 68 14420 6922 0.48 1102 13440 6451 0.48 1156 12460 5981 0.48 1220 72 64 13720 8781 0.64 1058 12600 8064 0.64 1123 11620 7437 0.64 1166 72 68 14420 7498 0.52 1102 13440 6989 0.52 1156 12460 6479 0.52 1220 72 72 15260 6104 0.40 1145 14280 5712 0.40 1210 13300 5320 0.40 1253 73 64 13720 9330 0.68 1058 12600 8568 0.68 1123 11620 7902 0.68 1166 73 68 14420 8075 0.56 1102 13440 7526 0.56 1156 12460 6978 0.56 1220 73 1 72 152601 6714 0.44 1 1145 114280 6283 1 0.44 1210 113300 5852 1 0.44 1253 75 64 13720 9878 0.72 1058 12600 9072 0.72 1123 11620 8366 0.72 1166 75 68 14420 8652 0.60 1102 13440 8064 0.60 1156 12460 7476 0.60 1220 75 72 15260 7325 0.48 1145 14280 6854 0.48 1210 13300 6384 0.48 1253 75 75 16100 5796 0.36 1188 15120 5443 0.36 1242 14280 5141 0.36 1296 77 64 13720 10427 0.76 1058 12600 9576 0.76 1123 11620 8831 0.76 1166 77 68 14420 9229 0.64 1102 13440 8602 0.64 1156 12460 7974 0.64 1220 77 72 15260 7935 0.52 1145 14280 7426 0.52 1210 13300 6916 0.52 1253 77 75 16100 6440 0.40 1188 15120 6048 0.40 1242 14280 5712 0.40 1296 79 64 13720 10976 0.80 1058 12600 10080 0.80 1123 11620 9296 0.80 1166 79 68 14420 9806 0.68 1102 13440 9139 0.68 1156 12460 8473 0.68 1220 79 72 15260 8546 0.56 1145 14280 7997 0.56 1210 13300 7448 0.56 1253 79 75 16100 7084 0.44 1188 15120 6653 0.44 1242 14280 6283 0.44 1296 79 1 79 169401 5421 0.32 1 1231 115960 5107 1 0.32 1285 114980 4794 1 0.32 1339 81 64 13720 11525 0.84 1058 12600 10584 0.84 1123 11620 9761 0.84 1166 81 68 14420 10382 0.72 1102 13440 9677 0.72 1156 12460 8971 0.72 1220 81 72 15260 9156 0.60 1145 14280 8568 0.60 1210 13300 7980 0.60 1253 81 75 16100 7728 0.48 1188 15120 7258 0.48 1242 14280 6854 0.48 1296 81 79 16940 6098 0.36 1231 15960 5746 0.36 1285 14980 5393 0.36 1339 82 64 13720 12074 0.88 1058 12600 11088 0.88 1123 11620 10226 0.88 1166 82 68 14420 10959 0.76 1102 13440 10214 0.76 1156 12460 9470 0.76 1220 82 72 15260 9766 0.64 1145 14280 9139 0.64 1210 13300 8512 0.64 1253 82 75 16100 8372 0.52 1188 15120 7862 0.52 1242 14280 7426 0.52 1296 82 1 79 169401 6776 0.40 1231 15960 6384 1 0.40 1285 114980 5992 1 0.40 1339 84 64 13720 12622 0.92 1058 12600 11592 0.92 1123 11620 10690 0.92 1166 84 68 14420 11536 0.80 1102 13440 10752 0.80 1156 12460 9968 0.80 1220 84 72 15260 10377 0.68 1145 14280 9710 0.68 1210 13300 9044 0.68 1253 84 75 16100 9016 0.56 1188 15120 8467 0.56 1242 14280 7997 0.56 1296 84 79 16940 7454 0.44 1 1231 115960 7022 0.44 1285 14980 6591 0.44 1339 86 64 13720 13171 0.96 1058 12600 12096 0.96 1123 11620 11155 0.96 1166 86 68 14420 12113 0.84 1102 13440 11290 0.84 1156 12460 10466 0.84 1220 86 72 15260 10987 0.72 1145 14280 10282 0.72 1210 13300 9576 0.72 1253 86 75 16100 9660 0.60 1188 15120 9072 0.60 1242 14280 8568 0.60 1296 86 1 79 169401 8131 0.48 1231 15960 7661 1 0.48 1285 114980 7190 1 0.48 1339 88 64 13720 13720 1.00 1058 12600 12600 1.00 1123 11620 11620 1.00 1166 88 68 14420 12690 0.88 1102 13440 11827 0.88 1156 12460 10965 0.88 1220 88 72 15260 11598 0.76 1145 14280 10853 0.76 1210 13300 10108 0.76 1253 88 75 16100 10304 0.64 1188 15120 9677 0.64 1242 14280 9139 0.64 1296 88 79 16940 8809 0.52 1 1231 115960 8299 0.52 1285 14980 7790 0.52 1339 90 64 13720 13720 1.00 1058 12600 12600 1.00 1123 11620 11620 1.00 1166 90 68 14420 13266 0.92 1102 13440 12365 0.92 1156 12460 11463 0.92 1220 90 72 15260 12208 0.80 1145 14280 11424 0.80 1210 13300 10640 0.80 1253 90 75 16100 10948 0.68 1188 15120 10282 0.68 1242 14280 9710 0.68 1296 90 1 79 1169401 9486 0.56 1231 159601 8938 1 0.56 1 1285 1149801 8389 1 0.56 1 1339 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-251 MUZ-GL18NA MUZ-GL18NAH MUY-GL18NA CAPACITY (Btu/h): 18000 INPUT (W): 1340 SHF: 0.87 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 21150 14594 0.69 1072 20250 13973 0.69 1126 19440 13414 0.69 1179 18720 12917 0.69 1233 70 68 22050 12569 0.57 1126 21150 12056 0.57 1193 20520 11696 0.57 1219 19800 11286 0.57 1273 72 64 21150 15440 0.73 1072 20250 14783 0.73 1126 19440 14191 0.73 1179 18720 13666 0.73 1233 72 68 22050 13451 0.61 1126 21150 12902 0.61 1193 20520 12517 0.61 1219 19800 12078 0.61 1273 72 72 22950 11246 0.49 1166 22140 10849 0.49 1240 21600 10584 0.49 1273 20700 10143 0.49 1327 73 64 21150 16286 0.77 1072 20250 15593 0.77 1126 19440 14969 0.77 1179 18720 14414 0.77 1233 73 68 22050 14333 0.65 1126 21150 13748 0.65 1193 20520 13338 0.65 1219 19800 12870 0.65 1273 73 72 22950 12164 0.53 1166 22140 11734 0.53 1240 21600 11448 0.53 1273 20700 10971 0.53 1327 75 64 21150 17132 0.81 1072 20250 16403 0.81 1126 19440 15746 0.81 1179 18720 15163 0.81 1233 75 68 22050 15215 0.69 1126 21150 14594 0.69 1193 20520 14159 0.69 1219 19800 13662 0.69 1273 75 72 22950 13082 0.57 1166 22140 12620 0.57 1240 21600 12312 0.57 1273 20700 11799 0.57 1327 75 75 24120 10854 0.45 1219 23220 10449 0.45 1286 22680 10206 0.45 1327 21960 9882 0.45 1394 77 64 21150 17978 0.85 1072 20250 17213 0.85 1126 19440 16524 0.85 1179 18720 15912 0.85 1233 77 68 22050 16097 0.73 1126 21150 15440 0.73 1193 20520 14980 0.73 1219 19800 14454 0.73 1273 77 72 22950 14000 0.61 1166 22140 13505 0.61 1240 21600 13176 0.61 1273 20700 12627 0.61 1327 77 75 24120 11819 0.49 1219 23220 11378 0.49 1286 22680 11113 0.49 1327 21960 10760 0.49 1394 79 64 21150 18824 0.89 1072 20250 18023 0.89 1126 19440 17302 0.89 1179 18720 16661 0.89 1233 79 68 22050 16979 0.77 1126 21150 16286 0.77 1193 20520 15800 0.77 1219 19800 15246 0.77 1273 79 72 22950 14918 0.65 1166 22140 14391 0.65 1240 21600 14040 0.65 1273 20700 13455 0.65 1327 79 75 24120 12784 0.53 1219 23220 12307 0.53 1286 22680 12020 0.53 1327 21960 11639 0.53 1394 79 1 79 24840 10184 0.41 1 1286 124120 9889 1 0.41 1353 123760 9742 1 0.41 1394 1230401 9446 0.41 1 1434 81 64 21150 19670 0.93 1072 20250 18833 0.93 1126 19440 18079 0.93 1179 18720 17410 0.93 1233 81 68 22050 17861 0.81 1126 21150 17132 0.81 1193 20520 16621 0.81 1219 19800 16038 0.81 1273 81 72 22950 15836 0.69 1166 22140 15277 0.69 1240 21600 14904 0.69 1273 20700 14283 0.69 1327 81 75 24120 13748 0.57 1219 23220 13235 0.57 1286 22680 12928 0.57 1327 21960 12517 0.57 1394 81 79 24840 11178 0.45 1286 24120 10854 0.45 1 1353 23760 10692 0.45 1394 23040 103681 0.45 1434 82 64 21150 20516 0.97 1072 20250 19643 0.97 1126 19440 18857 0.97 1179 18720 18158 0.97 1233 82 68 22050 18743 0.85 1126 21150 17978 0.85 1193 20520 17442 0.85 1219 19800 16830 0.85 1273 82 72 22950 16754 0.73 1166 22140 16162 0.73 1240 21600 15768 0.73 1273 20700 15111 0.73 1327 82 75 24120 14713 0.61 1219 23220 14164 0.61 1286 22680 13835 0.61 1327 21960 13396 0.61 1394 82 1 79 24840 12172 0.49 1286 24120 11819 0.49 1353 23760 11642 0.49 1394 23040 11290 0.49 1434 84 64 21150 21150 1.00 1072 20250 20250 1.00 1126 19440 19440 1.00 1179 18720 18720 1.00 1233 84 68 22050 19625 0.89 1126 21150 18824 0.89 1193 20520 18263 0.89 1219 19800 17622 0.89 1273 84 72 22950 17672 0.77 1166 22140 17048 0.77 1240 21600 16632 0.77 1273 20700 15939 0.77 1327 84 75 24120 15678 0.65 1219 23220 15093 0.65 1286 22680 14742 0.65 1327 21960 14274 0.65 1394 84 79 24840 131651 0.53 1 1286 24120 12784 0.53 1 1353 23760 12593 0.53 1 1394 123040 12211 0.53 1 1434 86 64 21150 21150 1.00 1072 20250 20250 1.00 1126 19440 19440 1.00 1179 18720 18720 1.00 1233 86 68 22050 20507 0.93 1126 21150 19670 0.93 1193 20520 19084 0.93 1219 19800 18414 0.93 1273 86 72 22950 18590 0.81 1166 22140 17933 0.81 1240 21600 17496 0.81 1273 20700 16767 0.81 1327 86 75 24120 16643 0.69 1219 23220 16022 0.69 1286 22680 15649 0.69 1327 21960 15152 0.69 1394 86 1 79 24840 14159 0.57 1286 24120 13748 0.57 1353 23760 13543 0.57 1394 230401131331 0.57 1434 88 64 21150 21150 1.00 1072 20250 20250 1.00 1126 19440 19440 1.00 1179 18720 18720 1.00 1233 88 68 22050 21389 0.97 1126 21150 20516 0.97 1193 20520 19904 0.97 1219 19800 19206 0.97 1273 88 72 22950 19508 0.85 1166 22140 18819 0.85 1240 21600 18360 0.85 1273 20700 17595 0.85 1327 88 75 24120 17608 0.73 1219 23220 16951 0.73 1286 22680 16556 0.73 1327 21960 16031 0.73 1394 88 79 24840 15152 0.61 1286 24120 14713 0.61 1353 23760 14494 0.61 1394 23040 14054 0.61 1434 90 64 21150 21150 1.00 1072 20250 20250 1.00 1126 19440 19440 1.00 1179 18720 18720 1.00 1233 90 68 22050 22050 1.00 1126 21150 21150 1.00 1193 20520 20520 1.00 1219 19800 19800 1.00 1273 90 72 22950 20426 0.89 1166 22140 19705 0.89 1240 21600 19224 0.89 1273 20700 18423 0.89 1327 90 75 24120 18572 0.77 1219 23220 17879 0.77 1286 22680 17464 0.77 1327 21960 16909 0.77 1394 90 1 79 124840 161461 0.65 1 1286 1241201156781 0.65 1 1353 1237601154441 0.65 1 1394 123040114976 0.65 1 1434 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-252 ivi 1111YAN 0 F4 L' FM ivilIIIItAIr]1iE:Ik'F-M■►7il1111YQr]1iE:Ik'FM CAPACITY (Btu/h): 18000 INPUT (W): 1340 SHF: 0.87 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 17640 12172 0.69 1313 16200 11178 0.69 1394 14940 10309 0.69 1447 70 68 18540 10568 0.57 1367 17280 9850 0.57 1434 16020 9131 0.57 1514 72 64 17640 12877 0.73 1313 16200 11826 0.73 1394 14940 10906 0.73 1447 72 68 18540 11309 0.61 1367 17280 10541 0.61 1434 16020 9772 0.61 1514 72 72 19620 9614 0.49 1420 18360 8996 0.49 1501 17100 8379 0.49 1554 73 64 17640 13583 0.77 1313 16200 12474 0.77 1394 14940 11504 0.77 1447 73 68 18540 12051 0.65 1367 17280 11232 0.65 1434 16020 10413 0.65 1514 73 1 72 19620 10399 0.53 1 1420 18360 9731 1 0.53 1501 117100 9063 1 0.53 1554 75 64 17640 14288 0.81 1313 16200 13122 0.81 1394 14940 12101 0.81 1447 75 68 18540 12793 0.69 1367 17280 11923 0.69 1434 16020 11054 0.69 1514 75 72 19620 11183 0.57 1420 18360 10465 0.57 1501 17100 9747 0.57 1554 75 75 20700 9315 0.45 1474 119440 8748 0.45 1541 18360 8262 0.45 1608 77 64 17640 14994 0.85 1313 16200 13770 0.85 1394 14940 12699 0.85 1447 77 68 18540 13534 0.73 1367 17280 12614 0.73 1434 16020 11695 0.73 1514 77 72 19620 11968 0.61 1420 18360 11200 0.61 1501 17100 10431 0.61 1554 77 75 20700 10143 0.49 1474 19440 9526 0.49 1541 18360 8996 0.49 1608 79 64 17640 15700 0.89 1313 16200 14418 0.89 1394 14940 13297 0.89 1447 79 68 18540 14276 0.77 1367 17280 13306 0.77 1434 16020 12335 0.77 1514 79 72 19620 12753 0.65 1420 18360 11934 0.65 1501 17100 11115 0.65 1554 79 75 20700 10971 0.53 1474 19440 10303 0.53 1541 18360 9731 0.53 1608 79 1 79 217801 8930 0.41 1 1528 120520 8413 1 0.41 1595 119260 7897 1 0.41 1662 81 64 17640 16405 0.93 1313 16200 15066 0.93 1394 14940 13894 0.93 1447 81 68 18540 15017 0.81 1367 17280 13997 0.81 1434 16020 12976 0.81 1514 81 72 19620 13538 0.69 1420 18360 12668 0.69 1501 17100 11799 0.69 1554 81 75 20700 11799 0.57 1474 19440 11081 0.57 1541 18360 10465 0.57 1608 81 79 21780 9801 0.45 1528 20520 9234 0.45 1595 19260 8667 0.45 1662 82 64 17640 17111 0.97 1313 16200 15714 0.97 1394 14940 14492 0.97 1447 82 68 18540 15759 0.85 1367 17280 14688 0.85 1434 16020 13617 0.85 1514 82 72 19620 14323 0.73 1420 18360 13403 0.73 1501 17100 12483 0.73 1554 82 75 20700 12627 0.61 1474 19440 11858 0.61 1541 18360 11200 0.61 1608 82 1 79 21780 10672 0.49 1528 20520 100551 0.49 1595 119260 9437 1 0.49 1662 84 64 17640 17640 1.00 1313 16200 16200 1.00 1394 14940 14940 1.00 1447 84 68 18540 16501 0.89 1367 17280 15379 0.89 1434 16020 14258 0.89 1514 84 72 19620 15107 0.77 1420 18360 14137 0.77 1501 17100 13167 0.77 1554 84 75 20700 13455 0.65 1474 19440 12636 0.65 1541 18360 11934 0.65 1608 84 79 21780 11543 0.53 1 1528 20520 10876 0.53 1595 19260 10208 0.53 1662 86 64 17640 17640 1.00 1313 16200 16200 1.00 1394 14940 14940 1.00 1447 86 68 18540 17242 0.93 1367 17280 16070 0.93 1434 16020 14899 0.93 1514 86 72 19620 15892 0.81 1420 18360 14872 0.81 1501 17100 13851 0.81 1554 86 75 20700 14283 0.69 1474 19440 13414 0.69 1541 18360 12668 0.69 1608 86 1 79 21780 12415 0.57 1528 120520 116961 0.57 1595 119260 109781 0.57 1662 88 64 17640 17640 1.00 1313 16200 16200 1.00 1394 14940 14940 1.00 1447 88 68 18540 17984 0.97 1367 17280 16762 0.97 1434 16020 15539 0.97 1514 88 72 19620 16677 0.85 1420 18360 15606 0.85 1501 17100 14535 0.85 1554 88 75 20700 15111 0.73 1474 19440 14191 0.73 1541 18360 13403 0.73 1608 88 79 21780 13286 0.61 1528 20520 12517 0.61 1595 19260 11749 0.61 1662 90 64 17640 17640 1.00 1313 16200 16200 1.00 1394 14940 14940 1.00 1447 90 68 18540 18540 1.00 1367 17280 17280 1.00 1434 16020 16020 1.00 1514 90 72 19620 17462 0.89 1420 18360 16340 0.89 1501 17100 15219 0.89 1554 90 75 20700 15939 0.77 1474 19440 14969 0.77 1541 18360 14137 0.77 1608 90 1 79 1217801141571 0.65 1 1528 1205201133381 0.65 1 1595 1192601125191 0.65 1 1662 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-253 MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA CAPACITY (Btu/h): 22500 INPUT (W): 1800 SHF: 0.75 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA ISHC SHF P.C. 70 64 26438 15069 0.57 1440 25313 14428 0.57 1512 24300 13851 0.57 1584 23400 13338 0.57 1656 70 68 27563 12403 0.45 1512 26438 11897 0.45 1602 25650 11543 0.45 1638 24750 11138 0.45 1710 72 64 26438 16127 0.61 1440 25313 15441 0.61 1512 24300 14823 0.61 1584 23400 14274 0.61 1656 72 68 27563 13506 0.49 1512 26438 12954 0.49 1602 25650 12569 0.49 1638 24750 12128 0.49 1710 72 72 28688 10614 0.37 1566 27675 10240 0.37 1665 27000 9990 0.37 1710 25875 9574 0.37 1782 73 64 26438 17184 0.65 1440 25313 16453 0.65 1512 24300 15795 0.65 1584 23400 15210 0.65 1656 73 68 27563 14608 0.53 1512 26438 14012 0.53 1602 25650 13595 0.53 1638 24750 13118 0.53 1710 73 1 72 28688 11762 0.41 1 1566 127675 113471 0.41 1665 127000 110701 0.41 1710 125875110609 0.41 1 1782 75 64 26438 18242 0.69 1440 25313 17466 0.69 1512 24300 16767 0.69 1584 23400 16146 0.69 1656 75 68 27563 15711 0.57 1512 26438 15069 0.57 1602 25650 14621 0.57 1638 24750 14108 0.57 1710 75 72 28688 12909 0.45 1566 27675 12454 0.45 1665 27000 12150 0.45 1710 25875 11644 0.45 1782 75 75 30150 9950 0.33 1638 29025 9578 0.33 1728 28350 9356 0.33 1782 27450 9059 0.33 1872 77 64 26438 19299 0.73 1440 25313 18478 0.73 1512 24300 17739 0.73 1584 23400 17082 0.73 1656 77 68 27563 16813 0.61 1512 26438 16127 0.61 1602 25650 15647 0.61 1638 24750 15098 0.61 1710 77 72 28688 14057 0.49 1566 27675 13561 0.49 1665 27000 13230 0.49 1710 25875 12679 0.49 1782 77 75 30150 11156 0.37 1638 29025 10739 0.37 1728 28350 10490 0.37 1782 27450 10157 0.37 1872 79 64 26438 20357 0.77 1440 25313 19491 0.77 1512 24300 18711 0.77 1584 23400 18018 0.77 1656 79 68 27563 17916 0.65 1512 26438 17184 0.65 1602 25650 16673 0.65 1638 24750 16088 0.65 1710 79 72 28688 15204 0.53 1566 27675 14668 0.53 1665 27000 14310 0.53 1710 25875 13714 0.53 1782 79 75 30150 12362 0.41 1638 29025 11900 0.41 1728 28350 11624 0.41 1782 27450 11255 0.41 1872 79 1 79 310501 9005 0.29 1 1728 130150 8744 1 0.29 1818 129700 8613 1 0.29 1872 1288001 8352 0.29 1 1926 81 64 26438 21414 0.81 1440 25313 20503 0.81 1512 24300 19683 0.81 1584 23400 18954 0.81 1656 81 68 27563 19018 0.69 1512 26438 18242 0.69 1602 25650 17699 0.69 1638 24750 17078 0.69 1710 81 72 28688 16352 0.57 1566 27675 15775 0.57 1665 27000 15390 0.57 1710 25875 14749 0.57 1782 81 75 30150 13568 0.45 1638 29025 13061 0.45 1728 28350 12758 0.45 1782 27450 12353 0.45 1872 81 79 31050 10247 0.33 1728 301501 9950 0.33 1 1818 297001 9801 0.33 1 1872 28800 9504 1 0.33 1926 82 64 26438 22472 0.85 1440 25313 21516 0.85 1512 24300 20655 0.85 1584 23400 19890 0.85 1656 82 68 27563 20121 0.73 1512 26438 19299 0.73 1602 25650 18725 0.73 1638 24750 18068 0.73 1710 82 72 28688 17499 0.61 1566 27675 16882 0.61 1665 27000 16470 0.61 1710 25875 15784 0.61 1782 82 75 30150 14774 0.49 1638 29025 14222 0.49 1728 28350 13892 0.49 1782 27450 13451 0.49 1872 82 1 79 31050 11489 0.37 1728 30150 11156 0.37 1818 29700 10989 0.37 1872 28800 10656 0.37 1926 84 64 26438 23529 0.89 1440 25313 22528 0.89 1512 24300 21627 0.89 1584 23400 20826 0.89 1656 84 68 27563 21223 0.77 1512 26438 20357 0.77 1602 25650 19751 0.77 1638 24750 19058 0.77 1710 84 72 28688 18647 0.65 1566 27675 17989 0.65 1665 27000 17550 0.65 1710 25875 16819 0.65 1782 84 75 30150 15980 0.53 1638 29025 15383 0.53 1728 28350 15026 0.53 1782 27450 14549 0.53 1872 84 79 31050 12731 1 0.41 1 1728 30150 12362 0.41 1 1818 29700 12177 0.41 1 1872 128800 11808 0.41 1 1926 86 64 26438 24587 0.93 1440 25313 23541 0.93 1512 24300 22599 0.93 1584 23400 21762 0.93 1656 86 68 27563 22326 0.81 1512 26438 21414 0.81 1602 25650 20777 0.81 1638 24750 20048 0.81 1710 86 72 28688 19794 0.69 1566 27675 19096 0.69 1665 27000 18630 0.69 1710 25875 17854 0.69 1782 86 75 30150 17186 0.57 1638 29025 16544 0.57 1728 28350 16160 0.57 1782 27450 15647 0.57 1872 86 1 79 31050 13973 0.45 1728 30150 13568 0.45 1818 29700 13365 0.45 1872 288001129601 0.45 1926 88 64 26438 25644 0.97 1440 25313 24553 0.97 1512 24300 23571 0.97 1584 23400 22698 0.97 1656 88 68 27563 23428 0.85 1512 26438 22472 0.85 1602 25650 21803 0.85 1638 24750 21038 0.85 1710 88 72 28688 20942 0.73 1566 27675 20203 0.73 1665 27000 19710 0.73 1710 25875 18889 0.73 1782 88 75 30150 18392 0.61 1638 29025 17705 0.61 1728 28350 17294 0.61 1782 27450 16745 0.61 1872 88 79 31050 15215 0.49 1728 30150 14774 0.49 1818 29700 14553 0.49 1872 28800 14112 0.49 1926 90 64 26438 26438 1.00 1440 25313 25313 1.00 1512 24300 24300 1.00 1584 23400 23400 1.00 1656 90 68 27563 24531 0.89 1512 26438 23529 0.89 1602 25650 22829 0.89 1638 24750 22028 0.89 1710 90 72 28688 22089 0.77 1566 27675 21310 0.77 1665 27000 20790 0.77 1710 25875 19924 0.77 1782 90 75 30150 19598 0.65 1638 29025 18866 0.65 1728 28350 18428 0.65 1782 27450 17843 0.65 1872 90 1 79 131050 164571 0.53 1 1728 1301501159801 0.53 1 1818 1297001157411 0.53 1 1872 128800115264 0.53 1 1926 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-254 MUZ-GL24NA MUZ-GL24NAH MUY-GL24NA CAPACITY (Btu/h): 22500 INPUT (W): 1800 SHF: 0.75 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 22050 12569 0.57 1764 20250 11543 0.57 1872 18675 10645 0.57 1944 70 68 23175 10429 0.45 1836 21600 9720 0.45 1926 20025 9011 0.45 2034 72 64 22050 13451 0.61 1764 20250 12353 0.61 1872 18675 11392 0.61 1944 72 68 23175 11356 0.49 1836 21600 10584 0.49 1926 20025 9812 0.49 2034 72 72 24525 9074 0.37 1908 22950 8492 0.37 2016 21375 7909 0.37 2088 73 64 22050 14333 0.65 1764 20250 13163 0.65 1872 18675 12139 0.65 1944 73 68 23175 12283 0.53 1836 21600 11448 0.53 1926 20025 10613 0.53 2034 73 72 24525 10055 0.41 1908 22950 9410 0.41 2016 21375 8764 0.41 2088 75 64 22050 15215 0.69 1764 20250 13973 0.69 1872 18675 12886 0.69 1944 75 68 23175 13210 0.57 1836 21600 12312 0.57 1926 20025 11414 0.57 2034 75 72 24525 11036 0.45 1908 22950 10328 0.45 2016 21375 9619 0.45 2088 75 75 25875 8539 0.33 1980 24300 8019 0.33 2070 22950 7574 0.33 2160 77 64 22050 16097 0.73 1764 20250 14783 0.73 1872 18675 13633 0.73 1944 77 68 23175 14137 0.61 1836 21600 13176 0.61 1926 20025 12215 0.61 2034 77 72 24525 12017 0.49 1908 22950 11246 0.49 2016 21375 10474 0.49 2088 77 75 25875 9574 0.37 1980 24300 8991 0.37 2070 22950 8492 0.37 2160 79 64 22050 16979 0.77 1764 20250 15593 0.77 1872 18675 14380 0.77 1944 79 68 23175 15064 0.65 1836 21600 14040 0.65 1926 20025 13016 0.65 2034 79 72 24525 12998 0.53 1908 22950 12164 0.53 2016 21375 11329 0.53 2088 79 75 25875 10609 0.41 1980 24300 9963 0.41 2070 22950 9410 0.41 2160 79 1 79 272251 7895 0.29 1 2052 125650 7439 1 0.29 2142 124075 6982 1 0.29 2232 81 64 22050 17861 0.81 1764 20250 16403 0.81 1872 18675 15127 0.81 1944 81 68 23175 15991 0.69 1836 21600 14904 0.69 1926 20025 13817 0.69 2034 81 72 24525 13979 0.57 1908 22950 13082 0.57 2016 21375 12184 0.57 2088 81 75 25875 11644 0.45 1980 24300 10935 0.45 2070 22950 10328 0.45 2160 81 79 27225 8984 0.33 2052 25650 8465 0.33 2142 24075 7945 0.33 2232 82 64 22050 18743 0.85 1764 20250 17213 0.85 1872 18675 15874 0.85 1944 82 68 23175 16918 0.73 1836 21600 15768 0.73 1926 20025 14618 0.73 2034 82 72 24525 14960 0.61 1908 22950 14000 0.61 2016 21375 13039 0.61 2088 82 75 25875 12679 0.49 1980 24300 11907 0.49 2070 22950 11246 0.49 2160 82 1 79 27225 10073 0.37 2052 25650 9491 1 0.37 2142 124075 8908 1 0.37 2232 84 64 22050 19625 0.89 1764 20250 18023 0.89 1872 18675 16621 0.89 1944 84 68 23175 17845 0.77 1836 21600 16632 0.77 1926 20025 15419 0.77 2034 84 72 24525 15941 0.65 1908 22950 14918 0.65 2016 21375 13894 0.65 2088 84 75 25875 13714 0.53 1980 24300 12879 0.53 2070 22950 12164 0.53 2160 84 79 27225 11162 0.41 1 2052 25650 10517 0.41 2142 24075 9871 0.41 2232 86 64 22050 20507 0.93 1764 20250 18833 0.93 1872 18675 17368 0.93 1944 86 68 23175 18772 0.81 1836 21600 17496 0.81 1926 20025 16220 0.81 2034 86 72 24525 16922 0.69 1908 22950 15836 0.69 2016 21375 14749 0.69 2088 86 75 25875 14749 0.57 1980 24300 13851 0.57 2070 22950 13082 0.57 2160 86 1 79 27225 12251 0.45 2052 125650 115431 0.45 2142 124075 108341 0.45 2232 88 64 22050 21389 0.97 1764 20250 19643 0.97 1872 18675 18115 0.97 1944 88 68 23175 19699 0.85 1836 21600 18360 0.85 1926 20025 17021 0.85 2034 88 72 24525 17903 0.73 1908 22950 16754 0.73 2016 21375 15604 0.73 2088 88 75 25875 15784 0.61 1980 24300 14823 0.61 2070 22950 14000 0.61 2160 88 79 27225 13340 0.49 2052 25650 12569 0.49 2142 24075 11797 0.49 2232 90 64 22050 22050 1.00 1764 20250 20250 1.00 1872 18675 18675 1.00 1944 90 68 23175 20626 0.89 1836 21600 19224 0.89 1926 20025 17822 0.89 2034 90 72 24525 18884 0.77 1908 22950 17672 0.77 2016 21375 16459 0.77 2088 90 75 25875 16819 0.65 1980 24300 15795 0.65 2070 22950 14918 0.65 2160 90 1 79 1272251144291 0.53 1 2052 1256501135951 0.53 1 2142 1240751127601 0.53 1 2232 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-255 IJiLIM:l►TiG1']`/_1 CAPACITY (Btu/h): 9000 INPUT (W): 750 SHF: 0.82 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 10575 6768 0.64 600 10125 6480 0.64 630 9720 6221 0.64 660 9360 5990 0.64 690 70 68 11025 5733 0.52 630 10575 5499 0.52 668 10260 5335 0.52 683 9900 5148 0.52 713 72 64 10575 7191 0.68 600 10125 6885 0.68 630 9720 6610 0.68 660 9360 6365 0.68 690 72 68 11025 6174 0.56 630 10575 5922 0.56 668 10260 5746 0.56 683 9900 5544 0.56 713 72 72 11475 5049 0.44 653 11070 4871 0.44 694 10800 4752 0.44 713 10350 4554 0.44 743 73 64 10575 7614 0.72 600 10125 7290 0.72 630 9720 6998 0.72 660 9360 6739 0.72 690 73 68 11025 6615 0.60 630 10575 6345 0.60 668 10260 6156 0.60 683 9900 5940 0.60 713 73 1 72 114751 5508 0.48 1 653 111070 5314 1 0.48 694 110800 5184 1 0.48 713 1103501 4968 0.48 1 743 75 64 10575 8037 0.76 600 10125 7695 0.76 630 9720 7387 0.76 660 9360 7114 0.76 690 75 68 11025 7056 0.64 630 10575 6768 0.64 668 10260 6566 0.64 683 9900 6336 0.64 713 75 72 11475 5967 0.52 653 11070 5756 0.52 694 10800 5616 0.52 713 10350 5382 0.52 743 75 75 12060 4824 0.40 683 11610 4644 0.40 720 11340 4536 0.40 743 10980 4392 0.40 780 77 64 10575 8460 0.80 600 10125 8100 0.80 630 9720 7776 0.80 660 9360 7488 0.80 690 77 68 11025 7497 0.68 630 10575 7191 0.68 668 10260 6977 0.68 683 9900 6732 0.68 713 77 72 11475 6426 0.56 653 11070 6199 0.56 694 10800 6048 0.56 713 10350 5796 0.56 743 77 75 12060 5306 0.44 683 11610 5108 0.44 720 11340 4990 0.44 743 10980 4831 0.44 780 79 64 10575 8883 0.84 600 10125 8505 0.84 630 9720 8165 0.84 660 9360 7862 0.84 690 79 68 11025 7938 0.72 630 10575 7614 0.72 668 10260 7387 0.72 683 9900 7128 0.72 713 79 72 11475 6885 0.60 653 11070 6642 0.60 694 10800 6480 0.60 713 10350 6210 0.60 743 79 75 12060 5789 0.48 683 11610 5573 0.48 720 11340 5443 0.48 743 10980 5270 0.48 780 79 1 79 124201 4471 0.36 1 720 112060 4342 1 0.36 758 111880 4277 1 0.36 780 1115201 4147 0.36 1 803 81 64 10575 9306 0.88 600 10125 8910 0.88 630 9720 8554 0.88 660 9360 8237 0.88 690 81 68 11025 8379 0.76 630 10575 8037 0.76 668 10260 7798 0.76 683 9900 7524 0.76 713 81 72 11475 7344 0.64 653 11070 7085 0.64 694 10800 6912 0.64 713 10350 6624 0.64 743 81 75 12060 6271 0.52 683 11610 6037 0.52 720 11340 5897 0.52 743 10980 5710 0.52 780 81 79 12420 4968 0.40 720 120601 4824 0.40 1 758 118801 4752 0.40 780 11520 4608 1 0.40 803 82 64 10575 9729 0.92 600 10125 9315 0.92 630 9720 8942 0.92 660 9360 8611 0.92 690 82 68 11025 8820 0.80 630 10575 8460 0.80 668 10260 8208 0.80 683 9900 7920 0.80 713 82 72 11475 7803 0.68 653 11070 7528 0.68 694 10800 7344 0.68 713 10350 7038 0.68 743 82 75 12060 6754 0.56 683 11610 6502 0.56 720 11340 6350 0.56 743 10980 6149 0.56 780 82 1 79 124201 5465 0.44 720 12060 5306 0.44 758 11880 5227 1 0.44 780 11520 5069 0.44 1 803 84 64 10575 10152 0.96 600 10125 9720 0.96 630 9720 9331 0.96 660 9360 8986 0.96 690 84 68 11025 9261 0.84 630 10575 8883 0.84 668 10260 8618 0.84 683 9900 8316 0.84 713 84 72 11475 8262 0.72 653 11070 7970 0.72 694 10800 7776 0.72 713 10350 7452 0.72 743 84 75 12060 7236 0.60 683 11610 6966 0.60 720 11340 6804 0.60 743 10980 6588 0.60 780 84 79 12420 5962 1 0.48 1 720 120601 5789 0.48 1 758 118801 5702 0.48 1 780 111520 5530 1 0.48 803 86 64 10575 10575 1.00 600 10125 10125 1.00 630 9720 9720 1.00 660 9360 9360 1.00 690 86 68 11025 9702 0.88 630 10575 9306 0.88 668 10260 9029 0.88 683 9900 8712 0.88 713 86 72 11475 8721 0.76 653 11070 8413 0.76 694 10800 8208 0.76 713 10350 7866 0.76 743 86 75 12060 7718 0.64 683 11610 7430 0.64 720 11340 7258 0.64 743 10980 7027 0.64 780 86 1 79 12420 6458 0.52 720 12060 6271 0.52 758 11880 6178 0.52 780 11520 5990 0.52 1 803 88 64 10575 10575 1.00 600 10125 10125 1.00 630 9720 9720 1.00 660 9360 9360 1.00 690 88 68 11025 10143 0.92 630 10575 9729 0.92 668 10260 9439 0.92 683 9900 9108 0.92 713 88 72 11475 9180 0.80 653 11070 8856 0.80 694 10800 8640 0.80 713 10350 8280 0.80 743 88 75 12060 8201 0.68 683 11610 7895 0.68 720 11340 7711 0.68 743 10980 7466 0.68 780 88 79 124201 6955 0.56 1 720 112060 6754 1 0.56 758 111880 6653 1 0.56 780 1115201 6451 0.56 803 90 64 10575 10575 1.00 600 10125 10125 1.00 630 9720 9720 1.00 660 9360 9360 1.00 690 90 68 11025 10584 0.96 630 10575 10152 0.96 668 10260 9850 0.96 683 9900 9504 0.96 713 90 72 11475 9639 0.84 653 11070 9299 0.84 694 10800 9072 0.84 713 10350 8694 0.84 743 90 75 12060 8683 0.72 683 11610 8359 0.72 720 11340 8165 0.72 743 10980 7906 0.72 780 90 1 79 112420 7452 1 0.60 720 120601 7236 0.60 1 758 118801 7128 0.60 780 11520 6912 1 0.60 1 803 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-256 ►vi LIM:I ivi 101:7► /s1 CAPACITY (Btu/h): 9000 INPUT (W): 750 SHF: 0.82 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 8820 5645 0.64 735 8100 5184 0.64 780 7470 4781 0.64 810 70 68 9270 4820 0.52 765 8640 4493 0.52 803 8010 4165 0.52 848 72 64 8820 5998 0.68 735 8100 5508 0.68 780 7470 5080 0.68 810 72 68 9270 5191 0.56 765 8640 4838 0.56 803 8010 4486 0.56 848 72 72 9810 4316 0.44 795 9180 4039 0.44 840 8550 3762 0.44 870 73 64 8820 6350 0.72 735 8100 5832 0.72 780 7470 5378 0.72 810 73 68 9270 5562 0.60 765 8640 5184 0.60 803 8010 4806 0.60 848 73 72 9810 4709 0.48 795 9180 4406 0.48 840 8550 4104 0.48 870 75 64 8820 6703 0.76 735 8100 6156 0.76 780 7470 5677 0.76 810 75 68 9270 5933 0.64 765 8640 5530 0.64 803 8010 5126 0.64 848 75 72 9810 5101 0.52 795 9180 4774 0.52 840 8550 4446 0.52 870 75 75 10350 4140 0.40 825 9720 3888 0.40 863 9180 3672 0.40 900 77 64 8820 7056 0.80 735 8100 6480 0.80 780 7470 5976 0.8 810 77 68 9270 6304 0.68 765 8640 5875 0.68 803 8010 5447 0.68 848 77 72 9810 5494 0.56 795 9180 5141 0.56 840 8550 4788 0.56 870 77 75 10350 4554 0.44 825 9720 4277 0.44 863 9180 4039 0.44 900 79 64 8820 7409 0.84 735 8100 6804 0.84 780 7470 6275 0.84 810 79 68 9270 6674 0.72 765 8640 6221 0.72 803 8010 5767 0.72 848 79 72 9810 5886 0.60 795 9180 5508 0.60 840 8550 5130 0.60 870 79 75 10350 4968 0.48 825 9720 4666 0.48 863 9180 4406 0.48 900 79 1 79 108901 3920 0.36 1 855 110260 3694 1 0.36 893 1 9630 3467 1 0.36 930 81 64 8820 7762 0.88 735 8100 7128 0.88 780 7470 6574 0.88 810 81 68 9270 7045 0.76 765 8640 6566 0.76 803 8010 6088 0.76 848 81 72 9810 6278 0.64 795 9180 5875 0.64 840 8550 5472 0.64 870 81 75 10350 5382 0.52 825 9720 5054 0.52 863 9180 4774 0.52 900 81 79 10890 4356 0.40 855 10260 4104 0.40 893 9630 3852 0.40 930 82 64 8820 8114 0.92 735 8100 7452 0.92 780 7470 6872 0.92 810 82 68 9270 7416 0.80 765 8640 6912 0.80 803 8010 6408 0.80 848 82 72 9810 6671 0.68 795 9180 6242 0.68 840 8550 5814 0.68 870 82 75 10350 5796 0.56 825 9720 5443 0.56 863 9180 5141 0.56 900 82 1 79 108901 4792 0.44 855 10260 4514 1 0.44 893 1 9630 4237 1 0.44 930 84 64 8820 8467 0.96 735 8100 7776 0.96 780 7470 7171 0.96 810 84 68 9270 7787 0.84 765 8640 7258 0.84 803 8010 6728 0.84 848 84 72 9810 7063 0.72 795 9180 6610 0.72 840 8550 6156 0.72 870 84 75 10350 6210 0.60 825 9720 5832 0.60 863 9180 5508 0.60 900 84 79 10890 5227 0.48 1 855 110260 4925 0.48 893 9630 4622 0.48 930 86 64 8820 8820 1.00 735 8100 8100 1.00 780 7470 7470 1.00 810 86 68 9270 8158 0.88 765 8640 7603 0.88 803 8010 7049 0.88 848 86 72 9810 7456 0.76 795 9180 6977 0.76 840 8550 6498 0.76 870 86 75 10350 6624 0.64 825 9720 6221 0.64 863 9180 5875 0.64 900 86 1 79 108901 5663 0.52 855 10260 5335 1 0.52 893 1 9630 5008 1 0.52 930 88 64 8820 8820 1.00 735 8100 8100 1.00 780 7470 7470 1.00 810 88 68 9270 8528 0.92 765 8640 7949 0.92 803 8010 7369 0.92 848 88 72 9810 7848 0.80 795 9180 7344 0.80 840 8550 6840 0.80 870 88 75 10350 7038 0.68 825 9720 6610 0.68 863 9180 6242 0.68 900 88 79 10890 6098 0.56 1 855 110260 5746 0.56 893 9630 5393 0.56 930 90 64 8820 8820 1.00 735 8100 8100 1.00 780 7470 7470 1.00 810 90 68 9270 8899 0.96 765 8640 8294 0.96 803 8010 7690 0.96 848 90 72 9810 8240 0.84 795 9180 7711 0.84 840 8550 7182 0.84 870 90 75 10350 7452 0.72 825 9720 6998 0.72 863 9180 6610 0.72 900 90 1 79 1108901 6534 0.60 855 102601 6156 1 0.60 1 893 1 9630 1 5778 1 0.60 1 930 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-257 IJiLIM:ILTiI►+a`/_1 CAPACITY (Btu/h): 12000 INPUT (W): 1210 SHF: 0.77 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC SHF P.C. 70 64 14100 8319 0.59 968 13500 7965 0.59 1016 12960 7646 0.59 1065 12480 7363 0.59 1113 70 68 14700 6909 0.47 1016 14100 6627 0.47 1077 13680 6430 0.47 1101 13200 6204 0.47 1150 72 64 14100 8883 0.63 968 13500 8505 0.63 1016 12960 8165 0.63 1065 12480 7862 0.63 1113 72 68 14700 7497 0.51 1016 14100 7191 0.51 1077 13680 6977 0.51 1101 13200 6732 0.51 1150 72 72 15300 5967 0.39 1053 14760 5756 0.39 1119 14400 5616 0.39 1150 13800 5382 0.39 1198 73 64 14100 9447 0.67 968 13500 9045 0.67 1016 12960 8683 0.67 1065 12480 8362 0.67 1113 73 68 14700 8085 0.55 1016 14100 7755 0.55 1077 13680 7524 0.55 1101 13200 7260 0.55 1150 73 1 72 153001 6579 0.43 1 1053 114760 6347 1 0.43 1119 114400 6192 1 0.43 1150 1138001 5934 0.43 1 1198 75 64 14100 10011 0.71 968 13500 9585 0.71 1016 12960 9202 0.71 1065 12480 8861 0.71 1113 75 68 14700 8673 0.59 1016 14100 8319 0.59 1077 13680 8071 0.59 1101 13200 7788 0.59 1150 75 72 15300 7191 0.47 1053 14760 6937 0.47 1119 14400 6768 0.47 1150 13800 6486 0.47 1198 75 75 16080 5628 0.35 1101 15480 5418 0.35 1162 15120 5292 0.35 1198 14640 5124 0.35 1258 77 64 14100 10575 0.75 968 13500 10125 0.75 1016 12960 9720 0.75 1065 12480 9360 0.75 1113 77 68 14700 9261 0.63 1016 14100 8883 0.63 1077 13680 8618 0.63 1101 13200 8316 0.63 1150 77 72 15300 7803 0.51 1053 14760 7528 0.51 1119 14400 7344 0.51 1150 13800 7038 0.51 1198 77 75 16080 6271 0.39 1101 15480 6037 0.39 1162 15120 5897 0.39 1198 14640 5710 0.39 1258 79 64 14100 11139 0.79 968 13500 10665 0.79 1016 12960 10238 0.79 1065 12480 9859 0.79 1113 79 68 14700 9849 0.67 1016 14100 9447 0.67 1077 13680 9166 0.67 1101 13200 8844 0.67 1150 79 72 15300 8415 0.55 1053 14760 8118 0.55 1119 14400 7920 0.55 1150 13800 7590 0.55 1198 79 75 16080 6914 0.43 1101 15480 6656 0.43 1162 15120 6502 0.43 1198 14640 6295 0.43 1258 79 1 79 165601 5134 0.31 1 1162 116080 4985 1 0.31 1222 115840 4910 1 0.31 1258 1153601 4762 0.31 1 1295 81 64 14100 11703 0.83 968 13500 11205 0.83 1016 12960 10757 0.83 1065 12480 10358 0.83 1113 81 68 14700 10437 0.71 1016 14100 10011 0.71 1077 13680 9713 0.71 1101 13200 9372 0.71 1150 81 72 15300 9027 0.59 1053 14760 8708 0.59 1119 14400 8496 0.59 1150 13800 8142 0.59 1198 81 75 16080 7558 0.47 1101 15480 7276 0.47 1162 15120 7106 0.47 1198 14640 6881 0.47 1258 81 79 16560 5796 0.35 1162 160801 5628 0.35 1 1222 158401 5544 0.35 1 1258 15360 5376 1 0.35 1295 82 64 14100 12267 0.87 968 13500 11745 0.87 1016 12960 11275 0.87 1065 12480 10858 0.87 1113 82 68 14700 11025 0.75 1016 14100 10575 0.75 1077 13680 10260 0.75 1101 13200 9900 0.75 1150 82 72 15300 9639 0.63 1053 14760 9299 0.63 1119 14400 9072 0.63 1150 13800 8694 0.63 1198 82 75 16080 8201 0.51 1101 15480 7895 0.51 1162 15120 7711 0.51 1198 14640 7466 0.51 1258 82 1 79 165601 6458 0.39 1162 16080 6271 0.39 1222 15840 6178 0.39 1258 15360 5990 0.39 1295 84 64 14100 12831 0.91 968 13500 12285 0.91 1016 12960 11794 0.91 1065 12480 11357 0.91 1113 84 68 14700 11613 0.79 1016 14100 11139 0.79 1077 13680 10807 0.79 1101 13200 10428 0.79 1150 84 72 15300 10251 0.67 1053 14760 9889 0.67 1119 14400 9648 0.67 1150 13800 9246 0.67 1198 84 75 16080 8844 0.55 1101 15480 8514 0.55 1162 15120 8316 0.55 1198 14640 8052 0.55 1258 84 79 16560 7121 1 0.43 1 1162 160801 6914 0.43 1 1222 158401 6811 0.43 1 1258 115360 6605 1 0.43 1295 86 64 14100 13395 0.95 968 13500 12825 0.95 1016 12960 12312 0.95 1065 12480 11856 0.95 1113 86 68 14700 12201 0.83 1016 14100 11703 0.83 1077 13680 11354 0.83 1101 13200 10956 0.83 1150 86 72 15300 10863 0.71 1053 14760 10480 0.71 1119 14400 10224 0.71 1150 13800 9798 0.71 1198 86 75 16080 9487 0.59 1101 15480 9133 0.59 1162 15120 8921 0.59 1198 14640 8638 0.59 1258 86 1 79 16560 7783 0.47 1162 16080 7558 0.47 1222 15840 7445 0.47 1258 15360 7219 0.47 1295 88 64 14100 13959 0.99 968 13500 13365 0.99 1016 12960 12830 0.99 1065 12480 12355 0.99 1113 88 68 14700 12789 0.87 1016 14100 12267 0.87 1077 13680 11902 0.87 1101 13200 11484 0.87 1150 88 72 15300 11475 0.75 1053 14760 11070 0.75 1119 14400 10800 0.75 1150 13800 10350 0.75 1198 88 75 16080 10130 0.63 1101 15480 9752 0.63 1162 15120 9526 0.63 1198 14640 9223 0.63 1258 88 79 165601 8446 0.51 1162 16080 8201 0.51 1222 15840 8078 0.51 1258 15360 7834 0.51 1295 90 64 14100 14100 1.00 968 13500 13500 1.00 1016 12960 12960 1.00 1065 12480 12480 1.00 1113 90 68 14700 13377 0.91 1016 14100 12831 0.91 1077 13680 12449 0.91 1101 13200 12012 0.91 1150 90 72 15300 12087 0.79 1053 14760 11660 0.79 1119 14400 11376 0.79 1150 13800 10902 0.79 1198 90 75 16080 10774 0.67 1101 15480 10372 0.67 1162 15120 10130 0.67 1198 14640 9809 0.67 1258 90 1 79 116560 9108 1 0.55 1 1162 1160801 8844 1 0.55 1 1222 1158401 8712 1 0.55 1 1258 1153601 8448 0.55 1 1295 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-258 ►vi LIM:I ivi `K ki /_1 CAPACITY (Btu/h): 12000 INPUT (W): 1210 SHF: 0.77 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 11760 6938 0.59 1186 10800 6372 0.59 1258 9960 5876 0.59 1307 70 68 12360 5809 0.47 1234 11520 5414 0.47 1295 10680 5020 0.47 1367 72 64 11760 7409 0.63 1186 10800 6804 0.63 1258 9960 6275 0.63 1307 72 68 12360 6304 0.51 1234 11520 5875 0.51 1295 10680 5447 0.51 1367 72 72 13080 5101 0.39 1283 12240 4774 0.39 1355 11400 4446 0.39 1404 73 64 11760 7879 0.67 1186 10800 7236 0.67 1258 9960 6673 0.67 1307 73 68 12360 6798 0.55 1234 11520 6336 0.55 1295 10680 5874 0.55 1367 73 72 13080 5624 0.43 1283 12240 5263 0.43 1355 11400 4902 0.43 1404 75 64 11760 8350 0.71 1186 10800 7668 0.71 1258 9960 7072 0.71 1307 75 68 12360 7292 0.59 1234 11520 6797 0.59 1295 10680 6301 0.59 1367 75 72 13080 6148 0.47 1283 12240 5753 0.47 1355 11400 5358 0.47 1404 75 75 13800 4830 0.35 1331 12960 4536 0.35 1392 12240 4284 0.35 1452 77 64 11760 8820 0.75 1186 10800 8100 0.75 1258 9960 7470 0.75 1307 77 68 12360 7787 0.63 1234 11520 7258 0.63 1295 10680 6728 0.63 1367 77 72 13080 6671 0.51 1283 12240 6242 0.51 1355 11400 5814 0.51 1404 77 75 13800 5382 0.39 1331 12960 5054 0.39 1392 12240 4774 0.39 1452 79 64 11760 9290 0.79 1186 10800 8532 0.79 1258 9960 7868 0.79 1307 79 68 12360 8281 0.67 1234 11520 7718 0.67 1295 10680 7156 0.67 1367 79 72 13080 7194 0.55 1283 12240 6732 0.55 1355 11400 6270 0.55 1404 79 75 13800 5934 0.43 1331 12960 5573 0.43 1392 12240 5263 0.43 1452 79 1 79 145201 4501 0.31 1 1379 113680 4241 1 0.31 1440 112840 3980 1 0.31 1500 81 64 11760 9761 0.83 1186 10800 8964 0.83 1258 9960 8267 0.83 1307 81 68 12360 8776 0.71 1234 11520 8179 0.71 1295 10680 7583 0.71 1367 81 72 13080 7717 0.59 1283 12240 7222 0.59 1355 11400 6726 0.59 1404 81 75 13800 6486 0.47 1331 12960 6091 0.47 1392 12240 5753 0.47 1452 81 79 14520 5082 0.35 1379 13680 4788 0.35 1440 12840 4494 0.35 1500 82 64 11760 10231 0.87 1186 10800 9396 0.87 1258 9960 8665 0.87 1307 82 68 12360 9270 0.75 1234 11520 8640 0.75 1295 10680 8010 0.75 1367 82 72 13080 8240 0.63 1283 12240 7711 0.63 1355 11400 7182 0.63 1404 82 75 13800 7038 0.51 1331 12960 6610 0.51 1392 12240 6242 0.51 1452 82 1 79 145201 5663 0.39 1379 13680 5335 1 0.39 1440 112840 5008 1 0.39 1500 84 64 11760 10702 0.91 1186 10800 9828 0.91 1258 9960 9064 0.91 1307 84 68 12360 9764 0.79 1234 11520 9101 0.79 1295 10680 8437 0.79 1367 84 72 13080 8764 0.67 1283 12240 8201 0.67 1355 11400 7638 0.67 1404 84 75 13800 7590 0.55 1331 12960 7128 0.55 1392 12240 6732 0.55 1452 84 79 14520 6244 0.43 1 1379 113680 5882 0.43 1440 12840 5521 0.43 1500 86 64 11760 11172 0.95 1186 10800 10260 0.95 1258 9960 9462 0.95 1307 86 68 12360 10259 0.83 1234 11520 9562 0.83 1295 10680 8864 0.83 1367 86 72 13080 9287 0.71 1283 12240 8690 0.71 1355 11400 8094 0.71 1404 86 75 13800 8142 0.59 1331 12960 7646 0.59 1392 12240 7222 0.59 1452 86 1 79 145201 6824 0.47 1379 13680 6430 1 0.47 1440 112840 6035 1 0.47 1500 88 64 11760 11642 0.99 1186 10800 10692 0.99 1258 9960 9860 0.99 1307 88 68 12360 10753 0.87 1234 11520 10022 0.87 1295 10680 9292 0.87 1367 88 72 13080 9810 0.75 1283 12240 9180 0.75 1355 11400 8550 0.75 1404 88 75 13800 8694 0.63 1331 12960 8165 0.63 1392 12240 7711 0.63 1452 88 79 14520 7405 0.51 1 1379 113680 6977 0.51 1440 12840 6548 0.51 1500 90 64 11760 11760 1.00 1186 10800 10800 1.00 1258 9960 9960 1.00 1307 90 68 12360 11248 0.91 1234 11520 10483 0.91 1295 10680 9719 0.91 1367 90 72 13080 10333 0.79 1283 12240 9670 0.79 1355 11400 9006 0.79 1404 90 75 13800 9246 0.67 1331 12960 8683 0.67 1392 12240 8201 0.67 1452 90 1 79 1145201 7986 0.55 1379 136801 7524 1 0.55 1 1440 1128401 7062 1 0.55 1500 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-259 IJiLIM:ILTiI6I`/_1 CAPACITY (Btu/h): 14000 INPUT (W): 1170 SHF: 0.78 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 16450 9870 0.60 936 15750 9450 0.60 983 15120 9072 0.60 1030 14560 8736 0.60 1076 70 68 17150 8232 0.48 983 16450 7896 0.48 1041 15960 7661 0.48 1065 15400 7392 0.48 1112 72 64 16450 10528 0.64 936 15750 10080 0.64 983 15120 9677 0.64 1030 14560 9318 0.64 1076 72 68 17150 8918 0.52 983 16450 8554 0.52 1041 15960 8299 0.52 1065 15400 8008 0.52 1112 72 72 17850 7140 0.40 1018 17220 6888 0.40 1082 16800 6720 0.40 1112 16100 6440 0.40 1158 73 64 16450 11186 0.68 936 15750 10710 0.68 983 15120 10282 0.68 1030 14560 9901 0.68 1076 73 68 17150 9604 0.56 983 16450 9212 0.56 1041 15960 8938 0.56 1065 15400 8624 0.56 1112 73 1 72 178501 7854 0.44 1 1018 117220 7577 1 0.44 1082 116800 7392 1 0.44 1112 1161001 7084 0.44 1 1158 75 64 16450 11844 0.72 936 15750 11340 0.72 983 15120 10886 0.72 1030 14560 10483 0.72 1076 75 68 17150 10290 0.60 983 16450 9870 0.60 1041 15960 9576 0.60 1065 15400 9240 0.60 1112 75 72 17850 8568 0.48 1018 17220 8266 0.48 1082 16800 8064 0.48 1112 16100 7728 0.48 1158 75 75 18760 6754 0.36 1065 18060 6502 0.36 1123 17640 6350 0.36 1158 17080 6149 0.36 1217 77 64 16450 12502 0.76 936 15750 11970 0.76 983 15120 11491 0.76 1030 14560 11066 0.76 1076 77 68 17150 10976 0.64 983 16450 10528 0.64 1041 15960 10214 0.64 1065 15400 9856 0.64 1112 77 72 17850 9282 0.52 1018 17220 8954 0.52 1082 16800 8736 0.52 1112 16100 8372 0.52 1158 77 75 18760 7504 0.40 1065 18060 7224 0.40 1123 17640 7056 0.40 1158 17080 6832 0.40 1217 79 64 16450 13160 0.80 936 15750 12600 0.80 983 15120 12096 0.80 1030 14560 11648 0.80 1076 79 68 17150 11662 0.68 983 16450 11186 0.68 1041 15960 10853 0.68 1065 15400 10472 0.68 1112 79 72 17850 9996 0.56 1018 17220 9643 0.56 1082 16800 9408 0.56 1112 16100 9016 0.56 1158 79 75 18760 8254 0.44 1065 18060 7946 0.44 1123 17640 7762 0.44 1158 17080 7515 0.44 1217 79 1 79 193201 6182 0.32 1 1123 118760 6003 1 0.32 1182 118480 5914 1 0.32 1217 1179201 5734 0.32 1 1252 81 64 16450 13818 0.84 936 15750 13230 0.84 983 15120 12701 0.84 1030 14560 12230 0.84 1076 81 68 17150 12348 0.72 983 16450 11844 0.72 1041 15960 11491 0.72 1065 15400 11088 0.72 1112 81 72 17850 10710 0.60 1018 17220 10332 0.60 1082 16800 10080 0.60 1112 16100 9660 0.60 1158 81 75 18760 9005 0.48 1065 18060 8669 0.48 1123 17640 8467 0.48 1158 17080 8198 0.48 1217 81 79 19320 6955 0.36 1123 187601 6754 0.36 1 1182 18480 6653 0.36 1217 17920 6451 1 0.36 1252 82 64 16450 14476 0.88 936 15750 13860 0.88 983 15120 13306 0.88 1030 14560 12813 0.88 1076 82 68 17150 13034 0.76 983 16450 12502 0.76 1041 15960 12130 0.76 1065 15400 11704 0.76 1112 82 72 17850 11424 0.64 1018 17220 11021 0.64 1082 16800 10752 0.64 1112 16100 10304 0.64 1158 82 75 18760 9755 0.52 1065 18060 9391 0.52 1123 17640 9173 0.52 1158 17080 8882 0.52 1217 82 1 79 193201 7728 0.40 1123 18760 7504 0.40 1182 184801 7392 0.40 1 1217 17920 7168 0.40 1252 84 64 16450 15134 0.92 936 15750 14490 0.92 983 15120 13910 0.92 1030 14560 13395 0.92 1076 84 68 17150 13720 0.80 983 16450 13160 0.80 1041 15960 12768 0.80 1065 15400 12320 0.80 1112 84 72 17850 12138 0.68 1018 17220 11710 0.68 1082 16800 11424 0.68 1112 16100 10948 0.68 1158 84 75 18760 10506 0.56 1065 18060 10114 0.56 1123 17640 9878 0.56 1158 17080 9565 0.56 1217 84 79 19320 8501 1 0.44 1 1123 187601 8254 0.44 1 1182 18480 8131 0.44 1217 1179201 7885 0.44 1 1252 86 64 16450 15792 0.96 936 15750 15120 0.96 983 15120 14515 0.96 1030 14560 13978 0.96 1076 86 68 17150 14406 0.84 983 16450 13818 0.84 1041 15960 13406 0.84 1065 15400 12936 0.84 1112 86 72 17850 12852 0.72 1018 17220 12398 0.72 1082 16800 12096 0.72 1112 16100 11592 0.72 1158 86 75 18760 11256 0.60 1065 18060 10836 0.60 1123 17640 10584 0.60 1158 17080 10248 0.60 1217 86 1 79 19320 9274 0.48 1123 18760 9005 0.48 1182 184801 8870 0.48 1217 17920 8602 1 0.48 1252 88 64 16450 16450 1.00 936 15750 15750 1.00 983 15120 15120 1.00 1030 14560 14560 1.00 1076 88 68 17150 15092 0.88 983 16450 14476 0.88 1041 15960 14045 0.88 1065 15400 13552 0.88 1112 88 72 17850 13566 0.76 1018 17220 13087 0.76 1082 16800 12768 0.76 1112 16100 12236 0.76 1158 88 75 18760 12006 0.64 1065 18060 11558 0.64 1123 17640 11290 0.64 1158 17080 10931 0.64 1217 88 79 19320 10046 0.52 1 1123 118760 9755 1 0.52 1182 18480 9610 1 0.52 1217 117920 9318 0.52 1252 90 64 16450 16450 1.00 936 15750 15750 1.00 983 15120 15120 1.00 1030 14560 14560 1.00 1076 90 68 17150 15778 0.92 983 16450 15134 0.92 1041 15960 14683 0.92 1065 15400 14168 0.92 1112 90 72 17850 14280 0.80 1018 17220 13776 0.80 1082 16800 13440 0.80 1112 16100 12880 0.80 1158 90 75 18760 12757 0.68 1065 18060 12281 0.68 1123 17640 11995 0.68 1158 17080 11614 0.68 1217 90 1 79 119320 108191 0.56 1123 18760 10506 0.56 1 1182 118480110349 0.56 1 1217 179201100351 0.56 1252 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-260 ►viLIM:IiviIMki/_1 CAPACITY (Btu/h): 14000 INPUT (W): 1170 SHF: 0.78 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 13720 8232 0.60 1147 12600 7560 0.60 1217 11620 6972 0.60 1264 70 68 14420 6922 0.48 1193 13440 6451 0.48 1252 12460 5981 0.48 1322 72 64 13720 8781 0.64 1147 12600 8064 0.64 1217 11620 7437 0.64 1264 72 68 14420 7498 0.52 1193 13440 6989 0.52 1252 12460 6479 0.52 1322 72 72 15260 6104 0.40 1240 14280 5712 0.40 1310 13300 5320 0.40 1357 73 64 13720 9330 0.68 1147 12600 8568 0.68 1217 11620 7902 0.68 1264 73 68 14420 8075 0.56 1193 13440 7526 0.56 1252 12460 6978 0.56 1322 73 1 72 152601 6714 0.44 1 1240 114280 6283 1 0.44 1310 113300 5852 1 0.44 1357 75 64 13720 9878 0.72 1147 12600 9072 0.72 1217 11620 8366 0.72 1264 75 68 14420 8652 0.60 1193 13440 8064 0.60 1252 12460 7476 0.60 1322 75 72 15260 7325 0.48 1240 14280 6854 0.48 1310 13300 6384 0.48 1357 75 75 16100 5796 0.36 1287 15120 5443 0.36 1346 14280 5141 0.36 1404 77 64 13720 10427 0.76 1147 12600 9576 0.76 1217 11620 8831 0.76 1264 77 68 14420 9229 0.64 1193 13440 8602 0.64 1252 12460 7974 0.64 1322 77 72 15260 7935 0.52 1240 14280 7426 0.52 1310 13300 6916 0.52 1357 77 75 16100 6440 0.40 1287 15120 6048 0.40 1346 14280 5712 0.40 1404 79 64 13720 10976 0.80 1147 12600 10080 0.80 1217 11620 9296 0.80 1264 79 68 14420 9806 0.68 1193 13440 9139 0.68 1252 12460 8473 0.68 1322 79 72 15260 8546 0.56 1240 14280 7997 0.56 1310 13300 7448 0.56 1357 79 75 16100 7084 0.44 1287 15120 6653 0.44 1346 14280 6283 0.44 1404 79 1 79 169401 5421 0.32 1 1334 115960 5107 1 0.32 1392 114980 4794 1 0.32 1451 81 64 13720 11525 0.84 1147 12600 10584 0.84 1217 11620 9761 0.84 1264 81 68 14420 10382 0.72 1193 13440 9677 0.72 1252 12460 8971 0.72 1322 81 72 15260 9156 0.60 1240 14280 8568 0.60 1310 13300 7980 0.60 1357 81 75 16100 7728 0.48 1287 15120 7258 0.48 1346 14280 6854 0.48 1404 81 79 16940 6098 0.36 1334 15960 5746 0.36 1392 14980 5393 0.36 1451 82 64 13720 12074 0.88 1147 12600 11088 0.88 1217 11620 10226 0.88 1264 82 68 14420 10959 0.76 1193 13440 10214 0.76 1252 12460 9470 0.76 1322 82 72 15260 9766 0.64 1240 14280 9139 0.64 1310 13300 8512 0.64 1357 82 75 16100 8372 0.52 1287 15120 7862 0.52 1346 14280 7426 0.52 1404 82 1 79 169401 6776 0.40 1334 15960 6384 1 0.40 1392 114980 5992 1 0.40 1451 84 64 13720 12622 0.92 1147 12600 11592 0.92 1217 11620 10690 0.92 1264 84 68 14420 11536 0.80 1193 13440 10752 0.80 1252 12460 9968 0.80 1322 84 72 15260 10377 0.68 1240 14280 9710 0.68 1310 13300 9044 0.68 1357 84 75 16100 9016 0.56 1287 15120 8467 0.56 1346 14280 7997 0.56 1404 84 79 16940 7454 0.44 1 1334 115960 7022 0.44 1392 14980 6591 0.44 1451 86 64 13720 13171 0.96 1147 12600 12096 0.96 1217 11620 11155 0.96 1264 86 68 14420 12113 0.84 1193 13440 11290 0.84 1252 12460 10466 0.84 1322 86 72 15260 10987 0.72 1240 14280 10282 0.72 1310 13300 9576 0.72 1357 86 75 16100 9660 0.60 1287 15120 9072 0.60 1346 14280 8568 0.60 1404 86 1 79 169401 8131 0.48 1334 15960 7661 1 0.48 1392 114980 7190 1 0.48 1451 88 64 13720 13720 1.00 1147 12600 12600 1.00 1217 11620 11620 1.00 1264 88 68 14420 12690 0.88 1193 13440 11827 0.88 1252 12460 10965 0.88 1322 88 72 15260 11598 0.76 1240 14280 10853 0.76 1310 13300 10108 0.76 1357 88 75 16100 10304 0.64 1287 15120 9677 0.64 1346 14280 9139 0.64 1404 88 79 16940 8809 0.52 1 1334 115960 8299 0.52 1392 14980 7790 0.52 1451 90 64 13720 13720 1.00 1147 12600 12600 1.00 1217 11620 11620 1.00 1264 90 68 14420 13266 0.92 1193 13440 12365 0.92 1252 12460 11463 0.92 1322 90 72 15260 12208 0.80 1240 14280 11424 0.80 1310 13300 10640 0.80 1357 90 75 16100 10948 0.68 1287 15120 10282 0.68 1346 14280 9710 0.68 1404 90 1 79 1169401 9486 0.56 1334 159601 8938 1 0.56 1 1392 1149801 8389 1 0.56 1451 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-261 IJiLIM:ILTiIE:R`/_1 CAPACITY (Btu/h): 17200 INPUT (W): 1640 SHF: 0.86 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA ISHC I SHF P.C. 70 64 20210 13743 0.68 1312 19350 13158 0.68 1378 18576 12632 0.68 1443 17888 12164 0.68 1509 70 68 21070 11799 0.56 1378 20210 11318 0.56 1460 19608 10980 0.56 1492 18920 10595 0.56 1558 72 64 20210 14551 0.72 1312 19350 13932 0.72 1378 18576 13375 0.72 1443 17888 12879 0.72 1509 72 68 21070 12642 0.60 1378 20210 12126 0.60 1460 19608 11765 0.60 1492 18920 11352 0.60 1558 72 72 21930 10526 0.48 1427 21156 10155 0.48 1517 20640 9907 0.48 1558 19780 9494 0.48 1624 73 64 20210 15360 0.76 1312 19350 14706 0.76 1378 18576 14118 0.76 1443 17888 13595 0.76 1509 73 68 21070 13485 0.64 1378 20210 12934 0.64 1460 19608 12549 0.64 1492 18920 12109 0.64 1558 73 1 72 21930 11404 0.52 1 1427 121156 11001 1 0.52 1517 120640 107331 0.52 1558 119780110286 0.52 1 1624 75 64 20210 16168 0.80 1312 19350 15480 0.80 1378 18576 14861 0.80 1443 17888 14310 0.80 1509 75 68 21070 14328 0.68 1378 20210 13743 0.68 1460 19608 13333 0.68 1492 18920 12866 0.68 1558 75 72 21930 12281 0.56 1427 21156 11847 0.56 1517 20640 11558 0.56 1558 19780 11077 0.56 1624 75 75 23048 10141 0.44 1492 22188 9763 0.44 1574 21672 9536 0.44 1624 20984 9233 0.44 1706 77 64 20210 16976 0.84 1312 19350 16254 0.84 1378 18576 15604 0.84 1443 17888 15026 0.84 1509 77 68 21070 15170 0.72 1378 20210 14551 0.72 1460 19608 14118 0.72 1492 18920 13622 0.72 1558 77 72 21930 13158 0.60 1427 21156 12694 0.60 1517 20640 12384 0.60 1558 19780 11868 0.60 1624 77 75 23048 11063 0.48 1492 22188 10650 0.48 1574 21672 10403 0.48 1624 20984 10072 0.48 1706 79 64 20210 17785 0.88 1312 19350 17028 0.88 1378 18576 16347 0.88 1443 17888 15741 0.88 1509 79 68 21070 16013 0.76 1378 20210 15360 0.76 1460 19608 14902 0.76 1492 18920 14379 0.76 1558 79 72 21930 14035 0.64 1427 21156 13540 0.64 1517 20640 13210 0.64 1558 19780 12659 0.64 1624 79 75 23048 11985 0.52 1492 22188 11538 0.52 1574 21672 11269 0.52 1624 20984 10912 0.52 1706 79 1 79 237361 9494 0.40 1 1574 123048 9219 1 0.40 1656 122704 9082 1 0.40 1706 1220161 8806 0.40 1 1755 81 64 20210 18593 0.92 1312 19350 17802 0.92 1378 18576 17090 0.92 1443 17888 16457 0.92 1509 81 68 21070 16856 0.80 1378 20210 16168 0.80 1460 19608 15686 0.80 1492 18920 15136 0.80 1558 81 72 21930 14912 0.68 1427 21156 14386 0.68 1517 20640 14035 0.68 1558 19780 13450 0.68 1624 81 75 23048 12907 0.56 1492 22188 12425 0.56 1574 21672 12136 0.56 1624 20984 11751 0.56 1706 81 79 23736 10444 0.44 1574 23048 10141 0.44 1 1656 227041 9990 0.44 1 1706 22016 9687 1 0.44 1755 82 64 20210 19402 0.96 1312 19350 18576 0.96 1378 18576 17833 0.96 1443 17888 17172 0.96 1509 82 68 21070 17699 0.84 1378 20210 16976 0.84 1460 19608 16471 0.84 1492 18920 15893 0.84 1558 82 72 21930 15790 0.72 1427 21156 15232 0.72 1517 20640 14861 0.72 1558 19780 14242 0.72 1624 82 75 23048 13829 0.60 1492 22188 13313 0.60 1574 21672 13003 0.60 1624 20984 12590 0.60 1706 82 1 79 23736 11393 0.48 1574 23048 11063 0.48 1656 22704 10898 0.48 1706 22016 10568 0.48 1755 84 64 20210 20210 1.00 1312 19350 19350 1.00 1378 18576 18576 1.00 1443 17888 17888 1.00 1509 84 68 21070 18542 0.88 1378 20210 17785 0.88 1460 19608 17255 0.88 1492 18920 16650 0.88 1558 84 72 21930 16667 0.76 1427 21156 16079 0.76 1517 20640 15686 0.76 1558 19780 15033 0.76 1624 84 75 23048 14751 0.64 1492 22188 14200 0.64 1574 21672 13870 0.64 1624 20984 13430 0.64 1706 84 79 23736 123431 0.52 1 1574 23048 11985 0.52 1 1656 22704 11806 0.52 1 1706 122016 11448 0.52 1755 86 64 20210 20210 1.00 1312 19350 19350 1.00 1378 18576 18576 1.00 1443 17888 17888 1.00 1509 86 68 21070 19384 0.92 1378 20210 18593 0.92 1460 19608 18039 0.92 1492 18920 17406 0.92 1558 86 72 21930 17544 0.80 1427 21156 16925 0.80 1517 20640 16512 0.80 1558 19780 15824 0.80 1624 86 75 23048 15673 0.68 1492 22188 15088 0.68 1574 21672 14737 0.68 1624 20984 14269 0.68 1706 86 1 79 23736 13292 0.56 1574 23048 12907 0.56 1656 22704 12714 0.56 1706 22016 12329 0.56 1755 88 64 20210 20210 1.00 1312 19350 19350 1.00 1378 18576 18576 1.00 1443 17888 17888 1.00 1509 88 68 21070 20227 0.96 1378 20210 19402 0.96 1460 19608 18824 0.96 1492 18920 18163 0.96 1558 88 72 21930 18421 0.84 1427 21156 17771 0.84 1517 20640 17338 0.84 1558 19780 16615 0.84 1624 88 75 23048 16595 0.72 1492 22188 15975 0.72 1574 21672 15604 0.72 1624 20984 15108 0.72 1706 88 79 23736 14242 0.60 1 1574 123048 138291 0.60 1656 122704 136221 0.60 1706 22016 132101 0.60 1755 90 64 20210 20210 1.00 1312 19350 19350 1.00 1378 18576 18576 1.00 1443 17888 17888 1.00 1509 90 68 21070 21070 1.00 1378 20210 20210 1.00 1460 19608 19608 1.00 1492 18920 18920 1.00 1558 90 72 21930 19298 0.88 1427 21156 18617 0.88 1517 20640 18163 0.88 1558 19780 17406 0.88 1624 90 75 23048 17516 0.76 1492 22188 16863 0.76 1574 21672 16471 0.76 1624 20984 15948 0.76 1706 90 79 23736 15191 0.64 1574 23048 14751 0.64 1656 22704 14531 0.64 1706 22016 14090 0.64 1755 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-262 ►vi LIM:I ivi `M ki /_1 CAPACITY (Btu/h): 17200 INPUT (W): 1640 SHF: 0.86 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 16856 11462 0.68 1607 15480 10526 0.68 1706 14276 9708 0.68 1771 70 68 17716 9921 0.56 1673 16512 9247 0.56 1755 15308 8572 0.56 1853 72 64 16856 12136 0.72 1607 15480 11146 0.72 1706 14276 10279 0.72 1771 72 68 17716 10630 0.60 1673 16512 9907 0.60 1755 15308 9185 0.60 1853 72 72 18748 8999 0.48 1738 17544 8421 0.48 1837 16340 7843 0.48 1902 73 64 16856 12811 0.76 1607 15480 11765 0.76 1706 14276 10850 0.76 1771 73 68 17716 11338 0.64 1673 16512 10568 0.64 1755 15308 9797 0.64 1853 73 1 72 187481 9749 0.52 1 1738 117544 9123 1 0.52 1837 116340 8497 1 0.52 1902 75 64 16856 13485 0.80 1607 15480 12384 0.80 1706 14276 11421 0.80 1771 75 68 17716 12047 0.68 1673 16512 11228 0.68 1755 15308 10409 0.68 1853 75 72 18748 10499 0.56 1738 17544 9825 0.56 1837 16340 9150 0.56 1902 75 75 19780 8703 0.44 1804 18576 8173 0.44 1886 17544 7719 0.44 1968 77 64 16856 14159 0.84 1607 15480 13003 0.84 1706 14276 11992 0.84 1771 77 68 17716 12756 0.72 1673 16512 11889 0.72 1755 15308 11022 0.72 1853 77 72 18748 11249 0.60 1738 17544 10526 0.60 1837 16340 9804 0.60 1902 77 75 19780 9494 0.48 1804 18576 8916 0.48 1886 17544 8421 0.48 1968 79 64 16856 14833 0.88 1607 15480 13622 0.88 1706 14276 12563 0.88 1771 79 68 17716 13464 0.76 1673 16512 12549 0.76 1755 15308 11634 0.76 1853 79 72 18748 11999 0.64 1738 17544 11228 0.64 1837 16340 10458 0.64 1902 79 75 19780 10286 0.52 1804 18576 9660 0.52 1886 17544 9123 0.52 1968 79 1 79 208121 8325 0.40 1 1870 119608 7843 1 0.40 1952 118404 7362 1 0.40 2034 81 64 16856 15508 0.92 1607 15480 14242 0.92 1706 14276 13134 0.92 1771 81 68 17716 14173 0.80 1673 16512 13210 0.80 1755 15308 12246 0.80 1853 81 72 18748 12749 0.68 1738 17544 11930 0.68 1837 16340 11111 0.68 1902 81 75 19780 11077 0.56 1804 18576 10403 0.56 1886 17544 9825 0.56 1968 81 79 20812 9157 0.44 1870 19608 8628 0.44 1952 18404 8098 0.44 2034 82 64 16856 16182 0.96 1607 15480 14861 0.96 1706 14276 13705 0.96 1771 82 68 17716 14881 0.84 1673 16512 13870 0.84 1755 15308 12859 0.84 1853 82 72 18748 13499 0.72 1738 17544 12632 0.72 1837 16340 11765 0.72 1902 82 75 19780 11868 0.60 1804 18576 11146 0.60 1886 17544 10526 0.60 1968 82 1 79 208121 9990 0.48 1870 19608 9412 1 0.48 1952 118404 8834 1 0.48 2034 84 64 16856 16856 1.00 1607 15480 15480 1.00 1706 14276 14276 1.00 1771 84 68 17716 15590 0.88 1673 16512 14531 0.88 1755 15308 13471 0.88 1853 84 72 18748 14248 0.76 1738 17544 13333 0.76 1837 16340 12418 0.76 1902 84 75 19780 12659 0.64 1804 18576 11889 0.64 1886 17544 11228 0.64 1968 84 79 20812 10822 0.52 1 1870 19608 10196 0.52 1952 18404 9570 0.52 2034 86 64 16856 16856 1.00 1607 15480 15480 1.00 1706 14276 14276 1.00 1771 86 68 17716 16299 0.92 1673 16512 15191 0.92 1755 15308 14083 0.92 1853 86 72 18748 14998 0.80 1738 17544 14035 0.80 1837 16340 13072 0.80 1902 86 75 19780 13450 0.68 1804 18576 12632 0.68 1886 17544 11930 0.68 1968 86 1 79 20812 11655 0.56 1870 19608 109801 0.56 1952 118404 103061 0.56 2034 88 64 16856 16856 1.00 1607 15480 15480 1.00 1706 14276 14276 1.00 1771 88 68 17716 17007 0.96 1673 16512 15852 0.96 1755 15308 14696 0.96 1853 88 72 18748 15748 0.84 1738 17544 14737 0.84 1837 16340 13726 0.84 1902 88 75 19780 14242 0.72 1804 18576 13375 0.72 1886 17544 12632 0.72 1968 88 79 20812 12487 0.60 1870 19608 11765 0.60 1952 18404 11042 0.60 2034 90 64 16856 16856 1.00 1607 15480 15480 1.00 1706 14276 14276 1.00 1771 90 68 17716 17716 1.00 1673 16512 16512 1.00 1755 15308 15308 1.00 1853 90 72 18748 16498 0.88 1738 17544 15439 0.88 1837 16340 14379 0.88 1902 90 75 19780 15033 0.76 1804 18576 14118 0.76 1886 17544 13333 0.76 1968 90 1 79 1208121133201 0.64 1 1870 1196081125491 0.64 1 1952 118404 111779 1 0.64 1 2034 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-263 IJiLIM:ILTiPZ!`/_1 CAPACITY (Btu/h): 22500 INPUT (W): 2630 SHF: 0.89 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC SHF P.C. 70 64 26438 18771 0.71 2104 25313 17972 0.71 2209 24300 17253 0.71 2314 23400 16614 0.71 2420 70 68 27563 16262 0.59 2209 26438 15598 0.59 2341 25650 15134 0.59 2393 24750 14603 0.59 2499 72 64 26438 19828 0.75 2104 25313 18984 0.75 2209 24300 18225 0.75 2314 23400 17550 0.75 2420 72 68 27563 17364 0.63 2209 26438 16656 0.63 2341 25650 16160 0.63 2393 24750 15593 0.63 2499 72 72 28688 14631 0.51 2288 27675 14114 0.51 2433 27000 13770 0.51 2499 25875 13196 0.51 2604 73 64 26438 20886 0.79 2104 25313 19997 0.79 2209 24300 19197 0.79 2314 23400 18486 0.79 2420 73 68 27563 18467 0.67 2209 26438 17713 0.67 2341 25650 17186 0.67 2393 24750 16583 0.67 2499 73 1 72 28688 15778 0.55 1 2288 127675 152211 0.55 2433 127000 148501 0.55 2499 125875114231 0.55 1 2604 75 64 26438 21943 0.83 2104 25313 21009 0.83 2209 24300 20169 0.83 2314 23400 19422 0.83 2420 75 68 27563 19569 0.71 2209 26438 18771 0.71 2341 25650 18212 0.71 2393 24750 17573 0.71 2499 75 72 28688 16926 0.59 2288 27675 16328 0.59 2433 27000 15930 0.59 2499 25875 15266 0.59 2604 75 75 30150 14171 0.47 2393 29025 13642 0.47 2525 28350 13325 0.47 2604 27450 12902 0.47 2735 77 64 26438 23001 0.87 2104 25313 22022 0.87 2209 24300 21141 0.87 2314 23400 20358 0.87 2420 77 68 27563 20672 0.75 2209 26438 19828 0.75 2341 25650 19238 0.75 2393 24750 18563 0.75 2499 77 72 28688 18073 0.63 2288 27675 17435 0.63 2433 27000 17010 0.63 2499 25875 16301 0.63 2604 77 75 30150 15377 0.51 2393 29025 14803 0.51 2525 28350 14459 0.51 2604 27450 14000 0.51 2735 79 64 26438 24058 0.91 2104 25313 23034 0.91 2209 24300 22113 0.91 2314 23400 21294 0.91 2420 79 68 27563 21774 0.79 2209 26438 20886 0.79 2341 25650 20264 0.79 2393 24750 19553 0.79 2499 79 72 28688 19221 0.67 2288 27675 18542 0.67 2433 27000 18090 0.67 2499 25875 17336 0.67 2604 79 75 30150 16583 0.55 2393 29025 15964 0.55 2525 28350 15593 0.55 2604 27450 15098 0.55 2735 79 1 79 31050 13352 0.43 1 2525 130150 129651 0.43 2656 129700 127711 0.43 2735 128800112384 0.43 1 2814 81 64 26438 25116 0.95 2104 25313 24047 0.95 2209 24300 23085 0.95 2314 23400 22230 0.95 2420 81 68 27563 22877 0.83 2209 26438 21943 0.83 2341 25650 21290 0.83 2393 24750 20543 0.83 2499 81 72 28688 20368 0.71 2288 27675 19649 0.71 2433 27000 19170 0.71 2499 25875 18371 0.71 2604 81 75 30150 17789 0.59 2393 29025 17125 0.59 2525 28350 16727 0.59 2604 27450 16196 0.59 2735 81 79 31050 14594 0.47 2525 30150 14171 0.47 2656 29700 13959 0.47 1 2735 28800 13536 0.47 2814 82 64 26438 26173 0.99 2104 25313 25059 0.99 2209 24300 24057 0.99 2314 23400 23166 0.99 2420 82 68 27563 23979 0.87 2209 26438 23001 0.87 2341 25650 22316 0.87 2393 24750 21533 0.87 2499 82 72 28688 21516 0.75 2288 27675 20756 0.75 2433 27000 20250 0.75 2499 25875 19406 0.75 2604 82 75 30150 18995 0.63 2393 29025 18286 0.63 2525 28350 17861 0.63 2604 27450 17294 0.63 2735 82 1 79 31050 15836 0.51 2525 30150 15377 0.51 2656 29700 15147 0.51 2735 28800 14688 0.51 1 2814 84 64 26438 26438 1.00 2104 25313 25313 1.00 2209 24300 24300 1.00 2314 23400 23400 1.00 2420 84 68 27563 25082 0.91 2209 26438 24058 0.91 2341 25650 23342 0.91 2393 24750 22523 0.91 2499 84 72 28688 22663 0.79 2288 27675 21863 0.79 2433 27000 21330 0.79 2499 25875 20441 0.79 2604 84 75 30150 20201 0.67 2393 29025 19447 0.67 2525 28350 18995 0.67 2604 27450 18392 0.67 2735 84 79 31050 170781 0.55 1 2525 30150 16583 0.55 2656 29700 16335 0.55 2735 28800 15840 0.55 2814 86 64 26438 26438 1.00 2104 25313 25313 1.00 2209 24300 24300 1.00 2314 23400 23400 1.00 2420 86 68 27563 26184 0.95 2209 26438 25116 0.95 2341 25650 24368 0.95 2393 24750 23513 0.95 2499 86 72 28688 23811 0.83 2288 27675 22970 0.83 2433 27000 22410 0.83 2499 25875 21476 0.83 2604 86 75 30150 21407 0.71 2393 29025 20608 0.71 2525 28350 20129 0.71 2604 27450 19490 0.71 2735 86 1 79 31050 18320 0.59 2525 30150 17789 0.59 1 2656 29700 17523 0.59 1 2735 128800 169921 0.59 2814 88 64 26438 26438 1.00 2104 25313 25313 1.00 2209 24300 24300 1.00 2314 23400 23400 1.00 2420 88 68 27563 27287 0.99 2209 26438 26173 0.99 2341 25650 25394 0.99 2393 24750 24503 0.99 2499 88 72 28688 24958 0.87 2288 27675 24077 0.87 2433 27000 23490 0.87 2499 25875 22511 0.87 2604 88 75 30150 22613 0.75 2393 29025 21769 0.75 2525 28350 21263 0.75 2604 27450 20588 0.75 2735 88 79 31050 19562 0.63 1 2525 130150 18995 0.63 2656 29700 18711 1 0.63 2735 28800 18144 0.63 2814 90 64 26438 26438 1.00 2104 25313 25313 1.00 2209 24300 24300 1.00 2314 23400 23400 1.00 2420 90 68 27563 27563 1.00 2209 26438 26438 1.00 2341 25650 25650 1.00 2393 24750 24750 1.00 2499 90 72 28688 26106 0.91 2288 27675 25184 0.91 2433 27000 24570 0.91 2499 25875 23546 0.91 2604 90 75 30150 23819 0.79 2393 29025 22930 0.79 2525 28350 22397 0.79 2604 27450 21686 0.79 2735 90 1 79 131050 208041 0.67 2525 301501202011 0.67 1 2656 129700119899 0.67 1 2735 28800 192961 0.67 1 2814 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-264 ►viLIM:IiviPZI►/_1 CAPACITY (Btu/h): 22500 INPUT (W): 2630 SHF: 0.89 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 22050 15656 0.71 2577 20250 14378 0.71 2735 18675 13259 0.71 2840 70 68 23175 13673 0.59 2683 21600 12744 0.59 2814 20025 11815 0.59 2972 72 64 22050 16538 0.75 2577 20250 15188 0.75 2735 18675 14006 0.75 2840 72 68 23175 14600 0.63 2683 21600 13608 0.63 2814 20025 12616 0.63 2972 72 72 24525 12508 0.51 2788 22950 11705 0.51 2946 21375 10901 0.51 3051 73 64 22050 17420 0.79 2577 20250 15998 0.79 2735 18675 14753 0.79 2840 73 68 23175 15527 0.67 2683 21600 14472 0.67 2814 20025 13417 0.67 2972 73 1 72 24525 13489 0.55 1 2788 122950 126231 0.55 2946 121375 117561 0.55 3051 75 64 22050 18302 0.83 2577 20250 16808 0.83 2735 18675 15500 0.83 2840 75 68 23175 16454 0.71 2683 21600 15336 0.71 2814 20025 14218 0.71 2972 75 72 24525 14470 0.59 2788 22950 13541 0.59 2946 21375 12611 0.59 3051 75 75 25875 12161 0.47 2893 24300 11421 0.47 3025 22950 10787 0.47 3156 77 64 22050 19184 0.87 2577 20250 17618 0.87 2735 18675 16247 0.87 2840 77 68 23175 17381 0.75 2683 21600 16200 0.75 2814 20025 15019 0.75 2972 77 72 24525 15451 0.63 2788 22950 14459 0.63 2946 21375 13466 0.63 3051 77 75 25875 13196 0.51 2893 24300 12393 0.51 3025 22950 11705 0.51 3156 79 64 22050 20066 0.91 2577 20250 18428 0.91 2735 18675 16994 0.91 2840 79 68 23175 18308 0.79 2683 21600 17064 0.79 2814 20025 15820 0.79 2972 79 72 24525 16432 0.67 2788 22950 15377 0.67 2946 21375 14321 0.67 3051 79 75 25875 14231 0.55 2893 24300 13365 0.55 3025 22950 12623 0.55 3156 79 1 79 27225 11707 0.43 1 2998 125650 110301 0.43 3130 124075 103521 0.43 3261 81 64 22050 20948 0.95 2577 20250 19238 0.95 2735 18675 17741 0.95 2840 81 68 23175 19235 0.83 2683 21600 17928 0.83 2814 20025 16621 0.83 2972 81 72 24525 17413 0.71 2788 22950 16295 0.71 2946 21375 15176 0.71 3051 81 75 25875 15266 0.59 2893 24300 14337 0.59 3025 22950 13541 0.59 3156 81 79 27225 12796 0.47 2998 25650 12056 0.47 3130 24075 11315 0.47 3261 82 64 22050 21830 0.99 2577 20250 20048 0.99 2735 18675 18488 0.99 2840 82 68 23175 20162 0.87 2683 21600 18792 0.87 2814 20025 17422 0.87 2972 82 72 24525 18394 0.75 2788 22950 17213 0.75 2946 21375 16031 0.75 3051 82 75 25875 16301 0.63 2893 24300 15309 0.63 3025 22950 14459 0.63 3156 82 1 79 27225 13885 0.51 2998 25650 130821 0.51 3130 124075 122781 0.51 3261 84 64 22050 22050 1.00 2577 20250 20250 1.00 2735 18675 18675 1.00 2840 84 68 23175 21089 0.91 2683 21600 19656 0.91 2814 20025 18223 0.91 2972 84 72 24525 19375 0.79 2788 22950 18131 0.79 2946 21375 16886 0.79 3051 84 75 25875 17336 0.67 2893 24300 16281 0.67 3025 22950 15377 0.67 3156 84 79 27225 14974 0.55 1 2998 25650 14108 0.55 3130 24075 13241 0.55 3261 86 64 22050 22050 1.00 2577 20250 20250 1.00 2735 18675 18675 1.00 2840 86 68 23175 22016 0.95 2683 21600 20520 0.95 2814 20025 19024 0.95 2972 86 72 24525 20356 0.83 2788 22950 19049 0.83 2946 21375 17741 0.83 3051 86 75 25875 18371 0.71 2893 24300 17253 0.71 3025 22950 16295 0.71 3156 86 1 79 27225 16063 0.59 2998 125650 151341 0.59 3130 124075 142041 0.59 3261 88 64 22050 22050 1.00 2577 20250 20250 1.00 2735 18675 18675 1.00 2840 88 68 23175 22943 0.99 2683 21600 21384 0.99 2814 20025 19825 0.99 2972 88 72 24525 21337 0.87 2788 22950 19967 0.87 2946 21375 18596 0.87 3051 88 75 25875 19406 0.75 2893 24300 18225 0.75 3025 22950 17213 0.75 3156 88 79 27225 17152 0.63 2998 25650 16160 0.63 3130 24075 15167 0.63 3261 90 64 22050 22050 1.00 2577 20250 20250 1.00 2735 18675 18675 1.00 2840 90 68 23175 23175 1.00 2683 21600 21600 1.00 2814 20025 20025 1.00 2972 90 72 24525 22318 0.91 2788 22950 20885 0.91 2946 21375 19451 0.91 3051 90 75 25875 20441 0.79 2893 24300 19197 0.79 3025 22950 18131 0.79 3156 90 1 79 127225118241 1 0.67 1 2998 1256501171861 0.67 1 3130 1240751161301 0.67 1 3261 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-265 MUZ-D30NA CAPACITY (Btu/h): 30700 INPUT: 3850 (W) SHF: 0.64 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 36073 16593 0.46 3080 34538 15887 0.46 3234 33156 15252 0.46 3388 31928 14687 0.46 3542 70 68 37608 12787 0.34 3234 36073 12265 0.34 3427 34998 11899 0.34 3504 33770 11482 0.34 3658 72 64 36073 18036 0.50 3080 34538 17269 0.50 3234 33156 16578 0.50 3388 31928 15964 0.50 3542 72 68 37608 14291 0.38 3234 36073 13708 0.38 3427 34998 13299 0.38 3504 33770 12833 0.38 3658 72 72 39143 10177 0.26 3350 37761 9818 0.26 3561 36840 9578 0.26 3658 35305 9179 0.26 3812 73 64 36073 19479 0.54 3080 34538 18650 0.54 3234 33156 17904 0.54 3388 31928 17241 0.54 3542 73 68 37608 15795 0.42 3234 36073 15150 0.42 3427 34998 14699 0.42 3504 33770 14183 0.42 3658 73 72 39143 11743 0.30 3350 37761 11328 0.30 3561 36840 11052 0.30 3658 35305 10592 0.30 3812 75 64 36073 20922 0.58 3080 34538 20032 0.58 3234 33156 19230 0.58 3388 31928 18518 0.58 3542 75 68 37608 17299 0.46 3234 36073 16593 0.46 3427 34998 16099 0.46 3504 33770 15534 0.46 3658 75 72 39143 13308 0.34 3350 37761 12839 0.34 3561 36840 12526 0.34 3658 35305 12004 0.34 3812 75 75 41138 9050 1 0.22 3504 1396031 8713 0.22 3696 386821 8510 0.22 3812 374541 8240 0.22 14004 77 64 36073 22365 0.62 3080 34538 21413 0.62 3234 33156 20557 0.62 3388 31928 19795 0.62 3542 77 68 37608 18804 0.50 3234 36073 18036 0.50 3427 34998 17499 0.50 3504 33770 16885 0.50 3658 77 72 39143 14874 0.38 3350 37761 14349 0.38 3561 36840 13999 0.38 3658 35305 13416 0.38 3812 77 75 41138 10696 0.26 3504 39603 10297 0.26 3696 38682 10057 0.26 3812 37454 9738 0.26 4004 79 64 36073 23808 0.66 3080 34538 22795 0.66 3234 33156 21883 0.66 3388 31928 21072 0.66 3542 79 68 37608 20308 0.54 3234 36073 19479 0.54 3427 34998 18899 0.54 3504 33770 18236 0.54 3658 79 72 39143 16440 0.42 3350 37761 15860 0.42 3561 36840 15473 0.42 3658 35305 14828 0.42 3812 79 75 41138 12341 0.30 3504 39603 11881 0.30 3696 38682 11605 0.30 3812 37454 11236 0.30 4004 79 79 42366 7626 0.18 3696 41138 7405 0.18 3889 40524 7294 0.18 4004 39296 7073 0.18 4120 81 64 36073 25251 0.70 3080 34538 24176 0.70 3234 33156 23209 0.70 3388 31928 22350 0.70 3542 81 68 37608 21812 0.58 3234 36073 20922 0.58 3427 34998 20299 0.58 3504 33770 19587 0.58 3658 81 72 39143 18006 0.46 3350 37761 17370 0.46 3561 36840 16946 0.46 3658 35305 16240 0.46 3812 81 75 41138 13987 0.34 3504 39603 13465 0.34 3696 38682 13152 0.34 3812 37454 12734 0.34 4004 81 79 42366 9321 0.22 3696 41138 9050 0.22 3889 40524 8915 0.22 4004 39296 8645 0.22 4120 82 64 36073 26694 0.74 3080 34538 25558 0.74 3234 33156 24535 0.74 3388 31928 23627 0.74 3542 82 68 37608 23317 0.62 3234 36073 22365 0.62 3427 34998 21699 0.62 3504 33770 20937 0.62 3658 82 72 39143 19571 0.50 3350 37761 18881 0.50 3561 36840 18420 0.50 3658 35305 17653 0.50 3812 82 75 41138 15632 0.38 3504 39603 15049 0.38 3696 38682 14699 0.38 3812 37454 14233 0.38 4004 82 79 42366 11015 0.26 3696 41138 10696 0.26 3889 40524 10536 0.26 4004 39296 10217 0.26 4120 84 64 36073 28137 0.78 3080 34538 26939 0.78 3234 33156 25862 0.78 3388 31928 24904 0.78 3542 84 68 37608 24821 0.66 3234 36073 23808 0.66 3427 34998 23099 0.66 3504 33770 22288 0.66 3658 84 72 39143 21137 0.54 3350 37761 20391 0.54 3561 36840 19894 0.54 3658 35305 19065 0.54 3812 84 75 41138 17278 0.42 3504 39603 16633 0.42 3696 38682 16246 0.42 3812 37454 15731 0.42 4004 84 79 42366 12710 0.30 3696 41138 12341 0.30 3889 40524 12157 0.30 4004 39296 11789 0.30 4120 86 64 36073 29579 0.82 3080 34538 28321 0.82 3234 33156 27188 0.82 3388 31928 26181 0.82 3542 86 68 37608 26325 0.70 3234 36073 25251 0.70 3427 34998 24499 0.70 3504 33770 23639 0.70 3658 86 72 39143 22703 0.58 3350 37761 21901 0.58 3561 36840 21367 0.58 3658 35305 20477 0.58 3812 86 75 41138 18923 0.46 3504 39603 18217 0.46 3696 38682 17794 0.46 3812 37454 17229 0.46 4004 86 79 42366 14404 0.34 3696 41138 13987 0.34 3889 40524 13778 0.34 4004 39296 13361 0.34 4120 88 64 36073 31022 0.86 3080 34538 29702 0.86 3234 33156 28514 0.86 3388 31928 27458 0.86 3542 88 68 37608 27830 0.74 3234 36073 26694 0.74 3427 34998 25899 0.74 3504 33770 24990 0.74 3658 88 72 39143 24268 0.62 3350 37761 23412 0.62 3561 36840 22841 0.62 3658 35305 21889 0.62 3812 88 75 41138 20569 0.50 3504 39603 19802 0.50 3696 38682 19341 0.50 3812 37454 18727 0.50 4004 88 79 42366 16099 0.38 3696 41138 15632 0.38 3889 40524 15399 0.38 4004 39296 14932 0.38 4120 90 64 36073 32465 0.90 3080 34538 31084 0.90 3234 33156 29840 0.90 3388 31928 28735 0.90 3542 90 68 37608 29334 0.78 3234 36073 28137 0.78 3427 34998 27298 0.78 3504 33770 26341 0.78 3658 90 72 39143 25834 0.66 3350 37761 24922 0.66 3561 36840 24314 0.66 3658 35305 23301 0.66 3812 90 75 41138 22215 0.54 3504 39603 21386 0.54 3696 38682 20888 0.54 3812 37454 20225 0.54 4004 90 79 42366 17794 0.42 3696 41138 17278 0.42 3889 40524 17020 0.42 4004 39296 16504 0.42 4120 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-266 MUZ-D30NA CAPACITY (Btu/h): 30700 INPUT: 3850 (W) SHF: 0.64 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 30086 13840 0.46 3773 27630 12710 0.46 4004 25481 11721 0.46 4158 70 68 31621 10751 0.34 3927 29472 10020 0.34 4120 27323 9290 0.34 4351 72 64 30086 15043 0.50 3773 27630 13815 0.50 4004 25481 12741 0.50 4158 72 68 31621 12016 0.38 3927 29472 11199 0.38 4120 27323 10383 0.38 4351 72 72 33463 8700 0.26 4081 31314 8142 0.26 4312 29165 7583 0.26 4466 73 64 30086 16246 0.54 3773 27630 14920 0.54 4004 25481 13760 0.54 4158 73 68 31621 13281 0.42 3927 29472 12378 0.42 4120 27323 11476 0.42 4351 73 72 33463 10039 0.30 4081 31314 9394 0.30 4312 29165 8750 0.30 4466 75 64 30086 17450 0.58 3773 27630 16025 0.58 4004 25481 14779 0.58 4158 75 68 31621 14546 0.46 3927 29472 13557 0.46 4120 27323 12569 0.46 4351 75 72 33463 11377 0.34 4081 31314 10647 0.34 4312 29165 9916 0.34 4466 75 75 35305 7767 0.22 4235 33156 7294 0.22 4428 31314 6889 0.22 4620 77 64 30086 18653 0.62 3773 27630 17131 0.62 4004 25481 15798 0.62 4158 77 68 31621 15811 0.50 3927 29472 14736 0.50 4120 27323 13662 0.50 4351 77 72 33463 12716 0.38 4081 31314 11899 0.38 4312 29165 11083 0.38 4466 77 75 35305 9179 0.26 4235 33156 8621 0.26 4428 31314 8142 0.26 4620 79 64 30086 19857 0.66 3773 27630 18236 0.66 4004 25481 16817 0.66 4158 79 68 31621 17075 0.54 3927 29472 15915 0.54 4120 27323 14754 0.54 4351 79 72 33463 14054 0.42 4081 31314 13152 0.42 4312 29165 12249 0.42 4466 79 75 35305 10592 0.30 4235 33156 9947 0.30 4428 31314 9394 0.30 4620 79 79 37147 6686 0.18 4389 34998 6300 0.18 4582 32849 5913 0.18 4774 81 64 30086 21060 0.70 3773 27630 19341 0.70 4004 25481 17837 0.70 4158 81 68 31621 18340 0.58 3927 29472 17094 0.58 4120 27323 15847 0.58 4351 81 72 33463 15393 0.46 4081 31314 14404 0.46 4312 29165 13416 0.46 4466 81 75 35305 12004 0.34 4235 33156 11273 0.34 4428 31314 10647 0.34 4620 81 79 37147 8172 0.22 4389 34998 7700 0.22 4582 32849 7227 0.22 4774 82 64 30086 22264 0.74 3773 27630 20446 0.74 4004 25481 18856 0.74 4158 82 68 31621 19605 0.62 3927 29472 18273 0.62 4120 27323 16940 0.62 4351 82 72 33463 16732 0.50 4081 31314 15657 0.50 4312 29165 14583 0.50 4466 82 75 35305 13416 0.38 4235 33156 12599 0.38 4428 31314 11899 0.38 4620 82 79 37147 9658 0.26 4389 34998 9099 0.26 4582 32849 8541 0.26 4774 84 64 30086 23467 0.78 3773 27630 21551 0.78 4004 25481 19875 0.78 4158 84 68 31621 20870 0.66 3927 29472 19452 0.66 4120 27323 18033 0.66 4351 84 72 33463 18070 0.54 4081 31314 16910 0.54 4312 29165 15749 0.54 4466 84 75 35305 14828 0.42 4235 33156 13926 0.42 4428 31314 13152 0.42 4620 84 79 37147 11144 0.30 4389 34998 10499 0.30 4582 32849 9855 0.30 4774 86 64 30086 24671 0.82 3773 27630 22657 0.82 4004 25481 20894 0.82 4158 86 68 31621 22135 0.70 3927 29472 20630 0.70 4120 27323 19126 0.70 4351 86 72 33463 19409 0.58 4081 31314 18162 0.58 4312 29165 16916 0.58 4466 86 75 35305 16240 0.46 4235 33156 15252 0.46 4428 31314 14404 0.46 4620 86 79 37147 12630 0.34 4389 34998 11899 0.34 4582 32849 11169 0.34 4774 88 64 30086 25874 0.86 3773 27630 23762 0.86 4004 25481 21914 0.86 4158 88 68 31621 23400 0.74 3927 29472 21809 0.74 4120 27323 20219 0.74 4351 88 72 33463 20747 0.62 4081 31314 19415 0.62 4312 29165 18082 0.62 4466 88 75 35305 17653 0.50 4235 33156 16578 0.50 4428 31314 15657 0.50 4620 88 79 37147 14116 0.38 4389 34998 13299 0.38 4582 32849 12483 0.38 4774 90 64 30086 27077 0.90 3773 27630 24867 0.90 4004 25481 22933 0.90 4158 90 68 31621 24664 0.78 3927 29472 22988 0.78 4120 27323 21312 0.78 4351 90 72 33463 22086 0.66 4081 31314 20667 0.66 4312 29165 19249 0.66 4466 90 75 35305 19065 0.54 4235 33156 17904 0.54 4428 31314 16910 0.54 4620 90 79 37147 15602 0.42 4389 34998 14699 0.42 4582 32849 13797 0.42 4774 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-267 MUY D30NA CAPACITY (Btu/h): 30700 INPUT: 3380 (W) SHF: 0.64 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 36073 16593 0.46 2704 34538 15887 0.46 2839 33156 15252 0.46 2974 31928 14687 0.46 3110 70 68 37608 12787 0.34 2839 36073 12265 0.34 3008 34998 11899 0.34 3076 33770 11482 0.34 3211 72 64 36073 18036 0.50 2704 34538 17269 0.50 2839 33156 16578 0.50 2974 31928 15964 0.50 3110 72 68 37608 14291 0.38 2839 36073 13708 0.38 3008 34998 13299 0.38 3076 33770 12833 0.38 3211 72 72 39143 10177 0.26 2941 37761 9818 0.26 3127 36840 9578 0.26 3211 35305 9179 0.26 3346 73 64 36073 19479 0.54 2704 34538 18650 0.54 2839 33156 17904 0.54 2974 31928 17241 0.54 3110 73 68 37608 15795 0.42 2839 36073 15150 0.42 3008 34998 14699 0.42 3076 33770 14183 0.42 3211 73 72 39143 11743 0.30 2941 37761 11328 0.30 3127 36840 11052 0.30 3211 35305 10592 0.30 3346 75 64 36073 20922 0.58 2704 34538 20032 0.58 2839 33156 19230 0.58 2974 31928 18518 0.58 3110 75 68 37608 17299 0.46 2839 36073 16593 0.46 3008 34998 16099 0.46 3076 33770 15534 0.46 3211 75 72 39143 13308 0.34 2941 37761 12839 0.34 3127 36840 12526 0.34 3211 35305 12004 0.34 3346 75 75 41138 9050 1 0.22 3076 1396031 8713 0.22 3245 386821 8510 0.22 3346 374541 8240 0.22 3515 77 64 36073 22365 0.62 2704 34538 21413 0.62 2839 33156 20557 0.62 2974 31928 19795 0.62 3110 77 68 37608 18804 0.50 2839 36073 18036 0.50 3008 34998 17499 0.50 3076 33770 16885 0.50 3211 77 72 39143 14874 0.38 2941 37761 14349 0.38 3127 36840 13999 0.38 3211 35305 13416 0.38 3346 77 75 41138 10696 0.26 3076 39603 10297 0.26 3245 38682 10057 0.26 3346 37454 9738 0.26 3515 79 64 36073 23808 0.66 2704 34538 22795 0.66 2839 33156 21883 0.66 2974 31928 21072 0.66 3110 79 68 37608 20308 0.54 2839 36073 19479 0.54 3008 34998 18899 0.54 3076 33770 18236 0.54 3211 79 72 39143 16440 0.42 2941 37761 15860 0.42 3127 36840 15473 0.42 3211 35305 14828 0.42 3346 79 75 41138 12341 0.30 3076 39603 11881 0.30 3245 38682 11605 0.30 3346 37454 11236 0.30 3515 79 79 42366 7626 0.18 3245 41138 7405 0.18 3414 40524 7294 0.18 3515 39296 7073 0.18 3617 81 64 36073 25251 0.70 2704 34538 24176 0.70 2839 33156 23209 0.70 2974 31928 22350 0.70 3110 81 68 37608 21812 0.58 2839 36073 20922 0.58 3008 34998 20299 0.58 3076 33770 19587 0.58 3211 81 72 39143 18006 0.46 2941 37761 17370 0.46 3127 36840 16946 0.46 3211 35305 16240 0.46 3346 81 75 41138 13987 0.34 3076 39603 13465 0.34 3245 38682 13152 0.34 3346 37454 12734 0.34 3515 81 79 42366 9321 0.22 3245 41138 9050 0.22 3414 40524 8915 0.22 3515 39296 8645 0.22 3617 82 64 36073 26694 0.74 2704 34538 25558 0.74 2839 33156 24535 0.74 2974 31928 23627 0.74 3110 82 68 37608 23317 0.62 2839 36073 22365 0.62 3008 34998 21699 0.62 3076 33770 20937 0.62 3211 82 72 39143 19571 0.50 2941 37761 18881 0.50 3127 36840 18420 0.50 3211 35305 17653 0.50 3346 82 75 41138 15632 0.38 3076 39603 15049 0.38 3245 38682 14699 0.38 3346 37454 14233 0.38 3515 82 79 42366 11015 0.26 3245 41138 10696 0.26 3414 40524 10536 0.26 3515 39296 10217 0.26 3617 84 64 36073 28137 0.78 2704 34538 26939 0.78 2839 33156 25862 0.78 2974 31928 24904 0.78 3110 84 68 37608 24821 0.66 2839 36073 23808 0.66 3008 34998 23099 0.66 3076 33770 22288 0.66 3211 84 72 39143 21137 0.54 2941 37761 20391 0.54 3127 36840 19894 0.54 3211 35305 19065 0.54 3346 84 75 41138 17278 0.42 3076 39603 16633 0.42 3245 38682 16246 0.42 3346 37454 15731 0.42 3515 84 79 42366 12710 0.30 3245 41138 12341 0.30 3414 40524 12157 0.30 3515 39296 11789 0.30 3617 86 64 36073 29579 0.82 2704 34538 28321 0.82 2839 33156 27188 0.82 2974 31928 26181 0.82 3110 86 68 37608 26325 0.70 2839 36073 25251 0.70 3008 34998 24499 0.70 3076 33770 23639 0.70 3211 86 72 39143 22703 0.58 2941 37761 21901 0.58 3127 36840 21367 0.58 3211 35305 20477 0.58 3346 86 75 41138 18923 0.46 3076 39603 18217 0.46 3245 38682 17794 0.46 3346 37454 17229 0.46 3515 86 79 42366 14404 0.34 3245 41138 13987 0.34 3414 40524 13778 0.34 3515 39296 13361 0.34 3617 88 64 36073 31022 0.86 2704 34538 29702 0.86 2839 33156 28514 0.86 2974 31928 27458 0.86 3110 88 68 37608 27830 0.74 2839 36073 26694 0.74 3008 34998 25899 0.74 3076 33770 24990 0.74 3211 88 72 39143 24268 0.62 2941 37761 23412 0.62 3127 36840 22841 0.62 3211 35305 21889 0.62 3346 88 75 41138 20569 0.50 3076 39603 19802 0.50 3245 38682 19341 0.50 3346 37454 18727 0.50 3515 88 79 42366 16099 0.38 3245 41138 15632 0.38 3414 40524 15399 0.38 3515 39296 14932 0.38 3617 90 64 36073 32465 0.90 2704 34538 31084 0.90 2839 33156 29840 0.90 2974 31928 28735 0.90 3110 90 68 37608 29334 0.78 2839 36073 28137 0.78 3008 34998 27298 0.78 3076 33770 26341 0.78 3211 90 72 39143 25834 0.66 2941 37761 24922 0.66 3127 36840 24314 0.66 3211 35305 23301 0.66 3346 90 75 41138 22215 0.54 3076 39603 21386 0.54 3245 38682 20888 0.54 3346 37454 20225 0.54 3515 90 79 42366 17794 0.42 3245 41138 17278 0.42 3414 40524 17020 0.42 3515 39296 16504 0.42 3617 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature MUY-D30NA CAPACITY (Btu/h): 30700 INPUT: 3380 (W) SHF: 0.64 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 30086 13840 0.46 3312 27630 12710 0.46 3515 25481 11721 0.46 3650 70 68 31621 10751 0.34 3448 29472 10020 0.34 3617 27323 9290 0.34 3819 72 64 30086 15043 0.50 3312 27630 13815 0.50 3515 25481 12741 0.50 3650 72 68 31621 12016 0.38 3448 29472 11199 0.38 3617 27323 10383 0.38 3819 72 72 33463 8700 0.26 3583 31314 8142 0.26 3786 29165 7583 0.26 3921 73 64 30086 16246 0.54 3312 27630 14920 0.54 3515 25481 13760 0.54 3650 73 68 31621 13281 0.42 3448 29472 12378 0.42 3617 27323 11476 0.42 3819 73 72 33463 10039 0.30 3583 31314 9394 0.30 3786 29165 8750 0.30 3921 75 64 30086 17450 0.58 3312 27630 16025 0.58 3515 25481 14779 0.58 3650 75 68 31621 14546 0.46 3448 29472 13557 0.46 3617 27323 12569 0.46 3819 75 72 33463 11377 0.34 3583 31314 10647 0.34 3786 29165 9916 0.34 3921 75 75 35305 7767 0.22 3718 33156 7294 0.22 3887 31314 6889 0.22 4056 77 64 30086 18653 0.62 3312 27630 17131 0.62 3515 25481 15798 0.62 3650 77 68 31621 15811 0.50 3448 29472 14736 0.50 3617 27323 13662 0.50 3819 77 72 33463 12716 0.38 3583 31314 11899 0.38 3786 29165 11083 0.38 3921 77 75 35305 9179 0.26 3718 33156 8621 0.26 3887 31314 8142 0.26 4056 79 64 30086 19857 0.66 3312 27630 18236 0.66 3515 25481 16817 0.66 3650 79 68 31621 17075 0.54 3448 29472 15915 0.54 3617 27323 14754 0.54 3819 79 72 33463 14054 0.42 3583 31314 13152 0.42 3786 29165 12249 0.42 3921 79 75 35305 10592 0.30 3718 33156 9947 0.30 3887 31314 9394 0.30 4056 79 79 37147 6686 0.18 3853 34998 6300 0.18 4022 32849 5913 0.18 4191 81 64 30086 21060 0.70 3312 27630 19341 0.70 3515 25481 17837 0.70 3650 81 68 31621 18340 0.58 3448 29472 17094 0.58 3617 27323 15847 0.58 3819 81 72 33463 15393 0.46 3583 31314 14404 0.46 3786 29165 13416 0.46 3921 81 75 35305 12004 0.34 3718 33156 11273 0.34 3887 31314 10647 0.34 4056 81 79 37147 8172 0.22 3853 34998 7700 0.22 4022 32849 7227 0.22 4191 82 64 30086 22264 0.74 3312 27630 20446 0.74 3515 25481 18856 0.74 3650 82 68 31621 19605 0.62 3448 29472 18273 0.62 3617 27323 16940 0.62 3819 82 72 33463 16732 0.50 3583 31314 15657 0.50 3786 29165 14583 0.50 3921 82 75 35305 13416 0.38 3718 33156 12599 0.38 3887 31314 11899 0.38 4056 82 79 37147 9658 0.26 3853 34998 9099 0.26 4022 32849 8541 0.26 4191 84 64 30086 23467 0.78 3312 27630 21551 0.78 3515 25481 19875 0.78 3650 84 68 31621 20870 0.66 3448 29472 19452 0.66 3617 27323 18033 0.66 3819 84 72 33463 18070 0.54 3583 31314 16910 0.54 3786 29165 15749 0.54 3921 84 75 35305 14828 0.42 3718 33156 13926 0.42 3887 31314 13152 0.42 4056 84 79 37147 11144 0.30 3853 34998 10499 0.30 4022 32849 9855 0.30 4191 86 64 30086 24671 0.82 3312 27630 22657 0.82 3515 25481 20894 0.82 3650 86 68 31621 22135 0.70 3448 29472 20630 0.70 3617 27323 19126 0.70 3819 86 72 33463 19409 0.58 3583 31314 18162 0.58 3786 29165 16916 0.58 3921 86 75 35305 16240 0.46 3718 33156 15252 0.46 3887 31314 14404 0.46 4056 86 79 37147 12630 0.34 3853 34998 11899 0.34 4022 32849 11169 0.34 4191 88 64 30086 25874 0.86 3312 27630 23762 0.86 3515 25481 21914 0.86 3650 88 68 31621 23400 0.74 3448 29472 21809 0.74 3617 27323 20219 0.74 3819 88 72 33463 20747 0.62 3583 31314 19415 0.62 3786 29165 18082 0.62 3921 88 75 35305 17653 0.50 3718 33156 16578 0.50 3887 31314 15657 0.50 4056 88 79 37147 14116 0.38 3853 34998 13299 0.38 4022 32849 12483 0.38 4191 90 64 30086 27077 0.90 3312 27630 24867 0.90 3515 25481 22933 0.90 3650 90 68 31621 24664 0.78 3448 29472 22988 0.78 3617 27323 21312 0.78 3819 90 72 33463 22086 0.66 3583 31314 20667 0.66 3786 29165 19249 0.66 3921 90 75 35305 19065 0.54 3718 33156 17904 0.54 3887 31314 16910 0.54 4056 90 79 37147 15602 0.42 3853 34998 14699 0.42 4022 32849 13797 0.42 4191 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-269 MUZ-D36NA (208V) CAPACITY (Btu/h): 32000 INPUT: 4140 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 37600 16544 0.44 3312 36000 15840 0.44 3478 34560 15206 0.44 3643 33280 14643 0.44 3809 70 68 39200 12544 0.32 3478 37600 12032 0.32 3685 36480 11674 0.32 3767 35200 11264 0.32 3933 72 64 37600 18048 0.48 3312 36000 17280 0.48 3478 34560 16589 0.48 3643 33280 15974 0.48 3809 72 68 39200 14112 0.36 3478 37600 13536 0.36 3685 36480 13133 0.36 3767 35200 12672 0.36 3933 72 72 40800 9792 0.24 3602 39360 9446 0.24 3830 38400 9216 0.24 3933 36800 8832 0.24 4099 73 64 37600 19552 0.52 3312 36000 18720 0.52 3478 34560 17971 0.52 3643 33280 17306 0.52 3809 73 68 39200 15680 0.40 3478 37600 15040 0.40 3685 36480 14592 0.40 3767 35200 14080 0.40 3933 73 72 40800 11424 0.28 3602 39360 11021 0.28 3830 38400 10752 0.28 3933 36800 10304 0.28 4099 75 64 37600 21056 0.56 3312 36000 20160 0.56 3478 34560 19354 0.56 3643 33280 18637 0.56 3809 75 68 39200 17248 0.44 3478 37600 16544 0.44 3685 36480 16051 0.44 3767 35200 15488 0.44 3933 75 72 40800 13056 0.32 3602 39360 12595 0.32 3830 38400 12288 0.32 3933 36800 11776 0.32 4099 75 75 42880 8576 1 0.20 3767 1412801 8256 0.20 3974 403201 8064 0.20 14099 390401 7808 1 0.20 4306 77 64 37600 22560 0.60 3312 36000 21600 0.60 3478 34560 20736 0.60 3643 33280 19968 0.60 3809 77 68 39200 18816 0.48 3478 37600 18048 0.48 3685 36480 17510 0.48 3767 35200 16896 0.48 3933 77 72 40800 14688 0.36 3602 39360 14170 0.36 3830 38400 13824 0.36 3933 36800 13248 0.36 4099 77 75 42880 10291 0.24 3767 41280 9907 0.24 3974 40320 9677 0.24 4099 39040 9370 0.24 4306 79 64 37600 24064 0.64 3312 36000 23040 0.64 3478 34560 22118 0.64 3643 33280 21299 0.64 3809 79 68 39200 20384 0.52 3478 37600 19552 0.52 3685 36480 18970 0.52 3767 35200 18304 0.52 3933 79 72 40800 16320 0.40 3602 39360 15744 0.40 3830 38400 15360 0.40 3933 36800 14720 0.40 4099 79 75 42880 12006 0.28 3767 41280 11558 0.28 3974 40320 11290 0.28 4099 39040 10931 0.28 4306 79 79 44160 7066 0.16 3974 42880 6861 0.16 4181 42240 6758 0.16 4306 40960 6554 0.16 4430 81 64 37600 25568 0.68 3312 36000 24480 0.68 3478 34560 23501 0.68 3643 33280 22630 0.68 3809 81 68 39200 21952 0.56 3478 37600 21056 0.56 3685 36480 20429 0.56 3767 35200 19712 0.56 3933 81 72 40800 17952 0.44 3602 39360 17318 0.44 3830 38400 16896 0.44 3933 36800 16192 0.44 4099 81 75 42880 13722 0.32 3767 41280 13210 0.32 3974 40320 12902 0.32 4099 39040 12493 0.32 4306 81 79 44160 8832 0.20 3974 42880 8576 0.20 4181 42240 8448 0.20 4306 40960 8192 0.20 4430 82 64 37600 27072 0.72 3312 36000 25920 0.72 3478 34560 24883 0.72 3643 33280 23962 0.72 3809 82 68 39200 23520 0.60 3478 37600 22560 0.60 3685 36480 21888 0.60 3767 35200 21120 0.60 3933 82 72 40800 19584 0.48 3602 39360 18893 0.48 3830 38400 18432 0.48 3933 36800 17664 0.48 4099 82 75 42880 15437 0.36 3767 41280 14861 0.36 3974 40320 14515 0.36 4099 39040 14054 0.36 4306 82 79 44160 10598 0.24 3974 42880 10291 0.24 4181 42240 10138 0.24 4306 40960 9830 0.24 4430 84 64 37600 28576 0.76 3312 36000 27360 0.76 3478 34560 26266 0.76 3643 33280 25293 0.76 3809 84 68 39200 25088 0.64 3478 37600 24064 0.64 3685 36480 23347 0.64 3767 35200 22528 0.64 3933 84 72 40800 21216 0.52 3602 39360 20467 0.52 3830 38400 19968 0.52 3933 36800 19136 0.52 4099 84 75 42880 17152 0.40 3767 41280 16512 0.40 3974 40320 16128 0.40 4099 39040 15616 0.40 4306 84 79 44160 12365 0.28 3974 42880 12006 0.28 4181 42240 11827 0.28 4306 40960 11469 0.28 4430 86 64 37600 30080 0.80 3312 36000 28800 0.80 3478 34560 27648 0.80 3643 33280 26624 0.80 3809 86 68 39200 26656 0.68 3478 37600 25568 0.68 3685 36480 24806 0.68 3767 35200 23936 0.68 3933 86 72 40800 22848 0.56 3602 39360 22042 0.56 3830 38400 21504 0.56 3933 36800 20608 0.56 4099 86 75 42880 18867 0.44 3767 41280 18163 0.44 3974 40320 17741 0.44 4099 39040 17178 0.44 4306 86 79 44160 14131 0.32 3974 42880 13722 0.32 4181 42240 13517 0.32 4306 40960 13107 0.32 4430 88 64 37600 31584 0.84 3312 36000 30240 0.84 3478 34560 29030 0.84 3643 33280 27955 0.84 3809 88 68 39200 28224 0.72 3478 37600 27072 0.72 3685 36480 26266 0.72 3767 35200 25344 0.72 3933 88 72 40800 24480 0.60 3602 39360 23616 0.60 3830 38400 23040 0.60 3933 36800 22080 0.60 4099 88 75 42880 20582 0.48 3767 41280 19814 0.48 3974 40320 19354 0.48 4099 39040 18739 0.48 4306 88 79 44160 15898 0.36 3974 42880 15437 0.36 4181 42240 15206 0.36 4306 40960 14746 0.36 4430 90 64 37600 33088 0.88 3312 36000 31680 0.88 3478 34560 30413 0.88 3643 33280 29286 0.88 3809 90 68 39200 29792 0.76 3478 37600 28576 0.76 3685 36480 27725 0.76 3767 35200 26752 0.76 3933 90 72 40800 26112 0.64 3602 39360 25190 0.64 3830 38400 24576 0.64 3933 36800 23552 0.64 4099 90 75 42880 22298 0.52 3767 41280 21466 0.52 3974 40320 20966 0.52 4099 39040 20301 0.52 4306 90 79 44160 17664 0.40 3974 42880 17152 0.40 4181 42240 16896 0.40 4306 40960 16384 0.40 4430 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-270 MUZ-D36NA (208V) CAPACITY (Btu/h): 32000 INPUT: 4140 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 31360 13798 0.44 4057 28800 12672 0.44 4306 26560 11686 0.44 4471 70 68 32960 10547 0.32 4223 30720 9830 0.32 4430 28480 9114 0.32 4678 72 64 31360 15053 0.48 4057 28800 13824 0.48 4306 26560 12749 0.48 4471 72 68 32960 11866 0.36 4223 30720 11059 0.36 4430 28480 10253 0.36 4678 72 72 34880 8371 0.24 4388 32640 7834 0.24 4637 30400 7296 0.24 4802 73 64 31360 16307 0.52 4057 28800 14976 0.52 4306 26560 13811 0.52 4471 73 68 32960 13184 0.40 4223 30720 12288 0.40 4430 28480 11392 0.40 4678 73 72 34880 9766 0.28 4388 32640 9139 0.28 4637 30400 8512 0.28 4802 75 64 31360 17562 0.56 4057 28800 16128 0.56 4306 26560 14874 0.56 4471 75 68 32960 14502 0.44 4223 30720 13517 0.44 4430 28480 12531 0.44 4678 75 72 34880 11162 0.32 4388 32640 10445 0.32 4637 30400 9728 0.32 4802 75 75 36800 7360 0.20 4554 34560 6912 0.20 4761 32640 6528 0.20 4968 77 64 31360 18816 0.60 4057 28800 17280 0.60 4306 26560 15936 0.6 4471 77 68 32960 15821 0.48 4223 30720 14746 0.48 4430 28480 13670 0.48 4678 77 72 34880 12557 0.36 4388 32640 11750 0.36 4637 30400 10944 0.36 4802 77 75 36800 8832 0.24 4554 34560 8294 0.24 4761 32640 7834 0.24 4968 79 64 31360 20070 0.64 4057 28800 18432 0.64 4306 26560 16998 0.64 4471 79 68 32960 17139 0.52 4223 30720 15974 0.52 4430 28480 14810 0.52 4678 79 72 34880 13952 0.40 4388 32640 13056 0.40 4637 30400 12160 0.40 4802 79 75 36800 10304 0.28 4554 34560 9677 0.28 4761 32640 9139 0.28 4968 79 79 38720 6195 0.16 4720 36480 5837 0.16 4927 34240 5478 0.16 5134 81 64 31360 21325 0.68 4057 28800 19584 0.68 4306 26560 18061 0.68 4471 81 68 32960 18458 0.56 4223 30720 17203 0.56 4430 28480 15949 0.56 4678 81 72 34880 15347 0.44 4388 32640 14362 0.44 4637 30400 13376 0.44 4802 81 75 36800 11776 0.32 4554 34560 11059 0.32 4761 32640 10445 0.32 4968 81 79 38720 7744 0.20 4720 36480 7296 0.20 4927 34240 6848 0.20 5134 82 64 31360 22579 0.72 4057 28800 20736 0.72 4306 26560 19123 0.72 4471 82 68 32960 19776 0.60 4223 30720 18432 0.60 4430 28480 17088 0.60 4678 82 72 34880 16742 0.48 4388 32640 15667 0.48 4637 30400 14592 0.48 4802 82 75 36800 13248 0.36 4554 34560 12442 0.36 4761 32640 11750 0.36 4968 82 79 38720 9293 0.24 4720 36480 8755 0.24 4927 34240 8218 0.24 5134 84 64 31360 23834 0.76 4057 28800 21888 0.76 4306 26560 20186 0.76 4471 84 68 32960 21094 0.64 4223 30720 19661 0.64 4430 28480 18227 0.64 4678 84 72 34880 18138 0.52 4388 32640 16973 0.52 4637 30400 15808 0.52 4802 84 75 36800 14720 0.40 4554 34560 13824 0.40 4761 32640 13056 0.40 4968 84 79 38720 10842 0.28 4720 36480 10214 0.28 4927 34240 9587 0.28 5134 86 64 31360 25088 0.80 4057 28800 23040 0.80 4306 26560 21248 0.80 4471 86 68 32960 22413 0.68 4223 30720 20890 0.68 4430 28480 19366 0.68 4678 86 72 34880 19533 0.56 4388 32640 18278 0.56 4637 30400 17024 0.56 4802 86 75 36800 16192 0.44 4554 34560 15206 0.44 4761 32640 14362 0.44 4968 86 79 38720 12390 0.32 4720 36480 11674 0.32 4927 34240 10957 0.32 5134 88 64 31360 26342 0.84 4057 28800 24192 0.84 4306 26560 22310 0.84 4471 88 68 32960 23731 0.72 4223 30720 22118 0.72 4430 28480 20506 0.72 4678 88 72 34880 20928 0.60 4388 32640 19584 0.60 4637 30400 18240 0.60 4802 88 75 36800 17664 0.48 4554 34560 16589 0.48 4761 32640 15667 0.48 4968 88 79 38720 13939 0.36 4720 36480 13133 0.36 4927 34240 12326 0.36 5134 90 64 31360 27597 0.88 4057 28800 25344 0.88 4306 26560 23373 0.88 4471 90 68 32960 25050 0.76 4223 30720 23347 0.76 4430 28480 21645 0.76 4678 90 72 34880 22323 0.64 4388 32640 20890 0.64 4637 30400 19456 0.64 4802 90 75 36800 19136 0.52 4554 34560 17971 0.52 4761 32640 16973 0.52 4968 90 79 38720 15488 0.40 4720 36480 14592 0.40 4927 34240 13696 0.40 5134 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-271 MUZ-D36NA (230V) CAPACITY (Btu/h): 33200 INPUT: 4360 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 39010 17164 0.44 3488 37350 16434 0.44 3662 35856 15777 0.44 3837 34528 15192 0.44 4011 70 68 40670 13014 0.32 3662 39010 12483 0.32 3880 37848 12111 0.32 3968 36520 11686 0.32 4142 72 64 39010 18725 0.48 3488 37350 17928 0.48 3662 35856 17211 0.48 3837 34528 16573 0.48 4011 72 68 40670 14641 0.36 3662 39010 14044 0.36 3880 37848 13625 0.36 3968 36520 13147 0.36 4142 72 72 42330 10159 0.24 3793 40836 9801 0.24 4033 39840 9562 0.24 4142 38180 9163 0.24 4316 73 64 39010 20285 0.52 3488 37350 19422 0.52 3662 35856 18645 0.52 3837 34528 17955 0.52 4011 73 68 40670 16268 0.40 3662 39010 15604 0.40 3880 37848 15139 0.40 3968 36520 14608 0.40 4142 73 72 42330 11852 0.28 3793 40836 11434 0.28 4033 39840 11155 0.28 4142 38180 10690 0.28 4316 75 64 39010 21846 0.56 3488 37350 20916 0.56 3662 35856 20079 0.56 3837 34528 19336 0.56 4011 75 68 40670 17895 0.44 3662 39010 17164 0.44 3880 37848 16653 0.44 3968 36520 16069 0.44 4142 75 72 42330 13546 0.32 3793 40836 13068 0.32 4033 39840 12749 0.32 4142 38180 12218 0.32 4316 75 75 144488 8898 1 0.20 3968 142828 1 8566 0.20 14186 41832 8366 0.20 4316 140504 8101 1 0.20 4534 77 64 39010 23406 0.60 3488 37350 22410 0.60 3662 35856 21514 0.60 3837 34528 20717 0.60 4011 77 68 40670 19522 0.48 3662 39010 18725 0.48 3880 37848 18167 0.48 3968 36520 17530 0.48 4142 77 72 42330 15239 0.36 3793 40836 14701 0.36 4033 39840 14342 0.36 4142 38180 13745 0.36 4316 77 75 44488 10677 0.24 3968 42828 10279 0.24 4186 41832 10040 0.24 4316 40504 9721 0.24 4534 79 64 39010 24966 0.64 3488 37350 23904 0.64 3662 35856 22948 0.64 3837 34528 22098 0.64 4011 79 68 40670 21148 0.52 3662 39010 20285 0.52 3880 37848 19681 0.52 3968 36520 18990 0.52 4142 79 72 42330 16932 0.40 3793 40836 16334 0.40 4033 39840 15936 0.40 4142 38180 15272 0.40 4316 79 75 44488 12457 0.28 3968 42828 11992 0.28 4186 41832 11713 0.28 4316 40504 11341 0.28 4534 79 79 45816 7331 0.16 4186 44488 7118 0.16 4404 43824 7012 0.16 4534 42496 6799 0.16 4665 81 64 39010 26527 0.68 3488 37350 25398 0.68 3662 35856 24382 0.68 3837 34528 23479 0.68 4011 81 68 40670 22775 0.56 3662 39010 21846 0.56 3880 37848 21195 0.56 3968 36520 20451 0.56 4142 81 72 42330 18625 0.44 3793 40836 17968 0.44 4033 39840 17530 0.44 4142 38180 16799 0.44 4316 81 75 44488 14236 0.32 3968 42828 13705 0.32 4186 41832 13386 0.32 4316 40504 12961 0.32 4534 81 79 45816 9163 0.20 4186 44488 8898 0.20 4404 43824 8765 0.20 4534 42496 8499 0.20 4665 82 64 39010 28087 0.72 3488 37350 26892 0.72 3662 35856 25816 0.72 3837 34528 24860 0.72 4011 82 68 40670 24402 0.60 3662 39010 23406 0.60 3880 37848 22709 0.60 3968 36520 21912 0.60 4142 82 72 42330 20318 0.48 3793 40836 19601 0.48 4033 39840 19123 0.48 4142 38180 18326 0.48 4316 82 75 44488 16016 0.36 3968 42828 15418 0.36 4186 41832 15060 0.36 4316 40504 14581 0.36 4534 82 79 45816 10996 0.24 4186 44488 10677 0.24 4404 43824 10518 0.24 4534 42496 10199 0.24 4665 84 64 39010 29648 0.76 3488 37350 28386 0.76 3662 35856 27251 0.76 3837 34528 26241 0.76 4011 84 68 40670 26029 0.64 3662 39010 24966 0.64 3880 37848 24223 0.64 3968 36520 23373 0.64 4142 84 72 42330 22012 0.52 3793 40836 21235 0.52 4033 39840 20717 0.52 4142 38180 19854 0.52 4316 84 75 44488 17795 0.40 3968 42828 17131 0.40 4186 41832 16733 0.40 4316 40504 16202 0.40 4534 84 79 45816 12828 0.28 4186 44488 12457 0.28 4404 43824 12271 0.28 4534 42496 11899 0.28 4665 86 64 39010 31208 0.80 3488 37350 29880 0.80 3662 35856 28685 0.80 3837 34528 27622 0.80 4011 86 68 40670 27656 0.68 3662 39010 26527 0.68 3880 37848 25737 0.68 3968 36520 24834 0.68 4142 86 72 42330 23705 0.56 3793 40836 22868 0.56 4033 39840 22310 0.56 4142 38180 21381 0.56 4316 86 75 44488 19575 0.44 3968 42828 18844 0.44 4186 41832 18406 0.44 4316 40504 17822 0.44 4534 86 79 45816 14661 0.32 4186 44488 14236 0.32 4404 43824 14024 0.32 4534 42496 13599 0.32 4665 88 64 39010 32768 0.84 3488 37350 31374 0.84 3662 35856 30119 0.84 3837 34528 29004 0.84 4011 88 68 40670 29282 0.72 3662 39010 28087 0.72 3880 37848 27251 0.72 3968 36520 26294 0.72 4142 88 72 42330 25398 0.60 3793 40836 24502 0.60 4033 39840 23904 0.60 4142 38180 22908 0.60 4316 88 75 44488 21354 0.48 3968 42828 20557 0.48 4186 41832 20079 0.48 4316 40504 19442 0.48 4534 88 79 45816 16494 0.36 4186 44488 16016 0.36 4404 43824 15777 0.36 4534 42496 15299 0.36 4665 90 64 39010 34329 0.88 3488 37350 32868 0.88 3662 35856 31553 0.88 3837 34528 30385 0.88 4011 90 68 40670 30909 0.76 3662 39010 29648 0.76 3880 37848 28764 0.76 3968 36520 27755 0.76 4142 90 72 42330 27091 0.64 3793 40836 26135 0.64 4033 39840 25498 0.64 4142 38180 24435 0.64 4316 90 75 44488 23134 0.52 3968 42828 22271 0.52 4186 41832 21753 0.52 4316 40504 21062 0.52 4534 90 79 45816 18326 0.40 4186 44488 17795 0.40 4404 43824 17530 0.40 4534 42496 16998 0.40 4665 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-272 MUZ-D36NA (230V) CAPACITY (Btu/h): 33200 INPUT: 4360 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF 70 64 32536 14316 0.44 4273 29880 13147 0.44 4534 27556 12125 0.44 47109 70 68 34196 10943 0.32 4447 31872 10199 0.32 4665 29548 9455 0.32 72 64 32536 15617 0.48 4273 29880 14342 0.48 4534 27556 13227 0.48 72 68 34196 12311 0.36 4447 31872 11474 0.36 4665 29548 10637 0.36 4927 72 72 36188 8685 0.24 4622 33864 8127 0.24 4883 31540 7570 0.24 5058 73 64 32536 16919 0.52 4273 29880 15538 0.52 4534 27556 14329 0.52 4709 73 68 34196 13678 0.40 4447 31872 12749 0.40 4665 29548 11819 0.40 4927 73 72 36188 10133 0.28 4622 33864 9482 0.28 4883 31540 8831 0.28 5058 75 64 32536 18220 0.56 4273 29880 16733 0.56 4534 27556 15431 0.56 4709 75 68 34196 15046 0.44 4447 31872 14024 0.44 4665 29548 13001 0.44 4927 75 72 36188 11580 0.32 4622 33864 10836 0.32 4883 31540 10093 0.32 5058 75 75 38180 7636 0.20 4796 35856 7171 0.20 5014 33864 6773 0.20 5232 77 64 32536 19522 0.60 4273 29880 17928 0.60 4534 27556 16534 0.6 4709 77 68 34196 16414 0.48 4447 31872 15299 0.48 4665 29548 14183 0.48 4927 77 72 36188 13028 0.36 4622 33864 12191 0.36 4883 31540 11354 0.36 5058 77 75 38180 9163 0.24 4796 35856 8605 0.24 5014 33864 8127 0.24 5232 79 64 32536 20823 0.64 4273 29880 19123 0.64 4534 27556 17636 0.64 4709 79 68 34196 17782 0.52 4447 31872 16573 0.52 4665 29548 15365 0.52 4927 79 72 36188 14475 0.40 4622 33864 13546 0.40 4883 31540 12616 0.40 5058 79 75 38180 10690 0.28 4796 35856 10040 0.28 5014 33864 9482 0.28 5232 79 79 40172 6428 0.16 4970 37848 6056 0.16 5188 35524 5684 0.16 5406 81 64 32536 22124 0.68 4273 29880 20318 0.68 4534 27556 18738 0.68 4709 81 68 34196 19150 0.56 4447 31872 17848 0.56 4665 29548 16547 0.56 4927 81 72 36188 15923 0.44 4622 33864 14900 0.44 4883 31540 13878 0.44 5058 81 75 38180 12218 0.32 4796 35856 11474 0.32 5014 33864 10836 0.32 5232 81 79 40172 8034 0.20 4970 37848 7570 0.20 5188 35524 7105 0.20 5406 82 64 32536 23426 0.72 4273 29880 21514 0.72 4534 27556 19840 0.72 4709 82 68 34196 20518 0.60 4447 31872 19123 0.60 4665 29548 17729 0.60 4927 82 72 36188 17370 0.48 4622 33864 16255 0.48 4883 31540 15139 0.48 5058 82 75 38180 13745 0.36 4796 35856 12908 0.36 5014 33864 12191 0.36 5232 82 79 40172 9641 0.24 4970 37848 9084 0.24 5188 35524 8526 0.24 5406 84 64 32536 24727 0.76 4273 29880 22709 0.76 4534 27556 20943 0.76 4709 84 68 34196 21885 0.64 4447 31872 20398 0.64 4665 29548 18911 0.64 4927 84 72 36188 18818 0.52 4622 33864 17609 0.52 4883 31540 16401 0.52 5058 84 75 38180 15272 0.40 4796 35856 14342 0.40 5014 33864 13546 0.40 5232 84 79 40172 11248 0.28 4970 37848 10597 0.28 5188 35524 9947 0.28 5406 86 64 32536 26029 0.80 4273 29880 23904 0.80 4534 27556 22045 0.80 4709 86 68 34196 23253 0.68 4447 31872 21673 0.68 4665 29548 20093 0.68 4927 86 72 36188 20265 0.56 4622 33864 18964 0.56 4883 31540 17662 0.56 5058 86 75 38180 16799 0.44 4796 35856 15777 0.44 5014 33864 14900 0.44 5232 86 79 40172 12855 0.32 4970 37848 12111 0.32 5188 35524 11368 0.32 5406 88 64 32536 27330 0.84 4273 29880 25099 0.84 4534 27556 23147 0.84 4709 88 68 34196 24621 0.72 4447 31872 22948 0.72 4665 29548 21275 0.72 4927 88 72 36188 21713 0.60 4622 33864 20318 0.60 4883 31540 18924 0.60 5058 88 75 38180 18326 0.48 4796 35856 17211 0.48 5014 33864 16255 0.48 5232 88 79 40172 14462 0.36 4970 37848 13625 0.36 5188 35524 12789 0.36 5406 90 64 32536 28632 0.88 4273 29880 26294 0.88 4534 27556 24249 0.88 4709 90 68 34196 25989 0.76 4447 31872 24223 0.76 4665 29548 22456 0.76 4927 90 72 36188 23160 0.64 4622 33864 21673 0.64 4883 31540 20186 0.64 5058 90 75 38180 19854 0.52 4796 35856 18645 0.52 5014 33864 17609 0.52 5232 90 79 40172 16069 0.40 4970 37848 15139 0.40 5188 35524 14210 0.40 5406 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-273 MUY D36NA (208V) CAPACITY (Btu/h): 33200 INPUT: 4210 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 39010 17164 0.44 3368 37350 16434 0.44 3536 35856 15777 0.44 3705 34528 15192 0.44 3873 70 68 40670 13014 0.32 3536 39010 12483 0.32 3747 37848 12111 0.32 3831 36520 11686 0.32 4000 72 64 39010 18725 0.48 3368 37350 17928 0.48 3536 35856 17211 0.48 3705 34528 16573 0.48 3873 72 68 40670 14641 0.36 3536 39010 14044 0.36 3747 37848 13625 0.36 3831 36520 13147 0.36 4000 72 72 42330 10159 0.24 3663 40836 9801 0.24 3894 39840 9562 0.24 4000 38180 9163 0.24 4168 73 64 39010 20285 0.52 3368 37350 19422 0.52 3536 35856 18645 0.52 3705 34528 17955 0.52 3873 73 68 40670 16268 0.40 3536 39010 15604 0.40 3747 37848 15139 0.40 3831 36520 14608 0.40 4000 73 72 42330 11852 0.28 3663 40836 11434 0.28 3894 39840 11155 0.28 4000 38180 10690 0.28 4168 75 64 39010 21846 0.56 3368 37350 20916 0.56 3536 35856 20079 0.56 3705 34528 19336 0.56 3873 75 68 40670 17895 0.44 3536 39010 17164 0.44 3747 37848 16653 0.44 3831 36520 16069 0.44 4000 75 72 42330 13546 0.32 3663 40836 13068 0.32 3894 39840 12749 0.32 4000 38180 12218 0.32 4168 75 75 144488 8898 1 0.20 3831 142828 1 8566 0.20 14042 41832 8366 0.20 4168 405041 8101 0.20 4378 77 64 39010 23406 0.60 3368 37350 22410 0.60 3536 35856 21514 0.60 3705 34528 20717 0.60 3873 77 68 40670 19522 0.48 3536 39010 18725 0.48 3747 37848 18167 0.48 3831 36520 17530 0.48 4000 77 72 42330 15239 0.36 3663 40836 14701 0.36 3894 39840 14342 0.36 4000 38180 13745 0.36 4168 77 75 44488 10677 0.24 3831 42828 10279 0.24 4042 41832 10040 0.24 4168 40504 9721 0.24 4378 79 64 39010 24966 0.64 3368 37350 23904 0.64 3536 35856 22948 0.64 3705 34528 22098 0.64 3873 79 68 40670 21148 0.52 3536 39010 20285 0.52 3747 37848 19681 0.52 3831 36520 18990 0.52 4000 79 72 42330 16932 0.40 3663 40836 16334 0.40 3894 39840 15936 0.40 4000 38180 15272 0.40 4168 79 75 44488 12457 0.28 3831 42828 11992 0.28 4042 41832 11713 0.28 4168 40504 11341 0.28 4378 79 79 45816 7331 0.16 4042 44488 7118 0.16 4252 43824 7012 0.16 4378 42496 6799 0.16 4505 81 64 39010 26527 0.68 3368 37350 25398 0.68 3536 35856 24382 0.68 3705 34528 23479 0.68 3873 81 68 40670 22775 0.56 3536 39010 21846 0.56 3747 37848 21195 0.56 3831 36520 20451 0.56 4000 81 72 42330 18625 0.44 3663 40836 17968 0.44 3894 39840 17530 0.44 4000 38180 16799 0.44 4168 81 75 44488 14236 0.32 3831 42828 13705 0.32 4042 41832 13386 0.32 4168 40504 12961 0.32 4378 81 79 45816 9163 0.20 4042 44488 8898 0.20 4252 43824 8765 0.20 4378 42496 8499 0.20 4505 82 64 39010 28087 0.72 3368 37350 26892 0.72 3536 35856 25816 0.72 3705 34528 24860 0.72 3873 82 68 40670 24402 0.60 3536 39010 23406 0.60 3747 37848 22709 0.60 3831 36520 21912 0.60 4000 82 72 42330 20318 0.48 3663 40836 19601 0.48 3894 39840 19123 0.48 4000 38180 18326 0.48 4168 82 75 44488 16016 0.36 3831 42828 15418 0.36 4042 41832 15060 0.36 4168 40504 14581 0.36 4378 82 79 45816 10996 0.24 4042 44488 10677 0.24 4252 43824 10518 0.24 4378 42496 10199 0.24 4505 84 64 39010 29648 0.76 3368 37350 28386 0.76 3536 35856 27251 0.76 3705 34528 26241 0.76 3873 84 68 40670 26029 0.64 3536 39010 24966 0.64 3747 37848 24223 0.64 3831 36520 23373 0.64 4000 84 72 42330 22012 0.52 3663 40836 21235 0.52 3894 39840 20717 0.52 4000 38180 19854 0.52 4168 84 75 44488 17795 0.40 3831 42828 17131 0.40 4042 41832 16733 0.40 4168 40504 16202 0.40 4378 84 79 45816 12828 0.28 4042 44488 12457 0.28 4252 43824 12271 0.28 4378 42496 11899 0.28 4505 86 64 39010 31208 0.80 3368 37350 29880 0.80 3536 35856 28685 0.80 3705 34528 27622 0.80 3873 86 68 40670 27656 0.68 3536 39010 26527 0.68 3747 37848 25737 0.68 3831 36520 24834 0.68 4000 86 72 42330 23705 0.56 3663 40836 22868 0.56 3894 39840 22310 0.56 4000 38180 21381 0.56 4168 86 75 44488 19575 0.44 3831 42828 18844 0.44 4042 41832 18406 0.44 4168 40504 17822 0.44 4378 86 79 45816 14661 0.32 4042 44488 14236 0.32 4252 43824 14024 0.32 4378 42496 13599 0.32 4505 88 64 39010 32768 0.84 3368 37350 31374 0.84 3536 35856 30119 0.84 3705 34528 29004 0.84 3873 88 68 40670 29282 0.72 3536 39010 28087 0.72 3747 37848 27251 0.72 3831 36520 26294 0.72 4000 88 72 42330 25398 0.60 3663 40836 24502 0.60 3894 39840 23904 0.60 4000 38180 22908 0.60 4168 88 75 44488 21354 0.48 3831 42828 20557 0.48 4042 41832 20079 0.48 4168 40504 19442 0.48 4378 88 79 45816 16494 0.36 4042 44488 16016 0.36 4252 43824 15777 0.36 4378 42496 15299 0.36 4505 90 64 39010 34329 0.88 3368 37350 32868 0.88 3536 35856 31553 0.88 3705 34528 30385 0.88 3873 90 68 40670 30909 0.76 3536 39010 29648 0.76 3747 37848 28764 0.76 3831 36520 27755 0.76 4000 90 72 42330 27091 0.64 3663 40836 26135 0.64 3894 39840 25498 0.64 4000 38180 24435 0.64 4168 90 75 44488 23134 0.52 3831 42828 22271 0.52 4042 41832 21753 0.52 4168 40504 21062 0.52 4378 90 79 45816 18326 0.40 4042 44488 17795 0.40 4252 43824 17530 0.40 4378 42496 16998 0.40 4505 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-274 MUY-D36NA (208V) CAPACITY (Btu/h): 33200 INPUT: 4210 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 32536 14316 0.44 4126 29880 13147 0.44 4378 27556 12125 0.44 4547 70 68 34196 10943 0.32 4294 31872 10199 0.32 4505 29548 9455 0.32 4757 72 64 32536 15617 0.48 4126 29880 14342 0.48 4378 27556 13227 0.48 4547 72 68 34196 12311 0.36 4294 31872 11474 0.36 4505 29548 10637 0.36 4757 72 72 36188 8685 0.24 4463 33864 8127 0.24 4715 31540 7570 0.24 4884 73 64 32536 16919 0.52 4126 29880 15538 0.52 4378 27556 14329 0.52 4547 73 68 34196 13678 0.40 4294 31872 12749 0.40 4505 29548 11819 0.40 4757 73 72 36188 10133 0.28 4463 33864 9482 0.28 4715 31540 8831 0.28 4884 75 64 32536 18220 0.56 4126 29880 16733 0.56 4378 27556 15431 0.56 4547 75 68 34196 15046 0.44 4294 31872 14024 0.44 4505 29548 13001 0.44 4757 75 72 36188 11580 0.32 4463 33864 10836 0.32 4715 31540 10093 0.32 4884 75 75 38180 7636 0.20 4631 35856 7171 0.20 4842 33864 6773 0.20 5052 77 64 32536 19522 0.60 4126 29880 17928 0.60 4378 27556 16534 0.6 4547 77 68 34196 16414 0.48 4294 31872 15299 0.48 4505 29548 14183 0.48 4757 77 72 36188 13028 0.36 4463 33864 12191 0.36 4715 31540 11354 0.36 4884 77 75 38180 9163 0.24 4631 35856 8605 0.24 4842 33864 8127 0.24 5052 79 64 32536 20823 0.64 4126 29880 19123 0.64 4378 27556 17636 0.64 4547 79 68 34196 17782 0.52 4294 31872 16573 0.52 4505 29548 15365 0.52 4757 79 72 36188 14475 0.40 4463 33864 13546 0.40 4715 31540 12616 0.40 4884 79 75 38180 10690 0.28 4631 35856 10040 0.28 4842 33864 9482 0.28 5052 79 79 40172 6428 0.16 4799 37848 6056 0.16 5010 35524 5684 0.16 5220 81 64 32536 22124 0.68 4126 29880 20318 0.68 4378 27556 18738 0.68 4547 81 68 34196 19150 0.56 4294 31872 17848 0.56 4505 29548 16547 0.56 4757 81 72 36188 15923 0.44 4463 33864 14900 0.44 4715 31540 13878 0.44 4884 81 75 38180 12218 0.32 4631 35856 11474 0.32 4842 33864 10836 0.32 5052 81 79 40172 8034 0.20 4799 37848 7570 0.20 5010 35524 7105 0.20 5220 82 64 32536 23426 0.72 4126 29880 21514 0.72 4378 27556 19840 0.72 4547 82 68 34196 20518 0.60 4294 31872 19123 0.60 4505 29548 17729 0.60 4757 82 72 36188 17370 0.48 4463 33864 16255 0.48 4715 31540 15139 0.48 4884 82 75 38180 13745 0.36 4631 35856 12908 0.36 4842 33864 12191 0.36 5052 82 79 40172 9641 0.24 4799 37848 9084 0.24 5010 35524 8526 0.24 5220 84 64 32536 24727 0.76 4126 29880 22709 0.76 4378 27556 20943 0.76 4547 84 68 34196 21885 0.64 4294 31872 20398 0.64 4505 29548 18911 0.64 4757 84 72 36188 18818 0.52 4463 33864 17609 0.52 4715 31540 16401 0.52 4884 84 75 38180 15272 0.40 4631 35856 14342 0.40 4842 33864 13546 0.40 5052 84 79 40172 11248 0.28 4799 37848 10597 0.28 5010 35524 9947 0.28 5220 86 64 32536 26029 0.80 4126 29880 23904 0.80 4378 27556 22045 0.80 4547 86 68 34196 23253 0.68 4294 31872 21673 0.68 4505 29548 20093 0.68 4757 86 72 36188 20265 0.56 4463 33864 18964 0.56 4715 31540 17662 0.56 4884 86 75 38180 16799 0.44 4631 35856 15777 0.44 4842 33864 14900 0.44 5052 86 79 40172 12855 0.32 4799 37848 12111 0.32 5010 35524 11368 0.32 5220 88 64 32536 27330 0.84 4126 29880 25099 0.84 4378 27556 23147 0.84 4547 88 68 34196 24621 0.72 4294 31872 22948 0.72 4505 29548 21275 0.72 4757 88 72 36188 21713 0.60 4463 33864 20318 0.60 4715 31540 18924 0.60 4884 88 75 38180 18326 0.48 4631 35856 17211 0.48 4842 33864 16255 0.48 5052 88 79 40172 14462 0.36 4799 37848 13625 0.36 5010 35524 12789 0.36 5220 90 64 32536 28632 0.88 4126 29880 26294 0.88 4378 27556 24249 0.88 4547 90 68 34196 25989 0.76 4294 31872 24223 0.76 4505 29548 22456 0.76 4757 90 72 36188 23160 0.64 4463 33864 21673 0.64 4715 31540 20186 0.64 4884 90 75 38180 19854 0.52 4631 35856 18645 0.52 4842 33864 17609 0.52 5052 90 79 40172 16069 0.40 4799 37848 15139 0.40 5010 35524 14210 0.40 5220 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-275 MUY D36NA (230V) CAPACITY (Btu/h): 34600 INPUT: 4240 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 40655 17888 0.44 3392 38925 17127 0.44 3562 37368 16442 0.44 3731 35984 15833 0.44 3901 70 68 42385 13563 0.32 3562 40655 13010 0.32 3774 39444 12622 0.32 3858 38060 12179 0.32 4028 72 64 40655 19514 0.48 3392 38925 18684 0.48 3562 37368 17937 0.48 3731 35984 17272 0.48 3901 72 68 42385 15259 0.36 3562 40655 14636 0.36 3774 39444 14200 0.36 3858 38060 13702 0.36 4028 72 72 44115 10588 0.24 3689 42558 10214 0.24 3922 41520 9965 0.24 4028 39790 9550 0.24 4198 73 64 40655 21141 0.52 3392 38925 20241 0.52 3562 37368 19431 0.52 3731 35984 18712 0.52 3901 73 68 42385 16954 0.40 3562 40655 16262 0.40 3774 39444 15778 0.40 3858 38060 15224 0.40 4028 73 72 44115 12352 0.28 3689 42558 11916 0.28 3922 41520 11626 0.28 4028 39790 11141 0.28 4198 75 64 40655 22767 0.56 3392 38925 21798 0.56 3562 37368 20926 0.56 3731 35984 20151 0.56 3901 75 68 42385 18649 0.44 3562 40655 17888 0.44 3774 39444 17355 0.44 3858 38060 16746 0.44 4028 75 72 44115 14117 0.32 3689 42558 13619 0.32 3922 41520 13286 0.32 4028 39790 12733 0.32 4198 75 75 146364 9273 1 0.20 3858 1446341 8927 0.20 14070 43596 8719 0.20 4198 142212 8442 1 0.20 4410 77 64 40655 24393 0.60 3392 38925 23355 0.60 3562 37368 22421 0.60 3731 35984 21590 0.60 3901 77 68 42385 20345 0.48 3562 40655 19514 0.48 3774 39444 18933 0.48 3858 38060 18269 0.48 4028 77 72 44115 15881 0.36 3689 42558 15321 0.36 3922 41520 14947 0.36 4028 39790 14324 0.36 4198 77 75 46364 11127 0.24 3858 44634 10712 0.24 4070 43596 10463 0.24 4198 42212 10131 0.24 4410 79 64 40655 26019 0.64 3392 38925 24912 0.64 3562 37368 23916 0.64 3731 35984 23030 0.64 3901 79 68 42385 22040 0.52 3562 40655 21141 0.52 3774 39444 20511 0.52 3858 38060 19791 0.52 4028 79 72 44115 17646 0.40 3689 42558 17023 0.40 3922 41520 16608 0.40 4028 39790 15916 0.40 4198 79 75 46364 12982 0.28 3858 44634 12498 0.28 4070 43596 12207 0.28 4198 42212 11819 0.28 4410 79 79 47748 7640 0.16 4070 46364 7418 0.16 4282 45672 7308 0.16 4410 44288 7086 0.16 4537 81 64 40655 27645 0.68 3392 38925 26469 0.68 3562 37368 25410 0.68 3731 35984 24469 0.68 3901 81 68 42385 23736 0.56 3562 40655 22767 0.56 3774 39444 22089 0.56 3858 38060 21314 0.56 4028 81 72 44115 19411 0.44 3689 42558 18726 0.44 3922 41520 18269 0.44 4028 39790 17508 0.44 4198 81 75 46364 14836 0.32 3858 44634 14283 0.32 4070 43596 13951 0.32 4198 42212 13508 0.32 4410 81 79 47748 9550 0.20 4070 46364 9273 0.20 4282 45672 9134 0.20 4410 44288 8858 0.20 4537 82 64 40655 29272 0.72 3392 38925 28026 0.72 3562 37368 26905 0.72 3731 35984 25908 0.72 3901 82 68 42385 25431 0.60 3562 40655 24393 0.60 3774 39444 23666 0.60 3858 38060 22836 0.60 4028 82 72 44115 21175 0.48 3689 42558 20428 0.48 3922 41520 19930 0.48 4028 39790 19099 0.48 4198 82 75 46364 16691 0.36 3858 44634 16068 0.36 4070 43596 15695 0.36 4198 42212 15196 0.36 4410 82 79 47748 11460 0.24 4070 46364 11127 0.24 4282 45672 10961 0.24 4410 44288 10629 0.24 4537 84 64 40655 30898 0.76 3392 38925 29583 0.76 3562 37368 28400 0.76 3731 35984 27348 0.76 3901 84 68 42385 27126 0.64 3562 40655 26019 0.64 3774 39444 25244 0.64 3858 38060 24358 0.64 4028 84 72 44115 22940 0.52 3689 42558 22130 0.52 3922 41520 21590 0.52 4028 39790 20691 0.52 4198 84 75 46364 18546 0.40 3858 44634 17854 0.40 4070 43596 17438 0.40 4198 42212 16885 0.40 4410 84 79 47748 13369 0.28 4070 46364 12982 0.28 4282 45672 12788 0.28 4410 44288 12401 0.28 4537 86 64 40655 32524 0.80 3392 38925 31140 0.80 3562 37368 29894 0.80 3731 35984 28787 0.80 3901 86 68 42385 28822 0.68 3562 40655 27645 0.68 3774 39444 26822 0.68 3858 38060 25881 0.68 4028 86 72 44115 24704 0.56 3689 42558 23832 0.56 3922 41520 23251 0.56 4028 39790 22282 0.56 4198 86 75 46364 20400 0.44 3858 44634 19639 0.44 4070 43596 19182 0.44 4198 42212 18573 0.44 4410 86 79 47748 15279 0.32 4070 46364 14836 0.32 4282 45672 14615 0.32 4410 44288 14172 0.32 4537 88 64 40655 34150 0.84 3392 38925 32697 0.84 3562 37368 31389 0.84 3731 35984 30227 0.84 3901 88 68 42385 30517 0.72 3562 40655 29272 0.72 3774 39444 28400 0.72 3858 38060 27403 0.72 4028 88 72 44115 26469 0.60 3689 42558 25535 0.60 3922 41520 24912 0.60 4028 39790 23874 0.60 4198 88 75 46364 22255 0.48 3858 44634 21424 0.48 4070 43596 20926 0.48 4198 42212 20262 0.48 4410 88 79 47748 17189 0.36 4070 46364 16691 0.36 4282 45672 16442 0.36 4410 44288 15944 0.36 4537 90 64 40655 35776 0.88 3392 38925 34254 0.88 3562 37368 32884 0.88 3731 35984 31666 0.88 3901 90 68 42385 32213 0.76 3562 40655 30898 0.76 3774 39444 29977 0.76 3858 38060 28926 0.76 4028 90 72 44115 28234 0.64 3689 42558 27237 0.64 3922 41520 26573 0.64 4028 39790 25466 0.64 4198 90 75 46364 24109 0.52 3858 44634 23210 0.52 4070 43596 22670 0.52 4198 42212 21950 0.52 4410 90 79 47748 19099 0.40 4070 46364 18546 0.40 4282 45672 18269 0.40 4410 44288 17715 0.40 4537 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-276 MUY-D36NA (230V) CAPACITY (Btu/h): 34600 INPUT: 4240 (W) SHF: 0.62 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 33908 14920 0.44 4155 31140 13702 0.44 4410 28718 12636 0.44 4579 70 68 35638 11404 0.32 4325 33216 10629 0.32 4537 30794 9854 0.32 4791 72 64 33908 16276 0.48 4155 31140 14947 0.48 4410 28718 13785 0.48 4579 72 68 35638 12830 0.36 4325 33216 11958 0.36 4537 30794 11086 0.36 4791 72 72 37714 9051 0.24 4494 35292 8470 0.24 4749 32870 7889 0.24 4918 73 64 33908 17632 0.52 4155 31140 16193 0.52 4410 28718 14933 0.52 4579 73 68 35638 14255 0.40 4325 33216 13286 0.40 4537 30794 12318 0.40 4791 73 72 37714 10560 0.28 4494 35292 9882 0.28 4749 32870 9204 0.28 4918 75 64 33908 18988 0.56 4155 31140 17438 0.56 4410 28718 16082 0.56 4579 75 68 35638 15681 0.44 4325 33216 14615 0.44 4537 30794 13549 0.44 4791 75 72 37714 12068 0.32 4494 35292 11293 0.32 4749 32870 10518 0.32 4918 75 75 39790 7958 0.20 4664 37368 7474 0.20 4876 35292 7058 0.20 5088 77 64 33908 20345 0.60 4155 31140 18684 0.60 4410 28718 17231 0.6 4579 77 68 35638 17106 0.48 4325 33216 15944 0.48 4537 30794 14781 0.48 4791 77 72 37714 13577 0.36 4494 35292 12705 0.36 4749 32870 11833 0.36 4918 77 75 39790 9550 0.24 4664 37368 8968 0.24 4876 35292 8470 0.24 5088 79 64 33908 21701 0.64 4155 31140 19930 0.64 4410 28718 18380 0.64 4579 79 68 35638 18532 0.52 4325 33216 17272 0.52 4537 30794 16013 0.52 4791 79 72 37714 15086 0.40 4494 35292 14117 0.40 4749 32870 13148 0.40 4918 79 75 39790 11141 0.28 4664 37368 10463 0.28 4876 35292 9882 0.28 5088 79 79 41866 6699 0.16 4834 39444 6311 0.16 5046 37022 5924 0.16 5258 81 64 33908 23057 0.68 4155 31140 21175 0.68 4410 28718 19528 0.68 4579 81 68 35638 19957 0.56 4325 33216 18601 0.56 4537 30794 17245 0.56 4791 81 72 37714 16594 0.44 4494 35292 15528 0.44 4749 32870 14463 0.44 4918 81 75 39790 12733 0.32 4664 37368 11958 0.32 4876 35292 11293 0.32 5088 81 79 41866 8373 0.20 4834 39444 7889 0.20 5046 37022 7404 0.20 5258 82 64 33908 24414 0.72 4155 31140 22421 0.72 4410 28718 20677 0.72 4579 82 68 35638 21383 0.60 4325 33216 19930 0.60 4537 30794 18476 0.60 4791 82 72 37714 18103 0.48 4494 35292 16940 0.48 4749 32870 15778 0.48 4918 82 75 39790 14324 0.36 4664 37368 13452 0.36 4876 35292 12705 0.36 5088 82 79 41866 10048 0.24 4834 39444 9467 0.24 5046 37022 8885 0.24 5258 84 64 33908 25770 0.76 4155 31140 23666 0.76 4410 28718 21826 0.76 4579 84 68 35638 22808 0.64 4325 33216 21258 0.64 4537 30794 19708 0.64 4791 84 72 37714 19611 0.52 4494 35292 18352 0.52 4749 32870 17092 0.52 4918 84 75 39790 15916 0.40 4664 37368 14947 0.40 4876 35292 14117 0.40 5088 84 79 41866 11722 0.28 4834 39444 11044 0.28 5046 37022 10366 0.28 5258 86 64 33908 27126 0.80 4155 31140 24912 0.80 4410 28718 22974 0.80 4579 86 68 35638 24234 0.68 4325 33216 22587 0.68 4537 30794 20940 0.68 4791 86 72 37714 21120 0.56 4494 35292 19764 0.56 4749 32870 18407 0.56 4918 86 75 39790 17508 0.44 4664 37368 16442 0.44 4876 35292 15528 0.44 5088 86 79 41866 13397 0.32 4834 39444 12622 0.32 5046 37022 11847 0.32 5258 88 64 33908 28483 0.84 4155 31140 26158 0.84 4410 28718 24123 0.84 4579 88 68 35638 25659 0.72 4325 33216 23916 0.72 4537 30794 22172 0.72 4791 88 72 37714 22628 0.60 4494 35292 21175 0.60 4749 32870 19722 0.60 4918 88 75 39790 19099 0.48 4664 37368 17937 0.48 4876 35292 16940 0.48 5088 88 79 41866 15072 0.36 4834 39444 14200 0.36 5046 37022 13328 0.36 5258 90 64 33908 29839 0.88 4155 31140 27403 0.88 4410 28718 25272 0.88 4579 90 68 35638 27085 0.76 4325 33216 25244 0.76 4537 30794 23403 0.76 4791 90 72 37714 24137 0.64 4494 35292 22587 0.64 4749 32870 21037 0.64 4918 90 75 39790 20691 0.52 4664 37368 19431 0.52 4876 35292 18352 0.52 5088 90 79 41866 16746 0.40 4834 39444 15778 0.40 5046 37022 14809 0.40 5258 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-277 12-3. HYPER HEATING INVERTER COOLING CAPACITY MUZ-FH06NA MUZ-FH06NAH CAPACITY (Btu/h): 6000 INPUT (W): 315 SHF: 0.96 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 7050 5499 0.78 252 6750 5265 0.78 265 6480 5054 0.78 277 6240 4867 0.78 290 70 68 7350 4851 0.66 265 7050 4653 0.66 280 6840 4514 0.66 287 6600 4356 0.66 299 72 64 7050 5781 0.82 252 6750 5535 0.82 265 6480 5314 0.82 277 6240 5117 0.82 290 72 68 7350 5145 0.70 265 7050 4935 0.70 280 6840 4788 0.70 287 6600 4620 0.70 299 72 72 7650 4437 0.58 1 274 7380 4280 0.58 291 7200 1 4176 0.58 299 6900 4002 0.58 312 73 64 7050 6063 0.86 252 6750 5805 0.86 265 6480 5573 0.86 277 6240 5366 0.86 290 73 68 7350 5439 0.74 265 7050 5217 0.74 280 6840 5062 0.74 287 6600 4884 0.74 299 73 72 7650 4743 0.62 274 7380 4576 0.62 291 7200 4464 0.62 299 6900 4278 0.62 312 75 64 7050 6345 0.90 252 6750 6075 0.90 265 6480 5832 0.90 277 6240 5616 0.90 290 75 68 7350 5733 0.78 265 7050 5499 0.78 280 6840 5335 0.78 287 6600 5148 0.78 299 75 72 7650 5049 0.66 274 7380 4871 0.66 291 7200 4752 0.66 299 6900 4554 0.66 312 75 75 8040 4342 0.54 287 7740 4180 0.54 302 7560 4082 0.54 312 7320 3953 0.54 328 77 64 7050 6627 0.94 252 6750 6345 0.94 265 6480 6091 0.94 277 6240 5866 0.94 290 77 68 7350 6027 0.82 265 7050 5781 0.82 280 6840 5609 0.82 287 6600 5412 0.82 299 77 72 7650 5355 0.70 274 7380 5166 0.70 291 7200 5040 0.70 299 6900 4830 0.70 312 77 75 1 8040 4663 1 0.58 1 287 7740 1 4489 0.58 1 302 7560 1 4385 0.58 1 312 1 7320 4246 1 0.58 328 79 64 7050 6909 0.98 252 6750 6615 0.98 265 6480 6350 0.98 277 6240 6115 0.98 290 79 68 7350 6321 0.86 265 7050 6063 0.86 280 6840 5882 0.86 287 6600 5676 0.86 299 79 72 7650 5661 0.74 274 7380 5461 0.74 291 7200 5328 0.74 299 6900 5106 0.74 312 79 75 8040 4985 0.62 287 7740 4799 0.62 302 7560 4687 0.62 312 7320 4538 0.62 328 79 79 8280 4140 0.50 302 8040 4020 0.50 318 7920 3960 0.50 328 7680 3840 0.50 337 81 64 7050 7050 1.00 252 6750 6750 1.00 265 6480 6480 1.00 277 6240 6240 1.00 290 81 68 7350 6615 0.90 265 7050 6345 0.90 280 6840 6156 0.90 287 6600 5940 0.90 299 81 72 7650 5967 0.78 274 7380 5756 0.78 291 7200 5616 0.78 299 6900 5382 0.78 312 81 75 8040 5306 0.66 287 7740 5108 0.66 302 7560 4990 0.66 312 7320 4831 0.66 328 81 1 79 8280 1 4471 0.54 302 1 8040 1 4342 0.54 318 7920 1 4277 0.54 328 7680 1 4147 0.54 337 82 64 7050 7050 1.00 252 6750 6750 1.00 265 6480 6480 1.00 277 6240 6240 1.00 290 82 68 7350 6909 0.94 265 7050 6627 0.94 280 6840 6430 0.94 287 6600 6204 0.94 299 82 72 7650 6273 0.82 274 7380 6052 0.82 291 7200 5904 0.82 299 6900 5658 0.82 312 82 75 8040 5628 0.70 287 7740 5418 0.70 302 7560 5292 0.70 312 7320 5124 0.70 328 82 79 8280 4802 0.58 302 8040 4663 0.58 318 7920 4594 0.58 328 7680 4454 0.58 337 84 64 7050 7050 1.00 252 6750 6750 1.00 265 6480 6480 1.00 277 6240 6240 1.00 290 84 68 7350 7203 0.98 265 7050 6909 0.98 280 6840 6703 0.98 287 6600 6468 0.98 299 84 72 7650 6579 0.86 274 7380 6347 0.86 291 7200 6192 0.86 299 6900 5934 0.86 312 84 75 8040 5950 0.74 287 7740 5728 0.74 302 7560 5594 0.74 312 7320 5417 0.74 328 84 1 79 8280 5134 0.62 302 8040 4985 0.62 318 7920 4910 0.62 328 7680 4762 0.62 337 86 64 7050 7050 1.00 252 6750 6750 1.00 265 6480 6480 1.00 277 6240 6240 1.00 290 86 68 7350 7350 1.00 265 7050 7050 1.00 280 6840 6840 1.00 287 6600 6600 1.00 299 86 72 7650 6885 0.90 274 7380 6642 0.90 291 7200 6480 0.90 299 6900 6210 0.90 312 86 75 8040 6271 0.78 287 7740 6037 0.78 302 7560 5897 0.78 312 7320 5710 0.78 328 86 79 8280 5465 0.66 1 302 8040 1 5306 0.66 1 318 7920 1 5227 0.66 1 328 1 7680 5069 0.66 337 88 64 7050 7050 1.00 252 6750 6750 1.00 265 6480 6480 1.00 277 6240 6240 1.00 290 88 68 7350 7350 1.00 265 7050 7050 1.00 280 6840 6840 1.00 287 6600 6600 1.00 299 88 72 7650 7191 0.94 274 7380 6937 0.94 291 7200 6768 0.94 299 6900 6486 0.94 312 88 75 8040 6593 0.82 287 7740 6347 0.82 302 7560 6199 0.82 312 7320 6002 0.82 328 88 1 79 8280 5796 0.70 302 8040 5628 0.70 318 7920 5544 0.70 328 7680 1 5376 1 0.70 337 90 64 7050 7050 1.00 252 6750 6750 1.00 265 6480 6480 1.00 277 6240 6240 1.00 290 90 68 7350 7350 1.00 265 7050 7050 1.00 280 6840 6840 1.00 287 6600 6600 1.00 299 90 72 7650 7497 0.98 274 7380 7232 0.98 291 7200 7056 0.98 299 6900 6762 0.98 312 90 75 8040 6914 0.86 287 7740 6656 0.86 302 7560 6502 0.86 312 7320 6295 0.86 328 90 79 1 8280 1 6127 0.74 1 302 1 8040 1 5950 1 0.74 1 318 1 7920 1 5861 0.74 1 328 7680 5683 0.74 1 337 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-278 ►viLIMa:111.1►I_M►ViLIYAa:[1I:iki/_1:I CAPACITY (Btu/h): 6000 INPUT (W): 315 SHF: 0.96 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 5880 4586 0.78 309 5400 4212 0.78 328 4980 3884 0.78 340 70 68 6180 4079 0.66 321 5760 3802 0.66 337 5340 3524 0.66 356 72 64 5880 4822 0.82 309 5400 4428 0.82 328 4980 4084 0.82 340 72 68 6180 4326 0.70 321 5760 4032 0.70 337 5340 3738 0.70 356 72 72 6540 3793 0.58 334 6120 3550 0.58 353 5700 3306 0.58 365 73 64 5880 5057 0.86 309 5400 4644 0.86 328 4980 4283 0.86 340 73 68 6180 4573 0.74 321 5760 4262 0.74 337 5340 3952 0.74 356 73 72 6540 4055 0.62 334 6120 3794 0.62 353 5700 3534 0.62 365 75 64 5880 5292 0.90 309 5400 4860 0.90 328 4980 4482 0.90 340 75 68 6180 4820 0.78 321 5760 4493 0.78 337 5340 4165 0.78 356 75 72 6540 4316 0.66 334 6120 4039 0.66 353 5700 3762 0.66 365 75 75 6900 3726 0.54 347 6480 3499 0.54 362 6120 3305 0.54 378 77 64 5880 5527 0.94 309 5400 5076 0.94 328 4980 4681 0.94 340 77 68 6180 5068 0.82 321 5760 4723 0.82 337 5340 4379 0.82 356 77 72 6540 4578 0.70 334 6120 4284 0.70 353 5700 3990 0.70 365 77 75 6900 4002 0.58 347 6480 3758 0.58 362 6120 3550 0.58 378 79 64 5880 5762 0.98 309 5400 5292 0.98 328 4980 4880 0.98 340 79 68 6180 5315 0.86 321 5760 4954 0.86 337 5340 4592 0.86 356 79 72 6540 4840 0.74 334 6120 4529 0.74 353 5700 4218 0.74 365 79 75 6900 4278 0.62 347 6480 4018 0.62 362 6120 3794 0.62 378 79 1 79 7260 1 3630 0.50 1 359 1 6840 3420 1 0.50 375 1 6420 3210 1 0.50 391 81 64 5880 5880 1.00 309 5400 5400 1.00 328 4980 4980 1.00 340 81 68 6180 5562 0.90 321 5760 5184 0.90 337 5340 4806 0.90 356 81 72 6540 5101 0.78 334 6120 4774 0.78 353 5700 4446 0.78 365 81 75 6900 4554 0.66 347 6480 4277 0.66 362 6120 4039 0.66 378 81 79 7260 3920 0.54 359 6840 3694 0.54 375 6420 3467 0.54 391 82 64 5880 5880 1.00 309 5400 5400 1.00 328 4980 4980 1.00 340 82 68 6180 5809 0.94 321 5760 5414 0.94 337 5340 5020 0.94 356 82 72 6540 5363 0.82 334 6120 5018 0.82 353 5700 4674 0.82 365 82 75 6900 4830 0.70 347 6480 4536 0.70 362 6120 4284 0.70 378 82 1 79 7260 1 4211 0.58 359 6840 3967 1 0.58 375 1 6420 3724 1 0.58 391 84 64 5880 5880 1.00 309 5400 5400 1.00 328 4980 4980 1.00 340 84 68 6180 6056 0.98 321 5760 5645 0.98 337 5340 5233 0.98 356 84 72 6540 5624 0.86 334 6120 5263 0.86 353 5700 4902 0.86 365 84 75 6900 5106 0.74 347 6480 4795 0.74 362 6120 4529 0.74 378 84 79 7260 4501 0.62 1 359 1 6840 4241 0.62 375 6420 1 3980 0.62 391 86 64 5880 5880 1.00 309 5400 5400 1.00 328 4980 4980 1.00 340 86 68 6180 6180 1.00 321 5760 5760 1.00 337 5340 5340 1.00 356 86 72 6540 5886 0.90 334 6120 5508 0.90 353 5700 5130 0.90 365 86 75 6900 5382 0.78 347 6480 5054 0.78 362 6120 4774 0.78 378 86 1 79 7260 1 4792 0.66 359 6840 4514 1 0.66 375 1 6420 4237 1 0.66 391 88 64 5880 5880 1.00 309 5400 5400 1.00 328 4980 4980 1.00 340 88 68 6180 6180 1.00 321 5760 5760 1.00 337 5340 5340 1.00 356 88 72 6540 6148 0.94 334 6120 5753 0.94 353 5700 5358 0.94 365 88 75 6900 5658 0.82 347 6480 5314 0.82 362 6120 5018 0.82 378 88 79 7260 5082 0.70 1 359 1 6840 4788 0.70 375 6420 4494 0.70 391 90 64 5880 5880 1.00 309 5400 5400 1.00 328 4980 4980 1.00 340 90 68 6180 6180 1.00 321 5760 5760 1.00 337 5340 5340 1.00 356 90 72 6540 6409 0.98 334 6120 5998 0.98 353 5700 5586 0.98 365 90 75 6900 5934 0.86 347 6480 5573 0.86 362 6120 5263 0.86 378 90 1 79 1 7260 1 5372 0.74 359 6840 1 5062 1 0.74 1 375 1 6420 1 4751 1 0.74 391 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-279 MUZ-FH09NA MUZ-FH09NAH CAPACITY (Btu/h): 9000 INPUT (W): 560 SHF: 0.92 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 10575 7826 0.74 448 10125 7493 0.74 470 9720 7193 0.74 493 9360 6926 0.74 515 70 68 11025 6836 0.62 470 10575 6557 0.62 498 10260 6361 0.62 510 9900 6138 0.62 532 72 64 10575 8249 0.78 448 10125 7898 0.78 470 9720 7582 0.78 493 9360 7301 0.78 515 72 68 11025 7277 0.66 470 10575 6980 0.66 498 10260 6772 0.66 510 9900 6534 0.66 532 72 72 11475 6197 1 0.54 1 487 110701 5978 0.54 1 518 108001 5832 0.54 1 532 10350 5589 0.54 554 73 64 10575 8672 0.82 448 10125 8303 0.82 470 9720 7970 0.82 493 9360 7675 0.82 515 73 68 11025 7718 0.70 470 10575 7403 0.70 498 10260 7182 0.70 510 9900 6930 0.70 532 73 72 11475 6656 0.58 487 11070 6421 0.58 518 10800 6264 0.58 532 10350 6003 0.58 554 75 64 10575 9095 0.86 448 10125 8708 0.86 470 9720 8359 0.86 493 9360 8050 0.86 515 75 68 11025 8159 0.74 470 10575 7826 0.74 498 10260 7592 0.74 510 9900 7326 0.74 532 75 72 11475 7115 0.62 487 11070 6863 0.62 518 10800 6696 0.62 532 10350 6417 0.62 554 75 75 12060 6030 0.50 510 11610 5805 0.50 538 11340 5670 0.50 554 10980 5490 0.50 582 77 64 10575 9518 0.90 448 10125 9113 0.90 470 9720 8748 0.90 493 9360 8424 0.90 515 77 68 11025 8600 0.78 470 10575 8249 0.78 498 10260 8003 0.78 510 9900 7722 0.78 532 77 72 11475 7574 0.66 487 11070 7306 0.66 518 10800 7128 0.66 532 10350 6831 0.66 554 77 75 112060 6512 1 0.54 1 510 116101 6269 0.54 1 538 113401 6124 0.54 1 554 110980 5929 1 0.54 582 79 64 10575 9941 0.94 448 10125 9518 0.94 470 9720 9137 0.94 493 9360 8798 0.94 515 79 68 11025 9041 0.82 470 10575 8672 0.82 498 10260 8413 0.82 510 9900 8118 0.82 532 79 72 11475 8033 0.70 487 11070 7749 0.70 518 10800 7560 0.70 532 10350 7245 0.70 554 79 75 12060 6995 0.58 510 11610 6734 0.58 538 11340 6577 0.58 554 10980 6368 0.58 582 79 79 12420 5713 0.46 538 12060 5548 0.46 566 11880 5465 0.46 582 11520 5299 0.46 599 81 64 10575 10364 0.98 448 10125 9923 0.98 470 9720 9526 0.98 493 9360 9173 0.98 515 81 68 11025 9482 0.86 470 10575 9095 0.86 498 10260 8824 0.86 510 9900 8514 0.86 532 81 72 11475 8492 0.74 487 11070 8192 0.74 518 10800 7992 0.74 532 10350 7659 0.74 554 81 75 12060 7477 0.62 510 11610 7198 0.62 538 11340 7031 0.62 554 10980 6808 0.62 582 81 1 79 124201 6210 0.50 1 538 112060 6030 0.50 566 111880 5940 0.50 582 11520 5760 0.50 599 82 64 10575 10575 1.00 448 10125 10125 1.00 470 9720 9720 1.00 493 9360 9360 1.00 515 82 68 11025 9923 0.90 470 10575 9518 0.90 498 10260 9234 0.90 510 9900 8910 0.90 532 82 72 11475 8951 0.78 487 11070 8635 0.78 518 10800 8424 0.78 532 10350 8073 0.78 554 82 75 12060 7960 0.66 510 11610 7663 0.66 538 11340 7484 0.66 554 10980 7247 0.66 582 82 79 12420 6707 0.54 538 120601 6512 1 0.54 566 118801 6415 1 0.54 582 111520 6221 1 0.54 599 84 64 10575 10575 1.00 448 10125 10125 1.00 470 9720 9720 1.00 493 9360 9360 1.00 515 84 68 11025 10364 0.94 470 10575 9941 0.94 498 10260 9644 0.94 510 9900 9306 0.94 532 84 72 11475 9410 0.82 487 11070 9077 0.82 518 10800 8856 0.82 532 10350 8487 0.82 554 84 75 12060 8442 0.70 510 11610 8127 0.70 538 11340 7938 0.70 554 10980 7686 0.70 582 84 1 79 124201 7204 0.58 538 12060 6995 0.58 566 11880 6890 0.58 582 115201 6682 0.58 599 86 64 10575 10575 1.00 448 10125 10125 1.00 470 9720 9720 1.00 493 9360 9360 1.00 515 86 68 11025 10805 0.98 470 10575 10364 0.98 498 10260 10055 0.98 510 9900 9702 0.98 532 86 72 11475 9869 0.86 487 11070 9520 0.86 518 10800 9288 0.86 532 10350 8901 0.86 554 86 75 12060 8924 0.74 510 11610 8591 0.74 538 11340 8392 0.74 554 10980 8125 0.74 582 86 79 12420 7700 1 0.62 1 538 120601 7477 0.62 566 118801 7366 0.62 1 582 111520 7142 1 0.62 599 88 64 10575 10575 1.00 448 10125 10125 1.00 470 9720 9720 1.00 493 9360 9360 1.00 515 88 68 11025 11025 1.00 470 10575 10575 1.00 498 10260 10260 1.00 510 9900 9900 1.00 532 88 72 11475 10328 0.90 487 11070 9963 0.90 518 10800 9720 0.90 532 10350 9315 0.90 554 88 75 12060 9407 0.78 510 11610 9056 0.78 538 11340 8845 0.78 554 10980 8564 0.78 582 88 1 79 12420 8197 0.66 538 12060 7960 0.66 1 566 11880 7841 1 0.66 582 11520 7603 0.66 599 90 64 10575 10575 1.00 448 10125 10125 1.00 470 9720 9720 1.00 493 9360 9360 1.00 515 90 68 11025 11025 1.00 470 10575 10575 1.00 498 10260 10260 1.00 510 9900 9900 1.00 532 90 72 11475 10787 0.94 487 11070 10406 0.94 518 10800 10152 0.94 532 10350 9729 0.94 554 90 75 12060 9889 0.82 510 11610 9520 0.82 538 11340 9299 0.82 554 10980 9004 0.82 582 90 79 1124201 8694 1 0.70 1 538 1120601 8442 0.70 566 11880 8316 0.70 1 582 11520 8064 0.70 599 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature ►viLIMa:[11:1►I_MLVALIYAa:[11:1kiI_1:1 CAPACITY (Btu/h): 9000 INPUT (W): 560 SHF: 0.92 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 8820 6527 0.74 549 8100 5994 0.74 582 7470 5528 0.74 605 70 68 9270 5747 0.62 571 8640 5357 0.62 599 8010 4966 0.62 633 72 64 8820 6880 0.78 549 8100 6318 0.78 582 7470 5827 0.78 605 72 68 9270 6118 0.66 571 8640 5702 0.66 599 8010 5287 0.66 633 72 72 9810 5297 0.54 594 9180 4957 0.54 627 8550 4617 0.54 650 73 64 8820 7232 0.82 549 8100 6642 0.82 582 7470 6125 0.82 605 73 68 9270 6489 0.70 571 8640 6048 0.70 599 8010 5607 0.70 633 73 72 9810 5690 0.58 594 9180 5324 0.58 627 8550 4959 0.58 650 75 64 8820 7585 0.86 549 8100 6966 0.86 582 7470 6424 0.86 605 75 68 9270 6860 0.74 571 8640 6394 0.74 599 8010 5927 0.74 633 75 72 9810 6082 0.62 594 9180 5692 0.62 627 8550 5301 0.62 650 75 75 10350 5175 0.50 616 9720 4860 0.50 644 9180 4590 0.50 672 77 64 8820 7938 0.90 549 8100 7290 0.90 582 7470 6723 0.9 605 77 68 9270 7231 0.78 571 8640 6739 0.78 599 8010 6248 0.78 633 77 72 9810 6475 0.66 594 9180 6059 0.66 627 8550 5643 0.66 650 77 75 10350 5589 0.54 616 9720 5249 0.54 644 9180 4957 0.54 672 79 64 8820 8291 0.94 549 8100 7614 0.94 582 7470 7022 0.94 605 79 68 9270 7601 0.82 571 8640 7085 0.82 599 8010 6568 0.82 633 79 72 9810 6867 0.70 594 9180 6426 0.70 627 8550 5985 0.70 650 79 75 10350 6003 0.58 616 9720 5638 0.58 644 9180 5324 0.58 672 79 1 79 108901 5009 0.46 1 638 110260 4720 1 0.46 666 1 9630 4430 1 0.46 694 81 64 8820 8644 0.98 549 8100 7938 0.98 582 7470 7321 0.98 605 81 68 9270 7972 0.86 571 8640 7430 0.86 599 8010 6889 0.86 633 81 72 9810 7259 0.74 594 9180 6793 0.74 627 8550 6327 0.74 650 81 75 10350 6417 0.62 616 9720 6026 0.62 644 9180 5692 0.62 672 81 79 10890 5445 0.50 638 10260 5130 0.50 666 9630 4815 0.50 694 82 64 8820 8820 1.00 549 8100 8100 1.00 582 7470 7470 1.00 605 82 68 9270 8343 0.90 571 8640 7776 0.90 599 8010 7209 0.90 633 82 72 9810 7652 0.78 594 9180 7160 0.78 627 8550 6669 0.78 650 82 75 10350 6831 0.66 616 9720 6415 0.66 644 9180 6059 0.66 672 82 1 79 108901 5881 0.54 638 10260 5540 1 0.54 666 1 9630 5200 1 0.54 694 84 64 8820 8820 1.00 549 8100 8100 1.00 582 7470 7470 1.00 605 84 68 9270 8714 0.94 571 8640 8122 0.94 599 8010 7529 0.94 633 84 72 9810 8044 0.82 594 9180 7528 0.82 627 8550 7011 0.82 650 84 75 10350 7245 0.70 616 9720 6804 0.70 644 9180 6426 0.70 672 84 79 10890 6316 0.58 1 638 110260 5951 0.58 666 9630 5585 0.58 694 86 64 8820 8820 1.00 549 8100 8100 1.00 582 7470 7470 1.00 605 86 68 9270 9085 0.98 571 8640 8467 0.98 599 8010 7850 0.98 633 86 72 9810 8437 0.86 594 9180 7895 0.86 627 8550 7353 0.86 650 86 75 10350 7659 0.74 616 9720 7193 0.74 644 9180 6793 0.74 672 86 1 79 108901 6752 0.62 638 10260 6361 1 0.62 666 1 9630 5971 1 0.62 694 88 64 8820 8820 1.00 549 8100 8100 1.00 582 7470 7470 1.00 605 88 68 9270 9270 1.00 571 8640 8640 1.00 599 8010 8010 1.00 633 88 72 9810 8829 0.90 594 9180 8262 0.90 627 8550 7695 0.90 650 88 75 10350 8073 0.78 616 9720 7582 0.78 644 9180 7160 0.78 672 88 79 10890 7187 0.66 1 638 110260 6772 0.66 666 9630 6356 0.66 694 90 64 8820 8820 1.00 549 8100 8100 1.00 582 7470 7470 1.00 605 90 68 9270 9270 1.00 571 8640 8640 1.00 599 8010 8010 1.00 633 90 72 9810 9221 0.94 594 9180 8629 0.94 627 8550 8037 0.94 650 90 75 10350 8487 0.82 616 9720 7970 0.82 644 9180 7528 0.82 672 90 1 79 1108901 7623 0.70 638 102601 7182 1 0.70 1 666 1 9630 1 6741 1 0.70 694 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-281 IJi11YAJ:IPAk,F_M►' LIt-0;i:IPAI,,/_1: CAPACITY (Btu/h): 12000 INPUT (W): 870 SHF: 0.83 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC SHF P.C. CA I SHC SHF P.C. 70 64 14100 9165 0.65 696 13500 8775 0.65 731 12960 8424 0.65 766 12480 8112 0.65 800 70 68 14700 7791 0.53 731 14100 7473 0.53 774 13680 7250 0.53 792 13200 6996 0.53 827 72 64 14100 9729 0.69 696 13500 9315 0.69 731 12960 8942 0.69 766 12480 8611 0.69 800 72 68 14700 8379 0.57 731 14100 8037 0.57 774 13680 7798 0.57 792 13200 7524 0.57 827 72 72 15300 6885 0.45 757 14760 6642 0.45 805 14400 6480 0.45 827 13800 6210 0.45 861 73 64 14100 10293 0.73 696 13500 9855 0.73 731 12960 9461 0.73 766 12480 9110 0.73 800 73 68 14700 8967 0.61 731 14100 8601 0.61 774 13680 8345 0.61 792 13200 8052 0.61 827 73 72 115300 7497 1 0.49 1 757 147601 7232 0.49 1 805 144001 7056 0.49 1 827 113800 6762 1 0.49 861 75 64 14100 10857 0.77 696 13500 10395 0.77 731 12960 9979 0.77 766 12480 9610 0.77 800 75 68 14700 9555 0.65 731 14100 9165 0.65 774 13680 8892 0.65 792 13200 8580 0.65 827 75 72 15300 8109 0.53 757 14760 7823 0.53 805 14400 7632 0.53 827 13800 7314 0.53 861 75 75 16080 6593 0.41 792 15480 6347 0.41 835 15120 6199 0.41 861 14640 6002 0.41 905 77 64 14100 11421 0.81 696 13500 10935 0.81 731 12960 10498 0.81 766 12480 10109 0.81 800 77 68 14700 10143 0.69 731 14100 9729 0.69 774 13680 9439 0.69 792 13200 9108 0.69 827 77 72 15300 8721 0.57 757 14760 8413 0.57 805 14400 8208 0.57 827 13800 7866 0.57 861 77 75 16080 7236 0.45 792 15480 6966 0.45 835 15120 6804 0.45 861 14640 6588 0.45 905 79 64 14100 11985 0.85 696 13500 11475 0.85 731 12960 11016 0.85 766 12480 10608 0.85 800 79 68 14700 10731 0.73 731 14100 10293 0.73 774 13680 9986 0.73 792 13200 9636 0.73 827 79 72 15300 9333 0.61 757 14760 9004 0.61 805 14400 8784 0.61 827 13800 8418 0.61 861 79 75 16080 7879 0.49 792 15480 7585 0.49 835 15120 7409 0.49 861 14640 7174 0.49 905 79 79 116560 6127 1 0.37 1 835 160801 5950 0.37 1 879 158401 5861 0.37 1 905 115360 5683 1 0.37 931 81 64 14100 12549 0.89 696 13500 12015 0.89 731 12960 11534 0.89 766 12480 11107 0.89 800 81 68 14700 11319 0.77 731 14100 10857 0.77 774 13680 10534 0.77 792 13200 10164 0.77 827 81 72 15300 9945 0.65 757 14760 9594 0.65 805 14400 9360 0.65 827 13800 8970 0.65 861 81 75 16080 8522 0.53 792 15480 8204 0.53 835 15120 8014 0.53 861 14640 7759 0.53 905 81 79 16560 6790 0.41 835 16080 6593 0.41 879 15840 6494 0.41 905 15360 6298 0.41 931 82 64 14100 13113 0.93 696 13500 12555 0.93 731 12960 12053 0.93 766 12480 11606 0.93 800 82 68 14700 11907 0.81 731 14100 11421 0.81 774 13680 11081 0.81 792 13200 10692 0.81 827 82 72 15300 10557 0.69 757 14760 10184 0.69 805 14400 9936 0.69 827 13800 9522 0.69 861 82 75 16080 9166 0.57 792 15480 8824 0.57 835 15120 8618 0.57 861 14640 8345 0.57 905 82 1 79 165601 7452 0.45 1 835 16080 7236 1 0.45 879 115840 7128 0.45 905 15360 6912 0.45 1 931 84 64 14100 13677 0.97 696 13500 13095 0.97 731 12960 12571 0.97 766 12480 12106 0.97 800 84 68 14700 12495 0.85 731 14100 11985 0.85 774 13680 11628 0.85 792 13200 11220 0.85 827 84 72 15300 11169 0.73 757 14760 10775 0.73 805 14400 10512 0.73 827 13800 10074 0.73 861 84 75 16080 9809 0.61 792 15480 9443 0.61 835 15120 9223 0.61 861 14640 8930 0.61 905 84 79 16560 8114 0.49 835 160801 7879 0.49 879 158401 7762 1 0.49 905 115360 7526 0.49 931 86 64 14100 14100 1.00 696 13500 13500 1.00 731 12960 12960 1.00 766 12480 12480 1.00 800 86 68 14700 13083 0.89 731 14100 12549 0.89 774 13680 12175 0.89 792 13200 11748 0.89 827 86 72 15300 11781 0.77 757 14760 11365 0.77 805 14400 11088 0.77 827 13800 10626 0.77 861 86 75 16080 10452 0.65 792 15480 10062 0.65 835 15120 9828 0.65 861 14640 9516 0.65 905 86 1 79 165601 8777 0.53 835 16080 8522 0.53 1 879 15840 8395 0.53 1 905 15360 8141 1 0.53 931 88 64 14100 14100 1.00 696 13500 13500 1.00 731 12960 12960 1.00 766 12480 12480 1.00 800 88 68 14700 13671 0.93 731 14100 13113 0.93 774 13680 12722 0.93 792 13200 12276 0.93 827 88 72 15300 12393 0.81 757 14760 11956 0.81 805 14400 11664 0.81 827 13800 11178 0.81 861 88 75 16080 11095 0.69 792 15480 10681 0.69 835 15120 10433 0.69 861 14640 10102 0.69 905 88 79 16560 9439 1 0.57 1 835 160801 9166 0.57 879 158401 9029 0.57 905 15360 8755 0.57 931 90 64 14100 14100 1.00 696 13500 13500 1.00 731 12960 12960 1.00 766 12480 12480 1.00 800 90 68 14700 14259 0.97 731 14100 13677 0.97 774 13680 13270 0.97 792 13200 12804 0.97 827 90 72 15300 13005 0.85 757 14760 12546 0.85 805 14400 12240 0.85 827 13800 11730 0.85 861 90 75 16080 11738 0.73 792 15480 11300 0.73 835 15120 11038 0.73 861 14640 10687 0.73 905 90 1 79 116560 10102 0.61 835 16080 9809 1 0.61 1 879 15840 9662 1 0.61 1 905 1153601 9370 1 0.61 1 931 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-282 ►viLIMa:1MzF_M►ViLIYAa:1Kki/_1:I CAPACITY (Btu/h): 12000 INPUT (W): 870 SHF: 0.83 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 11760 7644 0.65 853 10800 7020 0.65 905 9960 6474 0.65 940 70 68 12360 6551 0.53 887 11520 6106 0.53 931 10680 5660 0.53 983 72 64 11760 8114 0.69 853 10800 7452 0.69 905 9960 6872 0.69 940 72 68 12360 7045 0.57 887 11520 6566 0.57 931 10680 6088 0.57 983 72 72 13080 5886 0.45 922 12240 5508 0.45 974 11400 5130 0.45 1009 73 64 11760 8585 0.73 853 10800 7884 0.73 905 9960 7271 0.73 940 73 68 12360 7540 0.61 887 11520 7027 0.61 931 10680 6515 0.61 983 73 1 72 130801 6409 0.49 1 922 112240 5998 1 0.49 974 111400 5586 1 0.49 1009 75 64 11760 9055 0.77 853 10800 8316 0.77 905 9960 7669 0.77 940 75 68 12360 8034 0.65 887 11520 7488 0.65 931 10680 6942 0.65 983 75 72 13080 6932 0.53 922 12240 6487 0.53 974 11400 6042 0.53 1009 75 75 13800 5658 0.41 957 12960 5314 0.41 1001 12240 5018 0.41 1044 77 64 11760 9526 0.81 853 10800 8748 0.81 905 9960 8068 0.81 940 77 68 12360 8528 0.69 887 11520 7949 0.69 931 10680 7369 0.69 983 77 72 13080 7456 0.57 922 12240 6977 0.57 974 11400 6498 0.57 1009 77 75 13800 6210 0.45 957 12960 5832 0.45 1001 12240 5508 0.45 1044 79 64 11760 9996 0.85 853 10800 9180 0.85 905 9960 8466 0.85 940 79 68 12360 9023 0.73 887 11520 8410 0.73 931 10680 7796 0.73 983 79 72 13080 7979 0.61 922 12240 7466 0.61 974 11400 6954 0.61 1009 79 75 13800 6762 0.49 957 12960 6350 0.49 1001 12240 5998 0.49 1044 79 1 79 145201 5372 0.37 1 992 113680 5062 1 0.37 1035 112840 4751 1 0.37 1079 81 64 11760 10466 0.89 853 10800 9612 0.89 905 9960 8864 0.89 940 81 68 12360 9517 0.77 887 11520 8870 0.77 931 10680 8224 0.77 983 81 72 13080 8502 0.65 922 12240 7956 0.65 974 11400 7410 0.65 1009 81 75 13800 7314 0.53 957 12960 6869 0.53 1001 12240 6487 0.53 1044 81 79 14520 5953 0.41 992 13680 5609 0.41 1035 12840 5264 0.41 1079 82 64 11760 10937 0.93 853 10800 10044 0.93 905 9960 9263 0.93 940 82 68 12360 10012 0.81 887 11520 9331 0.81 931 10680 8651 0.81 983 82 72 13080 9025 0.69 922 12240 8446 0.69 974 11400 7866 0.69 1009 82 75 13800 7866 0.57 957 12960 7387 0.57 1001 12240 6977 0.57 1044 82 1 79 145201 6534 0.45 992 13680 6156 1 0.45 1035 112840 5778 1 0.45 1079 84 64 11760 11407 0.97 853 10800 10476 0.97 905 9960 9661 0.97 940 84 68 12360 10506 0.85 887 11520 9792 0.85 931 10680 9078 0.85 983 84 72 13080 9548 0.73 922 12240 8935 0.73 974 11400 8322 0.73 1009 84 75 13800 8418 0.61 957 12960 7906 0.61 1001 12240 7466 0.61 1044 84 79 14520 7115 0.49 1 992 113680 6703 0.49 1035 12840 6292 0.49 1079 86 64 11760 11760 1.00 853 10800 10800 1.00 905 9960 9960 1.00 940 86 68 12360 11000 0.89 887 11520 10253 0.89 931 10680 9505 0.89 983 86 72 13080 10072 0.77 922 12240 9425 0.77 974 11400 8778 0.77 1009 86 75 13800 8970 0.65 957 12960 8424 0.65 1001 12240 7956 0.65 1044 86 1 79 145201 7696 0.53 992 13680 7250 1 0.53 1035 112840 6805 1 0.53 1079 88 64 11760 11760 1.00 853 10800 10800 1.00 905 9960 9960 1.00 940 88 68 12360 11495 0.93 887 11520 10714 0.93 931 10680 9932 0.93 983 88 72 13080 10595 0.81 922 12240 9914 0.81 974 11400 9234 0.81 1009 88 75 13800 9522 0.69 957 12960 8942 0.69 1001 12240 8446 0.69 1044 88 79 14520 8276 0.57 1 992 113680 7798 0.57 1035 12840 7319 0.57 1079 90 64 11760 11760 1.00 853 10800 10800 1.00 905 9960 9960 1.00 940 90 68 12360 11989 0.97 887 11520 11174 0.97 931 10680 10360 0.97 983 90 72 13080 11118 0.85 922 12240 10404 0.85 974 11400 9690 0.85 1009 90 75 13800 10074 0.73 957 12960 9461 0.73 1001 12240 8935 0.73 1044 90 1 79 1145201 8857 0.61 992 136801 8345 1 0.61 1 1035 1128401 7832 1 0.61 1 1079 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-283 IJi11YAJ:161►/_M►'ilIt-0;i:1E•1►/_1: CAPACITY (Btu/h): 15000 INPUT (W): 1200 SHF: 0.70 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC SHF P.C. CA I SHC I SHF P.C. 70 64 17625 9165 0.52 960 16875 8775 0.52 1008 16200 8424 0.52 1056 15600 8112 0.52 1104 70 68 18375 7350 0.40 1008 17625 7050 0.40 1068 17100 6840 0.40 1092 16500 6600 0.40 1140 72 64 17625 9870 0.56 960 16875 9450 0.56 1008 16200 9072 0.56 1056 15600 8736 0.56 1104 72 68 18375 8085 0.44 1008 17625 7755 0.44 1068 17100 7524 0.44 1092 16500 7260 0.44 1140 72 72 19125 6120 0.32 1044 18450 5904 0.32 1110 18000 5760 0.32 1140 17250 5520 0.32 1188 73 64 17625 10575 0.60 960 16875 10125 0.60 1008 16200 9720 0.60 1056 15600 9360 0.60 1104 73 68 18375 8820 0.48 1008 17625 8460 0.48 1068 17100 8208 0.48 1092 16500 7920 0.48 1140 73 72 119125 6885 1 0.36 1 1044 184501 6642 0.36 1 1110 180001 6480 0.36 1 1140 117250 6210 1 0.36 1188 75 64 17625 11280 0.64 960 16875 10800 0.64 1008 16200 10368 0.64 1056 15600 9984 0.64 1104 75 68 18375 9555 0.52 1008 17625 9165 0.52 1068 17100 8892 0.52 1092 16500 8580 0.52 1140 75 72 19125 7650 0.40 1044 18450 7380 0.40 1110 18000 7200 0.40 1140 17250 6900 0.40 1188 75 75 20100 5628 0.28 1092 19350 5418 0.28 1152 18900 5292 0.28 1188 18300 5124 0.28 1248 77 64 17625 11985 0.68 960 16875 11475 0.68 1008 16200 11016 0.68 1056 15600 10608 0.68 1104 77 68 18375 10290 0.56 1008 17625 9870 0.56 1068 17100 9576 0.56 1092 16500 9240 0.56 1140 77 72 19125 8415 0.44 1044 18450 8118 0.44 1110 18000 7920 0.44 1140 17250 7590 0.44 1188 77 75 20100 6432 0.32 1092 19350 6192 0.32 1152 18900 6048 0.32 1188 18300 5856 0.32 1248 79 64 17625 12690 0.72 960 16875 12150 0.72 1008 16200 11664 0.72 1056 15600 11232 0.72 1104 79 68 18375 11025 0.60 1008 17625 10575 0.60 1068 17100 10260 0.60 1092 16500 9900 0.60 1140 79 72 19125 9180 0.48 1044 18450 8856 0.48 1110 18000 8640 0.48 1140 17250 8280 0.48 1188 79 75 20100 7236 0.36 1092 19350 6966 0.36 1152 18900 6804 0.36 1188 18300 6588 0.36 1248 79 1 79 207001 4968 0.24 1 1152 120100 4824 1 0.24 1212 119800 4752 1 0.24 1248 1192001 4608 0.24 1 1284 81 64 17625 13395 0.76 960 16875 12825 0.76 1008 16200 12312 0.76 1056 15600 11856 0.76 1104 81 68 18375 11760 0.64 1008 17625 11280 0.64 1068 17100 10944 0.64 1092 16500 10560 0.64 1140 81 72 19125 9945 0.52 1044 18450 9594 0.52 1110 18000 9360 0.52 1140 17250 8970 0.52 1188 81 75 20100 8040 0.40 1092 19350 7740 0.40 1152 18900 7560 0.40 1188 18300 7320 0.40 1248 81 79 120700 5796 0.28 1152 201001 5628 0.28 1 1212 198001 5544 0.28 1248 19200 5376 1 0.28 1284 82 64 17625 14100 0.80 960 16875 13500 0.80 1008 16200 12960 0.80 1056 15600 12480 0.80 1104 82 68 18375 12495 0.68 1008 17625 11985 0.68 1068 17100 11628 0.68 1092 16500 11220 0.68 1140 82 72 19125 10710 0.56 1044 18450 10332 0.56 1110 18000 10080 0.56 1140 17250 9660 0.56 1188 82 75 20100 8844 0.44 1092 19350 8514 0.44 1152 18900 8316 0.44 1188 18300 8052 0.44 1248 82 79 20700 6624 1 0.32 1152 20100 6432 0.32 1212 19800 6336 0.32 1248 119200 6144 0.32 1284 84 64 17625 14805 0.84 960 16875 14175 0.84 1008 16200 13608 0.84 1056 15600 13104 0.84 1104 84 68 18375 13230 0.72 1008 17625 12690 0.72 1068 17100 12312 0.72 1092 16500 11880 0.72 1140 84 72 19125 11475 0.60 1044 18450 11070 0.60 1110 18000 10800 0.60 1140 17250 10350 0.60 1188 84 75 20100 9648 0.48 1092 19350 9288 0.48 1152 18900 9072 0.48 1188 18300 8784 0.48 1248 84 1 79 20700 7452 0.36 1 1152 201001 7236 0.36 1212 198001 7128 0.36 1248 19200 6912 0.36 1284 86 64 17625 15510 0.88 960 16875 14850 0.88 1008 16200 14256 0.88 1056 15600 13728 0.88 1104 86 68 18375 13965 0.76 1008 17625 13395 0.76 1068 17100 12996 0.76 1092 16500 12540 0.76 1140 86 72 19125 12240 0.64 1044 18450 11808 0.64 1110 18000 11520 0.64 1140 17250 11040 0.64 1188 86 75 20100 10452 0.52 1092 19350 10062 0.52 1152 18900 9828 0.52 1188 18300 9516 0.52 1248 86 79 207001 8280 0.40 1152 20100 8040 0.40 1 1212 19800 7920 0.40 1 1248 192001 7680 1 0.40 1284 88 64 17625 16215 0.92 960 16875 15525 0.92 1008 16200 14904 0.92 1056 15600 14352 0.92 1104 88 68 18375 14700 0.80 1008 17625 14100 0.80 1068 17100 13680 0.80 1092 16500 13200 0.80 1140 88 72 19125 13005 0.68 1044 18450 12546 0.68 1110 18000 12240 0.68 1140 17250 11730 0.68 1188 88 75 20100 11256 0.56 1092 19350 10836 0.56 1152 18900 10584 0.56 1188 18300 10248 0.56 1248 88 1 79 20700 9108 1 0.44 1 1152 201001 8844 0.44 1212 198001 8712 0.44 1248 19200 8448 0.44 1284 90 64 17625 16920 0.96 960 16875 16200 0.96 1008 16200 15552 0.96 1056 15600 14976 0.96 1104 90 68 18375 15435 0.84 1008 17625 14805 0.84 1068 17100 14364 0.84 1092 16500 13860 0.84 1140 90 72 19125 13770 0.72 1044 18450 13284 0.72 1110 18000 12960 0.72 1140 17250 12420 0.72 1188 90 75 20100 12060 0.60 1092 19350 11610 0.60 1152 18900 11340 0.60 1188 18300 10980 0.60 1248 90 79 120700 9936 0.48 1152 20100 9648 1 0.48 1 1212 19800 9504 1 0.48 1 1248 1192001 9216 1 0.48 1 1284 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-284 ►viLIMa:IMzF_M►ViLIYAa:IMkiF_1:I CAPACITY (Btu/h): 15000 INPUT (W): 1200 SHF: 0.70 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 14700 7644 0.52 1176 13500 7020 0.52 1248 12450 6474 0.52 1296 70 68 15450 6180 0.40 1224 14400 5760 0.40 1284 13350 5340 0.40 1356 72 64 14700 8232 0.56 1176 13500 7560 0.56 1248 12450 6972 0.56 1296 72 68 15450 6798 0.44 1224 14400 6336 0.44 1284 13350 5874 0.44 1356 72 72 16350 5232 0.32 1272 15300 4896 0.32 1344 14250 4560 0.32 1392 73 64 14700 8820 0.60 1176 13500 8100 0.60 1248 12450 7470 0.60 1296 73 68 15450 7416 0.48 1224 14400 6912 0.48 1284 13350 6408 0.48 1356 73 1 72 163501 5886 0.36 1 1272 115300 5508 1 0.36 1344 114250 5130 1 0.36 1392 75 64 14700 9408 0.64 1176 13500 8640 0.64 1248 12450 7968 0.64 1296 75 68 15450 8034 0.52 1224 14400 7488 0.52 1284 13350 6942 0.52 1356 75 72 16350 6540 0.40 1272 15300 6120 0.40 1344 14250 5700 0.40 1392 75 75 17250 4830 0.28 1320 16200 4536 0.28 1380 15300 4284 0.28 1440 77 64 14700 9996 0.68 1176 13500 9180 0.68 1248 12450 8466 0.68 1296 77 68 15450 8652 0.56 1224 14400 8064 0.56 1284 13350 7476 0.56 1356 77 72 16350 7194 0.44 1272 15300 6732 0.44 1344 14250 6270 0.44 1392 77 75 17250 5520 0.32 1320 16200 5184 0.32 1380 15300 4896 0.32 1440 79 64 14700 10584 0.72 1176 13500 9720 0.72 1248 12450 8964 0.72 1296 79 68 15450 9270 0.60 1224 14400 8640 0.60 1284 13350 8010 0.60 1356 79 72 16350 7848 0.48 1272 15300 7344 0.48 1344 14250 6840 0.48 1392 79 75 17250 6210 0.36 1320 16200 5832 0.36 1380 15300 5508 0.36 1440 79 1 79 181501 4356 0.24 1 1368 117100 4104 1 0.24 1428 116050 3852 1 0.24 1488 81 64 14700 11172 0.76 1176 13500 10260 0.76 1248 12450 9462 0.76 1296 81 68 15450 9888 0.64 1224 14400 9216 0.64 1284 13350 8544 0.64 1356 81 72 16350 8502 0.52 1272 15300 7956 0.52 1344 14250 7410 0.52 1392 81 75 17250 6900 0.40 1320 16200 6480 0.40 1380 15300 6120 0.40 1440 81 79 18150 5082 0.28 1368 17100 4788 0.28 1428 16050 4494 0.28 1488 82 64 14700 11760 0.80 1176 13500 10800 0.80 1248 12450 9960 0.80 1296 82 68 15450 10506 0.68 1224 14400 9792 0.68 1284 13350 9078 0.68 1356 82 72 16350 9156 0.56 1272 15300 8568 0.56 1344 14250 7980 0.56 1392 82 75 17250 7590 0.44 1320 16200 7128 0.44 1380 15300 6732 0.44 1440 82 1 79 181501 5808 0.32 1368 17100 5472 1 0.32 1428 116050 5136 1 0.32 1488 84 64 14700 12348 0.84 1176 13500 11340 0.84 1248 12450 10458 0.84 1296 84 68 15450 11124 0.72 1224 14400 10368 0.72 1284 13350 9612 0.72 1356 84 72 16350 9810 0.60 1272 15300 9180 0.60 1344 14250 8550 0.60 1392 84 75 17250 8280 0.48 1320 16200 7776 0.48 1380 15300 7344 0.48 1440 84 79 18150 6534 0.36 1 1368 117100 6156 0.36 1428 16050 5778 0.36 1488 86 64 14700 12936 0.88 1176 13500 11880 0.88 1248 12450 10956 0.88 1296 86 68 15450 11742 0.76 1224 14400 10944 0.76 1284 13350 10146 0.76 1356 86 72 16350 10464 0.64 1272 15300 9792 0.64 1344 14250 9120 0.64 1392 86 75 17250 8970 0.52 1320 16200 8424 0.52 1380 15300 7956 0.52 1440 86 1 79 181501 7260 0.40 1368 17100 6840 1 0.40 1428 116050 6420 1 0.40 1488 88 64 14700 13524 0.92 1176 13500 12420 0.92 1248 12450 11454 0.92 1296 88 68 15450 12360 0.80 1224 14400 11520 0.80 1284 13350 10680 0.80 1356 88 72 16350 11118 0.68 1272 15300 10404 0.68 1344 14250 9690 0.68 1392 88 75 17250 9660 0.56 1320 16200 9072 0.56 1380 15300 8568 0.56 1440 88 79 18150 7986 0.44 1 1368 117100 7524 0.44 1428 16050 7062 0.44 1488 90 64 14700 14112 0.96 1176 13500 12960 0.96 1248 12450 11952 0.96 1296 90 68 15450 12978 0.84 1224 14400 12096 0.84 1284 13350 11214 0.84 1356 90 72 16350 11772 0.72 1272 15300 11016 0.72 1344 14250 10260 0.72 1392 90 75 17250 10350 0.60 1320 16200 9720 0.60 1380 15300 9180 0.60 1440 90 1 79 1181501 8712 0.48 1368 171001 8208 1 0.48 1 1428 116050 1 7704 1 0.48 1 1488 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-285 ►vi[IVI C:fiE:I►/_`MLviI ICHIE:I►/_1:K CAPACITY (Btu/h): 17200 INPUT (W): 1375 SHF: 0.69 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 20210 10307 0.51 1100 19350 9869 0.51 1155 18576 9474 0.51 1210 17888 9123 0.51 1265 70 68 21070 8217 0.39 1155 20210 7882 0.39 1224 19608 7647 0.39 1251 18920 7379 0.39 1306 72 64 20210 11116 0.55 1100 19350 10643 0.55 1155 18576 10217 0.55 1210 17888 9838 0.55 1265 72 68 21070 9060 0.43 1155 20210 8690 0.43 1224 19608 8431 0.43 1251 18920 8136 0.43 1306 72 72 21930 6798 0.31 1196 21156 6558 0.31 1272 20640 6398 0.31 1306 19780 6132 0.31 1361 73 64 20210 11924 0.59 1100 19350 11417 0.59 1155 18576 10960 0.59 1210 17888 10554 0.59 1265 73 68 21070 9903 0.47 1155 20210 9499 0.47 1224 19608 9216 0.47 1251 18920 8892 0.47 1306 73 72 21930 7676 0.35 1196 21156 7405 0.35 1272 20640 7224 0.35 1306 19780 6923 0.35 1361 75 64 20210 12732 0.63 1100 19350 12191 0.63 1155 18576 11703 0.63 1210 17888 11269 0.63 1265 75 68 21070 10746 0.51 1155 20210 10307 0.51 1224 19608 10000 0.51 1251 18920 9649 0.51 1306 75 72 21930 8553 0.39 1196 21156 8251 0.39 1272 20640 8050 0.39 1306 19780 7714 0.39 1361 75 75 23048 6223 0.27 1251 22188 5991 0.27 1320 21672 5851 0.27 1361 20984 5666 0.27 1430 77 64 20210 13541 0.67 1100 19350 12965 0.67 1155 18576 12446 0.67 1210 17888 11985 0.67 1265 77 68 21070 11589 0.55 1155 20210 11116 0.55 1224 19608 10784 0.55 1251 18920 10406 0.55 1306 77 72 21930 9430 0.43 1196 21156 9097 0.43 1272 20640 8875 0.43 1306 19780 8505 0.43 1361 77 75 23048 7145 0.31 1251 22188 6878 0.31 1320 21672 6718 0.31 1361 20984 6505 0.31 1430 79 64 20210 14349 0.71 1100 19350 13739 0.71 1155 18576 13189 0.71 1210 17888 12700 0.71 1265 79 68 21070 12431 0.59 1155 20210 11924 0.59 1224 19608 11569 0.59 1251 18920 11163 0.59 1306 79 72 21930 10307 0.47 1196 21156 9943 0.47 1272 20640 9701 0.47 1306 19780 9297 0.47 1361 79 75 23048 8067 0.35 1251 22188 7766 0.35 1320 21672 7585 0.35 1361 20984 7344 0.35 1430 79 1 79 237361 5459 0.23 1 1320 123048 5301 1 0.23 1389 122704 5222 1 0.23 1430 1220161 5064 0.23 1 1471 81 64 20210 15158 0.75 1100 19350 14513 0.75 1155 18576 13932 0.75 1210 17888 13416 0.75 1265 81 68 21070 13274 0.63 1155 20210 12732 0.63 1224 19608 12353 0.63 1251 18920 11920 0.63 1306 81 72 21930 11184 0.51 1196 21156 10790 0.51 1272 20640 10526 0.51 1306 19780 10088 0.51 1361 81 75 23048 8989 0.39 1251 22188 8653 0.39 1320 21672 8452 0.39 1361 20984 8184 0.39 1430 81 79 23736 6409 0.27 1320 230481 6223 0.27 1 1389 227041 6130 0.27 1430 22016 5944 1 0.27 1471 82 64 20210 15966 0.79 1100 19350 15287 0.79 1155 18576 14675 0.79 1210 17888 14132 0.79 1265 82 68 21070 14117 0.67 1155 20210 13541 0.67 1224 19608 13137 0.67 1251 18920 12676 0.67 1306 82 72 21930 12062 0.55 1196 21156 11636 0.55 1272 20640 11352 0.55 1306 19780 10879 0.55 1361 82 75 23048 9911 0.43 1251 22188 9541 0.43 1320 21672 9319 0.43 1361 20984 9023 0.43 1430 82 1 79 237361 7358 0.31 1320 23048 7145 0.31 1389 22704 7038 0.31 1430 22016 6825 0.31 1471 84 64 20210 16774 0.83 1100 19350 16061 0.83 1155 18576 15418 0.83 1210 17888 14847 0.83 1265 84 68 21070 14960 0.71 1155 20210 14349 0.71 1224 19608 13922 0.71 1251 18920 13433 0.71 1306 84 72 21930 12939 0.59 1196 21156 12482 0.59 1272 20640 12178 0.59 1306 19780 11670 0.59 1361 84 75 23048 10833 0.47 1251 22188 10428 0.47 1320 21672 10186 0.47 1361 20984 9862 0.47 1430 84 79 23736 8308 1 0.35 1 1320 230481 8067 0.35 1 1389 227041 7946 0.35 1 1430 220161 7706 1 0.35 1471 86 64 20210 17583 0.87 1100 19350 16835 0.87 1155 18576 16161 0.87 1210 17888 15563 0.87 1265 86 68 21070 15803 0.75 1155 20210 15158 0.75 1224 19608 14706 0.75 1251 18920 14190 0.75 1306 86 72 21930 13816 0.63 1196 21156 13328 0.63 1272 20640 13003 0.63 1306 19780 12461 0.63 1361 86 75 23048 11754 0.51 1251 22188 11316 0.51 1320 21672 11053 0.51 1361 20984 10702 0.51 1430 86 1 79 23736 9257 0.39 1320 23048 8989 0.39 1389 22704 8855 0.39 1430 122016 8586 0.39 1471 88 64 20210 18391 0.91 1100 19350 17609 0.91 1155 18576 16904 0.91 1210 17888 16278 0.91 1265 88 68 21070 16645 0.79 1155 20210 15966 0.79 1224 19608 15490 0.79 1251 18920 14947 0.79 1306 88 72 21930 14693 0.67 1196 21156 14175 0.67 1272 20640 13829 0.67 1306 19780 13253 0.67 1361 88 75 23048 12676 0.55 1251 22188 12203 0.55 1320 21672 11920 0.55 1361 20984 11541 0.55 1430 88 79 23736 10206 0.43 1320 23048 9911 0.43 1389 22704 9763 0.43 1430 22016 9467 0.43 1471 90 64 20210 19200 0.95 1100 19350 18383 0.95 1155 18576 17647 0.95 1210 17888 16994 0.95 1265 90 68 21070 17488 0.83 1155 20210 16774 0.83 1224 19608 16275 0.83 1251 18920 15704 0.83 1306 90 72 21930 15570 0.71 1196 21156 15021 0.71 1272 20640 14654 0.71 1306 19780 14044 0.71 1361 90 75 23048 13598 0.59 1251 22188 13091 0.59 1320 21672 12786 0.59 1361 20984 12381 0.59 1430 90 1 79 123736 111561 0.47 1 1320 1230481108331 0.47 1 1389 122704110671 1 0.47 1 1430 122016110348 0.47 1 1471 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature ►viLIMa:fiMzFIVAivv LIMa:fiMzF-11:PA CAPACITY (Btu/h): 17200 INPUT (W): 1375 SHF: 0.69 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 16856 8597 0.51 1348 15480 7895 0.51 1430 14276 7281 0.51 1485 70 68 17716 6909 0.39 1403 16512 6440 0.39 1471 15308 5970 0.39 1554 72 64 16856 9271 0.55 1348 15480 8514 0.55 1430 14276 7852 0.55 1485 72 68 17716 7618 0.43 1403 16512 7100 0.43 1471 15308 6582 0.43 1554 72 72 18748 5812 0.31 1458 17544 5439 0.31 1540 16340 5065 0.31 1595 73 64 16856 9945 0.59 1348 15480 9133 0.59 1430 14276 8423 0.59 1485 73 68 17716 8327 0.47 1403 16512 7761 0.47 1471 15308 7195 0.47 1554 73 1 72 187481 6562 0.35 1 1458 117544 6140 1 0.35 1540 116340 5719 1 0.35 1595 75 64 16856 10619 0.63 1348 15480 9752 0.63 1430 14276 8994 0.63 1485 75 68 17716 9035 0.51 1403 16512 8421 0.51 1471 15308 7807 0.51 1554 75 72 18748 7312 0.39 1458 17544 6842 0.39 1540 16340 6373 0.39 1595 75 75 19780 5341 0.27 1513 18576 5016 0.27 1581 17544 4737 0.27 1650 77 64 16856 11294 0.67 1348 15480 10372 0.67 1430 14276 9565 0.67 1485 77 68 17716 9744 0.55 1403 16512 9082 0.55 1471 15308 8419 0.55 1554 77 72 18748 8062 0.43 1458 17544 7544 0.43 1540 16340 7026 0.43 1595 77 75 19780 6132 0.31 1513 18576 5759 0.31 1581 17544 5439 0.31 1650 79 64 16856 11968 0.71 1348 15480 10991 0.71 1430 14276 10136 0.71 1485 79 68 17716 10452 0.59 1403 16512 9742 0.59 1471 15308 9032 0.59 1554 79 72 18748 8812 0.47 1458 17544 8246 0.47 1540 16340 7680 0.47 1595 79 75 19780 6923 0.35 1513 18576 6502 0.35 1581 17544 6140 0.35 1650 79 1 79 208121 4787 0.23 1 1568 119608 4510 1 0.23 1636 118404 4233 1 0.23 1705 81 64 16856 12642 0.75 1348 15480 11610 0.75 1430 14276 10707 0.75 1485 81 68 17716 11161 0.63 1403 16512 10403 0.63 1471 15308 9644 0.63 1554 81 72 18748 9561 0.51 1458 17544 8947 0.51 1540 16340 8333 0.51 1595 81 75 19780 7714 0.39 1513 18576 7245 0.39 1581 17544 6842 0.39 1650 81 79 20812 5619 0.27 1568 19608 5294 0.27 1636 18404 4969 0.27 1705 82 64 16856 13316 0.79 1348 15480 12229 0.79 1430 14276 11278 0.79 1485 82 68 17716 11870 0.67 1403 16512 11063 0.67 1471 15308 10256 0.67 1554 82 72 18748 10311 0.55 1458 17544 9649 0.55 1540 16340 8987 0.55 1595 82 75 19780 8505 0.43 1513 18576 7988 0.43 1581 17544 7544 0.43 1650 82 1 79 208121 6452 0.31 1568 19608 6078 1 0.31 1636 118404 5705 1 0.31 1705 84 64 16856 13990 0.83 1348 15480 12848 0.83 1430 14276 11849 0.83 1485 84 68 17716 12578 0.71 1403 16512 11724 0.71 1471 15308 10869 0.71 1554 84 72 18748 11061 0.59 1458 17544 10351 0.59 1540 16340 9641 0.59 1595 84 75 19780 9297 0.47 1513 18576 8731 0.47 1581 17544 8246 0.47 1650 84 79 20812 7284 0.35 1 1568 119608 6863 0.35 1636 18404 6441 0.35 1705 86 64 16856 14665 0.87 1348 15480 13468 0.87 1430 14276 12420 0.87 1485 86 68 17716 13287 0.75 1403 16512 12384 0.75 1471 15308 11481 0.75 1554 86 72 18748 11811 0.63 1458 17544 11053 0.63 1540 16340 10294 0.63 1595 86 75 19780 10088 0.51 1513 18576 9474 0.51 1581 17544 8947 0.51 1650 86 1 79 208121 8117 0.39 1568 19608 7647 1 0.39 1636 118404 7178 1 0.39 1705 88 64 16856 15339 0.91 1348 15480 14087 0.91 1430 14276 12991 0.91 1485 88 68 17716 13996 0.79 1403 16512 13044 0.79 1471 15308 12093 0.79 1554 88 72 18748 12561 0.67 1458 17544 11754 0.67 1540 16340 10948 0.67 1595 88 75 19780 10879 0.55 1513 18576 10217 0.55 1581 17544 9649 0.55 1650 88 79 20812 8949 0.43 1 1568 119608 8431 0.43 1636 18404 7914 0.43 1705 90 64 16856 16013 0.95 1348 15480 14706 0.95 1430 14276 13562 0.95 1485 90 68 17716 14704 0.83 1403 16512 13705 0.83 1471 15308 12706 0.83 1554 90 72 18748 13311 0.71 1458 17544 12456 0.71 1540 16340 11601 0.71 1595 90 75 19780 11670 0.59 1513 18576 10960 0.59 1581 17544 10351 0.59 1650 90 1 79 1208121 9782 0.47 1568 196081 9216 1 0.47 1 1636 1184041 8650 1 0.47 1 1705 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-287 MUZ-FE09NAH CAPACITY (Btu/h): 9000 INPUT: 580 W SHF: 0.76 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 10575 6134 0.58 464 10125 5873 0.58 487 9720 5638 0.58 510 9360 5429 0.58 534 70 68 11025 5072 0.46 487 10575 4865 0.46 516 10260 4720 0.46 528 9900 4554 0.46 551 72 64 10575 6557 0.62 464 10125 6278 0.62 487 9720 6026 0.62 510 9360 5803 0.62 534 72 68 11025 5513 0.50 487 10575 5288 0.50 516 10260 5130 0.50 528 9900 4950 0.50 551 72 72 11475 4361 0.38 505 11070 4207 0.38 537 10800 4104 0.38 551 10350 3933 0.38 574 73 64 10575 6980 0.66 464 10125 6683 0.66 487 9720 6415 0.66 510 9360 6178 0.66 534 73 68 11025 5954 0.54 487 10575 5711 0.54 516 10260 5540 0.54 528 9900 5346 0.54 551 73 72 11475 4820 0.42 505 11070 4649 0.42 537 10800 4536 0.42 551 10350 4347 0.42 574 75 64 10575 7403 0.70 464 10125 7088 0.70 487 9720 6804 0.70 510 9360 6552 0.70 534 75 68 11025 6395 0.58 487 10575 6134 0.58 516 10260 5951 0.58 528 9900 5742 0.58 551 75 72 11475 5279 0.46 505 11070 5092 0.46 537 10800 4968 0.46 551 10350 4761 0.46 574 75 75 12060 4100 1 0.34 528 1116101 3947 0.34 557 113401 3856 0.34 574 109801 3733 0.34 1 603 77 64 10575 7826 0.74 464 10125 7493 0.74 487 9720 7193 0.74 510 9360 6926 0.74 534 77 68 11025 6836 0.62 487 10575 6557 0.62 516 10260 6361 0.62 528 9900 6138 0.62 551 77 72 11475 5738 0.50 505 11070 5535 0.50 537 10800 5400 0.50 551 10350 5175 0.50 574 77 75 12060 4583 0.38 528 11610 4412 0.38 557 11340 4309 0.38 574 10980 4172 0.38 603 79 64 10575 8249 0.78 464 10125 7898 0.78 487 9720 7582 0.78 510 9360 7301 0.78 534 79 68 11025 7277 0.66 487 10575 6980 0.66 516 10260 6772 0.66 528 9900 6534 0.66 551 79 72 11475 6197 0.54 505 11070 5978 0.54 537 10800 5832 0.54 551 10350 5589 0.54 574 79 75 12060 5065 0.42 528 11610 4876 0.42 557 11340 4763 0.42 574 10980 4612 0.42 603 79 79 12420 3726 0.30 557 12060 3618 0.30 586 11880 3564 0.30 603 11520 3456 0.30 621 81 64 10575 8672 0.82 464 10125 8303 0.82 487 9720 7970 0.82 510 9360 7675 0.82 534 81 68 11025 7718 0.70 487 10575 7403 0.70 516 10260 7182 0.70 528 9900 6930 0.70 551 81 72 11475 6656 0.58 505 11070 6421 0.58 537 10800 6264 0.58 551 10350 6003 0.58 574 81 75 12060 5548 0.46 528 11610 5341 0.46 557 11340 5216 0.46 574 10980 5051 0.46 603 81 79 12420 4223 0.34 557 12060 4100 0.34 586 11880 4039 0.34 603 11520 3917 0.34 621 82 64 10575 9095 0.86 464 10125 8708 0.86 487 9720 8359 0.86 510 9360 8050 0.86 534 82 68 11025 8159 0.74 487 10575 7826 0.74 516 10260 7592 0.74 528 9900 7326 0.74 551 82 72 11475 7115 0.62 505 11070 6863 0.62 537 10800 6696 0.62 551 10350 6417 0.62 574 82 75 12060 6030 0.50 528 11610 5805 0.50 557 11340 5670 0.50 574 10980 5490 0.50 603 82 79 12420 4720 0.38 557 12060 4583 0.38 586 11880 4514 0.38 603 11520 4378 0.38 621 84 64 10575 9518 0.90 464 10125 9113 0.90 487 9720 8748 0.90 510 9360 8424 0.90 534 84 68 11025 8600 0.78 487 10575 8249 0.78 516 10260 8003 0.78 528 9900 7722 0.78 551 84 72 11475 7574 0.66 505 11070 7306 0.66 537 10800 7128 0.66 551 10350 6831 0.66 574 84 75 12060 6512 0.54 528 11610 6269 0.54 557 11340 6124 0.54 574 10980 5929 0.54 603 84 79 12420 5216 0.42 557 12060 5065 0.42 586 11880 4990 0.42 603 11520 4838 0.42 621 86 64 10575 9941 0.94 464 10125 9518 0.94 487 9720 9137 0.94 510 9360 8798 0.94 534 86 68 11025 9041 0.82 487 10575 8672 0.82 516 10260 8413 0.82 528 9900 8118 0.82 551 86 72 11475 8033 0.70 505 11070 7749 0.70 537 10800 7560 0.70 551 10350 7245 0.70 574 86 75 12060 6995 0.58 528 11610 6734 0.58 557 11340 6577 0.58 574 10980 6368 0.58 603 86 79 12420 5713 0.46 557 12060 5548 0.46 586 11880 5465 0.46 603 11520 5299 0.46 621 88 64 10575 10364 0.98 464 10125 9923 0.98 487 9720 9526 0.98 510 9360 9173 0.98 534 88 68 11025 9482 0.86 487 10575 9095 0.86 516 10260 8824 0.86 528 9900 8514 0.86 551 88 72 11475 8492 0.74 505 11070 8192 0.74 537 10800 7992 0.74 551 10350 7659 0.74 574 88 75 12060 7477 0.62 528 11610 7198 0.62 557 11340 7031 0.62 574 10980 6808 0.62 603 88 79 12420 6210 0.50 557 12060 6030 0.50 586 11880 5940 0.50 603 11520 5760 0.50 621 90 64 10575 10575 1.00 464 10125 10125 1.00 487 9720 9720 1.00 510 9360 9360 1.00 534 90 68 11025 9923 0.90 487 10575 9518 0.90 516 10260 9234 0.90 528 9900 8910 0.90 551 90 72 11475 8951 0.78 505 11070 8635 0.78 537 10800 8424 0.78 551 10350 8073 0.78 574 90 75 12060 7960 0.66 528 11610 7663 0.66 557 11340 7484 0.66 574 10980 7247 0.66 603 90 79 12420 6707 0.54 557 12060 6512 0.54 586 11880 6415 0.54 603 11520 6221 0.54 621 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature UM MUZ-FE09NAH CAPACITY (Btu/h): 9000 INPUT: 580 W SHF: 0.76 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 8820 5116 0.58 568 8100 4698 0.58 603 7470 4333 0.58 626 70 68 9270 4264 0.46 592 8640 3974 0.46 621 8010 3685 0.46 655 72 64 8820 5468 0.62 568 8100 5022 0.62 603 7470 4631 0.62 626 72 68 9270 4635 0.50 592 8640 4320 0.50 621 8010 4005 0.50 655 72 72 9810 3728 0.38 615 9180 3488 0.38 650 8550 3249 0.38 673 73 64 8820 5821 0.66 568 8100 5346 0.66 603 7470 4930 0.66 626 73 68 9270 5006 0.54 592 8640 4666 0.54 621 8010 4325 0.54 655 73 72 9810 4120 0.42 615 9180 3856 0.42 650 8550 3591 0.42 673 75 64 8820 6174 0.70 568 8100 5670 0.70 603 7470 5229 0.70 626 75 68 9270 5377 0.58 592 8640 5011 0.58 621 8010 4646 0.58 655 75 72 9810 4513 0.46 615 9180 4223 0.46 650 8550 3933 0.46 673 75 75 10350 3519 0.34 638 9720 3305 0.34 667 9180 3121 0.34 696 77 64 8820 6527 0.74 568 8100 5994 0.74 603 7470 5528 0.74 626 77 68 9270 5747 0.62 592 8640 5357 0.62 621 8010 4966 0.62 655 77 72 9810 4905 0.50 615 9180 4590 0.50 650 8550 4275 0.50 673 77 75 10350 3933 0.38 638 9720 3694 0.38 667 9180 3488 0.38 696 79 64 8820 6880 0.78 568 8100 6318 0.78 603 7470 5827 0.78 626 79 68 9270 6118 0.66 592 8640 5702 0.66 621 8010 5287 0.66 655 79 72 9810 5297 0.54 615 9180 4957 0.54 650 8550 4617 0.54 673 79 75 10350 4347 0.42 638 9720 4082 0.42 667 9180 3856 0.42 696 79 79 10890 3267 0.30 661 10260 3078 0.30 690 9630 2889 0.30 719 81 64 8820 7232 0.82 568 8100 6642 0.82 603 7470 6125 0.82 626 81 68 9270 6489 0.70 592 8640 6048 0.70 621 8010 5607 0.70 655 81 72 9810 5690 0.58 615 9180 5324 0.58 650 8550 4959 0.58 673 81 75 10350 4761 0.46 638 9720 4471 0.46 667 9180 4223 0.46 696 81 79 10890 3703 0.34 661 10260 3488 0.34 690 9630 3274 0.34 719 82 64 8820 7585 0.86 568 8100 6966 0.86 603 7470 6424 0.86 626 82 68 9270 6860 0.74 592 8640 6394 0.74 621 8010 5927 0.74 655 82 72 9810 6082 0.62 615 9180 5692 0.62 650 8550 5301 0.62 673 82 75 10350 5175 0.50 638 9720 4860 0.50 667 9180 4590 0.50 696 82 79 10890 4138 0.38 661 10260 3899 0.38 690 9630 3659 0.38 719 84 64 8820 7938 0.90 568 8100 7290 0.90 603 7470 6723 0.90 626 84 68 9270 7231 0.78 592 8640 6739 0.78 621 8010 6248 0.78 655 84 72 9810 6475 0.66 615 9180 6059 0.66 650 8550 5643 0.66 673 84 75 10350 5589 0.54 638 9720 5249 0.54 667 9180 4957 0.54 696 84 79 10890 4574 0.42 661 10260 4309 0.42 690 9630 4045 0.42 719 86 64 8820 8291 0.94 568 8100 7614 0.94 603 7470 7022 0.94 626 86 68 9270 7601 0.82 592 8640 7085 0.82 621 8010 6568 0.82 655 86 72 9810 6867 0.70 615 9180 6426 0.70 650 8550 5985 0.70 673 86 75 10350 6003 0.58 638 9720 5638 0.58 667 9180 5324 0.58 696 86 79 10890 5009 0.46 661 10260 4720 0.46 690 9630 4430 0.46 719 88 64 8820 8644 0.98 568 8100 7938 0.98 603 7470 7321 0.98 626 88 68 9270 7972 0.86 592 8640 7430 0.86 621 8010 6889 0.86 655 88 72 9810 7259 0.74 615 9180 6793 0.74 650 8550 6327 0.74 673 88 75 10350 6417 0.62 638 9720 6026 0.62 667 9180 5692 0.62 696 88 79 10890 5445 0.50 661 10260 5130 0.50 690 9630 4815 0.50 719 90 64 8820 8820 1.00 568 8100 8100 1.00 603 7470 7470 1.00 626 90 68 9270 8343 0.90 592 8640 7776 0.90 621 8010 7209 0.90 655 90 72 9810 7652 0.78 615 9180 7160 0.78 650 8550 6669 0.78 673 90 75 10350 6831 0.66 638 9720 6415 0.66 667 9180 6059 0.66 696 90 79 10890 5881 0.54 661 10260 5540 0.54 690 9630 5200 0.54 719 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature MUZ-FE12NAH CAPACITY (Btu/h): 12000 INPUT: 930 W SHF: 0.73 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 70 77 81 86 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 14100 7755 0.55 744 13500 7425 0.55 781 12960 7128 0.55 818 12480 6864 0.55 856 70 68 14700 6321 0.43 781 14100 6063 0.43 828 13680 5882 0.43 846 13200 5676 0.43 884 72 64 14100 8319 0.59 744 13500 7965 0.59 781 12960 7646 0.59 818 12480 7363 0.59 856 72 68 14700 6909 0.47 781 14100 6627 0.47 828 13680 6430 0.47 846 13200 6204 0.47 884 72 72 15300 5355 0.35 809 14760 5166 0.35 860 14400 5040 0.35 884 13800 4830 0.35 921 73 64 14100 8883 0.63 744 13500 8505 0.63 781 12960 8165 0.63 818 12480 7862 0.63 856 73 68 14700 7497 0.51 781 14100 7191 0.51 828 13680 6977 0.51 846 13200 6732 0.51 884 73 72 15300 5967 0.39 809 14760 5756 0.39 860 14400 5616 0.39 884 13800 5382 0.39 921 75 64 14100 9447 0.67 744 13500 9045 0.67 781 12960 8683 0.67 818 12480 8362 0.67 856 75 68 14700 8085 0.55 781 14100 7755 0.55 828 13680 7524 0.55 846 13200 7260 0.55 884 75 72 15300 6579 0.43 809 14760 6347 0.43 860 14400 6192 0.43 884 13800 5934 0.43 921 75 75 16080 4985 1 0.31 846 1154801 4799 0.31 1 893 151201 4687 0.31 921 114640 4538 0.31 1 967 77 64 14100 10011 0.71 744 13500 9585 0.71 781 12960 9202 0.71 818 12480 8861 0.71 856 77 68 14700 8673 0.59 781 14100 8319 0.59 828 13680 8071 0.59 846 13200 7788 0.59 884 77 72 15300 7191 0.47 809 14760 6937 0.47 860 14400 6768 0.47 884 13800 6486 0.47 921 77 75 16080 5628 0.35 846 15480 5418 0.35 893 15120 5292 0.35 921 14640 5124 0.35 967 79 64 14100 10575 0.75 744 13500 10125 0.75 781 12960 9720 0.75 818 12480 9360 0.75 856 79 68 14700 9261 0.63 781 14100 8883 0.63 828 13680 8618 0.63 846 13200 8316 0.63 884 79 72 15300 7803 0.51 809 14760 7528 0.51 860 14400 7344 0.51 884 13800 7038 0.51 921 79 75 16080 6271 0.39 846 15480 6037 0.39 893 15120 5897 0.39 921 14640 5710 0.39 967 79 79 16560 4471 0.27 893 16080 4342 0.27 939 15840 4277 0.27 967 15360 4147 0.27 995 81 64 14100 11139 0.79 744 13500 10665 0.79 781 12960 10238 0.79 818 12480 9859 0.79 856 81 68 14700 9849 0.67 781 14100 9447 0.67 828 13680 9166 0.67 846 13200 8844 0.67 884 81 72 15300 8415 0.55 809 14760 8118 0.55 860 14400 7920 0.55 884 13800 7590 0.55 921 81 75 16080 6914 0.43 846 15480 6656 0.43 893 15120 6502 0.43 921 14640 6295 0.43 967 81 79 16560 5134 0.31 893 16080 4985 0.31 939 15840 4910 0.31 967 15360 4762 0.31 995 82 64 14100 11703 0.83 744 13500 11205 0.83 781 12960 10757 0.83 818 12480 10358 0.83 856 82 68 14700 10437 0.71 781 14100 10011 0.71 828 13680 9713 0.71 846 13200 9372 0.71 884 82 72 15300 9027 0.59 809 14760 8708 0.59 860 14400 8496 0.59 884 13800 8142 0.59 921 82 75 16080 7558 0.47 846 15480 7276 0.47 893 15120 7106 0.47 921 14640 6881 0.47 967 82 79 16560 5796 0.35 893 16080 5628 0.35 939 15840 5544 0.35 967 15360 5376 0.35 995 84 64 14100 12267 0.87 744 13500 11745 0.87 781 12960 11275 0.87 818 12480 10858 0.87 856 84 68 14700 11025 0.75 781 14100 10575 0.75 828 13680 10260 0.75 846 13200 9900 0.75 884 84 72 15300 9639 0.63 809 14760 9299 0.63 860 14400 9072 0.63 884 13800 8694 0.63 921 84 75 16080 8201 0.51 846 15480 7895 0.51 893 15120 7711 0.51 921 14640 7466 0.51 967 84 79 16560 6458 0.39 893 16080 6271 0.39 939 15840 6178 0.39 967 15360 5990 0.39 995 86 64 14100 12831 0.91 744 13500 12285 0.91 781 12960 11794 0.91 818 12480 11357 0.91 856 86 68 14700 11613 0.79 781 14100 11139 0.79 828 13680 10807 0.79 846 13200 10428 0.79 884 86 72 15300 10251 0.67 809 14760 9889 0.67 860 14400 9648 0.67 884 13800 9246 0.67 921 86 75 16080 8844 0.55 846 15480 8514 0.55 893 15120 8316 0.55 921 14640 8052 0.55 967 86 79 16560 7121 0.43 893 16080 6914 0.43 939 15840 6811 0.43 967 15360 6605 0.43 995 88 64 14100 13395 0.95 744 13500 12825 0.95 781 12960 12312 0.95 818 12480 11856 0.95 856 88 68 14700 12201 0.83 781 14100 11703 0.83 828 13680 11354 0.83 846 13200 10956 0.83 884 88 72 15300 10863 0.71 809 14760 10480 0.71 860 14400 10224 0.71 884 13800 9798 0.71 921 88 75 16080 9487 0.59 846 15480 9133 0.59 893 15120 8921 0.59 921 14640 8638 0.59 967 88 79 16560 7783 0.47 893 16080 7558 0.47 939 15840 7445 0.47 967 15360 7219 0.47 995 90 64 14100 13959 0.99 744 13500 13365 0.99 781 12960 12830 0.99 818 12480 12355 0.99 856 90 68 14700 12789 0.87 781 14100 12267 0.87 828 13680 11902 0.87 846 13200 11484 0.87 884 90 72 15300 11475 0.75 809 14760 11070 0.75 860 14400 10800 0.75 884 13800 10350 0.75 921 90 75 16080 10130 0.63 846 15480 9752 0.63 893 15120 9526 0.63 921 14640 9223 0.63 967 90 79 16560 8446 0.51 893 16080 8201 0.51 939 15840 8078 0.51 967 15360 7834 0.51 995 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-290 MUZ-FE12NAH CAPACITY (Btu/h): 12000 INPUT: 930 W SHF: 0.73 Indoor Indoor Outdoor intake air DB(°F) intake air intake air 95 104 115 DB(°F) WB(°F) CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 11760 6468 0.55 911 10800 5940 0.55 967 9960 5478 0.55 1004 70 68 12360 5315 0.43 949 11520 4954 0.43 995 10680 4592 0.43 1051 72 64 11760 6938 0.59 911 10800 6372 0.59 967 9960 5876 0.59 1004 72 68 12360 5809 0.47 949 11520 5414 0.47 995 10680 5020 0.47 1051 72 72 13080 4578 0.35 986 12240 4284 0.35 1042 11400 3990 0.35 1079 73 64 11760 7409 0.63 911 10800 6804 0.63 967 9960 6275 0.63 1004 73 68 12360 6304 0.51 949 11520 5875 0.51 995 10680 5447 0.51 1051 73 72 13080 5101 0.39 986 12240 4774 0.39 1042 11400 4446 0.39 1079 75 64 11760 7879 0.67 911 10800 7236 0.67 967 9960 6673 0.67 1004 75 68 12360 6798 0.55 949 11520 6336 0.55 995 10680 5874 0.55 1051 75 72 13080 5624 0.43 986 12240 5263 0.43 1042 11400 4902 0.43 1079 75 75 13800 4278 0.31 1023 12960 4018 0.31 1070 12240 3794 0.31 1116 77 64 11760 8350 0.71 911 10800 7668 0.71 967 9960 7072 0.71 1004 77 68 12360 7292 0.59 949 11520 6797 0.59 995 10680 6301 0.59 1051 77 72 13080 6148 0.47 986 12240 5753 0.47 1042 11400 5358 0.47 1079 77 75 13800 4830 0.35 1023 12960 4536 0.35 1070 12240 4284 0.35 1116 79 64 11760 8820 0.75 911 10800 8100 0.75 967 9960 7470 0.75 1004 79 68 12360 7787 0.63 949 11520 7258 0.63 995 10680 6728 0.63 1051 79 72 13080 6671 0.51 986 12240 6242 0.51 1042 11400 5814 0.51 1079 79 75 13800 5382 0.39 1023 12960 5054 0.39 1070 12240 4774 0.39 1116 79 79 14520 3920 0.27 1060 13680 3694 0.27 1107 12840 3467 0.27 1153 81 64 11760 9290 0.79 911 10800 8532 0.79 967 9960 7868 0.79 1004 81 68 12360 8281 0.67 949 11520 7718 0.67 995 10680 7156 0.67 1051 81 72 13080 7194 0.55 986 12240 6732 0.55 1042 11400 6270 0.55 1079 81 75 13800 5934 0.43 1023 12960 5573 0.43 1070 12240 5263 0.43 1116 81 79 14520 4501 0.31 1060 13680 4241 0.31 1107 12840 3980 0.31 1153 82 64 11760 9761 0.83 911 10800 8964 0.83 967 9960 8267 0.83 1004 82 68 12360 8776 0.71 949 11520 8179 0.71 995 10680 7583 0.71 1051 82 72 13080 7717 0.59 986 12240 7222 0.59 1042 11400 6726 0.59 1079 82 75 13800 6486 0.47 1023 12960 6091 0.47 1070 12240 5753 0.47 1116 82 79 14520 5082 0.35 1060 13680 4788 0.35 1107 12840 4494 0.35 1153 84 64 11760 10231 0.87 911 10800 9396 0.87 967 9960 8665 0.87 1004 84 68 12360 9270 0.75 949 11520 8640 0.75 995 10680 8010 0.75 1051 84 72 13080 8240 0.63 986 12240 7711 0.63 1042 11400 7182 0.63 1079 84 75 13800 7038 0.51 1023 12960 6610 0.51 1070 12240 6242 0.51 1116 84 79 14520 5663 0.39 1060 13680 5335 0.39 1107 12840 5008 0.39 1153 86 64 11760 10702 0.91 911 10800 9828 0.91 967 9960 9064 0.91 1004 86 68 12360 9764 0.79 949 11520 9101 0.79 995 10680 8437 0.79 1051 86 72 13080 8764 0.67 986 12240 8201 0.67 1042 11400 7638 0.67 1079 86 75 13800 7590 0.55 1023 12960 7128 0.55 1070 12240 6732 0.55 1116 86 79 14520 6244 0.43 1060 13680 5882 0.43 1107 12840 5521 0.43 1153 88 64 11760 11172 0.95 911 10800 10260 0.95 967 9960 9462 0.95 1004 88 68 12360 10259 0.83 949 11520 9562 0.83 995 10680 8864 0.83 1051 88 72 13080 9287 0.71 986 12240 8690 0.71 1042 11400 8094 0.71 1079 88 75 13800 8142 0.59 1023 12960 7646 0.59 1070 12240 7222 0.59 1116 88 79 14520 6824 0.47 1060 13680 6430 0.47 1107 12840 6035 0.47 1153 90 64 11760 11642 0.99 911 10800 10692 0.99 967 9960 9860 0.99 1004 90 68 12360 10753 0.87 949 11520 10022 0.87 995 10680 9292 0.87 1051 90 72 13080 9810 0.75 986 12240 9180 0.75 1042 11400 8550 0.75 1079 90 75 13800 8694 0.63 1023 12960 8165 0.63 1070 12240 7711 0.63 1116 90 79 14520 7405 0.51 1060 13680 6977 0.51 1107 12840 6548 0.51 1153 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-291 ►vi V] *a:0111I11�6]► /_1: r� CAPACITY (Btu/h): 9000 INPUT (W): 570 SHF: 0.79 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 10575 6451 0.61 456 10125 6176 0.61 479 9720 5929 0.61 502 9360 5710 0.61 524 70 68 11025 5402 0.49 479 10575 5182 0.49 507 10260 5027 0.49 519 9900 4851 0.49 542 72 64 10575 6874 0.65 456 10125 6581 0.65 479 9720 6318 0.65 502 9360 6084 0.65 524 72 68 11025 5843 0.53 479 10575 5605 0.53 507 10260 5438 0.53 519 9900 5247 0.53 542 72 72 11475 4705 0.41 496 11070 4539 0.41 527 10800 4428 0.41 542 10350 4244 0.41 564 73 64 10575 7297 0.69 456 10125 6986 0.69 479 9720 6707 0.69 502 9360 6458 0.69 524 73 68 11025 6284 0.57 479 10575 6028 0.57 507 10260 5848 0.57 519 9900 5643 0.57 542 73 72 11475 5164 0.45 496 11070 4982 0.45 527 10800 4860 0.45 542 10350 4658 0.45 564 75 64 10575 7720 0.73 456 10125 7391 0.73 479 9720 7096 0.73 502 9360 6833 0.73 524 75 68 11025 6725 0.61 479 10575 6451 0.61 507 10260 6259 0.61 519 9900 6039 0.61 542 75 72 11475 5623 0.49 496 11070 5424 0.49 527 10800 5292 0.49 542 10350 5072 0.49 564 75 75 12060 4462 0.37 519 11610 4296 0.37 547 11340 4196 0.37 564 10980 4063 0.37 593 77 64 10575 8143 0.77 456 10125 7796 0.77 479 9720 7484 0.77 502 9360 7207 0.77 524 77 68 11025 7166 0.65 479 10575 6874 0.65 507 10260 6669 0.65 519 9900 6435 0.65 542 77 72 11475 6082 0.53 496 11070 5867 0.53 527 10800 5724 0.53 542 10350 5486 0.53 564 77 75 12060 4945 0.41 519 11610 4760 0.41 547 11340 4649 0.41 564 10980 4502 0.41 593 79 64 10575 8566 0.81 456 10125 8201 0.81 479 9720 7873 0.81 502 9360 7582 0.81 524 79 68 11025 7607 0.69 479 10575 7297 0.69 507 10260 7079 0.69 519 9900 6831 0.69 542 79 72 11475 6541 0.57 496 11070 6310 0.57 527 10800 6156 0.57 542 10350 5900 0.57 564 79 75 12060 5427 0.45 519 11610 5225 0.45 547 11340 5103 0.45 564 10980 4941 0.45 593 79 1 79 12420 1 4099 0.33 1 547 112060 3980 1 0.33 576 111880 3920 1 0.33 593 1115201 3802 0.33 1 610 81 64 10575 8989 0.85 456 10125 8606 0.85 479 9720 8262 0.85 502 9360 7956 0.85 524 81 68 11025 8048 0.73 479 10575 7720 0.73 507 10260 7490 0.73 519 9900 7227 0.73 542 81 72 11475 7000 0.61 496 11070 6753 0.61 527 10800 6588 0.61 542 10350 6314 0.61 564 81 75 12060 5909 0.49 519 11610 5689 0.49 547 11340 5557 0.49 564 10980 5380 0.49 593 81 79 12420 4595 0.37 547 120601 4462 0.37 1 576 118801 4396 0.37 593 11520 4262 1 0.37 610 82 64 10575 9412 0.89 456 10125 9011 0.89 479 9720 8651 0.89 502 9360 8330 0.89 524 82 68 11025 8489 0.77 479 10575 8143 0.77 507 10260 7900 0.77 519 9900 7623 0.77 542 82 72 11475 7459 0.65 496 11070 7196 0.65 527 10800 7020 0.65 542 10350 6728 0.65 564 82 75 12060 6392 0.53 519 11610 6153 0.53 547 11340 6010 0.53 564 10980 5819 0.53 593 82 1 79 12420 5092 0.41 547 12060 4945 0.41 576 11880 4871 0.41 593 11520 4723 0.41 610 84 64 10575 9835 0.93 456 10125 9416 0.93 479 9720 9040 0.93 502 9360 8705 0.93 524 84 68 11025 8930 0.81 479 10575 8566 0.81 507 10260 8311 0.81 519 9900 8019 0.81 542 84 72 11475 7918 0.69 496 11070 7638 0.69 527 10800 7452 0.69 542 10350 7142 0.69 564 84 75 12060 6874 0.57 519 11610 6618 0.57 547 11340 6464 0.57 564 10980 6259 0.57 593 84 79 124201 5589 0.45 1 547 112060 5427 1 0.45 576 111880 5346 1 0.45 593 11520 5184 0.45 610 86 64 10575 10258 0.97 456 10125 9821 0.97 479 9720 9428 0.97 502 9360 9079 0.97 524 86 68 11025 9371 0.85 479 10575 8989 0.85 507 10260 8721 0.85 519 9900 8415 0.85 542 86 72 11475 8377 0.73 496 11070 8081 0.73 527 10800 7884 0.73 542 10350 7556 0.73 564 86 75 12060 7357 0.61 519 11610 7082 0.61 547 11340 6917 0.61 564 10980 6698 0.61 593 86 1 79 12420 6086 1 0.49 547 12060 1 5909 0.49 576 11880 1 5821 0.49 593 111520 5645 1 0.49 610 88 64 10575 10575 1.00 456 10125 10125 1.00 479 9720 9720 1.00 502 9360 9360 1.00 524 88 68 11025 9812 0.89 479 10575 9412 0.89 507 10260 9131 0.89 519 9900 8811 0.89 542 88 72 11475 8836 0.77 496 11070 8524 0.77 527 10800 8316 0.77 542 10350 7970 0.77 564 88 75 12060 7839 0.65 519 11610 7547 0.65 547 11340 7371 0.65 564 10980 7137 0.65 593 88 79 12420 6583 0.53 1 547 12060 6392 0.53 1 576 11880 6296 1 0.53 1 593 11520 6106 0.53 1 610 90 64 10575 10575 1.00 456 10125 10125 1.00 479 9720 9720 1.00 502 9360 9360 1.00 524 90 68 11025 10253 0.93 479 10575 9835 0.93 507 10260 9542 0.93 519 9900 9207 0.93 542 90 72 11475 9295 0.81 496 11070 8967 0.81 527 10800 8748 0.81 542 10350 8384 0.81 564 90 75 12060 8321 0.69 519 11610 8011 0.69 547 11340 7825 0.69 564 10980 7576 0.69 593 90 1 79 112420 1 7079 1 0.57 547 1120601 6874 0.57 576 1118801 6772 0.57 593 1115201 6566 1 0.57 610 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-292 ►vi[I]*-0:111111 z/_1:M CAPACITY (Btu/h): 9000 INPUT (W): 570 SHF: 0.79 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 8820 5380 0.61 559 8100 4941 0.61 593 7470 4557 0.61 616 70 68 9270 4542 0.49 581 8640 4234 0.49 610 8010 3925 0.49 644 72 64 8820 5733 0.65 559 8100 5265 0.65 593 7470 4856 0.65 616 72 68 9270 4913 0.53 581 8640 4579 0.53 610 8010 4245 0.53 644 72 72 9810 4022 0.41 604 9180 3764 0.41 638 8550 3506 0.41 661 73 64 8820 6086 0.69 559 8100 5589 0.69 593 7470 5154 0.69 616 73 68 9270 5284 0.57 581 8640 4925 0.57 610 8010 4566 0.57 644 73 72 9810 4415 0.45 604 9180 4131 0.45 638 8550 3848 0.45 661 75 64 8820 6439 0.73 559 8100 5913 0.73 593 7470 5453 0.73 616 75 68 9270 5655 0.61 581 8640 5270 0.61 610 8010 4886 0.61 644 75 72 9810 4807 0.49 604 9180 4498 0.49 638 8550 4190 0.49 661 75 75 10350 3830 0.37 627 9720 3596 0.37 656 9180 3397 0.37 684 77 64 8820 6791 0.77 559 8100 6237 0.77 593 7470 5752 0.77 616 77 68 9270 6026 0.65 581 8640 5616 0.65 610 8010 5207 0.65 644 77 72 9810 5199 0.53 604 9180 4865 0.53 638 8550 4532 0.53 661 77 75 10350 4244 0.41 627 9720 3985 0.41 656 9180 3764 0.41 684 79 64 8820 7144 0.81 559 8100 6561 0.81 593 7470 6051 0.81 616 79 68 9270 6396 0.69 581 8640 5962 0.69 610 8010 5527 0.69 644 79 72 9810 5592 0.57 604 9180 5233 0.57 638 8550 4874 0.57 661 79 75 10350 4658 0.45 627 9720 4374 0.45 656 9180 4131 0.45 684 79 1 79 108901 3594 0.33 1 650 110260 3386 1 0.33 678 1 9630 3178 1 0.33 707 81 64 8820 7497 0.85 559 8100 6885 0.85 593 7470 6350 0.85 616 81 68 9270 6767 0.73 581 8640 6307 0.73 610 8010 5847 0.73 644 81 72 9810 5984 0.61 604 9180 5600 0.61 638 8550 5216 0.61 661 81 75 10350 5072 0.49 627 9720 4763 0.49 656 9180 4498 0.49 684 81 79 10890 4029 0.37 650 10260 3796 0.37 678 9630 3563 0.37 707 82 64 8820 7850 0.89 559 8100 7209 0.89 593 7470 6648 0.89 616 82 68 9270 7138 0.77 581 8640 6653 0.77 610 8010 6168 0.77 644 82 72 9810 6377 0.65 604 9180 5967 0.65 638 8550 5558 0.65 661 82 75 10350 5486 0.53 627 9720 5152 0.53 656 9180 4865 0.53 684 82 1 79 108901 4465 0.41 650 10260 4207 1 0.41 678 1 9630 3948 1 0.41 707 84 64 8820 8203 0.93 559 8100 7533 0.93 593 7470 6947 0.93 616 84 68 9270 7509 0.81 581 8640 6998 0.81 610 8010 6488 0.81 644 84 72 9810 6769 0.69 604 9180 6334 0.69 638 8550 5900 0.69 661 84 75 10350 5900 0.57 627 9720 5540 0.57 656 9180 5233 0.57 684 84 79 10890 4901 0.45 1 650 110260 4617 0.45 678 9630 4334 0.45 707 86 64 8820 8555 0.97 559 8100 7857 0.97 593 7470 7246 0.97 616 86 68 9270 7880 0.85 581 8640 7344 0.85 610 8010 6809 0.85 644 86 72 9810 7161 0.73 604 9180 6701 0.73 638 8550 6242 0.73 661 86 75 10350 6314 0.61 627 9720 5929 0.61 656 9180 5600 0.61 684 86 1 79 108901 5336 0.49 650 10260 5027 1 0.49 678 1 9630 4719 1 0.49 707 88 64 8820 8820 1.00 559 8100 8100 1.00 593 7470 7470 1.00 616 88 68 9270 8250 0.89 581 8640 7690 0.89 610 8010 7129 0.89 644 88 72 9810 7554 0.77 604 9180 7069 0.77 638 8550 6584 0.77 661 88 75 10350 6728 0.65 627 9720 6318 0.65 656 9180 5967 0.65 684 88 79 10890 5772 0.53 1 650 110260 5438 0.53 678 9630 5104 0.53 707 90 64 8820 8820 1.00 559 8100 8100 1.00 593 7470 7470 1.00 616 90 68 9270 8621 0.93 581 8640 8035 0.93 610 8010 7449 0.93 644 90 72 9810 7946 0.81 604 9180 7436 0.81 638 8550 6926 0.81 661 90 75 10350 7142 0.69 627 9720 6707 0.69 656 9180 6334 0.69 684 90 1 79 1108901 6207 0.57 650 102601 5848 1 0.57 1 678 1 9630 1 5489 1 0.57 707 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-293 I Ji IllZa rM PAkiF_1:N CAPACITY (Btu/h): 12000 INPUT (W): 890 SHF: 0.70 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC I SHF P.C. 70 64 14100 7332 0.52 712 13500 7020 0.52 748 12960 6739 0.52 783 12480 6490 0.52 819 70 68 14700 5880 0.40 748 14100 5640 0.40 792 13680 5472 0.40 810 13200 5280 0.40 846 72 64 14100 7896 0.56 712 13500 7560 0.56 748 12960 7258 0.56 783 12480 6989 0.56 819 72 68 14700 6468 0.44 748 14100 6204 0.44 792 13680 6019 0.44 810 13200 5808 0.44 846 72 72 15300 4896 0.32 774 14760 4723 0.32 823 14400 4608 0.32 846 13800 4416 0.32 881 73 64 14100 8460 0.60 712 13500 8100 0.60 748 12960 7776 0.60 783 12480 7488 0.60 819 73 68 14700 7056 0.48 748 14100 6768 0.48 792 13680 6566 0.48 810 13200 6336 0.48 846 73 1 72 153001 5508 0.36 1 774 114760 5314 1 0.36 823 114400 5184 1 0.36 846 1138001 4968 0.36 1 881 75 64 14100 9024 0.64 712 13500 8640 0.64 748 12960 8294 0.64 783 12480 7987 0.64 819 75 68 14700 7644 0.52 748 14100 7332 0.52 792 13680 7114 0.52 810 13200 6864 0.52 846 75 72 15300 6120 0.40 774 14760 5904 0.40 823 14400 5760 0.40 846 13800 5520 0.40 881 75 75 16080 4502 0.28 810 15480 4334 0.28 854 15120 4234 0.28 881 14640 4099 0.28 926 77 64 14100 9588 0.68 712 13500 9180 0.68 748 12960 8813 0.68 783 12480 8486 0.68 819 77 68 14700 8232 0.56 748 14100 7896 0.56 792 13680 7661 0.56 810 13200 7392 0.56 846 77 72 15300 6732 0.44 774 14760 6494 0.44 823 14400 6336 0.44 846 13800 6072 0.44 881 77 75 16080 5146 0.32 810 15480 4954 0.32 854 15120 4838 0.32 881 14640 4685 0.32 926 79 64 14100 10152 0.72 712 13500 9720 0.72 748 12960 9331 0.72 783 12480 8986 0.72 819 79 68 14700 8820 0.60 748 14100 8460 0.60 792 13680 8208 0.60 810 13200 7920 0.60 846 79 72 15300 7344 0.48 774 14760 7085 0.48 823 14400 6912 0.48 846 13800 6624 0.48 881 79 75 16080 5789 0.36 810 15480 5573 0.36 854 15120 5443 0.36 881 14640 5270 0.36 926 79 1 79 165601 3974 0.24 1 854 116080 3859 1 0.24 899 115840 3802 1 0.24 926 1153601 3686 0.24 1 952 81 64 14100 10716 0.76 712 13500 10260 0.76 748 12960 9850 0.76 783 12480 9485 0.76 819 81 68 14700 9408 0.64 748 14100 9024 0.64 792 13680 8755 0.64 810 13200 8448 0.64 846 81 72 15300 7956 0.52 774 14760 7675 0.52 823 14400 7488 0.52 846 13800 7176 0.52 881 81 75 16080 6432 0.40 810 15480 6192 0.40 854 15120 6048 0.40 881 14640 5856 0.40 926 81 79 16560 4637 0.28 854 160801 4502 0.28 899 158401 4435 0.28 926 15360 4301 0.28 952 82 64 14100 11280 0.80 712 13500 10800 0.80 748 12960 10368 0.80 783 12480 9984 0.80 819 82 68 14700 9996 0.68 748 14100 9588 0.68 792 13680 9302 0.68 810 13200 8976 0.68 846 82 72 15300 8568 0.56 774 14760 8266 0.56 823 14400 8064 0.56 846 13800 7728 0.56 881 82 75 16080 7075 0.44 810 15480 6811 0.44 854 15120 6653 0.44 881 14640 6442 0.44 926 82 1 79 165601 5299 0.32 854 16080 5146 0.32 899 15840 5069 0.32 926 15360 4915 1 0.32 952 84 64 14100 11844 0.84 712 13500 11340 0.84 748 12960 10886 0.84 783 12480 10483 0.84 819 84 68 14700 10584 0.72 748 14100 10152 0.72 792 13680 9850 0.72 810 13200 9504 0.72 846 84 72 15300 9180 0.60 774 14760 8856 0.60 823 14400 8640 0.60 846 13800 8280 0.60 881 84 75 16080 7718 0.48 810 15480 7430 0.48 854 15120 7258 0.48 881 14640 7027 0.48 926 84 79 16560 5962 1 0.36 1 854 160801 5789 0.36 899 15840 5702 0.36 926 15360 5530 0.36 1 952 86 64 14100 12408 0.88 712 13500 11880 0.88 748 12960 11405 0.88 783 12480 10982 0.88 819 86 68 14700 11172 0.76 748 14100 10716 0.76 792 13680 10397 0.76 810 13200 10032 0.76 846 86 72 15300 9792 0.64 774 14760 9446 0.64 823 14400 9216 0.64 846 13800 8832 0.64 881 86 75 16080 8362 0.52 810 15480 8050 0.52 854 15120 7862 0.52 881 14640 7613 0.52 926 86 1 79 16560 6624 0.40 854 16080 6432 0.40 1 899 158401 6336 0.40 1 926 115360 6144 1 0.40 952 88 64 14100 12972 0.92 712 13500 12420 0.92 748 12960 11923 0.92 783 12480 11482 0.92 819 88 68 14700 11760 0.80 748 14100 11280 0.80 792 13680 10944 0.80 810 13200 10560 0.80 846 88 72 15300 10404 0.68 774 14760 10037 0.68 823 14400 9792 0.68 846 13800 9384 0.68 881 88 75 16080 9005 0.56 810 15480 8669 0.56 854 15120 8467 0.56 881 14640 8198 0.56 926 88 79 165601 7286 0.44 1 854 116080 7075 0.44 899 115840 6970 0.44 926 15360 6758 0.44 1 952 90 64 14100 13536 0.96 712 13500 12960 0.96 748 12960 12442 0.96 783 12480 11981 0.96 819 90 68 14700 12348 0.84 748 14100 11844 0.84 792 13680 11491 0.84 810 13200 11088 0.84 846 90 72 15300 11016 0.72 774 14760 10627 0.72 823 14400 10368 0.72 846 13800 9936 0.72 881 90 75 16080 9648 0.60 810 15480 9288 0.60 854 15120 9072 0.60 881 14640 8784 0.60 926 90 1 79 116560 7949 1 0.48 854 160801 7718 1 0.48 1 899 158401 7603 1 0.48 1 926 1153601 7373 1 0.48 952 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-294 ►vi[1]2-021111111HL'F_1:PA CAPACITY (Btu/h): 12000 INPUT (W): 890 SHF: 0.70 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 11760 6115 0.52 872 10800 5616 0.52 926 9960 5179 0.52 961 70 68 12360 4944 0.40 908 11520 4608 0.40 952 10680 4272 0.40 1006 72 64 11760 6586 0.56 872 10800 6048 0.56 926 9960 5578 0.56 961 72 68 12360 5438 0.44 908 11520 5069 0.44 952 10680 4699 0.44 1006 72 72 13080 4186 0.32 943 12240 3917 0.32 997 11400 3648 0.32 1032 73 64 11760 7056 0.60 872 10800 6480 0.60 926 9960 5976 0.60 961 73 68 12360 5933 0.48 908 11520 5530 0.48 952 10680 5126 0.48 1006 73 72 13080 4709 0.36 943 12240 4406 0.36 997 11400 4104 0.36 1032 75 64 11760 7526 0.64 872 10800 6912 0.64 926 9960 6374 0.64 961 75 68 12360 6427 0.52 908 11520 5990 0.52 952 10680 5554 0.52 1006 75 72 13080 5232 0.40 943 12240 4896 0.40 997 11400 4560 0.40 1032 75 75 13800 3864 0.28 979 12960 3629 0.28 1024 12240 3427 0.28 1068 77 64 11760 7997 0.68 872 10800 7344 0.68 926 9960 6773 0.68 961 77 68 12360 6922 0.56 908 11520 6451 0.56 952 10680 5981 0.56 1006 77 72 13080 5755 0.44 943 12240 5386 0.44 997 11400 5016 0.44 1032 77 75 13800 4416 0.32 979 12960 4147 0.32 1024 12240 3917 0.32 1068 79 64 11760 8467 0.72 872 10800 7776 0.72 926 9960 7171 0.72 961 79 68 12360 7416 0.60 908 11520 6912 0.60 952 10680 6408 0.60 1006 79 72 13080 6278 0.48 943 12240 5875 0.48 997 11400 5472 0.48 1032 79 75 13800 4968 0.36 979 12960 4666 0.36 1024 12240 4406 0.36 1068 79 1 79 145201 3485 0.24 1 1015 113680 3283 1 0.24 1059 112840 3082 1 0.24 1104 81 64 11760 8938 0.76 872 10800 8208 0.76 926 9960 7570 0.76 961 81 68 12360 7910 0.64 908 11520 7373 0.64 952 10680 6835 0.64 1006 81 72 13080 6802 0.52 943 12240 6365 0.52 997 11400 5928 0.52 1032 81 75 13800 5520 0.40 979 12960 5184 0.40 1024 12240 4896 0.40 1068 81 79 14520 4066 0.28 1015 13680 3830 0.28 1059 12840 3595 0.28 1104 82 64 11760 9408 0.80 872 10800 8640 0.80 926 9960 7968 0.80 961 82 68 12360 8405 0.68 908 11520 7834 0.68 952 10680 7262 0.68 1006 82 72 13080 7325 0.56 943 12240 6854 0.56 997 11400 6384 0.56 1032 82 75 13800 6072 0.44 979 12960 5702 0.44 1024 12240 5386 0.44 1068 82 1 79 145201 4646 0.32 1015 13680 4378 1 0.32 1059 112840 4109 1 0.32 1 1104 84 64 11760 9878 0.84 872 10800 9072 0.84 926 9960 8366 0.84 961 84 68 12360 8899 0.72 908 11520 8294 0.72 952 10680 7690 0.72 1006 84 72 13080 7848 0.60 943 12240 7344 0.60 997 11400 6840 0.60 1032 84 75 13800 6624 0.48 979 12960 6221 0.48 1024 12240 5875 0.48 1068 84 79 14520 5227 0.36 1 1015 113680 4925 0.36 1059 128401 4622 0.36 1104 86 64 11760 10349 0.88 872 10800 9504 0.88 926 9960 8765 0.88 961 86 68 12360 9394 0.76 908 11520 8755 0.76 952 10680 8117 0.76 1006 86 72 13080 8371 0.64 943 12240 7834 0.64 997 11400 7296 0.64 1032 86 75 13800 7176 0.52 979 12960 6739 0.52 1024 12240 6365 0.52 1068 86 1 79 145201 5808 0.40 1015 13680 5472 1 0.40 1059 112840 5136 1 0.40 1 1104 88 64 11760 10819 0.92 872 10800 9936 0.92 926 9960 9163 0.92 961 88 68 12360 9888 0.80 908 11520 9216 0.80 952 10680 8544 0.80 1006 88 72 13080 8894 0.68 943 12240 8323 0.68 997 11400 7752 0.68 1032 88 75 13800 7728 0.56 979 12960 7258 0.56 1024 12240 6854 0.56 1068 88 79 14520 6389 0.44 1 1015 113680 6019 0.44 1059 12840 5650 0.44 1104 90 64 11760 11290 0.96 872 10800 10368 0.96 926 9960 9562 0.96 961 90 68 12360 10382 0.84 908 11520 9677 0.84 952 10680 8971 0.84 1006 90 72 13080 9418 0.72 943 12240 8813 0.72 997 11400 8208 0.72 1032 90 75 13800 8280 0.60 979 12960 7776 0.60 1024 12240 7344 0.60 1068 90 1 79 1145201 6970 0.48 1015 136801 6566 1 0.48 1 1059 1128401 6163 1 0.48 1 1104 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-295 IJiIllZarM61ki/_1:N CAPACITY (Btu/h): 15000 INPUT (W): 1120 SHF: 0.66 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 70 77 81 86 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC I SHF P.C. 70 64 17625 8460 0.48 896 16875 8100 0.48 941 16200 7776 0.48 986 15600 7488 0.48 1030 70 68 18375 6615 0.36 941 17625 6345 0.36 997 17100 6156 0.36 1019 16500 5940 0.36 1064 72 64 17625 9165 0.52 896 16875 8775 0.52 941 16200 8424 0.52 986 15600 8112 0.52 1030 72 68 18375 7350 0.40 941 17625 7050 0.40 997 17100 6840 0.40 1019 16500 6600 0.40 1064 72 72 19125 5355 0.28 974 18450 5166 0.28 1036 18000 5040 0.28 1064 17250 4830 0.28 1109 73 64 17625 9870 0.56 896 16875 9450 0.56 941 16200 9072 0.56 986 15600 8736 0.56 1030 73 68 18375 8085 0.44 941 17625 7755 0.44 997 17100 7524 0.44 1019 16500 7260 0.44 1064 73 1 72 191251 6120 0.32 1 974 118450 5904 1 0.32 1036 118000 5760 1 0.32 1064 1172501 5520 0.32 1 1109 75 64 17625 10575 0.60 896 16875 10125 0.60 941 16200 9720 0.60 986 15600 9360 0.60 1030 75 68 18375 8820 0.48 941 17625 8460 0.48 997 17100 8208 0.48 1019 16500 7920 0.48 1064 75 72 19125 6885 0.36 974 18450 6642 0.36 1036 18000 6480 0.36 1064 17250 6210 0.36 1109 75 75 20100 4824 0.24 1019 19350 4644 0.24 1075 18900 4536 0.24 1109 18300 4392 0.24 1165 77 64 17625 11280 0.64 896 16875 10800 0.64 941 16200 10368 0.64 986 15600 9984 0.64 1030 77 68 18375 9555 0.52 941 17625 9165 0.52 997 17100 8892 0.52 1019 16500 8580 0.52 1064 77 72 19125 7650 0.40 974 18450 7380 0.40 1036 18000 7200 0.40 1064 17250 6900 0.40 1109 77 75 20100 5628 0.28 1019 19350 5418 0.28 1075 18900 5292 0.28 1109 18300 5124 0.28 1165 79 64 17625 11985 0.68 896 16875 11475 0.68 941 16200 11016 0.68 986 15600 10608 0.68 1030 79 68 18375 10290 0.56 941 17625 9870 0.56 997 17100 9576 0.56 1019 16500 9240 0.56 1064 79 72 19125 8415 0.44 974 18450 8118 0.44 1036 18000 7920 0.44 1064 17250 7590 0.44 1109 79 75 20100 6432 0.32 1019 19350 6192 0.32 1075 18900 6048 0.32 1109 18300 5856 0.32 1165 79 1 79 207001 4140 0.20 1 1075 120100 4020 1 0.20 1131 119800 3960 1 0.20 1165 1192001 3840 0.20 1 1198 81 64 17625 12690 0.72 896 16875 12150 0.72 941 16200 11664 0.72 986 15600 11232 0.72 1030 81 68 18375 11025 0.60 941 17625 10575 0.60 997 17100 10260 0.60 1019 16500 9900 0.60 1064 81 72 19125 9180 0.48 974 18450 8856 0.48 1036 18000 8640 0.48 1064 17250 8280 0.48 1109 81 75 20100 7236 0.36 1019 19350 6966 0.36 1075 18900 6804 0.36 1109 18300 6588 0.36 1165 81 79 20700 4968 0.24 1075 201001 4824 0.24 1 1131 198001 4752 0.24 1 1165 19200 4608 1 0.24 1198 82 64 17625 13395 0.76 896 16875 12825 0.76 941 16200 12312 0.76 986 15600 11856 0.76 1030 82 68 18375 11760 0.64 941 17625 11280 0.64 997 17100 10944 0.64 1019 16500 10560 0.64 1064 82 72 19125 9945 0.52 974 18450 9594 0.52 1036 18000 9360 0.52 1064 17250 8970 0.52 1109 82 75 20100 8040 0.40 1019 19350 7740 0.40 1075 18900 7560 0.40 1109 18300 7320 0.40 1165 82 1 79 207001 5796 0.28 1075 20100 5628 0.28 1131 19800 5544 1 0.28 1165 19200 5376 0.28 1 1198 84 64 17625 14100 0.80 896 16875 13500 0.80 941 16200 12960 0.80 986 15600 12480 0.80 1030 84 68 18375 12495 0.68 941 17625 11985 0.68 997 17100 11628 0.68 1019 16500 11220 0.68 1064 84 72 19125 10710 0.56 974 18450 10332 0.56 1036 18000 10080 0.56 1064 17250 9660 0.56 1109 84 75 20100 8844 0.44 1019 19350 8514 0.44 1075 18900 8316 0.44 1109 18300 8052 0.44 1165 84 79 20700 6624 1 0.32 1 1075 201001 6432 0.32 1 1131 198001 6336 0.32 1 1165 119200 6144 1 0.32 1198 86 64 17625 14805 0.84 896 16875 14175 0.84 941 16200 13608 0.84 986 15600 13104 0.84 1030 86 68 18375 13230 0.72 941 17625 12690 0.72 997 17100 12312 0.72 1019 16500 11880 0.72 1064 86 72 19125 11475 0.60 974 18450 11070 0.60 1036 18000 10800 0.60 1064 17250 10350 0.60 1109 86 75 20100 9648 0.48 1019 19350 9288 0.48 1075 18900 9072 0.48 1109 18300 8784 0.48 1165 86 1 79 20700 7452 0.36 1075 20100 7236 0.36 1131 19800 7128 0.36 1165 19200 6912 0.36 1 1198 88 64 17625 15510 0.88 896 16875 14850 0.88 941 16200 14256 0.88 986 15600 13728 0.88 1030 88 68 18375 13965 0.76 941 17625 13395 0.76 997 17100 12996 0.76 1019 16500 12540 0.76 1064 88 72 19125 12240 0.64 974 18450 11808 0.64 1036 18000 11520 0.64 1064 17250 11040 0.64 1109 88 75 20100 10452 0.52 1019 19350 10062 0.52 1075 18900 9828 0.52 1109 18300 9516 0.52 1165 88 79 207001 8280 0.40 1 1075 120100 8040 1 0.40 1131 119800 7920 1 0.40 1165 1192001 7680 0.40 1198 90 64 17625 16215 0.92 896 16875 15525 0.92 941 16200 14904 0.92 986 15600 14352 0.92 1030 90 68 18375 14700 0.80 941 17625 14100 0.80 997 17100 13680 0.80 1019 16500 13200 0.80 1064 90 72 19125 13005 0.68 974 18450 12546 0.68 1036 18000 12240 0.68 1064 17250 11730 0.68 1109 90 75 20100 11256 0.56 1019 19350 10836 0.56 1075 18900 10584 0.56 1109 18300 10248 0.56 1165 90 1 79 120700 9108 1 0.44 1075 201001 8844 0.44 1 1131 198001 8712 0.44 1165 19200 8448 1 0.44 1 1198 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-296 ►vi[I]*-021111111MLIF_1:PA CAPACITY (Btu/h): 15000 INPUT (W): 1120 SHF: 0.66 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 14700 7056 0.48 1098 13500 6480 0.48 1165 12450 5976 0.48 1210 70 68 15450 5562 0.36 1142 14400 5184 0.36 1198 13350 4806 0.36 1266 72 64 14700 7644 0.52 1098 13500 7020 0.52 1165 12450 6474 0.52 1210 72 68 15450 6180 0.40 1142 14400 5760 0.40 1198 13350 5340 0.40 1266 72 72 16350 4578 0.28 1187 15300 4284 0.28 1254 14250 3990 0.28 1299 73 64 14700 8232 0.56 1098 13500 7560 0.56 1165 12450 6972 0.56 1210 73 68 15450 6798 0.44 1142 14400 6336 0.44 1198 13350 5874 0.44 1266 73 1 72 163501 5232 0.32 1 1187 115300 4896 1 0.32 1254 114250 4560 1 0.32 1299 75 64 14700 8820 0.60 1098 13500 8100 0.60 1165 12450 7470 0.60 1210 75 68 15450 7416 0.48 1142 14400 6912 0.48 1198 13350 6408 0.48 1266 75 72 16350 5886 0.36 1187 15300 5508 0.36 1254 14250 5130 0.36 1299 75 75 17250 4140 0.24 1232 16200 3888 0.24 1288 15300 3672 0.24 1344 77 64 14700 9408 0.64 1098 13500 8640 0.64 1165 12450 7968 0.64 1210 77 68 15450 8034 0.52 1142 14400 7488 0.52 1198 13350 6942 0.52 1266 77 72 16350 6540 0.40 1187 15300 6120 0.40 1254 14250 5700 0.40 1299 77 75 17250 4830 0.28 1232 16200 4536 0.28 1288 15300 4284 0.28 1344 79 64 14700 9996 0.68 1098 13500 9180 0.68 1165 12450 8466 0.68 1210 79 68 15450 8652 0.56 1142 14400 8064 0.56 1198 13350 7476 0.56 1266 79 72 16350 7194 0.44 1187 15300 6732 0.44 1254 14250 6270 0.44 1299 79 75 17250 5520 0.32 1232 16200 5184 0.32 1288 15300 4896 0.32 1344 79 1 79 181501 3630 0.20 1 1277 117100 3420 1 0.20 1333 116050 3210 1 0.20 1389 81 64 14700 10584 0.72 1098 13500 9720 0.72 1165 12450 8964 0.72 1210 81 68 15450 9270 0.60 1142 14400 8640 0.60 1198 13350 8010 0.60 1266 81 72 16350 7848 0.48 1187 15300 7344 0.48 1254 14250 6840 0.48 1299 81 75 17250 6210 0.36 1232 16200 5832 0.36 1288 15300 5508 0.36 1344 81 79 18150 4356 0.24 1277 17100 4104 0.24 1333 16050 3852 0.24 1 1389 82 64 14700 11172 0.76 1098 13500 10260 0.76 1165 12450 9462 0.76 1210 82 68 15450 9888 0.64 1142 14400 9216 0.64 1198 13350 8544 0.64 1266 82 72 16350 8502 0.52 1187 15300 7956 0.52 1254 14250 7410 0.52 1299 82 75 17250 6900 0.40 1232 16200 6480 0.40 1288 15300 6120 0.40 1344 82 1 79 181501 5082 0.28 1 1277 117100 4788 1 0.28 1333 116050 4494 1 0.28 1389 84 64 14700 11760 0.80 1098 13500 10800 0.80 1165 12450 9960 0.80 1210 84 68 15450 10506 0.68 1142 14400 9792 0.68 1198 13350 9078 0.68 1266 84 72 16350 9156 0.56 1187 15300 8568 0.56 1254 14250 7980 0.56 1299 84 75 17250 7590 0.44 1232 16200 7128 0.44 1288 15300 6732 0.44 1344 84 79 18150 5808 0.32 1277 17100 5472 0.32 1333 16050 5136 0.32 1389 86 64 14700 12348 0.84 1098 13500 11340 0.84 1165 12450 10458 0.84 1210 86 68 15450 11124 0.72 1142 14400 10368 0.72 1198 13350 9612 0.72 1266 86 72 16350 9810 0.60 1187 15300 9180 0.60 1254 14250 8550 0.60 1299 86 75 17250 8280 0.48 1232 16200 7776 0.48 1288 15300 7344 0.48 1344 86 1 79 181501 6534 0.36 1 1277 117100 6156 1 0.36 1333 116050 5778 1 0.36 1389 88 64 14700 12936 0.88 1098 13500 11880 0.88 1165 12450 10956 0.88 1210 88 68 15450 11742 0.76 1142 14400 10944 0.76 1198 13350 10146 0.76 1266 88 72 16350 10464 0.64 1187 15300 9792 0.64 1254 14250 9120 0.64 1299 88 75 17250 8970 0.52 1232 16200 8424 0.52 1288 15300 7956 0.52 1344 88 79 18150 7260 0.40 1277 17100 6840 0.40 1333 16050 6420 0.40 1389 90 64 14700 13524 0.92 1098 13500 12420 0.92 1165 12450 11454 0.92 1210 90 68 15450 12360 0.80 1142 14400 11520 0.80 1198 13350 10680 0.80 1266 90 72 16350 11118 0.68 1187 15300 10404 0.68 1254 14250 9690 0.68 1299 90 75 17250 9660 0.56 1232 16200 9072 0.56 1288 15300 8568 0.56 1344 90 1 79 1181501 7986 1 0.44 1 1277 1171001 7524 1 0.44 1 1333 1160501 7062 1 0.44 1389 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-297 IJiIlJZa "Ili E:jki/_1:N CAPACITY (Btu/h): 17000 INPUT (W): 1350 SHF: 0.65 OUTDOOR DB (°F) INDOOR INDOOR 70 77 81 86 DB (°F) WB (°F) CA SHC SHF P.C. CA SHC SHF P.C. CA I SHC SHF P.C. CA SHC SHF P.C. 70 64 19975 9388 0.47 1080 19125 8989 0.47 1134 18360 8629 0.47 1188 17680 8310 0.47 1242 70 68 20825 7289 0.35 1134 19975 6991 0.35 1202 19380 6783 0.35 1229 18700 6545 0.35 1283 72 64 19975 10187 0.51 1080 19125 9754 0.51 1134 18360 9364 0.51 1188 17680 9017 0.51 1242 72 68 20825 8122 0.39 1134 19975 7790 0.39 1202 19380 7558 0.39 1229 18700 7293 0.39 1283 72 72 21675 5852 0.27 1175 20910 5646 0.27 1249 20400 5508 0.27 1283 19550 5279 0.27 1337 73 64 19975 10986 0.55 1080 19125 10519 0.55 1134 18360 10098 0.55 1188 17680 9724 0.55 1242 73 68 20825 8955 0.43 1134 19975 8589 0.43 1202 19380 8333 0.43 1229 18700 8041 0.43 1283 73 1 72 216751 6719 0.31 1 1175 120910 6482 1 0.31 1249 120400 6324 1 0.31 1283 1195501 6061 0.31 1 1337 75 64 19975 11785 0.59 1080 19125 11284 0.59 1134 18360 10832 0.59 1188 17680 10431 0.59 1242 75 68 20825 9788 0.47 1134 19975 9388 0.47 1202 19380 9109 0.47 1229 18700 8789 0.47 1283 75 72 21675 7586 0.35 1175 20910 7319 0.35 1249 20400 7140 0.35 1283 19550 6843 0.35 1337 75 75 22780 5239 0.23 1229 21930 5044 0.23 1296 21420 4927 0.23 1337 20740 4770 0.23 1404 77 64 19975 12584 0.63 1080 19125 12049 0.63 1134 18360 11567 0.63 1188 17680 11138 0.63 1242 77 68 20825 10621 0.51 1134 19975 10187 0.51 1202 19380 9884 0.51 1229 18700 9537 0.51 1283 77 72 21675 8453 0.39 1175 20910 8155 0.39 1249 20400 7956 0.39 1283 19550 7625 0.39 1337 77 75 22780 6151 0.27 1229 21930 5921 0.27 1296 21420 5783 0.27 1337 20740 5600 0.27 1404 79 64 19975 13383 0.67 1080 19125 12814 0.67 1134 18360 12301 0.67 1188 17680 11846 0.67 1242 79 68 20825 11454 0.55 1134 19975 10986 0.55 1202 19380 10659 0.55 1229 18700 10285 0.55 1283 79 72 21675 9320 0.43 1175 20910 8991 0.43 1249 20400 8772 0.43 1283 19550 8407 0.43 1337 79 75 22780 7062 0.31 1229 21930 6798 0.31 1296 21420 6640 0.31 1337 20740 6429 0.31 1404 79 1 79 234601 4457 0.19 1 1296 122780 4328 1 0.19 1364 122440 4264 1 0.19 1404 1217601 4134 0.19 1 1445 81 64 19975 14182 0.71 1080 19125 13579 0.71 1134 18360 13036 0.71 1188 17680 12553 0.71 1242 81 68 20825 12287 0.59 1134 19975 11785 0.59 1202 19380 11434 0.59 1229 18700 11033 0.59 1283 81 72 21675 10187 0.47 1175 20910 9828 0.47 1249 20400 9588 0.47 1283 19550 9189 0.47 1337 81 75 22780 7973 0.35 1229 21930 7676 0.35 1296 21420 7497 0.35 1337 20740 7259 0.35 1404 81 79 123460 5396 0.23 1296 227801 5239 0.23 1 1364 224401 5161 0.23 1 1404 21760 5005 1 0.23 1445 82 64 19975 14981 0.75 1080 19125 14344 0.75 1134 18360 13770 0.75 1188 17680 13260 0.75 1242 82 68 20825 13120 0.63 1134 19975 12584 0.63 1202 19380 12209 0.63 1229 18700 11781 0.63 1283 82 72 21675 11054 0.51 1175 20910 10664 0.51 1249 20400 10404 0.51 1283 19550 9971 0.51 1337 82 75 22780 8884 0.39 1229 21930 8553 0.39 1296 21420 8354 0.39 1337 20740 8089 0.39 1404 82 79 234601 6334 1 0.27 1296 22780 6151 1 0.27 1364 122440 6059 0.27 1404 21760 5875 0.27 1 1445 84 64 19975 15780 0.79 1080 19125 15109 0.79 1134 18360 14504 0.79 1188 17680 13967 0.79 1242 84 68 20825 13953 0.67 1134 19975 13383 0.67 1202 19380 12985 0.67 1229 18700 12529 0.67 1283 84 72 21675 11921 0.55 1175 20910 11501 0.55 1249 20400 11220 0.55 1283 19550 10753 0.55 1337 84 75 22780 9795 0.43 1229 21930 9430 0.43 1296 21420 9211 0.43 1337 20740 8918 0.43 1404 84 1 79 23460 7273 0.31 1 1296 227801 7062 0.31 1 1364 22440 6956 1 0.31 1404 121760 6746 0.31 1445 86 64 19975 16579 0.83 1080 19125 15874 0.83 1134 18360 15239 0.83 1188 17680 14674 0.83 1242 86 68 20825 14786 0.71 1134 19975 14182 0.71 1202 19380 13760 0.71 1229 18700 13277 0.71 1283 86 72 21675 12788 0.59 1175 20910 12337 0.59 1249 20400 12036 0.59 1283 19550 11535 0.59 1337 86 75 22780 10707 0.47 1229 21930 10307 0.47 1296 21420 10067 0.47 1337 20740 9748 0.47 1404 86 79 234601 8211 0.35 1296 22780 7973 0.35 1364 22440 7854 0.35 1404 217601 7616 1 0.35 1445 88 64 19975 17378 0.87 1080 19125 16639 0.87 1134 18360 15973 0.87 1188 17680 15382 0.87 1242 88 68 20825 15619 0.75 1134 19975 14981 0.75 1202 19380 14535 0.75 1229 18700 14025 0.75 1283 88 72 21675 13655 0.63 1175 20910 13173 0.63 1249 20400 12852 0.63 1283 19550 12317 0.63 1337 88 75 22780 11618 0.51 1229 21930 11184 0.51 1296 21420 10924 0.51 1337 20740 10577 0.51 1404 88 1 79 23460 9149 1 0.39 1 1296 227801 8884 0.39 1 1364 224401 8752 0.39 1 1404 21760 8486 0.39 1445 90 64 19975 18177 0.91 1080 19125 17404 0.91 1134 18360 16708 0.91 1188 17680 16089 0.91 1242 90 68 20825 16452 0.79 1134 19975 15780 0.79 1202 19380 15310 0.79 1229 18700 14773 0.79 1283 90 72 21675 14522 0.67 1175 20910 14010 0.67 1249 20400 13668 0.67 1283 19550 13099 0.67 1337 90 75 22780 12529 0.55 1229 21930 12062 0.55 1296 21420 11781 0.55 1337 20740 11407 0.55 1404 90 79 123460 10088 0.43 1296 22780 9795 0.43 1364 22440 9649 0.43 1404 1217601 9357 1 0.43 1 1445 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-298 ►vi[I]*-0:I1111F4►/_1:PA CAPACITY (Btu/h): 17000 INPUT (W): 1350 SHF: 0.65 OUTDOOR DB (°F) INDOOR DB (°F) INDOOR WB (°F) 95 104 115 CA SHC SHF P.C. CA SHC SHF P.C. CA SHC SHF P.C. 70 64 16660 7830 0.47 1323 15300 7191 0.47 1404 14110 6632 0.47 1458 70 68 17510 6129 0.35 1377 16320 5712 0.35 1445 15130 5296 0.35 1526 72 64 16660 8497 0.51 1323 15300 7803 0.51 1404 14110 7196 0.51 1458 72 68 17510 6829 0.39 1377 16320 6365 0.39 1445 15130 5901 0.39 1526 72 72 18530 5003 0.27 1431 17340 4682 0.27 1512 16150 4361 0.27 1566 73 64 16660 9163 0.55 1323 15300 8415 0.55 1404 14110 7761 0.55 1458 73 68 17510 7529 0.43 1377 16320 7018 0.43 1445 15130 6506 0.43 1526 73 1 72 185301 5744 0.31 1 1431 117340 5375 1 0.31 1512 116150 5007 1 0.31 1566 75 64 16660 9829 0.59 1323 15300 9027 0.59 1404 14110 8325 0.59 1458 75 68 17510 8230 0.47 1377 16320 7670 0.47 1445 15130 7111 0.47 1526 75 72 18530 6486 0.35 1431 17340 6069 0.35 1512 16150 5653 0.35 1566 75 75 19550 4497 0.23 1485 18360 4223 0.23 1553 17340 3988 0.23 1620 77 64 16660 10496 0.63 1323 15300 9639 0.63 1404 14110 8889 0.63 1458 77 68 17510 8930 0.51 1377 16320 8323 0.51 1445 15130 7716 0.51 1526 77 72 18530 7227 0.39 1431 17340 6763 0.39 1512 16150 6299 0.39 1566 77 75 19550 5279 0.27 1485 18360 4957 0.27 1553 17340 4682 0.27 1620 79 64 16660 11162 0.67 1323 15300 10251 0.67 1404 14110 9454 0.67 1458 79 68 17510 9631 0.55 1377 16320 8976 0.55 1445 15130 8322 0.55 1526 79 72 18530 7968 0.43 1431 17340 7456 0.43 1512 16150 6945 0.43 1566 79 75 19550 6061 0.31 1485 18360 5692 0.31 1553 17340 5375 0.31 1620 79 1 79 205701 3908 0.19 1 1539 119380 3682 1 0.19 1607 118190 3456 1 0.19 1674 81 64 16660 11829 0.71 1323 15300 10863 0.71 1404 14110 10018 0.71 1458 81 68 17510 10331 0.59 1377 16320 9629 0.59 1445 15130 8927 0.59 1526 81 72 18530 8709 0.47 1431 17340 8150 0.47 1512 16150 7591 0.47 1566 81 75 19550 6843 0.35 1485 18360 6426 0.35 1553 17340 6069 0.35 1620 81 79 20570 4731 0.23 1539 19380 4457 0.23 1607 18190 4184 0.23 1674 82 64 16660 12495 0.75 1323 15300 11475 0.75 1404 14110 10583 0.75 1458 82 68 17510 11031 0.63 1377 16320 10282 0.63 1445 15130 9532 0.63 1526 82 72 18530 9450 0.51 1431 17340 8843 0.51 1512 16150 8237 0.51 1566 82 75 19550 7625 0.39 1485 18360 7160 0.39 1553 17340 6763 0.39 1620 82 1 79 205701 5554 0.27 1539 19380 5233 1 0.27 1607 118190 4911 1 0.27 1674 84 64 16660 13161 0.79 1323 15300 12087 0.79 1404 14110 11147 0.79 1458 84 68 17510 11732 0.67 1377 16320 10934 0.67 1445 15130 10137 0.67 1526 84 72 18530 10192 0.55 1431 17340 9537 0.55 1512 16150 8883 0.55 1566 84 75 19550 8407 0.43 1485 18360 7895 0.43 1553 17340 7456 0.43 1620 84 79 20570 6377 0.31 1 1539 119380 6008 0.31 1607 18190 5639 0.31 1674 86 64 16660 13828 0.83 1323 15300 12699 0.83 1404 14110 11711 0.83 1458 86 68 17510 12432 0.71 1377 16320 11587 0.71 1445 15130 10742 0.71 1526 86 72 18530 10933 0.59 1431 17340 10231 0.59 1512 16150 9529 0.59 1566 86 75 19550 9189 0.47 1485 18360 8629 0.47 1553 17340 8150 0.47 1620 86 1 79 205701 7200 0.35 1539 19380 6783 1 0.35 1607 118190 6367 1 0.35 1674 88 64 16660 14494 0.87 1323 15300 13311 0.87 1404 14110 12276 0.87 1458 88 68 17510 13133 0.75 1377 16320 12240 0.75 1445 15130 11348 0.75 1526 88 72 18530 11674 0.63 1431 17340 10924 0.63 1512 16150 10175 0.63 1566 88 75 19550 9971 0.51 1485 18360 9364 0.51 1553 17340 8843 0.51 1620 88 79 20570 8022 0.39 1 1539 119380 7558 0.39 1607 18190 7094 0.39 1674 90 64 16660 15161 0.91 1323 15300 13923 0.91 1404 14110 12840 0.91 1458 90 68 17510 13833 0.79 1377 16320 12893 0.79 1445 15130 11953 0.79 1526 90 72 18530 12415 0.67 1431 17340 11618 0.67 1512 16150 10821 0.67 1566 90 75 19550 10753 0.55 1485 18360 10098 0.55 1553 17340 9537 0.55 1620 90 1 79 1205701 8845 0.43 1539 193801 8333 1 0.43 1 1607 1181901 7822 1 0.43 1674 NOTE CA: Capacity (Btu/h) SHF: Sensible heat factor DB: Dry-bulb temperature SHC: Sensible heat capacity (Btu/h) P.C.: Power consumption (W) WB: Wet -bulb temperature A-299 13-1. CAPACITY CORRECTION RATIO CURVE FOR PIPING LENGTH 100% 99% 98°% 97°% 96°% 0 ... 95% 94°% c. 93°% R 92°% 0 91 °% O is 90°/ 89% 88% 87% 86% a Correction ratio of capacity according to the length of piping (cooling) Indoor unit 06109112115 class Indoor unit 18 class Indoor uni 24 class Indoor unit 30 class Indoor unit 36 class 0070 0 16.4 32.8 49.2 65.6 82.0 98.4 114.8 (ft.) 5 10 15 20 25 30 35 (m) Actual length of refrigerant piping Correction ratio of capacity according to the length of piping (heating) 100% 99% All capacity class Z. 98% U R Q R V 0 97% R 96% 95% 0 16.4 32.8 49.2 65.6 82.0 98.4 114.8 (ft.) 5 10 15 20 25 30 35 (m) Actual length of refrigerant piping The length intended for the capacity calculation, which counts the length of refrigerant piping and the number of bends, is called actual length. Length of refrigerant piping (ft.) + ( Number of bends x 0.984 ft.) = Actual length of refrigerant piping (ft.) [Length of refrigerant piping (m) + ( Number of bends X 0.3 m ) = Actual length of refrigerant piping (m)] A-300 MS-A09WA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O Airflow distribution [Tfl] 25(77) 23(73) 25(77) 27(81) 7 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O O M N O O o . CD N � L U C E E O ti O M U7 M O [m/s(ft/s)] 0.3(1.0) 0.9(3.0) 1.5(4.9) 0.3(1.0) 2:1(6_9) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load, obstacles, etc. A-301 MS-Al2WA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o� M O � N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o � O M N O oti U O ao C N I` E E oti O COCDaj � � M 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 25 77 26(79) 23(73) 21 70 ( ) 26(79) 25(77) 1000 0 (39.37) [m/s(ft/s)] 0.3(1.0) 1:5(4.9) 2.1(6_9)�2_7(8:9) 0.9(3.0) 0.3(1.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-302 MSZ-GL06NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O CD oC6 O 25(77) 21(70) 27(81) —, (66) 23(73) 25(77) 27(81) 2000 1000 U (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) o O O M N O O � O O o0 N � 0 29(84) r-23(73) 27(81) L—J,/ 25(77) (77) 2000 1000 (78.74) (39.37) Floor distance [ mm (inch) ] 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-303 MSZ-GL06NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O O O M r-- O N O O O o� O [m/s(ft/s)] 0:3(1:0) 2:1(6.9)� 2.7(8:9) 9 �1.5(4.9) 0.9(3.0) 2000 1000 0 (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) o O M O CD N O O tiO O o0 N t O [m/s(ft/s)] 0.3(1:0) L' 0.3(1.0) 2..7(8.9) lI lII 2.1(6.9) _LL 0.9(3.0) 1.5(4.9) 0.9(3.0) 0.3(1.0) 2000 1000 0 (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-304 MSZ-GL09NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O [°C(F)] 25(77) 29 (70) 23(73) 25(7.7) 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O O O M n O CV O O O . O CO _ N L U c E E o ti O M � O O � � M 0 [°C(F)] 23(73) 25(77) 31(88) 1 27(81) 111b29(84) 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-305 MSZ-GL09NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) o O O M r- O N O O O O eO o4 L c.> C O � O K? O p-) r7 [m/s(ft/s)] 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O [m/s(ft/s)] 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] 51 a Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-306 MSZ-GL12NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O � N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 25(77) 26(79) 21(70) 23(73) 24(75) 25(77) 26(79) 1000 0 (39.37) 23(73) (9 V 21 31(88) 25(77) 27(81) 2� 4� 29(€ 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-307 MSZ-GL12NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CO N O o� U O ao E O M CD � � M Z 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O CD N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.9(3.0) 2.1(6;9)- 1.5(4.9) 0.9(3.0) 0.3(1.0) 1000 0 (39.37) [m/s(ft/s)] 2.1(6.! P� 1.54,9) 0.3(1.0) I0': 0.9(3.0)V 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. q1.0) � li MSZ-GL15NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O 26(79) 25(77) 25(77) 23(73) 21(70) 27(81) 24(75) 26(79) 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O CD N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 1000 0 (39.37) 22(72) 23(73) 21(70) /(91)33 31(88) 27(81) 31(88) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-309 MSZ-GL15NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CO N O o� U O CO E O M CD � � M Z 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O CD N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0,9(3.0) 2:7(8:9) 2:1(6.9) 1.5(4.9) 0.3(1.0) 1000 0 (39.37) [m/s(ft/s)] 0.3(1.0) 2;7(8, �II ��I 0.3(1.0) 2.1(A) 1.5(4.9)11 0.1 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. S3 (1.0) A-310 MSZ-GL18NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CO N O i O ti U O eo C CV I� E E O M O � � M 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O N O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 21(70) 27(81) 24(75) 23(73) 25(77) 26(79) 1000 0 (39.37) [°C(F)] 33(91) 22(72) 23(73) 25(77) 31(88) /31 /) 27( 27(81) 29(84) 1000 0 (39.37) 31) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load, obstacles, etc. A-311 MSZ-GL18NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o � M O CO N O O 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O � N O O 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.3(1.0) 2;7(8.911 (0.9(3.0) 0.3(1.0) 1000 0 (39.37) [m/s(ft/s)] 2.7(8.9) 0.3(1.0) 0.3(1.0) 2.1(6.9) 1.5(4.9) 0.3 0.9(3.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 1.0) A-312 MSZ-GL24NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o CDO M N O 0 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] <Heating mode> 0 0 M O � N O Air volume: high Air direction: auto (downward air flow) [°C(F)] 21(70) 19(66) 26(79) 23(73) 27(81) 25(77) 26(79) 2000 1000 0 (78.74) (39.37) 23(73) 21(70) 25(77) /1r 27(81) 31(88) 29(84) 33(91) 8000 7000 6000 5000 4000 3000 2000 1000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 0 A-313 MSZ-GL24NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O O M N O oti U O CO C N t E E O'M CDC � � M O 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O � N O O 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.3(1.0) 2.1(6_9) 2.7(8.9) 0.9(3.0) 0.3(1.0) 2000 1000 0 (78.74) (39.37) [m/s(ft/s)] 0.3(1.0) 2.7 �1( 0.3(1.0) 2000 1000 0.3(1.0) (78.74) (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-314 MSY-GL09NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O O M C (D N O O O o06 U c E ;_ O I- O M O p; 0) M Z O Airflow distribution 25(77) 21(70) 23(73) 25(77) 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Cooling mode> Air volume: high Air direction: auto (upward air flow) o � M O CD N O O O O CO L U C F- E O r- O M O [m/s(ft/s)] 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-315 MSY-GL12NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CO N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CO N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] ['C(F)] 25(77) 26(79) 21(70) 23(73) 24(75) 25(77) 26(79) 1000 0 (39.37) [m/s(ft/s)] 0.9(3.0) 2.1(6;9) 1.5(4.9) 0.9(3.0) 0.3(1.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-316 MSY-GL15NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O 26(79) 25(77) 25(77) 23(73) 21(70) 27(81) 24(75) 26(79) 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O M O CO N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 1000 0 (39.37) [m/s(ft/s)] 0,9(3.0) 2.1(6.9) 2.7(8.9) 1.5(4.9) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-317 MSY-GL18NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o � M O CO N O 23(73) 21(70) �24(75) 27(81) 25(77) 26(79) ['C(F)] 7000 6000 5000 4000 3000 2000 1000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O M O � NO 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0 0.3(1.0) 2;7(8.9) 0.9(3.0) 1.5(4.9) 0.3(1.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-318 MSY-GL24NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O O M N O 0 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O O 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] 21(70) 19(66) 27(81) 26(79) 23(73) 25(77) 26(79) 2000 1000 0 (78.74) (39.37) [m/s(ft/s)] 0.3(1.0) 1.5(4.9) 2.1(6_9) 2.7(8.9) 0.9(3.0) 0.3(1.0) 2000 1000 0 (78.74) (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-319 MSZ-HM09NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O O M � O N O O O (-5 o0 N I-- L c.> C O CO O CO O p3 2) M O 29(70) 25(77) 23(73) 25(7.7) 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o CD O M N O O ;!t O O 06 _ N � L U C E O ti O M � � M W O 23(73) 25(77) 31(88) 29(84) 27(81)l// 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-320 MSZ-HM09NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) W [m/s(ft/s)] n Qr1 M 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O [m/s(ft/s)] 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-321 MSZ-HM12NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CO N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O � N O O U O o0 .E E O'M CDC � � M Z O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] ['C(F)] 25(77) 26(79) 21(70) 23(73) 24(75) 25(77) 26(79) 1000 0 (39.37) 23(73) 33(91 V 21 31(88) 25(77) 27(81) 2� 4� 29(f 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-322 MSZ-HM12NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O [m/s(ft/s)] 0.9(3.0) 1.5(4.9) 0.9(3.0) 0.3(1.0) 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) oCD M O CD N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 1000 0 (39.37) [m/s(ft/s)] 2.1(6.! 11 r,14.9) 0,3(1.0) 0.9 3.0 V 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 1(1.0) A-323 MSZ-HM15NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) CD M O CO N O ['C(F)] 26(79) 25(77) 25(77) 23(73) 21(70) 27(81) 24(75) 26(79) 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O CD N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 1000 0 (39.37) 22(72) 23(73) 21(70) /33(V/ 31(88) 7/91) 27(81) 31(88) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-324 MSZ-HM15NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O U O ao E E O M CD � � M [m/s(ft/s)] 0,9(3.0) 2. 8.9) 2.1(6.9) 1.5(4.9) 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O CD N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 1000 0 (39.37) [m/s(ft/s)] 0.3(1.0) �27(8. 4llqjl� 0.3(1.0) 2.1(6.9) 1.5(4.9) 0.' 0.9(3.0)� 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. I A-325 MSZ-HM18NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) 0 0 M O � N O : o� U O co O M O � � M ['C(F)] 21(70)� 19(66)— 23(73) 24(75) 727(81 25(77) 26(79) v 7000 6000 5000 4000 3000 2000 1000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O O c I O CV O czo CDti U O eo C CV CE O M O O M � � M 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] I 22(72) 23(73) 331(91) �("' �) 21(70) 30(86) 29(84) 27(8 �q(Rdl 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-326 MSZ-HM18NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o CD M O CO N O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o O M O � N O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] �2.7(8:9) 2.1(6.9) 0.9(3.0) 0.3(1.0) 1000 0 (39.37) [m/s(ft/s)] Q'— 2.7(8,9) 0.9(3.0) 2.1(6.9) / 0.3 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 1.0) A-327 MSZ-HM24NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o� M O CO N CD 0 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) 0 0 M O C�D N CD L p g U O ao N E E a� `J p M � � M 0 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] [°C(F)] 21(70) 19(66) 23(73) 26(79) 25(77) 27(81) 26(79) 2000 1000 0 (78.74) (39.37) 21(70) 23(73) 25(77) 27(81) 35(95) 29(f V 31(88) 33(91) 31(88) 2000 1000 0 (78.74) (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 4) A-328 MSZ-HM24NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O O M N O 0 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O O O M N O CD i't CD U o 06 N E E O � O M P M 0 8000 7000 6000 5000 4000 3000 (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.3(1.0) 2.7(89) 2.1(6.9) 0:9(3.0) 1.5(4.9) 0.3(1.0) 2000 1000 0 (78.74) (39.37) [m/s(ft/s)] 0.3(1.0) 0.3(1.0) 3:3(1( 0.9(3.0)1412.7(8 9)� �d 2:1(6.9) 0.3( 1.5(4:9) 2000 1000 0 (78.74) (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. EE B A-329 MSZ-FH06NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O o;,I O CD N C6 0 25(77) 27(81) 21(70) 23(73) 25(77) 27(81) 2000 1000 0 (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O O M O CD N O O O O 00 N r-- O 23(73) 27(81) LJ2915,1(77) 25(77) 2000 1000 0 (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-330 MSZ-FH06NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CO N O o�0 o� O [m/s(ft/s)] 0.3(1.0) 2000 1000 0 (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O O M O CD N O O � O O o0 N t� O [m/s(ft/s)] 0.3(1.0) 2.1(6.9) 0.3(1.0) 1.5(4.9) 0.9(3.0) 1000 1000 U (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-331 MSZ-FH09NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) o O M O � N O O 0 L U c E E O r; O COO dj U7 M a) O 25(77) 23(73) 21(70) 25(77) 27(81) 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O O O M N O O ti O . O 00 N 1� 0 U C E E o CO O CO i O pj U1 M O 23(73) 88) //� 21(70) 10/ 29(84) 27(8' 25(77) 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-332 MSZ-FH09NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O [m/s(ft/s)] 0:3(1.0) 0.3(1.0) 0.9(3.0) 1.5(4:9)-2.1(6�9) 0.3(1.0) 7 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O o M O C.0 N O O � O O 00 L U c E E CD r- O Cl? � � M 0 [m/s(ft/s)] 2: .9) 0.3(1.0) 2.1(6.9) 1.5(4.9) 0.3(110) 0.9(3.0)/ 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-333 MSZ-FH12NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O O O M I -CON O 25(77) O 6000 (236.22) ['C(F)] �21(70)� -7 27(81) 5000 4000 3000 2000 1000 (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O a M O CO N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [OC(F)] 23(73) 33(91) M 31(88) 23(73) 25(77)—27(81) , 29(84) 0 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-334 MSZ-FH12NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O Cc N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O o M O CO N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 1:5(4.9) 2 .1(6:9) 0.3(1.0)L_0.3(1.0)-0.3(1.0) 1000 0 (39.37) [m/s(ft/s)] 0.3(1.0) 2r7(8:9 1//1 ,/I1 2.1(6.9) 1.5(4.9) 0.9(3.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-335 MSZ-FH15NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O O M I— O N O CD CD U O CO C= N C E O CO O pj CO O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 25(77) 25(77) 23(73) 21(70) 27(81) r—i � 1000 0 (39.37) [°C(F)] ,23(73) 21(70) 33(91) 25(7.7)-27(81) 29(84) 31(88) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-336 MSZ-FH15NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) o O M O Cc N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O o O M N O 6000 5000 (236.22) (196.85) [m/s(ft/s)] (09(30 1.5(4.9) — ) 0.3(1.0) 1000 0 (39.37) [m/s(ft/s)] 2.1(6.9) 1.5(4.9) 4000 3000 2000 1000 (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 0 A-337 MSZ-FH18NA2 Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O O M N O CD7000 (275.59) <Heating mode> O CD O M N O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 23(73) 21 27(81) 6000 5000 4000 3000 2000 1000 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) [OC(F)] 23(73) 21(70) /�'31(88)— 25(77) /29(84)�I 27(81)/'29(84) 27( I 1000 (39.37) 1 ) 0 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-338 MSZ-FH18NA2 Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O CD O M N O i CDr` U O 06 !C_ C o iZ1 O COCDpj � � M 0.3(1.0) [m/s(ft/s)] 7000 6000 5000 4000 3000 2000 1000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) 0 0 M O CD N O O 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0 0.3(1.0) 2.7(8.9 2.1(6.9) 0:9(3.0) 1.5(4.9) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-339 MSZ-FE09NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) 0 25(77) TO) 25(77) Ix 7 27(81) 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) o O M O � N O O O O 00 N I� U C E E O � CDcl? LM a) O [OC(F)] 0 23(73) 31(88) 29(84) I 27(81) 25(77) 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-340 MSZ-FE09NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O CD M CD NCO O O o ,-, o eo _ N � L U C E E O M 0 � � M O [m/s(ft/s)] 0.3(1.0) 0.3(1.0) 1.5(4:9) 2_1(6:9) 0.9(3.0) 0.3(1.0) 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O O M O CD N O O ti O 0 00 N f� L U E E O O M � � M O 0 [m/s(ft/s)] 0.3(110) 2:7(8.9) 0:3(1.0) lI41 2.1(6.9) .5(4.9) 0.3(1.0) 0.9(3.0) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-341 MSZ-FE12NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O O O M I- O N O o� U O 00 C E= N I� CC O CO 0 o a; � � M O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) 0 0 M ti CD N O CD O ti U O c0 E E CD r— O M Z 25(77) 25(77) 23(73) 21(70)�� 1000 0 (39.37) 31(88) 23(73) 29(84) 1 25(77) 27(81) 27(81) 6000 5000 4000 3000 2000 1000 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-342 MSZ-FE12NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O Cc N O 0.3(1.0) 9) 0:3(1.0) [m/s(ft/s)] 6000 5000 4000 3000 2000 1000 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O o M O CO N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.3(1.0) 0:3(1:0) 2.7(8 9 0.3(1.0.1�/9) I A y0:9(3.0) (4.9) 0 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-343 MSZ-D30NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O O M r` O N O CD CDr` U O CO C� N CC C O P- O fM O pj CD 27(81) O 10000 9000 8000 7000 6000 5000 4000 3000 2000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> o � M O CO N O O U C 06 C N ti E E O O M Z Air volume: high Air direction: auto (downward air flow) [T fl] 1000 (39.37) 3 27(81) ] [°C(F)l 10000 9000 8000 7000 6000 5000 4000 3000 2000 1000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 0 0 A-344 MSZ-D30NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) CD O M N c c U c o6 N E E CD c M c pj M 2.1(6.9) 2.7(8.9) 0.9(3.0) 1.5(4.9) [m/s(ft/s)] 10000 9000 8000 7000 6000 5000 4000 3000 2000 1000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> o � M O CO N O c 10000 9000 8000 7000 6000 5000 4000 3000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) [m/s(ft/s)] 0.3(1'.0) 2 7(8.9) A2.11( 9) I 6 1.5(4.9)`. 0.3(1 2000 1000 (78.74) (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 0) 0 0 A-345 MSZ-D36NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O M O � N O 7 O 10000 9000 8000 7000 6000 5000 4000 3000 2000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O o M O � N O 0 10000 9000 8000 7000 6000 5000 4000 3000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] 27(81) 1000 0 (39.37) [°C(F)] 19(66) 23(73) 25(77) 35(95) 21(70) 27(81)-29(84),31(88) 33(91) 31(88 2000 1000 0 (78.74) (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-346 MSZ-D36NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O O M r.- O N O 1.5(4.9) 2.1(6_9) 2.7(8_9) 0.9(3.0) 0.3(1.0) [m/s(ft/s)] 10000 9000 8000 7000 6000 5000 4000 3000 2000 1000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> O M O N O : p U O cp C N 1� E E CD O M 0 6; � � M O 10000 9000 8000 7000 6000 5000 4000 3000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) [m/s(ft/s)] 0 0.3(1.0) 2.7(8.9) 2 1(6.9)/ 0.9(3.0) 1.5(4.9) 2000 1000 0 (78.74) (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-347 MSY-D30NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O M O � N O O ti U O 00 E E O � CDM CDpj M 21(70) 19(66) 27(81) 23(73) 27(81) 25(77) 27(81) 10000 9000 8000 7000 6000 5000 4000 3000 2000 1000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o CD M O CD N O L CDr` U O c0 C� N C E O r; O M LM M O 10000 9000 8000 7000 6000 5000 4000 3000 2000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0 0.9(3.0) 1.5(4.9) 2.1(6.9) 0.3(1 A 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. MSY-D36NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) CD CD O M r.— O N O O U O 00 CC N CC E O O COCDpj � � M O 10000 9000 8000 7000 6000 5000 4000 3000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) Floor distance [ mm (inch) ] Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o O M O CD N O L p U O c0 CC N r` C E CS, r� M � � M CD [T fl] 21(70) 27(81) 25(77) 23(73) 71 27(81) 2000 1000 0 (78.74) (39.37) 2.1(6.9) 1.5(4.9) — 0.9(3.0) 0.3(1:0) [m/s(ft/s)] 10000 9000 8000 7000 6000 5000 4000 3000 2000 1000 (393.7) (354.33) (314.96) (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 0 A-349 SLZ-KA09NA Temperature distribution <Cooling mode> Standard Flow angle: 30° 4-way flow Ceiling height : 2.7m o O CM NCO O O o N 00 E E o O M i O 6j M 2 0 �27111) (73) 27(81) 23(73) 25(77) 25(77) 27(81) 27(81) 2500 2000 1000 0 1000 (98.43) (78.74) (39.37) (39.37) Floor distance [ mm (inch) ] <Heating mode> Standard Flow angle: 60° 4-way flow Ceiling height : 2.7m 0 0 O M � CO N O o CD N E E O CO CD i O 6j � � M 2 0 2000 2500 (78.74) (98.43) [°C(F)] 1�008. " ) T;P 1 �\\ 28(82) 28(82) ' 26(79) 26(79) 24(75) 24(75) 24(75) 24(75) 2500 2000 1000 0 1000 2000 2500 (98.43) (78.74) (39.37) (39.37) (78.74) (98.43) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-350 S LZ-KA09 NA Airflow distribution <Cooling mode> Standard Flow angle: 30' 4-way flow Ceiling height : 2.7m O CO O M CD N O O CD 00 L O N E E o p M -17 i O pj O [m/s(ft/s)] 3.0(9.9) 2.0(6.6) M(9.9) 2.0(6.6) 1.0(3.3) 0.5(1.6) 1.0(3.3) 0.5(1.6) 2500 2000 1000 0 1000 (98.43) (78.74) (39.37) (39.37) Floor distance [ mm (inch) ] <Heating mode> Standard Flow angle: 60' 4-way flow Ceiling height : 2.7m o O M O N O O o O ao � N I� E E u O CO L O pj CO O 2000 2500 (78.74) (98.43) [m/s(ft/s)] 4.0(13.1) Z3'/(O�((9 .9) '\4.0(13.1) 3.0(9.9) 2.0(6.6) 2.0(6.6) 1.0(3.3) 0.5(1.6) 0.5(1.6) 2500 2000 1000 0 1000 2000 2500 (98.43) (78,74) (39.37) (39.37) (78.74) (98.43) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-351 SLZ-KAl2NA Temperature distribution <Cooling mode> o O M O CO N O o ti O 00 E E o r- O M L O 6j � � M 0 <Heating mode> Standard Flow angle: 30° 4-way flow Ceiling height : 2.7m [°C(F)] 27(81) 23(73) 23(73) 27(81) 25(77) 25(77) �27(8�1) 27(81) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] o � O M ti O N O O ti O 06 U N ti C E E o iz- M � � M 0 Standard Flow angle: 60' 4-way flow Ceiling height : 2.7m [°C(F)] 24(75) 28(82) 30(86) 30(86) 28(82) 44(75)_ 26(79) 24(75) 24(75) 2ti(79) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-352 SLZ-KAl2NA Airflow distribution <Cooling mode> Standard Flow angle: 30' 4-way flow Ceiling height : 2.7m O o CD � O N O O O 0 00 C� N � C E O M,J CD i O pj � � M 2 O [m/s(ft/s)] 3.0(9.9) 2.0(6.6) 3.0(9.9) 1.0(3.3) 0.5(1.6) 0.5(1.6) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] <Heating mode> Standard Flow angle: 60' 4-way flow Ceiling height : 2.7m O o O M I- CO N O o ti j- o � N CO E E O O �? M 0 [m/s(ft/s)] 4.0(13.1)� 3.0(9.9) 3.0(9.9) \ 2.0(6.6) 2.0(6.6) 1.0(3.3) 1.0(3.3) L 0.5(1.6) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-353 SLZ-KA15NA Temperature distribution <Cooling mode> 0 0 M O Q0 N O O o o ao � N � E E O MJ O i O pj � � M O <Heating mode> Standard Flow angle: 30° 4-way flow Ceiling height : 2.7m 27(81) 23(73) 23(73) 27(81) 25(77) 25(77) �27(8�1) 1__27'(81) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] O O M P— CO CV O O U O 06 C E E o ti u O M � � M 0 Standard Flow angle: 60' 4-way flow Ceiling height : 2.7m Z?/ T, � N '\'� — 24(75) 28(82) 30(86) 30(86)' 28(82) 24(75) 26(79) 24(75) 24(75) 26(79) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-354 SLZ-KA15NA Airflow distribution <Cooling mode> CD M O N O o CN CD E E _ o It— O M L O pj � � M 2 0 <Heating mode> Standard Flow angle: 30' 4-way flow Ceiling height : 2.7m [m/s(ft/s)] 3.0(9.9), 2.0(6.6) 3.0(9.9) 2.0(6.6) 1.0(3.3) 0.5(1.6) 0.5(1.6) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] 0 0 O M N O o Co ago E E o � O M i O dj LM M 0 Standard Flow angle: 60' 4-way flow Ceiling height : 2.7m [m/s(ft/s)] 3.0(9.9) Ie 3.0(9.9) U 2.0(6.6) 2.)(6.6) U � 1.0(3.3) 1.0(3.3) 0.5(1.6) 0.5(1.6) 3000 2000 1000 0 1000 2000 3000 (118.11) (78.74) (39.37) (39.37) (78.74) (118.11) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-355 MFZ-KJ09NA Single connection Standard installation (One -direction air flow) Temperature distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O O O M NCD O o� N 00 L U C E O O M i O M 2) M O 25(77) 23(73) �23(73) \21(70) 27(81) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) O 25(77) I ` 25(77) 27(81) 23(73) ) I � 29\(84) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-356 MFZ-KJ09NA Single connection Standard installation (One -direction air flow) Airflow distribution <Cooling mode> <Heating mode> Air volume: super high Air direction: auto (upward air flow) o CD M O � N O O 0 CD v U C E `J OO CO L CD M a) O [m/s(ft/s)] 0.9(3.0)�1.5(4 9)\0.9( \2.1I6\\ 2.7(8.9) \%\III 0.3(1.0) 3,3(10 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: super high Air direction: auto (downward air flow) oCD M O co N O CD o00 U E o O CO O M � � M O [m/s(ft/s)] 0:9(3.0) 1.5(4 2..1(6.9) (� 1, � M 2.7(8.9) 3.3(10.8) 0 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] J) J) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-357 MFZ-KJ09NA Single connection Standard installation (Two -direction air flow) Temperature distribution <Cooling mode> <Heating mode> Air volume: super high Air direction: auto (upward air flow) O M O CO N O O O O co _ N � U C E O O M 2) M 25(77) 23(73) 25(77) 27(81) 27(81) 25(77) 23(73) 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: super high Air direction: auto (downward air flow) O 25(77) 25(77) 23(73 F_ 27(81) 23(73) 2\ ) 25(77) 27(81) 0 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-358 MFZ-KJ09NA Single connection Standard installation (Two -direction air flow) Airflow distribution <Cooling mode> <Heating mode> Air volume: super high Air direction: auto (upward air flow) 0 0 M O � N O o � o00 _ N I� L U C E o O M O pj � � M M [m/s(ft/s)] 0.3(1.0) 0:9(3.0) .9(3.0)0.3(1.0) 1.5(4.9) 2.1(6.9) 0.3(1.0) 0.3(1.0) (4:9) 0.9(3.0) 0.9(3.0) 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: super high Air direction: auto (downward air flow) 0 0 M O N O o ti o00 cV I� L U C E E o r; O M � � M M 0 [m/s(ft/s)] 0.3(1'.0) 0.9(3.0) 0.3(1'.0) 2.1(6.9) 1.5(4.9) 0.9(3A) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-359 MFZ-KJ12NA Single connection Standard installation (One -direction air flow) Temperature distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O O M CD N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) o O M O CO N O o� U O co CC CN C E O r; O M � � M O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [OC(F)] 27(81) 25(77) 23(73) 23(73) 2E ��21(70) 27(81) 1000 0 (39.37) 717/77\ 97/R11 ['C(F)] 27(81) 25(77, 23(73)- 29(84) NA 22(72) 1000 0 (39.37) (77) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-360 MFZ-KJ12NA Single connection Standard installation (One -direction air flow) Airflow distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O M O CO N O CD U O co CC CV C E O M � � M Z [m/s(ft/s)] 4.9)� 0.3(1,0) 0.3(1.0) 1.5( 2.1(6.9) 2.7(8.9) 0.3(1.0) CD 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) O O O M � NO 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 1000 0 (39.37) n o« M [m/S(ft/s)] 70.3(1.0)9(3 -, 1 6(4.9)\ 2:1 (6:9) 2:7(8.9) 0.3(1.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 3 A-361 MFZ-KJ12NA Single connection Standard installation (Two -direction air flow) Temperature distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) o O M O � N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) O O M O CO N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 27(81) 25(77)25(77) 25( 23(73) �23(73 21(7�0) 27(81) 25(7.7) 23(73) 1000 0 (39.37) 25(77) 27(81) 25(7 r--2 �( 29(84) 25(77) 29(84) 27(81) 1000 0 (39.37) I Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-362 MFZ-KJ12NA Single connection Standard installation (Two -direction air flow) Airflow distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O O M O CO N O CD U CD CO CC CV C E O M � � M Z O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) o O M O � N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] n nio M [m/s(ft/s)] 0.3(1.0) 1.5(4.9) 0.� 2.1(6.9) 0.3(1.0) 1000 0 (39.37) n WO M [m/s(ft/s)] 0.3(1.0) V v\v v 9)� 2.7(M) 0.3(1.0) 0.9(3.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. (1.0) ;3.0) A-363 MFZ-KJ15NA Single connection Standard installation (One -direction air flow) Temperature distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O C) M O (O N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) o O M O CO N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 25(77), 25(7i 23(73 23(\ I)A 21(70) IN 27(81) 1000 0 (39.37) 25(77)=27(81) 27(8 \21(84) 31(88) 23(73)AX 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-364 MFZ-KJ15NA Single connection Standard installation (One -direction air flow) Airflow distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) o M O � N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) O O M O � N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.9(3:0) 1.5(4.9), 0:3( 2:1(6:9) 2.7(8:9) 0.3(1.0) Mi 0.3(1.0) 1000 0 (39.37) [m/s(ft/s)] Is] 0.9(3.0)=1:5(4.9)-, 12:1(6.9) ( ) 2:7(8.9) 33(10.8) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-365 MFZ-KJ15NA Single connection Standard installation (Two -direction air flow) Temperature distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O O M ti N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) O O M O � N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [°C(F)] 25(77)\ \ (7 23(73)-25(77) \1 27(81) 21(70) 25(77) 23(73) 23(73) 1000 0 (39.37) [°C(F)] 25(7729(84) 27(81) 25(7 27(81) \II 31(88) 25(77) 29(84) 27(81)-------29(84) 1000 0 (39.37) i) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-366 MFZ-KJ15NA Single connection Standard installation (Two -direction air flow) Airflow distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O o M O CD N O o� U O o0 CC CN r C E o� O M O M [m/s(ft/s)] 0.9(3.�)1.5 0.3(1.0) 0.9(3.0) 0.9(E 1(6 9)� 6000 5000 4000 3000 2000 1000 0 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) O O M O N O 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.9(3:0)1.5(4.9)1 2.1(6.9) I 0.3(1.0) 2,7(8:9 0 .9(3.0) 0.9(3.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-367 MFZ-KJ18NA Single connection Standard installation (One -direction air flow) Temperature distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O M O CO N O �E og U O co CS CV E C O O M CDM � � M Z <Heating mode> [°C(F)] 25(77)-23(73) 23(73) 27(81) 21(70) 7000 6000 5000 4000 3000 2000 1000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] o O M O CO N O CD O U O o0 C CN i C O � O M CD6) O 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] Air volume: super high Air direction: auto (downward air flow) 1000 (39.37) 0 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. � •i MFZ-KJ18NA Single connection Standard installation (One -direction air flow) Airflow distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) o M O CD N O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) 0 0 M O N O gti U CD co C� N 1� C oti O COCDp) 0) M Z O 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.9(3 0)� 1.5(4:9 2,1(6.9) 2.7(8.9) 3:3(10.8) V 0.3(1:0) 0.3(1.0) Ni 1000 0 (39.37) [m/s(ft/s)] 0)1:5(4.91 0.3(1.0) — 0.9(3.2.1(6:9) \\1 %I 3:3(10.8 0.3(1.0) u 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-369 MFZ-KJ18NA Single connection Standard installation (Two -direction air flow) Temperature distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) o� O M ti O N O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) 0 0 M O Q0 N O CD U O c6 C CN � E E o � O M � � M 25(77) 23(73) 25(77) 27(81) 3) T21(70) 25(77.) 23(73) 1000 0 (39.37) [Tfl] 25(77) 27(81) 29(84) 25(77) �29(84)_ 27(81) 23(73) 3(73) 31(88)' 2 25(77) 27(81) 29(84) 7000 6000 5000 4000 3000 2000 1000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. A-370 MFZ-KJ18NA Single connection Standard installation (Two -direction air flow) Airflow distribution <Cooling mode> Air volume: super high Air direction: auto (upward air flow) O M O CD N O U O o0 CC CN r E E O r O M O M � � M 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: super high Air direction: auto (downward air flow) o O M cV O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 0.3(1.0)— 0.9(3.0)1.5(4.9)�I3(1 2.1(6.9) 0.3(1.0) 0.9(3:0) 1.5(4.9) 1000 0 (39.37) [m/s(ft/s)] 0.9(3.0)1.5(4.9)\ 0.3(1 0:3(1.0) 0.3(1.0) 1.5(4.9) 0.9(3.0) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 9] A-371 MXZ-2C20NA2 MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 MXZ-5C42NA2 MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 For information on service, please refer to the service manual as follows. 1-1. OUTDOOR UNIT Model name Service Ref. Service Manual No. MXZ-2C20NA2 MXZ-2C20NA2 - Lull MXZ-3C24NA2 MXZ-3C24NA2 - Lull MXZ-3C30NA2 MXZ-3C30NA2 - Lull MXZ-4C36NA2 MXZ-4C36NA2 - Lull OBH702F MXZ-5C42NA2 MXZ-5C42NA2 - Lull OBB702D MXZ-2C20NAHZ2 MXZ-2C20NAHZ2 - u+ MXZ-3C24NAHZ2 MXZ-3C24NAHZ2 - u+ MXZ-3C30NAHZ2 MXZ-3C30NAHZ2 - u+ :II 2-1. OUTDOOR UNIT MXZ-2C20NA2 Item Outdoor model MXZ-2C20NA2 Indoor type Non -Duct (09+09) Duct (09+12) Cooling *1 Btu/h 18,000 20,000 Capacity Heating 47 *1 Btu/h 22,000 22,000 Heating 17 *2 Btu/h 1,2500 13,500 Cooling *1 W 1,417 2,000 Power Heating 47 *1 W 1,641 1,771 consumption Heating 17 *2 W 1,300 1,350 EER Cooling 12.7 10.0 SEER Cooling 20.0 16.0 HSPF IV(V) Heating 10.0 9.3 COP Heating 3.93 3.64 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 20 Min. circuit ampacity A 17.2 Fan motor F.L.A 1.77 Model SNB140FQUH2T Compressor Winding resistance (at 68 OF) O U-V1.99 V-W 1.99 W-U 1.99 R.L.A 10.7 L.R.A 15.5 Refrigerant control LEV Sound level dB(A) 50/54 Defrost method Reverse cycle W in. 33-1/16 Dimensions D in. 13 H in. 27-15/16 Weight lb. 126 Remote controller Wireless type Control voltage (by built-in transformer) 12 - 24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1 /4 Valve size Gas in. 3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R41 OA) lb. 5 lb. 15 oz. Refrigeration oil (Model) fl oz. (L) 20.3 (0.6) (NE022) NOTE: Test conditions are based on ARI 210/240. Unit: °F Mode Test Indoor air condition Outdoor air condition Dry bulb Wet bulb Dry bulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "B-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 70 60 35 33 MXZ-3C24NA2 Item Outdoor model MXZ-3C24NA2 Indoor type Non -Duct (06+09+09) Duct (09+09+09) Cooling *1 Btu/h 22,000 23,600 Capacity Heating 47 *1 Btu/h 25,000 24,600 Heating 17 *2 Btu/h 19,600 19,600 Cooling *1 W 1,620 2,100 Power consumption Heating 47 *1 W 1,750 1,900 Heating 17 *2 W 2,580 2,440 EER Cooling 13.6 11.2 SEER Cooling 20.0 16.0 HSPF IV(V) Heating 9.8 (7.6) 9.2 (7.6) COP Heating 4.20 3.80 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 25 Min. circuit ampacity A 22.1 Fan motor F.L.A 2.43 Model SNB220FQGMC Compressor Winding resistance (at 68 IF) O U-V 0.95 V-W 0.95 W-U 0.95 R. L.A 12 L. R.A 13.7 Refrigerant control LEV Sound level dB(A) 51/55 Defrost method Reverse cycle W in. 37-13/32 Dimensions D in. 13 H in. 31-11/32 Weight lb. 137 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1/4 Valve size Gas in. A: 1/2 B,C: 3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R41 OA) lb. 6 lb. 13 oz. Refrigeration oil (Model) fl oz. (L) 23.7 (0.7) (FV50S) NOTE : Test conditions are based on ARI 210/240. Unit: T Mode Test Indoor air condition Outdoor air condition Dry bulb Wet bulb Dry bulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "B-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 70 60 1 35 1 33 B-3 MXZ-3C30NA2 Item Outdoor model MXZ-3C30NA2 Indoor type Non -Duct (09+09+12) Duct (09+09+12) Cooling *1 Btu/h 28,400 27,400 Capacity Heating 47 *1 Btu/h 28,600 27,600 Heating 17 *2 Btu/h 21,000 21,000 Cooling *1 W 2,680 2,840 Power Heating 47 *1 W 2,150 2,220 consumption Heating 17 *2 W 2,740 2,820 EER Cooling 10.6 9.6 SEER Cooling 19.0 16.2 HSPF IV(V) Heating 10.6 (8.0) 9.6 (8.0) COP Heating 3.90 3.64 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 25 Min. circuit ampacity A 22.1 Fan motor F.L.A 2.43 Model SNB220FQGMC Compressor Winding resistance (at 68 IF) O U-V 0.95 V-W 0.95 W-U 0.95 R. L.A 12 L. R.A 13.7 Refrigerant control LEV Sound level dB(A) 52/56 Defrost method Reverse cycle W in. 37-13/32 Dimensions D in. 13 H in. 31-11/32 Weight lb. 137 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1/4 Valve size Gas in. A: 1/2 B,C: 3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R41 OA) lb. 6 lb. 13 oz. Refrigeration oil (Model) fl oz. (L) 23.7 (0.7) (FV50S) NOTE : Test conditions are based on ARI 210/240. Unit: °F Mode Test Indoor air condition Outdoor air condition Dry bulb Wet bulb Dry bulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "13-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 70 1 60 35 33 MA MXZ-4C36NA2 Item Outdoor model MXZ-4C36NA2 Indoor type Non -Duct (09+09+09+09) Duct (09+09+09+09) Cooling *1 Btu/h 35,400 34,400 Capacity Heating 47 *1 Btu/h 36,000 34,400 Heating 17 *2 Btu/h 26,600 26,600 Cooling *1 W 3,760 3,940 Power consumption Heating 47 *1 W 3,020 3,100 Heating 17 *2 W 3,440 3,540 EER Cooling 9.4 8.7 SEER Cooling 19.2 16.0 HSPF IV(V) Heating 11.0 (8.4) 9.8 (8.4) COP Heating 3.50 3.25 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 25 Min. circuit ampacity A 22.1 Fan motor F.L.A 2.43 Model SNB220FQGMC Compressor Winding resistance (at 68 OF) O U-V 0.95 V-W 0.95 W-U 0.95 R. L.A 12 L. R.A 13.7 Refrigerant control LEV Sound level dB(A) 54/56 Defrost method Reverse cycle W in. 37-13/32 Dimensions D in. 13 H in. 31-11/32 Weight lb. 139 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1/4 Valve size Gas in. A: 1/2 B,C,D: 3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R41 OA) lb. 6 lb. 13 oz. Refrigeration oil (Model) fl oz. (L) 23.7 (0.7) (FV50S) NOTE : Test conditions are based on ARI 210/240. Unit: °F Mode Test Indoor air condition Outdoor air condition Dry bulb Wet bulb Dry bulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "B-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 70 60 1 35 1 33 B-5 MXZ-5C42NA2 Item Outdoor model MXZ-5C42NA2 Indoor type Non -Duct (06+09+09+09+09) Duct (09+09+09+09+09) Cooling *1 Btu/h 40,500 37,500 Capacity Heating 47 *1 Btu/h 45,000 41,000 Heating 17 *2 Btu/h 30,500 29,100 Cooling *1 W 4,403 4,112 Power Heating 47 *1 W 3,575 3,463 consumption Heating 17 *2 W 4,800 5,500 EER Cooling 9.2 9.0 SEER Cooling 19.7 15.2 HSPF IV(V) Heating 10.3 (7.7) 9.1 (7.7) COP Heating 3.69 3.47 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 40 Min. circuit ampacity A 32.5 Fan motor F.L.A 2.43 Model MNB33FBTMC-L Compressor Winding resistance (at 68 IF) O LIN 0.30 V-W 0.30 W-U 0.30 R. L.A 20 L. R.A 28.8 Refrigerant control LEV Sound level dB(A) 56/58 Defrost method Reverse cycle W in. 37-13/32 Dimensions D in. 13 H in. 41-17/64 Weight lb. 189 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1/4 Valve size Gas in. A:1/2 B,C,D,E:3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R41 OA) lb. 8 lb. 13 oz. Refrigeration oil (Model) fl oz. (L) 37.2 (1.1) (FV50S) NOTE : Test conditions are based on ARI 210/240. Unit: T Mode Test Indoor air condition Outdoor air condition Dry bulb Wet bulb Dry bulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "B-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 1 70 1 60 35 33 M. MXZ-2C20NAHZ2 Item Outdoor model MXZ-2C20NAHZ2 Indoor type Non -Duct (09+09) Duct (09+12) Cooling *1 Btu/h 18,000 20,000 Capacity Heating 47 *1 Btu/h 22,000 22,000 Heating 17 *2 Btu/h 22,000 22,000 Cooling *1 W 1,334 1,819 Power consumption Heating 47 *1 W 1,612 1,748 Heating 17 *2 W 3,071 3,224 EER Cooling 13.5 11.0 SEER Cooling 17.0 15.0 HSPF IV(V) Heating 9.8 (7.8) 9.5 (7.8) COP Heating 4.00 3.69 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 40 Min. circuit ampacity A 29.5 Fan motor F.L.A 2.43 Model MNB33FBTMC-L Compressor Winding resistance (at 68 OF) O U-V 0.30 V-W 0.30 W-U 0.30 R. L.A 20 L. R.A 28.8 Refrigerant control LEV Sound level dB(A) 54/58 Defrost method Reverse cycle W in. 37-13/32 Dimensions D in. 13 H in. 41-17/64 Weight lb. 187 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1/4 Valve size Gas in. A,B: 3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R41 OA) lb. 8 lb. 13 oz. Refrigeration oil (Model) fl oz. (L) 37.2 (1.1) (FV50S) NOTE : Test conditions are based on ARI 210/240. Unit: T Mode Test Indoor air condition Outdoor air condition Drybulb Wet bulb Drybulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "B-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 70 60 35 33 B-7 MXZ-3C24NAHZ2 Item Outdoor model MXZ-3C24NAHZ2 Indoor type Non -Duct (06+06+09) Duct (09+09+09) Cooling *1 Btu/h 22,000 23,600 Capacity Heating 47 *1 Btu/h 25,000 24,600 Heating 17 *2 Btu/h 25,000 24,600 Cooling *1 W 1,630 2,360 Power Heating 47 *1 W 1,725 1,871 consumption Heating 17 *2 W 3,557 3,795 EER Cooling 13.5 10.0 SEER Cooling 19.0 15.5 HSPF IV(V) Heating 10.0 (7.4) 9.0 (7.4) COP Heating 4.25 3.80 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 40 Min. circuit ampacity A 30.5 Fan motor F.L.A 2.43 Model MNB33FBTMC-L Compressor Winding resistance (at 68 IF) O U-V 0.30 V-W 0.30 W-U 0.30 R. L.A 20 L. R.A 28.8 Refrigerant control LEV Sound level dB(A) 54/58 Defrost method Reverse cycle W in. 37-13/32 Dimensions D in. 13 H in. 41-17/64 Weight lb. 189 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1/4 Valve size Gas in. A: 1/2 B,C: 3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R410A) lb. 8 lb. 13 oz. Refrigeration oil (Model) fl oz. (L) 37.2 (1.1) (FV50S) NOTE : Test conditions are based on ARI 210/240. Unit: °F Mode Test Indoor air condition Outdoor air condition Dry bulb Wet bulb Dry bulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "13-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 70 60 35 33 M MXZ-3C30NAHZ2 Item Outdoor model MXZ-3C30NAHZ2 Indoor type Non -Duct (09+09+12) Duct (09+09+12) Cooling *1 Btu/h 28,400 27,400 Capacity Heating 47 *1 Btu/h 28,600 27,600 Heating 17 *2 Btu/h 28,600 27,600 Cooling *1 W 2,272 2,661 Power consumption Heating 47 *1 W 2,096 2,187 Heating 17 *2 W 4,192 4,258 EER Cooling 12.5 10.3 SEER Cooling 18.0 16.0 HSPF IV(V) Heating 11.0 (8.5) 9.8 (7.7) COP Heating 4.00 3.70 External finish Munsell 3.OY 7.8/1.1 Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay) A 40 Min. circuit ampacity A 30.5 Fan motor F.L.A 2.43 Model MNB33FBTMC-L Compressor Winding resistance (at 68 OF) O U-V 0.30 V-W 0.30 W-U 0.30 R. L.A 20 L. R.A 28.8 Refrigerant control LEV Sound level dB(A) 54/58 Defrost method Reverse cycle W in. 37-13/32 Dimensions D in. 13 H in. 41-17/64 Weight lb. 189 Remote controller Wireless type Control voltage (by built-in transformer) 12-24 VDC Refrigerant piping Not supplied (optional parts) Liquid in. 1/4 Valve size Gas in. A: 1/2 B,C: 3/8 Indoor Flared Connection method Outdoor Flared Refrigerant charge (R41 OA) lb. 8 lb. 13 oz. Refrigeration oil (Model) fl oz. (L) 37.2 (1.1) (FV50S) NOTE : Test conditions are based on ARI 210/240. Unit: °F Mode Test Indoor air condition Outdoor air condition Dry bulb Wet bulb Dry bulb Wet bulb Cooling *1: "A" Cooling steady state at rated compressor speed 80 67 95 (75) "B-2" Cooling steady state at rated compressor speed 80 67 82 (65) "13-1" Cooling steady state at minimum compressor speed 80 67 82 (65) Low ambient cooling steady state at minimum compressor speed 80 67 67 (53.5) Intermediate cooling steady state at intermediate compressor speed 80 67 87 (69) Heating *1: Standard rating -heating at rated compressor speed 70 60 47 43 *2: Low temperature heating at maximum compressor speed 70 60 17 15 Maximum temperature heating at minimum compressor speed 70 60 62 56.5 High temperature heating at minimum compressor speed 70 60 47 43 Frost accumulation at rated compressor speed 70 60 35 33 Frost accumulation at intermediate compressor speed 70 60 35 1 33 M 3-1. OUTDOOR UNIT MXZ-2C20NA2 Handle Unit: inch (mm) R_71 /Z7" 1Q_11/1 R" R_7Z/27" 3-e(1-5116') Drain hole V Air Outlet 23-1/1R" 1-4/11R" LIG 1/4"(e6.35)FLARE I GAS 3I8ym9.521FLARE 1.FREE SPACE E E E 3-15/16' or more 0 t 8 . 77777 3-15/16' or more 13-25/32' or more 2.SERVICE SPACE m ® Grounding tevninal _ I f �oaaea 3-15/16" Of more SERVICE SPACE O I 13-25/32' or more 13-25/32' Gr more � 1 Lock nut Connector MXZ-3C24NA2 MXZ-3C30NA2 1.FREE SPACE E E E 3-15/16' or more 0 0 /. 77777 1 3-15/16' or more 13-25/32' or more SERVICE SPACE (Foundation Bolt 1110) Unit: inch (mm) 2-3/4" LIG ) unit C SAAS fl 1/06.351FLARE LIC) Unif ISGA GAS 3/v8'(09.521FLARE 3As LIO Unif A— LIO 1/4'(06.351FLARE SAS GA51/2'1012.]IFLARE Conduit plates Conduit connector Lock nut B-11 MXZ-4C36NA2 rsr.ar 1.FREE SPACE E E � E 3-15/16' or more SERA f//'1161' or more 13-25/32" or more SERVICE SPACE (Foundation Bolt M10) Unit: inch (mm) LIG } unu o GAS LID LIG 1/4'(06.35)FLARE Unit GAS GAS 3/8T09.52 )FLARE LIG Unit BC GAS Lla 11 Unit A — LIG 1/4'(06.35)FLARE GAS 1 GAS 1/2'(012.])FLARE Conduit plates Conduit connector Lock nut B-12 MXZ-5C42NA2 1.FREE SPACE E E � E 3-15/16" or more p 0 8 3-15/16' or more 13-25/32" or more 2.SERVICE SPACE E E SPACE Unit: inch (mm) GIASjUnit E LIAO GUnit 1I1 1/4m6.535AE GAS3/8'(®92) LFLARED GAS U tit C GASlUnit B LIO Unit A—LIO 1/4'(06.35)FLARE GAS GAS1/2'(012.7 )FLARE L0— ..., Conduit plate Under nnector B-13 MXZ-2C20NAHZ2 Sidc 1.FREE SPACE , ji MIN; MOT MIN E E E 3-15/16' or more a � 0 777Tr 2.SERVICE SPACE 3-15/16' or more ya:�may�_c�a Unit: inch (mm) Lock nut Conduit plate LI0 1/4'(46.35)FLARE GAS 3/8'109.52)FLARE it connector LIMA MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 01-3/32'punched hole Sidi 1.FREE SPACE E E E 3-15/16' or more e 0 7T177 3-15/16' or more 0 13-25/32' or more 2.SERVICE SPACE SPACE Unit: inch (mm) 10 1/4' 106.351FLARE AS 3/8'(09.52)FLARE 10 1/4' 106.351FLARE AS 1/2'(012.7)FLARE Lock nut Conduit plate Top Conduit connector Conduit plate Under B-15 4-1. OUTDOOR UNIT MXZ-2C20NA2 MXZ-3C24NA2 MXZ-2C20NAHZ2 MXZ-3C30NA2 MXZ-3C24NAHZ2 MXZ-4C36NA2 MXZ-3C30NAHZ2 MXZ-5C42NA2 Unit: inch (mm) Model name A B C a b c 11-1/32 6-3/32 13 33-1/16 13 27-15/16 MXZ-2C20NA2 (280) (155) (330) (840) (330) (710) MXZ-3C24NA2 14-3/8 6-5/16 12-27/32 37-13/32 13 31-11/32 MXZ-3C30NA2 MXZ-4C36NA2 365 ( ) 160 ( ) 326 ( ) 950 ( ) 330 ( ) 796 ( ) MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 12 5-29/32 17-23/32 37-13/32 13 41-17/64 MXZ-3C30NAHZ2 (305) (150) (450) (950) (330) (1048) MXZ-5C42NA2 AMC. 5-1. OUTDOOR UNIT MXZ-2C20NA2 IC501 MC U BK BK U CMS WH WH V y 3- VRD RD W r� W CNMC OUTDOOR POWER P.C. BOARD CN171 RT64 I WrEfffl�0 T;: its E3 L CN741 00000 5 LED2 4* LED CNTH1 CNTH2 00 8 1 2 t t t RT61 RT62 RT68 RT65 TBE4 1 005 1, 110012 1 0 3 O 17 1®2 1 T801 CN702 CN701 F711 31E OUTDOOR CONTROL P.C. BOARD CRN792 G791 _ X712 F1 CN611I LO 5 0 CN601 p N63H 00 �3 > � r ®L 2154 R LEV B LEV A HPS SYMBOL NAME SYMBOL NAME SYMBOL NAME SYMBOL NAME SYMBOL NAME CB1-3 SMOOTHING CAPACITOR IC401, 402 DIODE BRIDGE LEV A, B, R EXPANSION VALVE COIL RT64 FIN TEMP. THERMISTOR X52C RELAY D1 DIODE IC411 POWER FACTOR CON TROLLER MC COMPRESSOR RT65 AMBIENT TEMP. THERMISTOR X65 RELAY F7 FUSE(T6.3AL250V) IC501 POWER MODULE MF FAN MOTOR RT68 OUTDOOR HEAT EXCHANGER TEMPERATURE THERMISTOR X712 RELAY F2 FUSE(T6.3AL250V) IC801 POWER DEVICE PTC1,2 CIRCUIT PROTECTION X714 RELAY F711 FUSE (T3.15AL250V) L I REACTOR RT61 DEFROST THERMISTOR T801 TRANSFORMER 2154 REVERSING VALVE HPS HIGH PRESSURE SWITCH LED1-3 ILED RT62 DISCHARGE TEMP. THERMISTOR TB1-3 TERMINAL BLOCK SOLENOIDCOIL Tg1 BREAKER L2 POWER SUPPLY 208I230V --1 I AC 60Hz BK S2 208Y230V-j UNIT No BR Si --- j20.NFV- RD BU.24V K TO,IND AR--- NOTES: 1.About the indoor side electric wrong refertotheindwrunit electric wiring diagram for semang. 2.Usew perconductorsonly (For rimmring). 3.Symbols below indicate. ®: Terminal black ® :Connector NOTES: 1.A propos du cSblage elecldqus de cote intar eur se We S I'unite intedeure cSblage schema electriqus pour I'suretlen. 2.Ueliser des wnducteum en �Ts(Pour Is cSblage). 3.Symbole ci-dessous indique. ®:Bomier ® :Connecteur B-17 MXZ-3C24NA2 MXZ-3C30NA2 L X52C TAB1 TAB6 TABS TAB4 TAB IC501 IC411 MC � BK BK U IC402 IC401 PTC1 TAB2 CM WH WH V PTC2 F2 F1 31^ V RD RD W W 1 CNMC 30 X65 D1 OUTDOOR CNAC1 POWER P.C. BOARD csa csz CB7 CN171 RT84 1 2 CNDC 1 O 3 1 CN151 CN152 O 7 1 2 CNAC2 1 0 3 TBE4 TBE2 TBE1 I. MF MS x Y x r so r 3_ 5 to to a com1 17 1 2 1 0 3 CN702 CN701 CNAC 7SE 01 F711 LED3 Ic601 1 00000 5 OUTDOOR CONTROL P.C. BOARD cr1611 0 L (RD) ( O CN79N793 CN792 CN79N791 X712 X714 1 5 1 5 1 5 5 LED1 0 °o CN601 CNTH1 CNTH2 CN712 CN714 CN63H a 1 O O 8 1 2 1 2 1 2 1 O 3 1 5 5 5 M M M t° t t t r r r 21S4 RT61 RT62 RT68 RT65 LEVC LEVB LEVA HIPS CG SYMBOL NAME SYMBOL NAME SYMBOL NAME SYMBOL NAME SYMBOL NAME C131-3 SMOOTHING CAPACITOR IC401402 DIODE BRIDGE LEVA-C EXPANSION VALVE COIL RT64 FINTEMP.THERMISTOR X52C RELAY D1 DIODE IC411 POWER FACTOR CONTROLLER MC COMPRESSOR RT65 AMBIENT TEMP. THERMISTOP X65 RELAY F1 FUSE T6.3AL 250V IC501 POWER MODULE MF FAN MOTOR RT68 OUTDOOR HEAT EXCHANGER TEMPERATURE THERMISTOR X712 RELAY F2 FUSE T6.3AL 250 IC801 POWER DEVICE PTC1 2 CIRCUIT PROTECTION X714 RELAY F711 FUSE T3.15AL 250V L REACTOR RT61 DEFROSTTHERMISTOR T801 TRANSFORMER REVERSING VALVE HP HIGH PRESSURE WITH LED1- LED RT 2 DISCHARGETEMP. THERMI T R TB1-4 TERMINALBLOCK 21S4 SOLENOID COIL Oecun BREAKER POWER SUPPLY ' U$ - 20812308V pOHz TB4 J 24VVuNR IOJo�CR44V-TOINDOOR 0f11230V UNME) --... -24V TO INDOOR 0030V uNT— o- .. NOTES: QD 1. About the indoor side electric won g refer to the indoor unit electric wiring diagram for servicing. 2. Use copper conductors only (For field wiring). 3. Symbols below indicate. ® :Terminalblock ® :Connector NOTES: 1.A propos du cablage elecinque de c6te interieur se ref6mr e [unite interieure cablage sch€ma electrique pour I'entrefien. 2.Utiliser des conducteurs en cuK m (Pour le c5blege). 3.S mbole ci-dessous indlque. :Bornier ® :Connecteur B-18 MXZ-4C36NA2 TABS TABS TAB4 TAB3 IC501 IC411 MC U BK BK U IC402 IC401 FTC1 LAF2C M$ WH W11V3— V RDRDW CNMC OUTDOOR X65 D1 CNAC1 POWER P.C. csa csz +cs1 + BOARD GN171 RT64 1 CNDC CN751 CN152 CNAC2 TBE4 TBE2 TBE1 2 1 O 3 1 OHH 7 1 2 1 O 3 t° 5 m m 66 mmmm— F31 1 00 7 1 O 3 1 O 7 1 2 1 O 3 CNF1 CNDC CN702 CN701 CNAC Cr T801 F711 I[ LED3 cam 1 0007010 5 OUTDOOR CONTROL P.C. BOARD Cr LED2 (YE) (BU) RD) (WH) 1 CN794 175 1 CN793 5 1 CN792 5 1 CN791 5 X712 X714 LED1 Cr CNTH1 CNTH2 CN712 CN714 CN62 1 00 8 1 2 1 2 1 2 1 O kAj jjA A21S4 03 L t° t° RT61 RT62 RT68 RT65 LEV D LEV C LEV B LEV A HIPS SYMBOL NAME SYMBOL NAME SYMBOL NAME SYMBOL NAME SYMBOL NAME CBI-3 SMOOTHING CAPACITOR IC401402 DIODE BRIDGE LEVA-D EXPANSION VALVE COIL RT64 FIN TEMP. THERMISTOR X52C RELAY D1 DIODE IC411 POWER FACTOR CONTROLLER MC COMPRESSOR RT65 AMBIENT TEMP. THERMISTOR X65 RELAY F1 FUSE 6.3AL 250V IC501 POWER MODULE MF FAN MOTOR �� OUTDOOR HEAT EXCHANGER TEMPERATURE THERMISTOR X712 RELAY F2 FUSE 6.3AL 250V IC801 POWER DEVICE PTC12 CIRCUIT PROTECTION X714 RELAY F711 FUSE 3.15AL 250V L REACTOR RT61 DEFROST THERMISTOR T801 TRANSFORMER REVERSINGVALVE HIS HIGHPRE RE WITH LED1- LED RT2 DI HARGE TEMP. THERMI R TB1- TERMINAL BLOCK 21S4 SOLENOID IL cIKUn B�RIMER �POWER SUPPLY 1phhaase3060Hz BK31-20.^i230V1 JNr— J®0--- J TB4 Q -24V208/230V TO�NpOOR o---- UNI TB3 EU S3 2-74v= BK S 203L30V uNRNa Bn 1 ®o-- D BIK -24V INDOOR 2020V NIT NA NOTES: ®o---. 1. About the indoor side electric wiring rater to the indoor unit electric wiring diagram for servicing. 2. Use copper conductors only (For field wiring). 3. Symbols below intliI ® : Terminal block ® :Connector NQTES: 1.A propos du chblage electnque de cafe interieur as refs rer a I'mit6 interieure cablage schema electrique pour I'entratien. 2.Utiliser des oonducteurs an cui,, (Pour le cablae). 3.Symbols ci-dessous indique. ®:Bornier ® :Connectsur B-19 MXZ-5C42NA2 IC501 BK U WH V J RD W OUTDOOR POWER P.C. BOARD L1 L2 WH RD WH RD TAB5 TAB3 TAB6 TA134 IC411 IC401 J J D7 CNDC I CNMC rl MF MS BK WH RD 3` 5 Y m U U MS W 1 00 7 1 $- CN11 CNDC MCA LED3 LED2 1 00000 5 CN741 LED1 CNTH7 CNTH2 1000000008 10�0: RT61 RT62 RT68 RT65 CNAC1 CB7 1C82 1CB3 +CB4 CN151 CN152 TBE1 TBE2 TBE3 TBE4 CNAC2 CN171 3 1 O 7 1 IF2 117 O 3 IER2 Y Y Y Y Y Y m m m m m m 10 Y YYYYY YY RT64 ] m mmmmm mm 3 116o6 6 7 1 2 1 O 3 5 CN702 CN701 CNAC C CN621 C T801 OUTDOOR CONTROL P.C. BOARD F711 IC801 1r CIRCUIT T1311 BREAKER BK L1� a Bu T136 (� GY 3P pw - -oz 08I230V--0- 4V oz 0�230V ___-- S Z 1224V.J�z 00z208I230V ZO� -B3 V S 1 V S 1 v 5 X712 X713 X714 "--",24V- O o 5 RD BK 2 2031230V z (YE) (RD) CN601 O BU 1 --- 02 CN794 CiiJJ792 CN712 CN713 CN714 CN63H O BK ®C---- 1 5 1 5 1 2 1 2 1 2 1 0 3 1 RD TB2 5 5 5 5 5 BU 1&24V � O o M M M M M A A R1 HIPS BK 2 _zo__V 9 r r r r r _ 1 - - LEVE LEVD LEVC LEVB LEVA o---- SYMBOL NAME SYMBOL NAME CB1-4 SMOOTHING CAPACITOR RT62 DISCHARGE TEMP THERMISTOR D1 DIODE RT64 FINTEMP.THERMISTOR F1,F2 FUSE T6.3AL250V RT65 AMBIENTTEMP.THERMISTOR F711 FUSE T3.15AL 250V RT68 OUTDOOR HEAT EXCHANGER TEMPERATURE THERMISTOR HIPS HIGH PRESSURE SWITCH IC401 DIODE BRIDGE T801 TRANSFORMER IC411 I POWER MODULE TBi-6 TERMINAL BLOCK IC501 POWER MODULE X52CA, B RELAY IC801 POWER DEVICE X65A RELAY L1,L2 REACTOR X712 RELAY LED 1-3 LED X713 RELAY LEVA-E EXPANSION VALVE COIL X714 RELAY MC COMPRESSOR 21 S2 2WAY VALVE SOLENOID COIL MF FAN MOTOR 21S4 REVERSING VALVE SOLENOID COIL PTC1-3 CIRCUIT PROTECTION RT61 IDEFROSTTHERMISTOR CG CN611 O WH 1 NOTES: 1. About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing. 2.Use copper conductors only (For field wiring). 3.Symbols below indicate. = :Terminal block ® : Connector NOTES: 1.A propos du cablage electrique de c6te interieur se referer a I'unite interieure cablage schema electrique pour 1'entretien. 2.Utiliser des conducteurs en cuivre (pour le cablage). 3.Symbole ci-dessous indique. ®: Bornier ®:Connecteur B-20 MXZ-2C20NAHZ2 -1 L2 CIRCUIT WH MRD WH RD BREAKER TAB5 TAB3 TAB6 TA X52CA TA BK TB1 IC411 IC401 X52C6 BUIC501 JG X65A PTC1 GNYE BK UT22= j PTC2 - WH I�J�m J PTC3 RDEmil W J' V I BK O BU D1 OUTDOOR F2 CNAC1 POWER P.C. +CB3 +CB4 + BOARD CB1 C62 CNDC CN151 CN152 E3 TBE1 TBTBE3 TBE4 CNAC2 CN171 1 O 3 1 O 7 1 2 1 O 3 1 2 CNMC rl MF MS y r Y BK WH RD 3- t 5 z RT64 MS W 1 00 7 1 O 3 1 O 7 1 2 1 O 3 3- CNFi CNDC CN702 CN701 CNAC MC IJ T801 OUTDOOR CONTROL P.C. BOARD F711 WH BU 53 LE 2 12-24V o m 1 BK -zoBa3ov z z IC801 0 O LED2 1 00000 5 CN611 CN741 (WH) CN791 X712 X713 t X714 1 TB2 1 5 5 RD RD LED1 o eu RU (RD) CN601 O o 0 CNTHi CNTH2 CN792 CN712 CN713 CN714 CN63H O BK RK"308I23B_V z z t 1 00 8 1 2 1 5 1EM2 1 2 7 2 1 0 3 o z A k 5 5 A21S4 421S2 RD 2 2BK BK t' M M ® HIPS 1 1 BK BK 26H RT61 RT62 RT68 RT65 YE 2 2BK LEVB LEVA BK 1 1 BK H SYMBOL NAME SYMBOL NAME CBI-4 SMOOTHING CAPACITOR RT61 DEFROSTTHERMISTOR D1 DIODE RT62 DISCHARGETEMP.THERMISTOR F1,F2 FUSE (T6.3AL250V) RT64 FINTEMP.THERMISTOR F711 FUSE (T3.15AL250V) RT65 AMBIENTTEMP.THERMISTOR HPS HIGH PRESSURE SWITCH RT68 OUTDOOR HEAT EXCHANGER TEMPERATURE THERMISTOR H DEFROST HEATER IC401 I DIODE BRIDGE T801 TRANSFORMER C411 POWER MODULE TB1-3 TERMINAL BLOCK IC501 POWER MODULE X52CA, B RELAY IC801 POWER DEVICE X65A RELAY L1,L2 REACTOR X712 RELAY LED 1-3 LED X713 RELAY LEVA,B EXPANSION VALVE COIL X714 RELAY MC COMPRESSOR 21S2 2WAYVALVESOLENOIDCOIL MF FAN MOTOR 21S4 REVERSI NG VALVE SOLENOI D COIL PTC1-3 CIRCUIT PROTECTION 26H HEATER PROTECTOR NOTES: 1. About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing. 2.Use copper conductors only (For field wiring). 35ymbols below indicate. ®:Terminal block 00 :Connector NOTES: 1.A propos du cablage electrique de c6te interieur se referer a I'unite interieure cablage schema electrique pour 1'entretien. 2.Utiliser des conducteurs en cuivre (pour le cablage). 3.Symbole ci-dessous indique. ®: Bornier ® :Connecteur B-21 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 Ll L2 CIRCUIT WH RD WH RD BREAKER TAB5 TA83 TAB6 TA X52CA TAB BK TB �x >IC501 IC411 IC401 X52CB BUTAB2 JGR GNYE X65A PTCi BK U PTC2W, — - V J J J PTC3 RD W BK D1 F O BU OUTDOOR F2 CNAC3 POWER P.C. CBi +CB2 +CB3 +CB4 BOARD CNDC CN151 CN 152 TBE1 TBE2 TBE3 TBE4 CNAC2 CN171 1 O 3 1 O 7 1 2 1 O 3 1 2 CNMC rr MF M? T134 BK WH RD t OG _ Sz 5 m RT64 BU 12-24V 0 BK -27 30V z U MS W 1 00 7 1Ell O 7 1 2 1 0 3 3— CNF1 CNDCCN702 CN701 CNAC MC IJ 13 So1 OUTDOOR CONTROL P.C. BOARD r711 WH BU --- LED3 AWH BK Z Iz-z4v ,�-208I230V 0 0? z IC801 o LED2 1 00000 5 (BU) (WH) CN611 O o---- CN741 CN793 CN791 X712 X713 X714 5 LED1 ' 5 1 RD 6RD CNTH1 CNTH2 CN792 CN712 CN713 CN714 CN601 CN63H O U-(RD) BK 08I230V g 1 00 8 1 2 1 5 1 2 1 2 1 2 1 0 3 o--- o� k 5 5 5 RD 2 2BK BK tit M M M 2154 2152 E9 HPS 1 1 BK BK 26H RT61 RT62 RT68 RT65 r YE 2 2gK LEV C LEV B LEVA BK 1 BK H SYMBOL NAME SYMBOL NAME C61-4 SMOOTHING CAPACITOR RT61 DEFROSTTHERMISTOR D1 DIODE RT62 DISCHARGETEMP.THERMISTOR F1,F2 FUSE (T6.3AL250V) RT64 FINTEMP.THERMISTOR F711 FUSE (T3.15AL 250V) RT65 AMBIENTTEMP.THERMISTOR HIPS HIGH PRESSURE SWITCH RT68 OUTDOOR HEAT EXCHANGER TEMPERATURE THERMISTOR H DEFROSTHEATER IC401 I DIODE BRIDGE T801 iTRANSFORMER IC411 POWER MODULE TBi-4 ITERMINALBLOCK IC501 POWER MODULE X52CA, B RELAY IC801 POWER DEVICE X65A RELAY 1-1,L2 REACTOR X712 RELAY LED 1-3 LED X713 RELAY LEV A-C EXPANSION VALVE COIL X714 RELAY MC COMPRESSOR 21S2 2WAY VALVE SOLENOI D COI L ME FAN MOTOR 21S4 REVERSINGVALVE SOLENOID COIL PTC1-3 CIRCUIT PROTECTION 26H HEATER PROTECTOR NOTES: LAbout the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing. 2.Use copper conductors only (For field wiring). 3Symbols below indicate. ®: Terminal block ® :Connector NOTES: 1.A propos du cablage electrique de c6te interieur se referer a l'UnitO interieure cablage schema electrique pour 1'entretien. 2.Utiliser des conducteurs en cuivre (pour le cablage). 3.5ymbole ci-dessous indique. I=: Bornier ®:Connecteur B-22 6-1. OUTDOOR UNIT Unit: inch (mm) MXZ-2C20NA2 Service port Compressor 4� R.V. COII Service Discharge � OFF 31 Refrigerant flow in cooling port temperature ON ----->- Refrigerant flow in heating thermistor RT62 Muffler Union High pressure switch Indoor unit / o3/8 Stop valve with 4-way B \ service port valve Sub Indoor unit / 03/8 Muffler A Outdoor heat :11110 exchanger temperature FAN -OUT thermistor RT68 Ambient Q temperature X x thermistor RT65 4 Capillary tube 0 D.0.16 x I.D.0.11 x3.94 Defrost Union (o4.0 x o2.8 x 100) thermistor o,14 Indoor unit RT61 A \ Capillary tube Strainer LEVA O.D.0.14 x I.D.0.09 x19.68 #4444 100 _ _ o3.6 x o2.4 x 500) Strainer Stop valve Strainer #100 LEV R 4100 Distributor Power receiver 0/4 Indoor unit B Strainer LEV B #100 MXZ-3C24NA2 MXZ-3C30NA2 R.V.coil OFF Refrigerant flow in heating ON ----> Refrigerant flow in cooling E-------- Accumulator Compressor Service port High pressure switch Compressor shell Muffler temperature thermistor Service port RT62 Union Header(Gas) 01 /2 IndoorunitA� Stop valve (with service port) — 4-way valve ________j 03/8 Indoor unit B Sub muffler Header (Evaporator) Indoor unit C CO3/8 E --------j Outdoor heat exchanger Outdoor heat exchanger temperature y Capillary tube thermistor Y Ambient RT68 temperature .0.16 x I.D.0.11 x 3.94 .0 x 02.8 x 100) Un Capillary tube —� thermistor RT65 mLEVA Defrost Indoor unit A temperature Strainer thermistor *Strainer 0LEVB#100 RT61 Strainer Distributor #50 Indoor unit B Stop valve E 0LEVC Indoor unit C <� t:DinA B-23 MXZ-4C36NA2 R.V.coil OFF Refrigerant flow in heating ON ------> Refrigerant flow in cooling c------ Accumulator Compressor High pressure switch Compressor shell Muffler temperature thermistor Service port RT62 Union Header(Gas) 01 /2 Stop valve 4-way valve Indoor unit A (with service port) _ 03/8 Indoor unit B Sub Indoor unit C muffler 03/8 rz -> Indoor unit D Union Strainer 01A #100 Indoor unit A <—©— Strainer 01A #100 Indoor unit B <—(� Strainer 01/4 Indoor unit C �<-(I>-- 01A Strainer Indoor unit D #100 (� E MXZ-5C42NA2 R.V.coil OFF Refrigerant flow in heating ON ----------> Refrigerant flow in cooling Union Indoor unit A C 03/8 Indoor unit B � Indoor unit C 3/8 Indoor unit D 03/8 Indoor unit E <� Union 01/4 Strainer#100 Indoor unit A <—�� 01/4 Strainer#100 Indoor unit B 01/4 Strainer#100 Indoor unit C «--M 01/4 Strainer#100 Indoor unit D <--�� 01/4 Strainer#100 Indoor unit E Capillary tube O. D.0.16 x I. D.0.11 x 3.94 (04.0 x 02.8 x 100) LEV A LEV B Strainer #100 LEV C Stop valve LEV D <------ Capillary tube Unit: inch (mm) Service port Heads (Evaporator) Outdoor heat exchanger Outdoor heat exchanger temperature Ambient l thermistor Y temperature RT68 thermistor — ttyDefrost RT65 temperature thermistor RT61 Strafiner Distributor #50 Accumulator Compressor Compressorshell —ii Service port temperature Oil separator thermistor RT62 High pressure switch 3as) Service port 4-way valve Sub _ muffler Stop valve (with service port) 2-way Capillary tube n solenoid valve 039.37 (022.5 x 00.6 x1000) Capillary tube 0. D.0.16 x I. D.0.11 x 3.94 (04.0 x 02.8 x 100) LEV A _® Capillary tube Strainer LEV B #100 LEV C Strs Stop valve #50 E-------- LEV D LEV E Header(Evaporator) Outdoor heatexchanger Outdoor n heat exchanger temperature Ambient temperature thermistor thermistor r RT65 thermistor RT61 Strainer Distributor #50 B-24 MXZ-2C20NAHZ2 Unit: inch (mm) R.V.coil OFFS Refrigerant flow in heating E ON----------3 Refrigerant flow in cooling E Accumulator Compressor Compressor shell temperature Service port Oil separator thermistor RT62 1 J7 High pressure switch Union Header(Gas) Service port 4-way 03/8 Indoor unit A f Sub valve _ muffler Stop valve r Header(Evaporator) (with service port) Capillary tube Outdoor 3 2-way O.D.0.10 x I.D.0.02 x 39.37 heat exchanger 03/8 solenoid valve (02.5 x 00.6 x 1000) Outdoor Indoor unit B reheat exchanger Ambient temperature 4temperature thermistor ( thermistor Capillary tube RT68 RT65 0,D.0.16 x I.D.0.11 x 3.94 Union Strainer (04.0 x 02.8 x 100) Defrost 01/4 #100 LEV A temperature Indoor unit A Strainer Capillary tube thermistor #100 RT61 Distributor Strainer Strainer Stop valve E #50 #50 Strainer 0114 #100 LEV B Indoor unit B MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 R. V. coil OFF D. Refrigerant flow in heating ON ----------> Refrigerant flow in cooling < E Accumulator Compressor Compressor shell Service port temperature Oil separator thermistor RT62 High pressure switch Union Header(Gas) Service port 4-way 01/2 IndoorunitA f Sub valve E muffler ----------3 Stop valve Header(Evaporator) Indoor unit B <0318 (with service port) � ....... 2-way Capillary tube Outdoor solenoid valve O.D.0.10 x I.D.0.02 x 39.37 heat exchanger 03/8 Indoor unit C < (02.5 x 00.6 x 1000) Outdoor heat exchanger temperature YRT65 Ambient 4 temperature Capillary tube thermistor l thermistor O.D.o.16 x I.D.0.11 x 3.94 RT68 Union Strainer (04.0 x 02.8 x 100) 01/4 #100 LEV A — Y Indoor unit A Strainer Defrost temperature #100 Capillary tube thermistor Strainer RT61 %Strainer 01/q #100 LEV B Distributor Stop valve #50 Indoor unit B < Strainer E-------- ` #50 Strainer 01/4 #100 LEV C Indoor unit C < ---1A B-25 MXZ-2C20NA2 Operating Range Indoor intake air temperature Outdoor intake air temperature Maximum 95°FDB, 71 °FWB 115°FDB Cooling Minimum 67°FDB, 57°FWB 14°FDB Maximum 80°FDB, 67°FWB 75°FDB, 65°FWB Heating Minimum 70°FDB, 60°FWB 6°FDB, 5°FWB MAX. REFRIGERANT PIPING LENGTH & PIPE SIZE SELECTION Piping length each indoor unit (a, b) 82 ft. MAX. Total piping length (a+b) 164 ft. MAX. Bending point for each unit 25 MAX. Total bending point 50 MAX. *It is irrelevant wmcn unit is signer. Indoor a units� � k -- 1 Max. height difference Outdoor unit 49 ft. Oil 49 ft. 33 ft. b • Refrigerant pipe diameter is different according to indoor unit to be connected. When using extension pipes, refer to the tables below. • When the diameter of refrigerant pipe is different from that of outdoor unit union, use optional Different -diameter pipe. Unit: inch Outdoor unit union diameter For Indoor unit A Liquid 1/4 Gas 3/8 Indoor unit B Liquid 1/4 Gas 3/8 MXZ-3C24NA2 MXZ-3C30NA2 Operating Range Indoor intake air temperature Outdoor intake air temperature Maximum 95°FDB, 71°FWB 115°FDB Cooling Minimum 67°FDB, 57°FWB 14°FDB Maximum 80°FDB, 67°FWB 75°FDB, 65°FWB Heating Minimum 70°FDB, 60°FWB 6°FDB, 5°FWB MAX. REFRIGERANT PIPING LENGTH & PIPE SIZE SELECTION Piping length each indoor unit (a, b, c) 82 ft. MAX. Total piping length (a+b+c) 230 ft. MAX. Bending point for each unit 25 MAX. Total bending point 70 MAX. *It is irrelevant which unit is higher. Indoor a units f---- 1 Max. height difference — - — - Outdoor unit c �49 ft. AO I I 49ft. 49 ft. • Refrigerant pipe diameter is different according to indoor unit to be connected. When using extension pipes, refer to the tables below. • When the diameter of refrigerant pipe is different from that of outdoor unit union, use optional Different -diameter pipe. Unit : inch Outdoor unit union diameter For Indoor unit Liquid 1/4 Gas 1/2 Indoor unit B Liquid 1/4 Gas 3/8 Indoor unit C Liquid 1/4 Gas 3/8 B-27 MXZ-4C36NA2 Operating Range Indoor intake air temperature Outdoor intake air temperature Maximum 95°FDB, 71 °FWB 115°FDB Cooling Minimum 67°FDB, 57°FWB 14°FDB Maximum 80°FDB, 67°FWB 75°FDB, 65°FWB Heating Minimum 70°FDB, 60°FWB 6°FDB, 5°FWB MAX. REFRIGERANT PIPING LENGTH & PIPE SIZE SELECTION Piping length each indoor unit (a, b, c, d) 82 ft. MAX. Total piping length (a+b+c+d) 230 ft. MAX. Bending point for each unit 25 MAX. Total bending point 70 MAX. *It is irrelevant which unit is higher. Indoor a units ----1 Max. height difference _b_ Outdoor unit 49 ft. 49 ft. ICJ 49 ft. d • Refrigerant pipe diameter is different according to indoor unit to be connected. When using extension pipes, refer to the tables below. • When the diameter of refrigerant pipe is different from that of outdoor unit union, use optional Different -diameter pipe. Unit : inch Outdoor unit union diameter For Indoor unit A Liquid 1/4 Gas 1/2 Indoor unit B Liquid 1/4 Gas 3/8 Indoor unit C Liquid 1/4 Gas 3/8 Indoor unit D Liquid 1/4 Gas 3/8 MXZ-5C42NA2 Operating Range Indoor intake air temperature Outdoor intake air temperature Maximum 95°FDB, 71°FWB 115°FDB Cooling Minimum 67°FDB, 57°FWB 14°FDB Maximum 80°FDB, 67°FWB 75°FDB, 65°FWB Heating Minimum 70°FDB, 60°FWB 6°FDB, 5°FWB MAX. REFRIGERANT PIPING LENGTH & PIPE SIZE SELECTION Piping length each indoor unit (a, b, c, d, e) 82 ft. MAX. Total piping length (a+b+c+d+e) 262 ft. MAX. Bending point for each unit 25 MAX. Total bending point 80 MAX. *It is irrelevant which unit is higher. Indoor units U 1 Max. height difference _e ` I Outdoor 49 ft. unit b I _ o 49ft. C� 71A I — CI �:0 149 ft. • Refrigerant pipe diameter is different according to indoor unit to be connected. When using extension pipes, refer to the tables below. • When diameter of refrigerant pipe is different from that of outdoor unit union, use optional Different -diameter pipe. I Init • innh Outdoor unit union diameter For Indoor unit A Liquid 1/4 Gas 1/2 Indoor unit B Liquid 1/4 Gas 3/8 Indoor unit C Liquid 1/4 Gas 3/8 Indoor unit D Liquid 1/4 Gas 3/8 Indoor unit E Liquid 1/4 Gas 3/8 B-29 MXZ-2C20NAHZ2 Operating Range Indoor intake air temperature Outdoor intake air temperature Maximum 95°FDB, 71 °FWB 115°FDB Cooling Minimum 67°FDB, 57°FWB 14°FDB Maximum 80°FDB, 67°FWB 75°FDB, 65°FWB Heating Minimum 70°FDB, 60°FWB -12°FDB, -13°FWB MAX. REFRIGERANT PIPING LENGTH & PIPE SIZE SELECTION Piping length each indoor unit (a, b) 82 ft. MAX. Total piping length (a+b) 164 ft. MAX. Bending point for each unit 25 MAX. Total bending point 50 MAX. *It is irrelevant which unit is higher. Indoor units ce ft. • Refrigerant pipe diameter is different according to indoor unit to be connected. When using extension pipes, refer to the tables below. • When the diameter of refrigerant pipe is different from that of outdoor unit union, use optional Different -diameter pipe. Unit: inch Outdoor unit union diameter For Indoor unit Liquid 1/4 Gas 3/8 Indoor unit B Liquid 1/4 Gas 3/8 LUKIJ MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 Operating Range Indoor intake air temperature Outdoor intake air temperature Maximum 95°FDB, 71°FWB 115°FDB Cooling Minimum 67°FDB, 57°FWB 14°FDB Maximum 80°FDB, 67°FWB 75°FDB, 65°FWB Heating Minimum 70°FDB, 60°FWB -12°FDB, -13°FWB MAX. REFRIGERANT PIPING LENGTH & PIPE SIZE SELECTION Piping length each indoor unit (a, b, c) 82 ft. MAX. Total piping length (a+b+c) 230 ft. MAX. Bending point for each unit 25 MAX. Total bending point 70 MAX. *It is irrelevant which unit is higher. Indoor a unitsU ! -- 1 Max. height difference Outdoor unit �_�Wm AO49ft. III 49ft. b�_ • Refrigerant pipe diameter is different according to indoor unit to be connected. When using extension pipes, refer to the tables below. • When the diameter of refrigerant pipe is different from that of outdoor unit union, use optional Different -diameter pipe. Unit : inch Outdoor unit union diameter For Indoor unit A Liquid 1/4 Gas 1/2 Indoor unit B Liquid 1/4 Gas 3/8 Indoor unit C Liquid 1/4 Gas 3/8 B-31 8-1. STANDARD OPERATION DATA Model MXZ-2C20NA2 Indoor type Non -Duct (09+09) Duct (09+12) Item Unit Cooling Heating Cooling Heating Total Capacity Btu/h 18,000 22,000 20,000 22,000 SHF — — — — — Input kW 1.417 1.641 2.000 1.771 Electrical Power supply (V, phase, Hz) 208/230, 1, 60 circuit Input kW 1.373 1.597 1.880 1.691 Comp. current (208/230V) A 6.82/6.17 8.03/7.26 9.61 /8.69 8.55/7.73 Fan motor current A 0.2 0.2 0.2 0.2 Refrigerant Condensing pressure PSIG 396 328 419 351 circuit Suction pressure PSIG 146 94 130 100 Discharge temperature OF 174 165 170 168 Condensing temperature OF 116 100 160 101 Suction temperature OF 74 47 55 49 Comp. shell bottom temp. OF 173 163 160 157 Ref. pipe length [Total pipe length for multi -system] ft 25 [50] Refrigerant charge (R410A) — 5 lb. 15 oz. Outdoor unit Intake air temperature DB OF 95 47 95 47 WB OF — 43 — 43 Fan speed rpm 650 700 650 700 Airflow CFM 1,342 1,458 1,342 1,458 Model MXZ-3C24NA2 Indoor type Non -Duct (06+06+09) Duct (09+09+09) Item Unit Cooling Heating Cooling Heating Total Capacity Btu/h 22,000 25,000 23,600 24,600 SHF — — — — — Input kW 1.62 1.75 2.10 1.90 Electrical Power supply (V, phase, Hz) 208/230, 1, 60 circuit Input kW 1.554 1.684 1.920 1.780 Comp. current (208/230V) A 7.47 / 6.76 8.1 / 7.32 9.23 / 8.35 8.56 / 7.74 Fan motor current A 0.3 0.3 0.3 0.3 Refrigerant Condensing pressure PSIG 395 310 419 345 circuit Suction pressure PSIG 162 101 138 102 Discharge temperature OF 143 137 155 141 Condensing temperature OF 116 98 120 106 Suction temperature OF 59 36 50 34 Comp. shell bottom temp. OF 137 128 146 131 Ref. pipe length [Total pipe length for multi -system] ft 25[75] Refrigerant charge (R410A) — 61b. 13oz. Outdoor unit Intake air temperature DB OF 95 47 95 47 WB OF - 43 - 43 Fan speed rpm 720 750 720 750 Airflow j CFM 1 2,287 2,382 2,287 2,382 B-32 Model MXZ-3C30NA2 Indoor type Non -Duct (09+09+12) Duct (09+09+12) Item Unit Cooling Heating Cooling Heating Total Capacity Btu/h 28,400 28,600 27,400 27,600 SHF - - - - - Input kW 2.68 2.15 2.84 2.22 Electrical Power supply (V, phase, Hz) 208/230, 1, 60 circuit Input kW 2.614 2.084 2.650 2.090 Comp. current (208/230V) A 12.57 / 11.37 10.02 / 9.06 12.74 / 11.52 10.05 / 9.09 Fan motor current A 0.3 0.3 0.3 0.3 Refrigerant Condensing pressure PSIG 432 323 439 323 circuit Suction pressure PSIG 137 97 132 99 Discharge temperature OF 159 136 165 136 Condensing temperature OF 122 101 124 101 Suction temperature OF 49 32 47 32 Comp. shell bottom temp. OF 145 121 156 128 Ref. pipe length [Total pipe length for multi -system] ft 25[75] Refrigerant charge (R410A) - 6 Ib.13 oz. Outdoor unit Intake air temperature DB OF 95 47 95 47 WB OF - 43 - 43 Fan speed rpm 720 750 720 750 Airflow CFM 2,287 2,382 2,287 2,382 Model MXZ-4C36NA2 Indoor type Non -Duct (09+09+09+09) Duct (09+09+09+09) Item Unit Cooling Heating Cooling Heating Total Capacity Btu/h 35,400 36,000 34,400 34,400 SHF - - - - - Input kW 3.76 3.02 3.94 3.10 Electrical Power supply (V, phase, Hz) 208/230, 1, 60 circuit Input kW 3.672 2.932 3.700 2.940 Comp. current (208/230V) A 17.65 / 15.97 14.1 / 12.75 17.79 / 16.09 14.13 / 12.78 Fan motor current A 0.3 0.3 0.3 0.3 Refrigerant Condensing pressure PSIG 461 297 470 334 circuit Suction pressure PSIG 141 89 129 91 Discharge temperature OF 172 138 176 147 Condensing temperature OF 127 95 129 103 Suction temperature OF 51 28 46 29 Comp. shell bottom temp. OF 162 130 165 139 Ref. pipe length [Total pipe length for multi -system] ft 25[100] Refrigerant charge (R410A) - 6 Ib.13 oz. Outdoor unit Intake air temperature DB OF 95 47 95 47 WB OF - 43 - 43 Fan speed rpm 720 750 720 750 Airflow CFM 2,287 2,382 2,287 2,382 B-33 Model MXZ-5C42NA2 Indoor type Non -Duct (06+09+09+09+09) Duct (09+09+09+09+09) Item Unit Cooling Heating Cooling Heating Capacity Btu/h 40,500 45,000 37,500 41,000 Total SHF - - - - - Input kW 4.41 3.58 4.12 3.47 Power supply (V, phase, Hz) 208/230, 1, 60 Electrical Input kW 4.300 3.465 3.870 3.270 circuit Comp. current (208/230V) A 20.67/18.7 16.66/15.07 18.61/16.83 15.72/14.22 Fan motor current A 0.43/0.39 0.43/0.39 0.43/0.39 0.43/0.39 Condensing pressure PSIG 466 305 446 326 Suction pressure PSIG 153 93 137 98 Discharge temperature OF 172 155 165 143 Refrigerant Condensing temperature OF 127 97 124 102 circuit Suction temperature OF 53 27 47 29 Comp. shell bottom temp. OF 156 138 145 121 Ref. pipe length [Total pipe length for multi -system] ft 25 [80] Refrigerant charge (R410A) - 8 lb. 13 oz. Outdoor Intake air temperature DB OF 95 47 95 47 WB OF - 43 - 43 unit Fan speed rpm 630 730 630 730 Airflow j CFM 1 2,118 2,542 2,118 2,542 Model MXZ-2C2ONAHZ2 Indoor type Non -Duct (09+09) Duct (09+12) Item Unit Cooling Heating Cooling Heating Capacity Btu/h 18,000 22,000 20,000 22,000 Total SHF - - - - - Input kW 1.34 1.62 1.82 1.75 Power supply (V, phase, Hz) 208/230, 1, 60 Electrical Input kW 1.296 1.574 1.670 1.660 circuit Comp. current (208/230V) A 6.23/5.63 7.57/6.84 8.03/7.26 7.98/7.22 Fan motor current A 0.43/0.39 0.43/0.39 0.43/0.39 0.43/0.39 Condensing pressure PSIG 406 341 406 334 Suction pressure PSIG 154 110 133 113 Discharge temperature OF 158 131 148 141 Condensing temperature OF 108 105 112 103 Refrigerant circuit Suction temperature OF 60 37 46 37 Comp. shell bottom temp. OF 137 107 127 117 Ref. pipe length [Total pipe length for multi -system] ft 25 [50] Refrigerant charge (R410A) - 8 lb. 13 oz. Outdoor Intake air temperature DB °F 95 47 95 47 WB OF - 43 - 43 unit Fan speed rpm 630 730 630 730 Airflow CFM 2,118 2,542 2,118 2,542 Model MXZ-3C24NAHZ2 Indoor type Non -Duct (06+06+09) Duct (09+09+09) Item Unit Cooling Heating Cooling Heating Capacity Btu/h 22,000 25,000 23,600 24,600 Total SHF - - - - - Input kW 1.63 1.73 2.36 1.88 Power supply (V, phase, Hz) 208/230, 1, 60 Electrical Input kW 1.564 1.661 2.180 1.760 circuit Comp. current (208/230V) A 7.52/6.8 7.99/7.22 10.48/9.48 8.46/7.65 Fan motor current A 0.43/0.39 0.43/0.39 0.43/0.39 0.43/0.39 Condensing pressure PSIG 397 302 377 329 Suction pressure PSIG 164 106 136 109 Discharge temperature OF 144 122 152 127 Refrigerant Condensing temperature OF 114 97 115 103 circuit Suction temperature OF 59 42 48 36 Comp. shell bottom temp. OF 128 105 136 109 Ref. pipe length [Total pipe length for multi -system] ft 25 [70] Refrigerant charge (R410A) - 8 lb. 13 oz. Outdoor Intake air temperature DB OF 95 47 95 47 WB OF - 43 - 43 unit Fan speed rpm 630 730 630 730 Airflow CFM 2,118 2,542 2,118 2,542 Model MXZ-3C3ONAHZ2 Indoor type Non -Duct (09+09+12) Duct (09+09+12) Item Unit Cooling Heating Cooling Heating Capacity Btu/h 28,400 28,600 27,400 27,600 Total SHF - - - - - Input kW 2.28 2.10 2.67 2.19 Power supply (V, phase, Hz) 208/230, 1, 60 Electrical Input kW 2.214 2.031 2.480 2.060 circuit Comp. current (208/230V) A 10.64/9.63 9.76/8.83 11.92/10.78 9.9/8.96 Fan motor current A 0.43/0.39 0.43/0.39 0.43/0.39 0.43/0.39 Condensing pressure PSIG 404 321 416 329 Suction pressure PSIG 146 103 131 107 Discharge temperature OF 146 131 153 128 Condensing temperature OF 117 101 118 103 Refrigerant circuit Suction temperature OF 52 35 45 35 Comp. shell bottom temp. OF 129 111 135 108 Ref. pipe length [Total pipe length for multi -system] ft 25 [70] Refrigerant charge (R410A) - 8 lb. 13 oz. Outdoor Intake air temperature DB OF 95 47 95 47 WB I OF - 43 - 43 unit Fan speed rpm 650 730 650 730 Airflow CFM 2,224 2,542 2,224 2,542 B-35 8-2. OPERATING RANGE (1) POWER SUPPLY Model Rating Guaranteed Voltage MXZ-2C20NA2 MXZ-2C20NAHZ2 MXZ-3C24NA2 MXZ-3C24NAHZ2 Outdoor unit MXZ-3C30NA2 MXZ-3C30NAHZ2 208/230 V 60 Hz 10 Min. 198 V 208 V 230 V Max. 253 V MXZ-4C36NA2 ------ ----- MXZ-5C42NA2 (2) OPERATION Intake air Indoor Outdoor Function temperature DB (°F) WB (°F) DB (°F) WB (°F) Condition "A" Cooling steady state 80 67 95 (75) at rated compressor speed "B-2" Cooling steady state 80 67 82 (65) at rated compressor speed Cooling g "B-1" Cooling steady state at minimum compressor speed 80 67 82 65 ( ) Low ambient cooling steady state 80 67 67 (53.5) at minimum compressor speed Intermediate cooling steady state 80 67 87 (69) at intermediate compressor speed Standard rating -heating 70 60 47 43 at rated compressor speed Low temperature heating 70 60 17 15 at rated compressor speed Max. temperature heating 70 60 62 56.5 Heating at minimum compressor speed High temperature heating 70 60 47 43 at minimum compressor speed Frost accumulation 70 60 35 33 at rated compressor speed Frost accumulation 70 60 35 33 at intermediate compressor speed U-Cst. 8-3. PERFORMANCE CURVES MXZ-2C20NA2 MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 MXZ-5C42NA2 MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 The standard specifications apply only to the operation of the air conditioner under normal conditions. Since operating conditions vary according to the areas where these units are installed, the following information has been pro- vided to clarify the operating characteristics of the air conditioner under the conditions indicated by the performance curve. (1) GUARANTEED VOLTAGE 198 - 253 V 60 Hz (2) AIR FLOW Air flow should be set at MAX. (3) MAIN READINGS (1) Indoor intake air wet -bulb temperature : °FWB (2) Indoor outlet air wet -bulb temperature : °FWB Cooling (3) Outdoor intake air dry-bulb temperature : °FDB (4) Total input: W (5) Indoor intake air dry-bulb temperature : °FDB (6) Outdoor intake air wet -bulb temperature : °FWB Heating (7) Total input : W Indoor air wet and dry bulb temperature difference on the left side of the following chart shows the difference between the indoor intake air wet and dry bulb temperature and the indoor outlet air wet and dry bulb temperature for your reference at service. How to measure the indoor air wet and dry bulb temperature difference 1. Attach at least 2 sets of wet and dry bulb thermometers to the indoor air intake as shown in the figure, and at least 2 sets of wet and dry bulb thermometers to the indoor air outlet. The thermometers must be attached to the position where air speed is high. 2. Attach at least 2 sets of wet and dry bulb thermometers to the outdoor air intake. Cover the thermometers to prevent direct rays of the sun. 3. Check that the air filter is cleaned. 4. Open windows and doors of room. 5. Press the EMERGENCY OPERATION switch once (twice) to start the EMERGENCY COOL (HEAT) MODE. 6. Compressor starts running at 33 Hz (COOL) or 45 Hz (HEAT). The frequency at each operation mode is fixed. 7. When system stabilizes after more than 15 minutes, measure temperature and take an average temperature. 8. 10 minutes later, measure temperature again and check that the temperature does not change. INDOOR UNIT OUTDOOR UNIT ❑❑ ❑❑ Wet and dry bulb Wet and dry bulb ❑❑ thermometers thermometers ❑ FRONT VIEW ❑❑ ❑❑ ❑❑ ❑❑ BACK VIEW B-37 8-3-1. Capacity and the input curves MXZ-2C20NA2 Cooling capacity 13 6.8 m 9.6 11.7 11.4 6.2 8.8 10.7 10.5 21.2 u LL 5.7 8.0 9.7 9.5 w 0'' - 5.1 7.2 8.7 8.5 10 m 3 4.6 6.5 7.8 7.6 00.9 `om 4.1 5.8 6.9 6.7 Z 0.' - 3.6 5.1 6.0 5.8 a 00.7 19 I5 72 38 37 34 30 Outdoor intake air Dry-bulb temperature ('F) u u u u fD O+ N Y7 6.8 9.6 11.7 11.4 u 6.2 8.8 10.7 10.5 E +: 0 5.7 8.0 9.7 9.5 w +: ELL 5.1 7.2 8.7 8.5 c +. 4.6 6.5 7.8 7.6 &1 - 4.1 5.8 6.9 6.7 � 0.1 3 3.6 5.1 6.0 5.8 0 00.1 3.1 4.4 5.1 4.9 a 0.4 c - 2.6 3.7 4.2 4.0 - a! 2.1 3.0 3.3 3.1 a, 26.1 36.7 48.2 52.8 24.3 34.0 44.8 49.1 e 22.5 31.3 41.4 45.4 20.5 28.8 38.0 41.6 LL 18.5 25.7 34.0 37.4 - 16.6 23.2 30.6 33.7 t a 14.8 20.7 27.2 29.9 8 13.0 18.0 24.1 26.5 - 11.0 15.3 20.2 22.1 9.2 13.0 17.1 18.7 7.4 10.3 13.5 14.8 24.3 34.0 44.8 49.1 22.5 31.3 41.4 45.4 - 20.5 28.8 38.0 41.6 ELL 18.5 25.7 34.0 37.4 16.6 23.2 30.6 33.7 14.8 20.7 27.2 29.9 a 13.0 18.0 24.1 26.5 _ 11.0 15.3 20.2 22.1 9.2 13.0 17.1 18.7 7.4 10.3 13.5 14.8 I Indoor intake 1A N 1.3 V 1.2 w 1.1 c 0 1.0 d 0.9 0.8 T 0.7 0 0.6 m m 0.5 U o.4 1.3 1.2 O 1.1 m 1.0 a 0.9 0 U 0.8 m ` 0.7 0 V 0.6 J a o.s C Total input (Cooling) 54 37 58 I2 50 r5 I9 Outdoor intake air Dry-bulb temperature ff) Heating capacity 1.5�7 Outdoor intake air Wet -bulb temperature (°F) Total input (Heating) 3 7 11 15 19 23 27 31 35 39 43 47 51 55 59 E Outdoor intake air Wet -bulb temperature ('F) AM] MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 6.8 9.6 11.7 11.4 1 4.5 13.2 6.2 8.8 10.7 10.5 13.2 12.1 E LL 5.7 8.0 9.7 9.5 12.0 10.9 - 5.1 7.2 8.7 8.5 1 0.7 9.8 3 4.6 a 6.5 7.8 7.6 9.5 8.7 `o0 4.1 a 5.8 6.9 6.7 8.3 7.6 - 3.6 5.1 6.0 5.8 7.1 6.5 m w U U m m U e 6.8 9.6 11.7 11.4 14.5 13.2 6.2 8.8 10.7 10.5 132 12.1 5.7 8.0 9.7 9.5 12.0 10.9 E LL 5.1 7.2 8.7 8.5 10.7 9.8 m 4.6 6.5 7.8 7.6 9.5 8.7 4.1 5.8 6.9 6.7 8.3 7.6 3 a 3.6 5.1 6.0 5.8 7.1 6.5 3.1 4.4 5.1 4.9 5.9 5.4 - 2.6 3.7 4.2 4.0 4.7 4.3 2.1 3.0 3.3 3.1 3.5 3.2 26.1 36.7 48.2 52.8 56.5 42.9 24.3 34.0 44.8 49.1 52.8 39.8 2 22.5 31.3 41.4 45.4 49.1 36.7 - 20.5 28.8 38.0 41.6 45.2 33.7 d LL 18.5 25.7 34.0 37.4 40.5 30.2 - 2 16.6 23.2 30.6 33.7 36.5 27.2 e 3 14.8 20.7 272 29.9 32.4 24.1 13.0 18.0 24.1 26.5 29.0 21.4 - 11.0 15.3 20.2 22.1 24.1 18.0 9.2 13.0 17.1 18.7 20.5 15.1 7.4 10.3 13.5 14.8 16.0 11.9 24.3 34.0 44.8 49.1 52.8 39.8 22.5 31.3 41.4 45.4 49.1 36.7 20.5 28.8 38.0 41.6 45.2 33.7 E LL 18.5 25.7 34.0 37.4 40.5 30.2 p; 16.6 23.2 30.6 33.7 36.5 27.2 ` 14.8 20.7 27.2 29.9 32.4 24.1 c 13.0 18.0 24.1 29.0 21.4 11.0 15.3 20.2126-5 22.1 24.1 18.0 9.2 13.0 17.118.7 20.5 15.1 7.4 10.3 13.514.8 16.0 11.9 1.3 N u 1.2 JT 1.1 0 00 1.0 0 0.9 a .3 0.8 a ci 0.7 79 75 72 68 67 64 60 14 24 34 44 54 64 74 84 94 104 114 Outdoor intake air Dry-bulb temperature (°F) Total input (Cooling) 1.3 N 1.2 0 1.1 R 1.0 c 0.9 0.8 c 0.7 0.6 c 0.5 0.4 64 67 68 60 72 75 79 14 24 34 44 54 64 74 84 94 104 114 Outdoor intake air Dry-bulb temperature (°F) 1.4 N � 1.3 1.2 C 1.1 0 V 1.0 0.9 u 0.8 0.7 N 0.6 O. U 0.5 1.3 1.2 N C 1.1 V w 1.0 O 0.9 d 0.8 O 0.7 O 0.6 a C 0.5 Heating capacity 3 7 11 15 19 23 27 31 35 39 43 47 51 55 59 63 Outdoor intake air Wet -bulb temperature ff) Total input (Heating) 3 7 11 15 19 23 27 31 35 39 43 47 51 55 59 63 Outdoor intake air Wet -bulb temperature (°F) 59 68 79 68 59 B-39 MXZ-5C42NA2 6.8 9.6 11.7 11.4 1 4.5 13.2 6.2 8.8 10.7 10.5 13.2 12.1 E LL 5.7 8.0 9.7 9.5 1 2.0 10.9 5.1 7.2 8.7 8.5 10.7 9.8 3 4.6 6.5 7.8 7.6 9.5 8.7 `o0 4.1 5.8 6.9 6.7 8.3 7.6 a 3.6 5.1 6.0 5.8 7.1 6.5 6.8 9.6 11.7 11.4 14.5 13.2 62 8.8 10.7 10.5 13.2 12.1 - 5.7 8.0 9.7 9.5 12.0 10.9 E LL 5.1 7.2 8.7 8.5 10.7 9.8 m 4.6 6.5 7.8 7.6 9.5 8.7 a 8 4.1 5.8 6.9 6.7 8.3 7.6 3 v 3.6 5.1 6.0 5.8 7.1 6.5 3.1 4.4 5.1 4.9 5.9 5.4 - 2.6 3.7 4.2 4.0 4.7 4.3 2.1 3.0 3.3 3.1 3.5 3.2 i'm �_ �R 28.1 36.7 48.2 52.8 56.5 42.9 24.3 34.0 44.8 49.1 52.8 39.8 22.5 31.3 41.4 45.4 49.1 36.7 Vi^ 20.5 28.8 38.0 41.6 45.2 33.7 2: d LL 18.5 25.7 34.0 37.4 40.5 30.2 _ 16.6 23.2 30.6 33.7 36.5 27.2 3 14.8 e 20.7 27.2 29.9 32.4 24.1 13.0 8 18.0 24.1 26.5 29.0 21.4 - 11.0 15.3 20.2 22.1 24.1 18.0 9.2 13.0 17.1 18.7 20.5 15.1 74 10.3 13.5 14.8 16.0 11.9 o 24.3 34.0 44.8 49.1 52.8 39.8 22.5 31.3 41.4 45.4 49.1 36.7 20.5 28.8 38.0 41.6 45.2 33.7 E v- 18.5 25.7 34.0 37.4 40.5 30.2 - 3 16.6 232 30.6 33.7 36.5 27.2 3 14.6 20.7 27.2 29.9 32.4 24.1 e 13.0 18.0 24.1 29.0 21.4 11.0 15.3 20.2126.5 22.1 24.1 18.0 9.2 13.0 17.118.7 20.5 15.1 7.4 10.3 13.514.8 16.0 11.9 A 1.3 N u 1.2 1.1 0 00 1.0 00 0.9 a Z 0.8 a U 0.7 Cooling capacity 79 75 72 68 67 64 60 14 24 34 44 54 64 74 84 94 104 114 Outdoor intake air Dry-bulb temperature (°F) Total input (Cooling) 1.3 1.2 `0 1.1 t5 1.0 p 0.9 0.8 c 0.7 0.6 I 0.5 0.4 60 64 67 68 72 75 79 14 24 34 44 54 64 74 84 94 104 114 Outdoor intake air Dry-bulb temperature (°F) 1.4 N � 1.3 1.2 0 1.1 O 1.0 0.8 u 0.8 0.7 m 0.6 a U 0.5 0.4 1.3 1.2 N ~O 1.1 U 1.0 0 0.9 ; 0.8 `0 0.7 0 � 0.6 o. C 0.5 Heating capacity Outdoor intake air Wet -bulb temperature (°F) Total input (Heating) 3 7 11 15 19 23 27 31 35 39 43 47 51 55 59 63 Outdoor intake air Wet -bulb temperature ff) 68 59 LMAs MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 6.8 9.6 11.7 11.4 14.5 13.2 6.2 8.8 10.7 10.5 13.2 12.1 E LL 5.7 8.0 9.7 9.5 12.0 10.9 - 5.1 7.2 8.7 8.5 10.7 9.8 3 4.6 6.5 7.8 7.6 9.5 8.7 oa` 4.1 5.8 6.9 6.7 8.3 7.6 - 3.6 5.1 6.0 5.8 7.1 6.5 YI b R ID N R R Oi N R R N ap N R R V 6.8 9.6 11.7 11.4 14.5 13.2 6.2 8.8 10.7 10.5 13.2 12.1 5.7 8.0 9.7 9.5 12.0 10.9 E LL 5.1 7.2 8.7 8.5 10.7 9.8 u 4.6 6.5 7.8 7.6 9.5 1.7 2 4.1 5.8 6.9 6.7 8.3 7.6 i= a 3.6 5.1 6.0 5.8 7.1 6.5 3.1 4.4 5.1 4.9 5.9 5.4 - 2.6 3.7 4.2 4.0 4.7 4.3 2.1 3.0 3.3 3.1 3.5 3.2 26.1 36.7 48.2 52.8 56.5 42.9 24.3 34.0 44.8 49.1 52.8 39.8 6 22.5 31.3 41.4 45.4 49.1 36.7 E u= 20.5 28.8 38.0 41.6 45.2 33.7 8 18.5 25.7 34.0 37.4 40.5 30.2 16.6 23.2 30.6 33.7 36.5 27.2 v 14.8 20.7 272 29.9 32.4 24.1 13.0 18.0 24.1 26.5 29.0 21.4 11.0 15.3 20.2 22.1 24.1 18.0 9.2 13.0 17.1 18.7 20.5 15.1 31.5 44.8 58.4 63.9 67.6 522 29.7 42.1 55.0 60.2 63.9 49.1 27.9 39.4 51.6 56.5 60.2 46.0 E LL 26.1 36.7 48.2 52.8 56.5 42.9 - 24.3 34.0 44.8 49.1 52.8 39.8 a 22.5 31.3 41.4 45.4 49.1 36.7 a 20.5 28.8 38.0 41.6 45.2 33.7 18.5 25.7 34.0 37.4 40.5 30.2 16.6 23.2 30.6 33.7 36.5 272 14.8 20.7 27.2 29.9 32.4 24.1 Cooling capacity 1.3 0 1.2 u w 0 1.1 0 m 1.0 °u 0.9 3 0.8 a U 0.7 Outdoor intake air Dry-bulb temperature (°F) Total input (Cooling) Outdoor intake air Dry-bulb temperature (°F) Heating capacity 1.4 p 1.3 m 1.2 C 1.1 u 1.0 m 0 0.9 u 0.8 u 0.7 C �p 0.6 U 0.5 -14 -10 -6 -2 2 6 10 14 18 22 26 30 34 38 42 46 50 54 58 62 Outdoor intake air Wet -bulb temperature (°F) Total input (Hear. - 1.7 on on 0�MENNE �►bog%Omm1 MEN 0 .0 MEMO_ ' 0 Outdoor intake air Wet -bulb temperature (°F) 79 75 72 68 67 64 60 59 68 79 79 68 59 4 7 0 8 2 5 9 B-41 MXZ-2C20NA2 8-3-2. Capacity and input correction by means of inverter output frequency 1. 06-class unit in single operation <COOL -Total input—— r.r•r•r•r. r.rrrr• • r.r•r•rr. rrr•r•r. r. Frequency 2-class unit in single oper 4 Frequency COL>Total input Frequency Frequency snit in single operation r r.r.r.rMMMMMMMMMM r.QUM rrr•r.r. r.r.r.r•����r.r. r.r.r.rr.rrr.r.r. r.r.r.rr•rrr.r.r. 0 50 100 1E Frequency <HEAT>Capacity Frequer 0 50 100 1E Frequency <HEAT>Capacity rrrrr. �r.r. r. rrrrr. rrrrr. r.r.r.r. rrrrr. r.r.r.r.r. �rrrr. rrrrr. r.r.r.r.r. rrrrr. rrrrr. r.r.r.r.r. rrrrr. Frequency <HEAT>Total input iiii,a.1.2.r.iiiiii rrr.��r.rr.r.r.r.rrrrr. rrrrr.M-1I r.r.rrrrr. rrrrr.r.r.r.r.r.rrrrr. rrrrr.r.r.r.r.r.rrrrr. Frequency Frequency Frequency Frequency B-42 MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 1. 06-class unit in single operation 2 3 6 Frequency )9-class unit in single opel Frequency 2-class unit in single opel -,", . .... ......... 9 mmmmmmmmmmm mm IS Frequency Frequent i ,COOL,Total mm SIZES �.......... SIZES Frequency 8-class unit in single opel Frequency ?4-class unit in single opel Frequency i <COOL>Total input Frequency (MXZ-3C30/4C36NA2 onl Frequency <HEAT>Capacity Frequency ,HEAT>Caoacity Frequency ,HEAT>Capacity Frequency <HEAT>Total input Frequency <HEAT>Total input Frequency ,HEAT,Total input Frequency ,HEAT>Total input Frequency ,HEAT>Total input Frequency Frequenc <HEAT>Capacity ,HEAT>Totali Hz Hz Frequency Frequency Frequency Frequenc B-43 MXZ-5C42NA2 MXZ2C20NAHZ2 MXZ3C24NAHZ2 MXZ3C30NAHZ2 1. 06-class unit in single operation <COOL>Capacity <COOL>Total input <HEAT>Capacity <HEAT>Total input Frequency )9-class unit in single opel Frequency <COOL>Total input MUMCCUCCC: MMUMMUMMS 1 1 rr 1 r 1 11 r Frequency Frequenc 4T>Capacity <HEAT>Total Hz Frequency 8-class unit in single opel Frequency ;42NA2, MXZ-3C241 )OL>Total input Frequency Frequenc .AT>Capacity <HEAT>Total Frequency Frequenc DNAHZ2 only) <HEAT>Capacity <HEAT>Total Hz Frequency ?4-class unit in single opel Frequency Frequency Frequenc 42NA2, MXZ-3C30NAHZ2 only) )OL>Total input <HEAT>Capacity <HEAT>Total Hz Frequency Frequency Frequency Frequenc B-44 MXZ-2C20NA2 8-3-3. Outdoor low pressure and outdoor unit current 1. 06-class unit in single operation (1) COOL operation ------------------------------------------------------------------, i0 Data is based on the condition of indoor humidity I <How to work fixed -frequency operation> 50% 11. Set emergency switch to COOL or HEAT. The switch is located 20 Air flow speed: High on indoor unit. 0 Inverter output frequency: 40 Hz 12. Press emergency run ON/OFF button. I3. Compressor starts running at 40 Hz (COOL) or 48 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 15. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. (PSIG) 170 r 160 a) Cn a 150 0 °0 140 O 130 120 i I Indoor Dry-bulb temperature ( L i 40 Hz 86 5.0 c 4.0 80 3.0 `o 75 °0 0 2.0 70 1.0 65 70 75 80 85 90 95 100 105 110115 (°F) 0.0 Ambient temperature (°F) (2) HEAT operation i0 Data is based on the condition of indoor humidity 7.0 75% 20 Set air flow to High speed. s0 Inverter output frequency is 48 Hz. Q 6.0 c m L L " 5.0 .E `o -R 4.0 Z3 O 3.0 MEMMEMEMEM MEMENIN 0 •. . ' - ME • ■ ••• WIFE' WIFE ■,�,. ■■ ■■■■■■■■■■ ■■■■■■■■■■ ■■■■■■■■■■ 1 :1 : •1 ITIN 1 1 Ambient temperature (°F) mperature l Fi \rd°°r DCy bu\b to 48 Hz 86 80 75 70 5 ('F) 75 70 65 " 15 20 25 30 35 40 45 50 55 60 65 70 75(°F) Ambient temperature (°F) B-45 MXZ-2C20NA2 2. 09-class unit in single operation (1) COOL operation i0 Data is based on the condition of indoor humidity <How to work fixed -frequency operation> 50% 1. Set emergency switch to COOL or HEAT. The switch is located 0 Air flow speed: High on indoor unit. OO Inverter output frequency: 40 Hz :2. Press emergency run ON/OFF button. 13. Compressor starts running at 40 Hz (COOL) or 48 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 15. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ----- (PSIG) 170 r Q 150 0 0 °0 140 O 130 120 I IndpOr pry_pulb temperature ( L 40 Hz •1 86 5.0 24.0 80 a 3.0 75 °0 0 2.0 70 1.0 65 70 75 80 85 90 95 100 105 110115 ('F) 0.0 Ambient temperature ('F) (2) HEAT operation D Data is based on the condition of indoor humidity 7.0 75% OO Set air flow to High speed. ® Inverter output frequency is 48 Hz. Q 6.0 m 25.0 .E 0 �§ 4.0 O 3.0 .......... .......... MEN M FROM M �' ME ■011 ■■ W......... .......... .......... .......... .......... 1 :1ME •1 • 11 1 1 Ambient temperature ('F) 4 4 ecature l` \nd°°C Dry bu\b temp _ 48 Hz 86 80 75 70 5 ('F) 75 70 65 15 20 25 30 35 40 45 50 55 60 65 70 75 ('F) Ambient temperature ('F) u • MXZ-2C20NA2 3. 12-class unit in single operation (1) COOL operation O Data is based on the condition of indoor humidity 50% O Air flow speed: High ® Inverter output frequency: 40 Hz (PSIG) 170 aB 160 150 0 0 0 7 140 W, 130 120 E 1MEMO loopili Ambient temperature ("F) f 1 <How to work fixed -frequency operation> 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. 2. Press emergency run ON/OFF button. ,3. Compressor starts running at 40 Hz (COOL) or 48 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 15. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ------------------------------------------------------------------ 36 5.0 Q 30 a 4.0 3.0 75 0 0 2 2.0 O 70 1.0 ■■■■■■■■■■ ■■■■■■■■ ■ ■■■■■■ M . 'MEN ■,EMM1100 ',■■■■ . � 2.■■■■■■ MEMEMEMEME ■■■■■■■■■■ ■■■■■■■■■■ ■■■■■■■■■■, 86 80 75 70 5 (F) O'065 70 75 80 85 90 95 100 105 110 115 ( F) (2) HEAT operation i0 Data is based on the condition of indoor humidity 75% z0 Set air flow to High speed. 7.0 ® Inverter output frequency is 48 Hz. a 6.0 3.0 Ambient temperature ( F) ............ ............ ............ ............ NONE■■■■ . . AMEN ' , • . •- .. R-1- _mmn MEMO W.. ..... 75 70 65 2 015 20 25 30 35 40 45 50 55 60 65 70 75 ff) Ambient temperature ff ) B-47 MXZ-2C20NA2 4. 15-class unit in single operation (1) COOL operation O Data is based on the condition of indoor humidity 50% O Air flow speed: High ® Inverter output frequency: 40 Hz (PSIG) 170 - , 160 a� 150 0 0 L3 140 O 130 1,10OW-Wromm.@ EN 11 f 1 <How to work fixed -frequency operation> 1. Set emergency switch to COOL or HEAT. The switch is located 1 on indoor unit. 1 2. Press emergency run ON/OFF button. 13. Compressor starts running at 40 Hz (COOL) or 48 Hz (HEAT). 14. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button 1 or any button on remote controller. 1 5.0 a 80 4.0 �3.0 75 0 0 2.0 70 O 1.0 12 65 70 75 80 85 90 95 100 105 110 115 ("F) 0.0t Ambient temperature ('F) (2) HEAT operation D Data is based on the condition of indoor humidity 75% OO Set air flow to High speed. OO Inverter output frequency is 48 Hz. 7.0 : 6.0 5.0 0 4.0 O 3.0 MENNEN ME MEMEMEMEME MEME M'OP,EM M MENNEN ■ ■■■■■■■■■■ ■■■■■■■■■■ MEMEMEMEME 1 75 :1 85 91 95 100 105 110 Ambient temperature ("F) ............ ............ ............ .......... ■■■■■■ on N=39_01 86 80 75 70 5 ('F) 75 70 65 2.015 20 25 30 35 40 45 50 55 60 65 70 75 (`F) Ambient temperature (°F) MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 5. 06-class unit in single operation (1) COOL operation DData is based on the condition of indoor ----------- f humidity 50% <How to work fixed -frequency operation> DAIr flow speed :High 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. OO Inverter output frequency : 24 Hz ,2. Press emergency run ON/OFF button. 3. Compressor starts running at 24 Hz (COOL) or 32 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. (PSIG) 160 150 120 IBM- 1 NOW 86 80 75 70 11 65 70 75 80 85 90 95 100 105 110 115 (`F) Ambient temperature (`F) (2) HEAT operation DData is based on the condition of outdoor humidity 75%. 20Set air flow to High speed. ®Inverter output frequency is 32 Hz. .e 5.0 : 4.0 3.0 0 0 0 2.0 W 01 7.0 c a� " 5.0 0 -04.0 O 3.0 MEMEMEM ■■■■■■■■■■ ■■■■■■■■■■ Ambient temperature (°F) ............ MEN 0 .... .' a�� 1,00 • • ;_B AR =moc . /NA,.M. ■ I �PM100000■■ V ,.......... ............ ............ 86 80 75 70 5 (°F) 75 70 65 2.0 5 20 25 30 35 40 45 50 55 60 65 70 75 ("F) Ambient temperature (`F) C i • MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 6. 09-class unit in single operation) (1) COOL operation OData is based on the condition of indoor -- humidity 50% <How to work fixed -frequency operation> OAIr flow speed :High ;1. Set emergency switch to COOL or HEAT. The switch is located sOlnverter output frequency : 24 Hz on indoor unit. ,2. Press emergency run ON/OFF button. 13. Compressor starts running at 24 Hz (COOL) or 32 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ---- (PSIG) 160 150 120 86 80 75 70 110 5 70 75 80 85 90 95 100 105 110 115 (`F) (2) HEAT operation Ambient temperature ("F) OData is based on the condition of outdoor humidity 75%. OSet air flow to High speed. Olnverter output frequency is 32 Hz. 5.0 Q m 4.0 3.0 °o 0 2.0 W 01 7.0 0 -04.0 73 O 3.0 ■■■■■■■■■■ *WWMWW ME - W_. MENNEN MEMEMEMEME MEMEMEMEME ■■■■■■■■■■ ■■■■■■■■■■ ■■■■■■M.■■ Ambient temperature (°F) ............ NONE■■■fomr!IMN 0 ■■■ . • R,.�. ........ J.,�% V ,.......... ............ ............ 86 80 75 70 5 ('F) 75 70 65 2.0 5 20 25 30 35 40 45 50 55 60 65 70 75 ('F) Ambient temperature ('F) MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 7. 12-class unit in single operation (1) COOL operation DData is based on the condition of indoor <How to work fixed -frequency operation> humidity 50% 1. Set emergency switch to COOL or HEAT. The switch is located OAir flow speed : High on indoor unit. OO Inverter output frequency : 24 Hz 12. Press emergency run ON/OFF button. 13. Compressor starts running at 24 Hz (COOL) or 32 Hz (HEAT). 14. Indoor fan runs at High speed and continues for 30 minutes. 15. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ----------------------------------------------------------------- (PSIG) 160 a, 150 140 0 0 !D 130 120 110'Wrow 1 111���1 �1111� 5.0 80 a 4.0 75 :3 3.0 `0 70 2.0 O 1.0 110 65 70 75 80 85 90 95 100 105 110 115 (°F) 0.0 Ambient temperature (°F) (2) HEAT operation OData is based on the condition of outdoor humidity 75%. OO Set air flow to High speed. OO Inverter output frequency is 32 Hz. 7.0 Q 6.0 3.0 ■■■■■■1EM .. • ■■EMENEEMEME ',MEME ■■■■■■ ■ MEMEMEMEME ■■■■■■■■■■ MEMEMEMEME MEMEMEMEME 1 :1 •1 • 1111111@7211101 Ambient temperature (°F) ............ MENEM .. ■■■■■■�/ L-MMO 36 30 75 70 Sal 75 70 65 2.015 20 25 30 35 40 45 50 55 60 65 70 75 (°F) Ambient temperature (°F) B-51 MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 8. 15-class unit in single operation (1) COOL operation iOData is based on the condition of indoor <How to work fixed -frequency operation> humidity 50% 1. Set emergency switch to COOL or HEAT. The switch is located OAir flow speed : High on indoor unit. Olnverter output frequency : 24 Hz 12. Press emergency run ON/OFF button. 13. Compressor starts running at 24 Hz (COOL) or 32 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 15. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ------------------------------------------------------------------ (PSIG) 170 m 160 a� 150 0 0 L3140 O 130 •1 86 5.0 Q 24.0 80 3.0 75 0 L2.0 O 70 1.0 120' 0.0 65 70 75 80 85 90 95 100 105 110 115 (°F) Ambient temperature (°F) (2) HEAT operation OData is based on the condition of outdoor humidity 75% OSet air flow to High speed. ®Inverter output frequency is 32 Hz. 7.0 : 6.0 3.0 ■■■■■■■■■■ MEMEM PIP ■■■■■■■■■■ ■■■■■■■■■■ ■■■■■■■■■■ MEMEMEMEME MEMEMEMEME 5 70 75 :0 85 •0 95 100 Ambient temperature ("F) ............ .......... ■■■■EP-M."p;■ •• , ■ AMEN . • PPRO OVA- ............ 86 80 75 70 5 ('F) 75 70 65 2 015 20 25 30 35 40 45 50 55 60 65 70 75 (°F) Ambient temperature (°F) B-52 MXZ-3C24NA2 MXZ-3C30NA2 MXZ-4C36NA2 9. 18-class unit in single operation (1) COOL operation iOData is based on the condition of indoor <How to work fixed -frequency operation> humidity 50% 1. Set emergency switch to COOL or HEAT. The switch is located OAir flow speed : High on indoor unit. ®Inverter output frequency : 24 Hz :2. Press emergency run ON/OFF button. 3. Compressor starts running at 24 Hz (COOL) or 32 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. (PSIG) 170 aD 160 L 130 1111_�ii it 6.0 86 5.0 a P.0 80 � c:3.0 75 0 -0 2.0 O 70 1.0 12 60 5 70 75 80 85 90 95 100 105 110 115 (-F) 0. Ambient temperature ("F) (2) HEAT operation DData is based on the condition of outdoor humidity 75%. OO Set air flow to High speed. OO Inverter output frequency is 32 Hz. 7.0 5.0 `o 0 4.0 O OR ■■■■■■■■■■ ..Fp's MEME ..... ■ ,. , ,: PIP M9 ,',M MMMMMMMMMM MMMMMMMMMM ■■■■■■■■■■ MMMMMMMMMM MMMMMMMMMM 1 75 80 85 91 95 100 105 110 Ambient temperature ('F) ............ ......... . NOMINEE vmpo'lola �..-Ro■■ ..��� ............ 86 80 75 70 5 (F) 75 70 65 2.0 15 20 25 30 35 40 45 50 55 60 65 70 75 (°F) Ambient temperature (°F) B-53 MXZ-3C30NA2 MXZ-4C36NA2 10. 24-class unit in single operation (1) COOL operation OData is based on the condition of indoor humidity 50% OAir flow speed : High Olnverter output frequency : 24 Hz (PSIG) 180 170 0 160 Q 3 0 150 0 0 O lim- 130 E �i Ambient temperature ('F) (2) HEAT operation OData is based on the condition of outdoor humidity 75% OO Set air flow to High speed. Olnverter output frequency is 32 Hz. ___, <How to work fixed -frequency operation> 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. 2. Press emergency run ON/OFF button. 13. Compressor starts running at 24 Hz (COOL) or 32 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. 7.0 6.0 Q 80 a�i 5.0 c 4.0 75 o 0 3.0 O 70 2.0 .......... .......... .......... �. o . INN PIPE M IRM PIF ME _mot♦,. ve . _. ■■■■■■ .......... .......... .......... 86 80 75 70 1.0 5 (`F) 65 70 75 80 85 90 95 100 105 110 115 (F) Ambient temperature ("F) 7.0 c L 5.0 0 04.0 O 32 Hz M 75 70 65 2.01 1 1 1 1 1 1 1 1 1 I 15 20 25 30 35 40 45 50 55 60 65 70 75 (-F) Ambient temperature (°F) MXZ-5C42NA2 MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 11. 06-class unit in single operation (1) COOL operation OData is based on the condition of indoor ;- ----------- humidity 50% <How to work fixed -frequency operation> DAIr flow speed :High 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. OO Inverter output frequency : 18 Hz ,2. Press emergency run ON/OFF button. 3. Compressor starts running at 18 Hz (COOL) or 20 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. (PSIG) 170 I •1 N 0 Q 150 0 oo 140 X 130 ie INNEWMPF--e 86 6.0 5.0 Q 80 24 E 3.0 75 `0 0 0 2.0 70 1.0 12 65 70 75 80 85 90 95 100 105 110 115 ('F) Ambient temperature (°F) (2) HEAT operation iDData is based on the condition of outdoor humidity 75%. OO Set air flow to High speed. ®Inverter output frequency is 20 Hz. MMENEM �� MEME • • _iM■■ am ■■ o 1MENEM EEMEME W�� 17 ■■■■■■ ■■■■■■■■■■ MEMEMEMEME MEMEMEMEME MEMEMEMEME MEMEMEMEME 86 80 75 70 0. 65 70 75 80 85 90 95 100 105 110 115 ( F) 7.0 Q 6.0 c m L .2 5.0 E a 4.0 O 3.0 Ambient temperature (°F) ......... .. ......EA • ./ii ■■■ •• .0M.rpn■■■ MEMO 0 ............ ............ ............ 75 70 65 2.0 15 20 25 30 35 40 45 50 55 60 65 70 75 ('F) Ambient temperature (°F) B-55 MXZ-5C42NA2 MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 12. 09-class unit in single operation (1) COOL operation OData is based on the condition of indoor --- humidity 50% <How to work fixed -frequency operation> OAIr flow speed :High 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. sOlnverter output frequency : 18 Hz ,2. Press emergency run ON/OFF button. 13. Compressor starts running at 18 Hz (COOL) or 20 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ---- (PSIG) 170 •1 LO 0 a 150 0 oo 140 7 73 O 130 p pe 86 6.0 5.0 Q c 80 a? 4.0 75 3.0 0 0 2.0 70 O 1.0 12 65 70 75 80 85 90 95 100 105 110 115 ('F) Ambient temperature (°F) (2) HEAT operation (DData is based on the condition of outdoor humidity 75%. OO Set air flow to High speed. OO Inverter output frequency is 20 Hz. MMMMMM �, MMM�Mam ' �'•ME �,EEMEME EM 11MA.■■■ M ■ ■■■■■■ ■■■■■■■■■■ MEMEMEMEME MEMEMEMEM ■■■■■■■■■■ MEMEMEMEME 86 80 75 70 0.0 5 70 75 80 85 90 95 100 105 110 115 ff ) Ambient temperature ff ) 7.0 Q 6.0 0 5.0 0 0 :R 4.0 O 3.0 MENEMIN , •orpo"o-O! �•• / PPMddW_/�MM 20 Hz 75 70 65 2.01 1 1 1 1 1 1 1 1 15 20 25 30 35 40 45 50 55 60 65 70 75(°F) Ambient temperature ff ) MXZ-5C42NA2 MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 13. 12-class unit in single operation (1) COOL operation DData is based on the condition of indoor ;- ----------- humidity 50% <How to work fixed -frequency operation> DAIr flow speed :High 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. OO Inverter output frequency : 18 Hz ,2. Press emergency run ON/OFF button. 3. Compressor starts running at 18 Hz (COOL) or 20 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. (PSIG) 170 I •1 130 120 P no pm Ambient temperature (°F) (2) HEAT operation iDData is based on the condition of outdoor humidity 75%. 20Set air flow to High speed. sMinverter output frequency is 20 Hz. 86 6.0 5.0 Q c 80 24.0 75 3.0 0 0 IR 2.0 70 O 1.0 I■■■■■ .am ■■■ ' �MENEM ME . aNEM p I,■■■■■■ MEMME ■■■■■■ ■■■■■■■■■■ MEMEMEMEME MEMEMEMEM MEMEMEMEME MEMEMEMEME 86 80 75 70 5 (`F) 0 65 70 75 80 85 90 95 100 105 110 115 (°F) Ambient temperature ('F) 7.0 : 6.0 c a� 5.0 E 0 0 !� 4.0 O 3.0 MENEM • WPM ii��� 20 Hz 75 70 65 2.01 1 1 1 1 . . . . 1 1 1 1 15 20 25 30 35 40 45 50 55 60 65 70 75(°F) Ambient temperature (°F) B-57 MXZ-5C42NA2 MXZ-2C20NAHZ2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 14. 15-class unit in single operation (1) COOL operation OData is based on the condition of indoor --- humidity 50% <How to work fixed -frequency operation> OAIr flow speed :High 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. sOlnverter output frequency : 18 Hz ,2. Press emergency run ON/OFF button. 13. Compressor starts running at 18 Hz (COOL) or 20 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ---- (PSIG) 180 170 U) 160 a 0 150 00 140 O 130 see 6.0 86 5.0 Q 80 (D4.0 75 3.0 0 0 70 0 2.0 120 5 70 75 80 85 90 95 100 105 110 115 ('F) Ambient temperature (°F) (2) HEAT operation OData is based on the condition of outdoor humidity 75%. OO Set air flow to High speed. OO Inverter output frequency is 20 Hz. ®1 MEN I �M�� ■■ _M' �''_ d■ MEE _ MMMMM .MMMMM ■■■■■■■■■■ MEMEMEMEME ■■■■■■■■■■ MEMEMEMEME MENEEMEMEN 86 80 75 70 0.0 5 70 75 80 85 90 95 100 105 110 115 (°F) Ambient temperature (°F) 7.0 . 1, 5.0 0 0 �P 4.0 O 3.0 �F1 e — oo� o<y \ra i Hz 75 70 65 2.01 1 1 1 1 1 1 1 1 15 20 25 30 35 40 45 50 55 60 65 70 75(°F) Ambient temperature (°F) MXZ-5C42NA2 MXZ-3C24NAHZ2 MXZ-3C30NAHZ2 15. 18-class unit in single operation (1) COOL operation DData is based on the condition of indoor ;- ----------- humidity 50% <How to work fixed -frequency operation> DAIr flow speed :High 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. OO Inverter output frequency : 18 Hz ,2. Press emergency run ON/OFF button. 3. Compressor starts running at 18 Hz (COOL) or 20 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. (PSIG) 180 170 W U) U) 160 a 0 150 0 0 0 140 130 milli 6.0 86 5.0 Q 80 2 4.0 75 3.0 0 0 IR 70 0 2.0 1.0 12 65 70 75 80 85 90 95 100 105 110 115 (`F) 0.0 Ambient temperature (°F) (2) HEAT operation iDData is based on the condition of outdoor humidity 75%. 20Set air flow to High speed. sMinverter output frequency is 20 Hz. 7.0 : 6.0 c 5.0 E 0 0 !� 4.0 O 3.0 sm MENEM PHIP EMME _�' ',ENE ■■■■■■ ■■■■■■■■■■ MENEEMEMEN MENEEMEMEN IMENEEMENE NEENEENEEN :•111ADMI111111111 Ambient temperature ('F) �Fl eca�Jre _ oC who i Hz 86 80 75 70 5 ('F) 75 70 65 2.01 1 1 1 1 . . . . 1 1 1 1 15 20 25 30 35 40 45 50 55 60 65 70 75(°F) Ambient temperature (°F) B-59 MXZ-5C42NA2 MXZ-3C30NAHZ2 16. 24-class unit in single operation (1) COOL operation OData is based on the condition of indoor humidity 50% OAir flow speed : High sOlnverter output frequency : 18 Hz (PSIG) 200 190 180 fl 170 0 5 160 0 73 O 150 140 130 L �■iir I�ii1N Ambient temperature (°F) (2) HEAT operation OData is based on the condition of outdoor humidity 75%. OO Set air flow to High speed. OO Inverter output frequency is 20 Hz. -- <How to work fixed -frequency operation> 1. Set emergency switch to COOL or HEAT. The switch is located on indoor unit. 2. Press emergency run ON/OFF button. 13. Compressor starts running at 18 Hz (COOL) or 20 Hz (HEAT). 4. Indoor fan runs at High speed and continues for 30 minutes. 5. To cancel this operation, press emergency run ON/OFF button or any button on remote controller. ---- i• 5.0 Q c 80 a? 4.0 75 3.0 0 0 12 70 0 2.0 1.0 MEMMEM ME MENEM ■R MENNEN ■■■■■■■■■■ 86 80 75 70 5 (°F) 0. 65 70 75 80 85 90 95 100 105 110 115 (°F) Ambient temperature (°F) 7.0 Q 6.0 25.0 .E M 0 0 T� 4.0 D O 3.0 �F1 �e�pe�a�uCe — oo< o<y \ra i 20 Hz 75 70 65 2.01 1 1 1 1 1 1 1 1 15 20 25 30 35 40 45 50 55 60 65 70 75(°F) Ambient temperature (°F) 9-1. OUTDOOR UNIT MXZ-2C20NA2 90 e p 80 e E 70 'u 60 U u n 50 u 0 40 n z x 30 x i 20 10 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE FAN SPEED FUNCTION SPL(dBlai) LINE High Cooling 50 • • High Heatng 54 C•~O 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MXZ-3C30NA2 9C 8C 7C 3C 2C 1C FAN SPEED FUNCTION SPL(dB(ai) LINE High Cooling 52 �• High Heating 56 �O MMEMMEMEM MEMMEMMEM 0-mmummomm IMEMEMMEM MINME1111110M MEN -M OIL MEMO 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MXZ-3C24NA2 90 80 70 60 50 40 30 FAN SPEED FUNCTION I SPL(dB(Al) I LINE High I Cooling 51 0-9 High I Heating 1 55 O-O MOMMEMMEM Ona_`i-0%ME.ONmI SEEMS,MEN 20 LHRE H LID F 10 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MXZ-4C36NA2 90 80 70 60 50 40 30 FAN SPEED FUNCTION SPL(dBiai) LINE High Cooling 54 �• High I Heating 56 O-O EMEMMEMEM MOMMEMMEM MEMEMMEME smommomms 0001 a_ 20 OLD OF G FOR 10 UOUS SENIOR. 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz i • MXZ-5C42NA2 au Ix m 80 rc O_ 70 II m O � 60 J W 50 N IY a G D 40 0 O Z m W 30 a 0 20 10 FAN SPEED FUNCTION SPL(dBIAI) LINE High Cooling 56 High IHeatng 1 58 O nmmmmmmmn nmmmmmmml EMMMMMMM0 N 000000.1"I 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MXZ-3C24NAHZ2 au 80 70 60 50 40 30 20 10 FAN SPEED FUNCTION SPL(dBwl) LINE High I Cooling 1 54 High I Heating 1 58 0-0 EMENEEMEN SEEMENNEN SEEMEMENE on X 14 ONES RPAI 1/61 __'M _-.08 "'. mms'_ MXZ-2C20NAHZ2 UU rc m 80 rc O 70 II m O � 60 J W 50 N N W a G z 40 O y O Z m w 30 a 0 20 10 FAN SPEED FUNCTION SPL(dBIAI) I LINE High Cooling 54 High Heatng 58 O EMENEEMEN 000"EMEMENNENl SEMENNEME SEEMENEEM 1-0111011 Ii - _ME Lffill01111MEEM 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MXZ-3C30NAHZ2 nu m 80 0 U_ 70 m 60 w w 50 Vl W a O 40 O N O Z Q 30 R 0 20 10 FAN SPEED FUNCTION SPL(dBlnl) LINE High Cooling 54 1 High Heating 58 0-O EMENEEMEN SEEMENNEN MENEEMENE SEEMENEEN EN 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz BAND CENTER FREQUENCIES, Hz OUTDOOR UNIT 39.4 in. Test conditions Cooling: Dry-bulb temperature 95°F Wet -bulb temperature 75°F MICROPHONE Heating: Dry-bulb temperature 45°F Wet -bulb temperature 43°F B-62 MXZ-2C20NA2 120% .... 100% 80% U Q U 60% c M = 40% 0 20% 0% + 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temperature Degrees (°F) 1 5.01 14.01 23.01 32.01 41.01 41.91 50.01 75.0 Heating Capacity 45% 59% 72% 86%1 100% 100% 100% 100% MXZ-3C24NA2 120% rrrr 100% 80% = 40% 0 20% 0% + 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 Outdoor Temperature Degrees (IF) HEATING CAPACITY Outdoor Temperature Degrees °F 5.01 14.01 23.01 32.01 41.01 50.01 75.0 Heating Capacity 53% 69% 83% 96%1 100% 100%1 100% MXZ-3C30NA2 120% ,-r,-r 100% .>., 80% m 2 40% 0 20% 0% + 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 Outdoor Temperature Degrees (OF) HEATING CAPACITY Outdoor Temperature Degrees °F) 1 5.01 14.01 23.01 32.01 41.01 50.01 75.0 Heating Capacity 55% 71 % 85% 98%1 100% 100% 100% MXZ-4C36NA2 120% -r -= 100% ;-�, 80% m 2 40% 0 20% 0% + 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temperature Degrees °F) I 5.0 14.01 23.01 32.01 41.01 50.01 75.0 Heating Capacity 52% 67% 81 % 93%1 100% 100% 100% MXZ-5C42NA2 120% .... 100% .>., 80% cc 2 40% 0 20% 0% + 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temperature Degrees °F) 1 5.01 14.01 23.01 32.01 41.01 50.01 75.0 Heating Capacity 52% 67% 81 % 93%1 100% l00%l 100% ■...........■i.............■..■■..■..............■..■..............■..■■.■■..........■.■ ■■■■■■■■■■.■ra.......................................................................... IMMEMMEMMINFAM MMMMMMMMMM IMMEMEMMENUAMMEM MM ■■■■■■■■.'I.■■..............■..■■..■..............■..■..............■..■■.■■............■ ■■■■■■■rM■.■■MMMMMMMIAMEMMEM ..............■..■■..■..............■..■..............■..■■.■■............■ ■MMMMV ■■■.'i...■..■..............■..■■..■..............■..■..............■..■■.■■............■ ■r�......■..■..............■..■■..■..............■..■..............■..■■.■■.........■■■■ ■'I.......■..■..............■..■■..■..............■..■..............■..■■.■■.........■■■■ r�...................................................................................... MMMMwww MMMMMEMMEEME ■........■.■■.■■■■■■■■■■■■■WWWWWWWW WWWW■■■■■...........■..■..............■............■.■ HEATING CAPACITY Outdoor Tem erature De rees F -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 75.0 Heating Capacity 93% 96%1 100% 100% 100% 100% 100% 100%1 1000 i • y MXZ-3C24NAHZ2 MwOONEE MMMMlMMMlMl MEMEMMIN 11!!!!!!E!! iiiiiiiii iiiiiiiii iiiiiiiiMEMEMMIN MEMEMEEM MEMEMEMIMMEMOMMIll iiiilMMMl momw.mom MMMFIMMMMIMI MEN MEN . 1 r.a�MMMMMlMMMlMl ����� MENOMONEE MWER 1 Outdoor Temperature Degrees (°F) HEATING CAPACITY Outdoor Temperature Degrees °F -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.0 75.0 Heatina Capacity 1 90% 95%1 100% 100% 100% 100% 100% 100% 100% 1 !!!MEN !!!! !!!!!!!!!!!!!!!II!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!'!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!�!!!!!!!!!! !!!!!!!!!!!!ll !!! MMMMMMMMMW IMMMMMMMEMME�MEMO !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!�!!!!!!!!!! !!!!!!!!!!II!! !!! !!!!!!!llr.!!!! !!!!!!!!II!!!! !!! !!!!!!!IMMMMMF,I!!!!MENO!O!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!�!!!!!!! MONEE !!!!!II!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!�!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!�!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!! !!!r.!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!E!!!!!!!!!!!!!!!!!!!!!�!!!!!!!!!! 1IMP ME or, MENEM MOM W'I!!!!!!!!!!!!!E!!!!!!!!!! ,,ME NONE !!!!!!! MEME MEMMEMEM MEN MEMEMEM !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! 1 1 1 1 1 1 1 • 1 1 HEATING CAPACITY Outdoor Temperature De rees °F -13.0 -4.01 5.01 14.01 23.01 32.01 41.01 50.01 75.0 Heating Capacity 88% 94%1 100% 100% 100% 100% 100% 100% 100% L-11 • • iIaWEI9_TS] III WK9191N:7x611Is] zI:7_%I1SX411111J:AT/:1;101AaIaIzRXIIIIII4LI CC] 9:I MXZ-2C20/3C24/30/4C36/5C42NA2 MXZ-2C20/3C24/30NAHZ2 Correction ratio of capacity according to the length of piping (cooling) 100% 99% n 98% 0 v 97% T 96% 95% U 0 94% '-m° 93% 92% 91% 90% 0 32.8 65.6 98.4 131.2 (ft.) 10 20 30 40 (m) Actual length of refrigerant piping Correction ratio of capacity according to the length of piping (heating) 100% 99% n 98% 'v 97% All capacity class T .v 96% m 95% U 0 94% 93% 92% 91% 90% 0 32.8 65.6 98.4 131.2 (ft.) 10 20 30 40 (m) Actual length of refrigerant piping The length intended for the capacity calculation, which counts the length of refrigerant piping and the number of bends, is called actual length. Length of refrigerant piping (ft.) + ( Number of bends X 0.984 ft.) = Actual length of refrigerant piping (ft.) [Length of refrigerant piping (m) + ( Number of bends x 0.3 m ) = Actual length of refrigerant piping (m)] MXZ-2C20NA2 .Capacity (Cooling - NonDuct) 1 unit T2 unit 6%20000 9 12 15 18 21 24 oCapacity (Cooling - Duct) 1 unit 2 unit 6 9 9000 12 12000 15 15000 18 18000 21 20000 24 20000 sCurrent (208V) 1 unit 2 unit 6 :17.9 9 12 15 18 2124 mCurrent (208V) 1 unit 2 unit 6 9 3.4 12 4.5 15 7.0 18 7.8 21 9.6 24 9.6 NOTE 7: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. Cooling - NonDuct unit --Ill unit 100 ,,,,111111�1111111111111 ,,,1111�1�1111111111111 _, ,,,,111��111111111111111 ,,,1l�illllllllllllllll ,11111111111111111111 Total capacity of indoor units (kBTU/h) r .r Otai caDacny oT Ingoor units (Kb I U/nl , ,11111111111111111111 . Illlllfi�illlllllllll , IIIIEIilllllllllllll ,111!l111111111111111 Iliillllllllllllllll ,11111111111111111111 r .r . Input (Cooling - NonDuct) 1 unit T2 unit 6 540 9 670 12 800 790 15 1060 1035 18 1420 21 1635 24 1605 3: c ■Input (Cooling - Duct) 1 unit 2 unit 6 9 750 12 1010 15 1560 18 1630 21 2000 24 2000 sCurrent (230V) 1 unit 2 unit 6 2.3 9 3.0 12 15 18 6.2 21 24 7.0 m U mCurrent (230V) 1 unit 2 unit 6 9 3.0 12 4.1 15 6.3 18 7.1 21 8.7 24 8.7 „ Iloilo! *�������� MEMO I otal caoacity of mgoor units ((Kb I Unit ,,,11111111111111111111 1111l���IIIIIIIIIIII „ ,,,11111111111111111111 „ 111�1111111111111111 ,11111111111111111111 r .r .■.■„■■■■■■■■.■..■■■ .■..��■■■■■■■■.■..■■■ ■■..■■■■■■■■■■■.■■■. ■■■■■■■■■■■■■■■■■■■■ B-68 MXZ-2C20NA2 .Capacity (Heating - NonDuct) 1 unit T2 unit r 122000 sCapacity (Heating - Duct) 1 unit T2 unit 6 9 10900 12 13600 15 18000 18 21800 21 22000 24 22000 .Current (208V) 1 unit 2 unit P 3.3 4.7 6.2 5.1 6.9 6.7 8.0 8.7 8.7 mCurrent (208V) 1 unit 2 unit P6 9 4.6 12 5.8 15 8.4 18 8.7 21 8.6 2a 8.6 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. Heating - NonDuct -0-1 unit -41110-2 unit ,,,,11111l���11111111111 ,. ,,,111���11111111111111 _. ,,,,11!lilllllllllllllll ,,,11�11111111111111111 ,11111111111111111111 ■■fin■■■■■■■■■■■■■■■ ,r Monson ■■■■■■■■■■soon ■■■■US,NOISINESS O■■■■■■■■■■■ ■■■■►i■M■■■M■■■M■■■■■ ■■■fii■■■■■■■■■■■■■■■ ■■ii■■■■■■■■■■■■■■■■ „ ■■■■■■■■■■■■■■■■■■■■ .Input (Heating - NonDuct) 1 unit 12 unit P M1780 a ■Input (Heating - Duct) 1 unit T2 unit 6 9 1000 12 1260 15 1650 18 1810 21 1770 24 1770 .Current (230V) 1 unit 2 unit 6 3.0 9 4.3 12 5.61 4.6 15 8.11 6.1 18 7.3 21 7.9 24 7.9 mCurrent (230V) 1 unit 2 unit 6 9 4.2 12 5.2 15 7.6 18 7.9 21 7.7 24 7.7 Heating - NonDuct ■■■■MIiii■■■■■■■■■■■ '„ ■■■■III■■■■■■■■■■■■■■ i ocai caoacnv or rnnoor uniTe rKB i wm Heating - Duct 2000 1800 .69 of ,■■■■■■■■■■■■■■■■■■■■ Heating - NonDuct 9.0 Heating - Duct '7., ■■■■ii�ii■■■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■ r .r :.• MXZ-3C24NA2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Cooling - NonDu 1 unit 2 unit 3 unit 6 6000 9 9000 12 12000 12000 15 14000 15000 18 17200 18000 18000 21 20000 21000 24 21800 22000 27 21800 24000 ■ Capacity ( Cooling - Duct) 1 unit 2 unit 3 unit 6 9 9000 12 12000 15 15000 18 17200 18000 21 21000 24 21800 27 21800 23600 ■ Current(208V) 1 unit 2 unit 13 unit 6 4.4 9 4.5 12 5.0 4.8 15 5.2 5.0 18 7.3 7.0 6.4 21 8.7 7.6 24 10.4 9.5 27 10.3 11.2 ■ ',,,1111111l111111111111 „,,11111�1.illlllllllll .. ,,,1111� %�1111111111111 = ,,,, Ill��illllllllllllll ,,,1l�illllllllllllllll ,11111111111111111111 r Total capacity of indoor units (kBTU/h) ■ 111111!ldS1111111111 11111��1111111111111 off$ 111!l111111111111111 off Iliillllllllllllllll ,11111111111111111111 •. • • ■ 1111111 ! R 11111111111 1111110111111 11111 F V 111111111111 . ; 1!!���IIIIIIIIIIIIII 11111111111111111111 11111111111111111111 ■ r r Total capacity of indoor units (kBTU/h) ■ Current(208V) 1 unit 2 unit 3 unit Cooling - Duct t1 unit t2 unit -*--3 unit 6 12.0 9 4.8 12 5.4 10.0 15 6.9 18 9.0 8.7 21 10.1 8.0 24 11.4 27 11.2 9.3 6.0 4.0 2.0 0.0 n 1 R 0 17151R�1 �d �7 in 3i iR 3Q d7 d5dR 515d 57 Rn ■ Input ( Cooling - NonDuct) 1 unit 12 unit 13 unit 6 120800 9 12 15 18 1320 21 1560 24 1960 27 2310 ■Input ( Cooling - Duct) 1 unit 2 unit T3 unit 6 9 940 12 1070 15 1370 18 1770 1750 21 2040 24 2300 27 2260 1920 ■ Current(230V) 1 unit 12 unit 3 unit 6M93 9 12 15 18 21 24 27 ■ ,,,1111111l'911111111111 Illlll�r�illlllllllll „ Illlliilllllllllllll ,,, li�ii�llllllllllllll „ ,11111111111111111111 Total capacity of indoor units (kBTU/h) Cooling - Duct ,r, llllll�lllllllllllll Illll��liillllllllll „ Illl�illllllllllllll ,,, Ilfillllllllllllllll „ 011111111111111111111 ■ 11111111111111111111 111111���11111111111 . , 11111! .l111111111111 1111!�illlllllllllll 11111111111111111111 11111111111111111111 • r .r Total capacity of indoor units (kBTU/h) ■ Current (230V) 1 unit 2 unit 3 unit Cooling - Duct t1 unit t2 unit -*--3 unit 6 12.0 9 4.3 12 4.9 10.0 15 6.3 18 8.1 7.8 21 9.1 8.0 24 10.3 27 10.1 8.4 6.0 4.0 2.0 0.0 n i R 0 17151R919d77An3i';RRQ47d54R515457Rn B-70 MXZ-3C24NA2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Heating - NonDuct) 1 unit 12 unit 13 unit 6 7400 9 11000 12 14400 14800 15 18000 18400 18 21600 22000 22200 21 22000 24800 ;= 24 24000 25000 27 24000 25000 Y U ■ Capacity ( Heating - Duct) 1 unit 12 unit 13 unit 6 9 10900 12 13600 15 18000 18 21600 21800 21 22000 24 24000 27 24000 24600 ■ Current(208V) 1 unit 12 unit 13 unit 6 4.4 9 4.8 12 6.1 5.1 15 8.1 6.4 18 10.1 7.9 7.5 21 9.3 8.2 24 10.6 9.3 27 10.4 9.1 U ■ Current(208V) 1 unit 12 unit 13 unit 11111111111111111111111 ,,,,1111`�+��illllllllll 111111�.�11111111111111 111111l�illlllllllllllll 1111l�IIIIIIIIIIIIIIIII ,11111111111111111111 Total capacity of indoor units (kBTU/h) 1111111111*1111111111111 ,,,,11111l���illllllllll Ill Illli�llllllllllllll 111111l�illlllllllllllll 11111111111111111111111 ,11111111111111111111 Heating - NonDuct 1 1 11111l1l��1111111111 :, 11111��.�illllllllll 1l11p� ��iilllllllllllll .:�IIIIIIIIIIIIIII 11111111111111111111 11 IIIIIIIIIIIIIIIIIIII 11215182124273033363942454851545760 Total capacity of indoor units (kBTU/h) 1 1 11111l��i�llllllllll 11111 ��il�1111111111 111�,,111111111111111 11!l1111111111111111 11111111111111111111 is 11111111111111111111 ■Input ( Heating - NonDuct) 1 unit 2 unit 3 unit 6 860 9 950 12 1210 1020 15 1600 1300 18 2000 1600 1540 21 1880 1690 24 2140 1920 27 2100 1880 3 a ■Input ( Heating - Duct) 1 unit 12 unit 13 unit W1720 ■ Current(230V) 1 unit 12 unit 13 unit 6 3.9 9 4.4 12 5.5 4.6 15 7.3 5.8 18 9.2 7.2 6.8 21 8.4 7.4 24 9.6 8.4 27 9.4 8.3 U ■ Current (230V) 1 unit 12 unit 13 unit Heating - NonDuct 1111111111l��1111111111 1111!l���illllllllll „ 111111�l�11111111111111 li�illllllllllllllll „ ,11111111111111111111 Total capacity of indoor units (kBTU/h) • ■ Ill llllll�lilllllllllll ��1!l1111111111 111111! 111111�l111111111111111 Iliillllllllllllllll „ ,11111111111111111111 1 1 M 1 / 11111111111111111111 Illlli���illllllllll Illl�aillllllllllll Ills�illllllllllllll , 11111111111111111111 1 1 11111111111111111111 Total capacity of indoor units (kBTU/h) 1 / 1111111�111111111111 IIIIli�i111111111111 Illliiiliillllllllll 11l�illlllllllllllll 11111111111111111111 11111111111111111111 B-71 MXZ-3C30NA2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. Capacity ( Cooling - NOnDu 1 unit 2 unit 3 unit 61 6000 9 9000 12 12000 12000 15 14000 15000 18 17200 18000 18000 21 19800 20000 21000 24 22500 23000 24000 27 25800 26000 30 27200 28400 33 27200 29600 36 27200 30000 ■ Capacity ( Cooling - Duct) 1 unit 12 unit 13 unit 6 9 9000 12 12000 15 15000 18 17200 18000 21 20600 21000 24 24000 24000 27 26200 27000 30 27200 27400 33 27200 27800 36 27200 28200 ■ Current (208V) 1 unite 61 4.4 9 4.5 12 5.0 1 4.8 15 5.2 1 5.0 18 7.3 7.0 6.4 21 9.3 8.7 7.6 24 11.4 10.4 9.5 27 12.0 11.2 30 13.9 12.7 33 13.7 13.9 36 13.5 14.1 ■ Current(208V) 1 unit 12 unit 13 unit 6 9 4.8 12 5.4 15 6.9 18 9.0 8.7 21 10.7 10.1 24 11.9 11.4 27 12.7 11.7 30 14.2 12.9 33 14.1 14.3 36 14.0 15.4 ,,,,11111111111111111111 ,,, 11111111!!��i1111111 ,,,, IIIIIII�J11111111111 ,,, IIIII��i111111111111 ,,,,111��111111111111111 "; 11111111111111111111 Total capacity of indoor units (kBTU/h) ',,,11111111'l��11111111 lilllllllllll ,,,11111.A11111■■■■■111 ,,,,111!l111111111111111 ,,, Iliillllllllllllllll ,11111111111111111111 mIVAWF "I ■ Input (Cooling - NonDuct) 1 unit 12 unit 13 unit 61 870 9 890 12 980 960 15 1020 1000 18 1440 1420 1320 21 1840 1760 1560 24 2250 2100 1960 27 2420 2310 30 33 2800 2760 2620 2860 - 36 2720 2900 ■Input ( Cooling - Duct) 1 unit9 unit 2 6 9 940 12 1070 15 1370 18 1770 1750 21 2110 2040 24 2360 2300 27 2560 2410 30 2860 2660 33 2840 2950 3 1 2820 3170 ■ Current(230V) 1 unitl unit T2 unit 3 unit 61 4.0 9 4.1 12 4.5 4.3 15 4.7 4.5 18 6.6 6.4 5.8 21 8.4 7.9 6.9 24 10.3 9.4 8.6 27 10.9 10.1 30 12.6 11.5 33 12.4 12.6 36 12.2 12.7 ■ Current(230V) 1 unite 6 9 4.3 12 4.9 15 6.3 18 8.1 7.8 21 9.7 9.1 24 10.8 10.3 27 11.5 10.6 30 12.8 11.7 33 12.7 13.0 36 12.6 13.9 ,,,11■11111111111111111 IIIIIIIIIr��11111111 „ NONE on 7.j S 1■■■■■■ 111111r411i11111111111 „ 11111U1111111111111 ■M1111111111111111 ';11111111111111111111 Total capacity of indoor units (kBTU/h) Cooling " 111111111111l1111111 111111II1FZA�i1111111 ,,,111111l:ii1111111111 11111��1111111111111 „ ,,,IIII�i11111111111111 ';11111111111111111111 r 3 6 9 12 15 18 2124 27 30 33 36 39 42 45 48 5154 57 60 •• 1. • ZYWMI 11111111119111111111 „ 1111111lFii111111111 1111111F!!i■111111111 11111PI&1111111111111 ' III��1�i1111111111111 ' 11111111111111111111 „ 11111111111111111111 MINIMUM !■■■■■■■■■■■■■■■■■■■ B-72 MXZ-3C30NA2 ■ Capacity ( Heating - NonDuct) 1 unit 12 unit 13 unit 6 7400 9 11000 12 14400 14800 15 18000 18400 18 21600 22000 22200 21 24600 25400 25800 24 27600 27600 28400 27 27600 28400 m 30 27600 28600 Y. 33 27600 29600' 36 27600 30000 m Capacity ( Heating - Duct) 1 unit 12 unit 13 unit 6 9 10900 12 13600 15 18000 18 21600 21800 21 23800 24500 24 26000 27200 27 27400 27400 30 27400 27600 3311 27400 27800 F-361 127400128000- m Current (208V) 1 unite 61 4.4 9 4.8 12 6.1 5.1 15 8.1 6.4 18 10.1 7.9 7. 21 11.7 9.3 8.5 24 13.4 10.6 1 9.3 27 10.4 1 9.8 30 10.5 10.2 33 10.3 11.1 36 10.1 11.4 ■ Current (208V) 1 unite 6 9 4.9 12 6.2 15 7.9 18 10.2 8.7 21 12.4 9.8 24 13.7 10.7 27 11.1 9.8 30 10.7 10.0 33 10.5 10.5 361 1 10.3 1 10.3 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■Input ( Heating - NonDuct) 1 unit 2� 3 unit 61 860 9 950 12 1210 1020 15 1600 1300 18 2000 1600 1540 21 2320 1880 1780 24 2640 2140 1920 27 2100 2020 3 30 2120 2090 .. 33 2080 2280 0- 36 2040 2340 ■Input ( Heating - Duct) 1 unit 12 unit 13 unit 6 9 960 12 1220 15 1560 18 2010 1750 21 2450 1980 24 2710 2150 27 2240 2020 30 2160 2060 33 2120 2160 36 2080 2120 r • .r Wig - loss ®MMM 1111111!l11111111111 „ ,,,111111����!�11111111 1111!! �iilllllllllll „ ,,,111l.�11111111111111 li�i�lllllllllllllll „ ,11111111111111111111 Total capacity of indoor units (kBTU/h) ';;1111111!l1��11111111 Illlll�li� �� 11111111 ,,, 1111l��IIIIIIIIIIIII „ ,,,111�l111111111111111 Iliillllllllllllllll „ ,11111111111111111111 , 11111111111111111111 111111l9111�11111111 " IIIIIi1�si�i�1111111 IllliTli111111111111 �, III��i11111111111111 , 11111111111111111111 „ 11111111111111111111 r r . ' 1111111l�11111111111 ' IIIIIIii��1111111111 " IIIIIit��iiii1111111 ; IIIIiii1111111111111 �, 11l�i111111111111111 , 11111111111111111111 „ 11111111111111111111 B-73 MXZ-4C36NA2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Cooling - NonDuct) 1 unit 2 unit 3 unit 4 unit 6 6000 s 9000 12 12000 12000 15 14000 15000 18 17200 18000 18000 21 19800 20000 21000 24 22500 23 000 24000 24000 27 25800 26000 27000 30 28000 28400 30000 33 28000 32000 32000 3611 28000 32000 35400 39 1 32000 36000 421 1 32000 36000 ■ Capacity ( Cooling - Duct) 1i 7 1 A. 6 9 9000 12 12000 15 15000 18 17200 18000 21 20600 21000 24 24000 24000 27 26200 27000 30 28000 30000 33 28000 32000 36111 8000 32000 34400 391 1 32000 34800 421 1 32000 35200 ■ Current(208V) 6 444 9 4.5 12 5.0 4.8 15 5.2 5.0 18 7.3 7.0 6.5 21 9.3 8.7 7.7 24 11.4 10.4 9.7 9.4 27 12.0 11.5 11.2 30 13.9 13.0 13.6 33 13.7 14.2 15.6 36 13.5 14.7 1 17.9 39 1 15.2 18.1 42 15.0 18.0 ■ Current(208V) M���� 1111 ■■„■■■■■■■�Cooling - NonDuct RP1■■■■■ 1111 ,,,",,,11P.12 i�■■■■■ • 1111 ■■,�+�■■■■■■■■■■■■■■ Total capacity of indoor units (kBTU/h) Cooling - Duct 1111 ■■■■■■■■,,,Tii�■■■■■ 9 10.0 5 8.0 Cooling - NonDuct 1518212427 ■ Input ( Cooling - NonDuct) 1 unit 2 unit 3 unit 4 unit 6 1111 ■■„■■■■■■■�Cooling - NonDuct RP1■■■■■ 1111 ,,,",,,11P.12 i�■■■■■ • 1111 ■■,�+�■■■■■■■■■■■■■■ Total capacity of indoor units (kBTU/h) Cooling - Duct 1111 ■■■■■■■■,,,Tii�■■■■■ 9 10.0 5 8.0 Cooling - NonDuct 1518212427 ■ Input ( Cooling - NonDuct) 1 unit 2 unit 3 unit 4 unit 6 s 12 15 1S 1320 21 1560 24225012100 1960 1940 27 2310 2300 30 2620 2790 33 2860 3210 36 2970 3680 393070 3720 423030 3700 ■Input ( Cooling - Duct) 7. 17 A 6 9 940 12 1070 15 1370 18 1770 1750 21 2110 2040 24 2360 2300 27 2560 2410 30 2880 2920 33 2860 3080 36 2840 3250 3700 391 3210 3700 42 3170 3700 ■ Current(230V) 6 4.0 9 4.1 12 4.5 4.3 15 4.7 4.5 18 6.6 6.4 5.9 21 8.4 7.9 7.0 24 10.3 9.4 8.8 8.5 27 10.9H663 30 12.6 33 12.4 36 12.2 39 42 ■ Current(230V) M��� MMMMM M�MMM ■■■■■■■■■ M6211 ■■■■ 11 111 ■■■■■■■MAIN■■■■■■■■ 111 11111U11111,,,,,,,, Total capacity of indoor units (kBTU/h) ■■,r fin■■■■■■■■■■■■■ 111 NONE IV.V 8.0 Cooling - NonDuct B-74 MXZ-4C36NA2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity( Heating - NonDuct) Heating - NonDuct ■Input ( Heating - NonDuct) 1 unit 2 unit 3 unit 4 unit _ , _ „ „ , 1 unit 2 unit 3 unit 4 unit 6 7400 9 11000 12 14400 14800 15 18000 18400 18 21600 22000 22200 21 24600 25400 25800 24 27600 28000 29200 29600 27 28000 32800 33200 30 28000 32800 35800 33 28000 32800 35800 12800C 32800 36000 1361 391 1 132800136000 421 1 32800 36000 m n U Total capacity of indoor units (kBTU/h) ■ Capacity( Heating -Duct) 6 9 10900 12 13600 15 18000 18 21600 21800 21 23800 24500 24 26000 27200 27 28000 32700 30 28000 32700 33E28000 32700 28000 32700 34400 1 132700 34800 42 327W 35200 ■ Current (208V) 1 unit 12 unit 13 unit 14 unit 6 4.4 9 4.8 12 6.1 5.1 15 8.1 6.4 18 10.1 7.9 7.6 21 11.7 9.3 8.8 24 13.4 11.2 10.8 10.9 27 11.1 11.6 11.9 30 11.0 11.4 12.6 33 10.9 11.2 13.9 36 10.8 11.1 14.3 391 110.9 14.1 42 10.7 14.0 ■ Current (208V) M���� . r ,,,,s,s,,11111,,,,, 111� ����1111111111111 1l�tJ111111111111111 Total capacity of indoor units (kBTU/h) 6 . r ,,,,s,s,,11111,,,,, 111� ����1111111111111 1l�tJ111111111111111 Total capacity of indoor units (kBTU/h) 6 860 9 950 12 1210 1020 15 1600 1300 18 2000 1600 1540 21 2320 1880 1780 24 2640 2250 2180 2240 27 2230 2340 2440 30 2210 2300 2600 331 90 2260 2860 36 2170 2240 2940 3911 11 2200 2910 421 1 1 2160 2880 ■Input ( Heating - Duct) 6 9 960 12 1220 15 1560 18 2010 1750 21 2450 1980 z4 2710 2150 27 2350 2480 30 2320 2.0 33 2290 2400 36 2260 2360 2860 39 2320 2920 42 2280 2940 ■ Current (230V) 1 unit 12 unit 13 unit 4 unit 6 3.9 9 4.4 12 5.5 4.6 15 7.3 5.8 18 9.2 7.2 6.9 21 10.6 8.4 8.0 24 12.1 10.1 9.8 9.8 27 10.0 10.5 10.7 30 9.9 10.3 11.4 33 9.8 10.1 1 12.6 W 9.7 10.0 12.9 39 9.9 12.8 42 9.7 12.7 ■ Current(230V) M���� ,,,11111111111111111111 1111111!lPPARM11111 111 ,,,1111116tiii.d6AdL 1111l1AMI11I11-911111111111111111 1111111 „ ,,,111'�i11111111111111 ', 11111111111111111111 Total capacity of indoor units (kBTU/h: 1111111111l�1'i111111 111111!!�",111111111 Illllil�iiiiiiilllll ; IIIIiT�i111111111111 �, III��i11111111111111 , 11111111111111111111 „ 11111111111111111111 Total capacity of indoor units (kBTU/h) B-75 MXZ-5C42NA2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. .Capacity (Cooling - Non Duct) 1 unit 2 unit 3 unit 4 unit 5 unit 6 6000 9 9000 12 12000 12000 15 14000 15000 18 1720U 18000 18000 z1 19800120000121000 24 22500 23000 24000 24000 27 25800 26000 27000 30 28000 29000 30000 30000 33 28000 32000 32000 33000 36 28000 32600 35400 36000 39 29000 32600 38000 38000 42 29000 32600 38000 40500 45 30000 32600 38000 41600 48 30000 32600 38000 41600 51 32600 38000 41600 ■Capacity (Cooling - Duct) 6 9 9000 12 12000 15 15000 18 17200 18000 21 20600 21000 24 24000 24000 27 26200 27000 30 28000 30000 33 28000 32000 36 28000 32000 34400 39 29000 32000 34800 421 129000 32000 35800 451 130000 32000 35800W3750048 30000 32000 3720051 32000 37200 • Current(208V) 1 unit 2 unit 3 unit 4 unit 5 unit 6 4.6 9 4.7 12 5.2 1 4.7 15 6.1 1 5.1 18 7.5 1 6.4 6.0 21 9.5 8.4 6.7 24 11.6 1 10.7 8.9 8.4 27 12.1 11.2 10.5 30 1 12.9 11.9 12.2 12.0 33 12.9 14.1 15.1 14.3 36 12.9 14.4 17.7 17.0 39 13.1 14.2 19.9 18.9 42 13.1 14.0 19.4 20.9 45 13.4 13.8 18.9 21.2 48 13.1 13.6 18.5 20.9 51 13.5 18.0 20.6 ■ Current(208V) L x d r� Cooling - Noll OVA 1111 ■■■■=r�■■■■■■■■■■■ 111 ■■■■PU111■■■■■■■■■■ 1111 ■■■KA111■■■■■■■■■■■ 1 1 111111111111��!11111 IIIIIIII�IFF���1�111 IIIIIIII .ii71711 11 ,11111' %�illlllllllll „ lil�illlllllllllllll ■Input (Cooling - NonDuct) 1 unit 2 unit 3 unit 4 unit 5 unit 6 910 9 930 12 1020 950 15 1200 1030 18 1480 1300J2520 21 1880 1700 24 2290 21501720 27 24502160 30 26002520 247033 26003100 295036 260C 3650 350039 2650 4100 390042 2650 4000 430045 2700 3900 436048 26503800 430051 3700 4250 ■Input (Cooling - Duct) 6 9 980 12 1150 15 1450 18 1850 1820 21 2150 2000 24 2400 2300 27 2550 2360 30 2850 2600 33 2850 2800 36 2850 2780 3160 39 2800 2760 3250 42 2840 2740 3300 45 2900 2720 3300 3810 48 2850 2700 3300 3960 51 2680 3300 4020 . Current(230V) 1 unit 12unit 3 unit 4 unit 5 unit 6 4.2 9 4.3 12 4.7 4.3 15 5.5 4.6 18 6.8 5.8 5.4 21 8.6 7.6 6.1 24 10.5 9.6 8.1K7.627 11.0 10.1. 30 11.7 10.8 11.1 10.9 33 11.7 12.8 13.6 13.0 36 11.7 13.0 16.0 15.4 39 11.9 12.8 18.0 17.1 42 11.9 12.6 17.6 18.9 45 12.1 12.5 17.1 19.2 48 11.9 12.3 16.7 18.9 51 12.2 16.3 18.7 i otai capacity or maoor units tKG i umt Cooling - Duct it Current (230V) „ 11111111111111111111 ,11111111 ,1111_��i�llllllllllll „ 11111111111111111111 mo____ ®___ �__®__ d r� 1111111111111111111111 ,11111111111������111 I I IIIIIII,���F 11111 Ar'11111111111 i otai capacity or maoor units trees i um) ■■■■■■■R��i■■�iiii■■ 11 B-76 MXZ-5C42NA2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. .Capacity (Heating - NonDuct) ■Input (Heating - NonDuct) 11 unit 2 unit 3 unit 4 unit 5 unit Heating - Non Duct _ , ..,_„ _ „..,_„ � .._„ , „ � „ 1 unit 2 unit 3 unit 4 unit 5 unit 6 7400 9 11000 12 14400 14800 15 18000 18400 18 21600 22000 22200 21 24600 25400 25800 24 27600 28000 29200 29600 27 28000 32800 33200 30 28000 32800 36000 37000 33 28000 32800 36000 40600 36 128000132800136000 44000 39 29000 32800 38000 44600 42 29000 32800 38000 450 00 45 30000 32800 38000 45800 48 30000 32800 38000 45800 51 32800 38000 46400 ■Capacity (Heating - Duct) 6 9 10900 12 13600 15 18000 18 21600 21800 21 23800 24500 24 26000 27200 27 28000 32702 30 28000 32700 33 28000 32700 36 28000 32700 34400 39 129000 32700 34800 42 29000 32700 35800 45 130000 32700 35800 41000 48 30000 32700 37200 42000 51 32700 37200 43000 ■ Current(208V) 1 unit 12 unit 13 unit 14 unit 5 unit 6 4.4 9 4.8 12 6.1 5.1 15 8.1 6.5 18 10.1 8.0 7.2 21 11.9 9.4 8.6 24 13.6 11.2 10.0 9.7 27 11.2 12.2 11.8 30 11.2 12.1 13.3 14.4 33 11.2 11.9 13.1 15.5 36 1 11.2 1 11.9 13.0 15.7 391 1 11.4 11.9 1201 16.3 42 11.4 11.8 12.7 16.9 451 1 11.5 1 11.7 12.5 17.2 48 11.3 11.6 12.4 17.1 51 1 111.5 12.2 17.0 H m m m U U Total capacity of indoor units (kBTU/h) Emmons■■■■■■■■■■■■■■ ■11MA11■■■■■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■ rr ■■■■■■■■■■■■■■■■■■■■ 6 860 9 950 12 1210 1030 15 1600 1310 18 2000 1620 1450 21 2360 1900 1730 24 2680 2260 2020 2000 27 2260 2470 2420 30 2260 2450 2730 2970 33 2260 2430 27001 3200 36 2260 2410 2670 3240 39 2300 2390 2640 3350 42 2300 2370 2610 3480 45 2320 2350 2580 3550 48 2280 2330 2550 3520 51 2310 2520 3490 ■Input (Heating - Duct) 6 9 1000 12 1260 15 1650 18 20501236021-500 21 2450 24 2710 27 30 33 36 2360 2530 2820 391 1 2400 2510 2850 42 2400 2490 2980 451 1 2420 2470 2980 3160 48 2380 2450 3110 3310 51 2430 3060 3330 ■ Current(230V) 1 unit 2 unit 3 unit 4 unit 5 unit 6 3.9 9 4.4 12 5.5 4.6 15 7.3 5.9 18 9.2 7.3 6.5 21 10.8 8.5 7.8 24 10.1 Ti- 8.8 27 10.1 11.1 10.6 30 10.1 11.0 12.0 13.0 33 10.1 10.8 11.9 14.1 361 10.1 1 10.7 11.7 14.2 39 10.3 10.7 11.6 14.7 42 10.3 10.6 11.5 15.3 45 10.4 10.5 11.3 15.6 48 10.2 10.4 11.2 15.5 51 10.4 11.1 15.3 Heating - NonDuct H2 unit -t3 unit -N-4 ui 51821242730333639424 Total capacity of indoor units (kBTU/h) ■■■■■■■■■■■■■■sMENNEN �■■■■ ■■■■■■■■■Famm,■■„■■■ , . ,■■■■■e��-i�IILILIL�.�y,�y`1■■ ■■■■■i�'��iiiii■ii■■■ , 11119GII■■■■■■■■■■■ ■IPUMI■■■■■■■■■■■■■ Total capacity of indoor units (kBTU/h) Total capacity of indoor units (kBTU/h) . Current(208V) • Current(230V) M®MMIMMI Emmons�������������� iiiiiiii!:;-7-f+ TdJlii �, ♦�♦♦♦�tJ♦�11111�1111 r .r ■■■■!l��iiiiiiiiiii■■ B-77 MXZ-2C20NAHZ2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Cooling - NonDuct 1 unit 2 unit 6 6000 9 9000 12 12000 12000 15 14000 15000 18 18000 21 20000 24 20000 ■ Capacity ( Cooling - Duct ) 1 unit 2 unit 6 9 9000 12 12000 15 15000 18 18000 21 20000 24 20000 ■ Current(208V) 1 unit 2 unit 6 4.6 9 4.7 12 5.2 4.7 15 6.1 5.2 18 6.2 21 8.6 24 8.5 ■ Current(208V) 1 unit 2 unit 6 9 5.0 12 5.8 15 7.3 18 8.6 21 9.6 24 9.5 ) Cooling - NonDuct tlunit f2unit 25000 20000 F- Y15000 i* m 10000 U 5000 0 0 3 6 91215182124273033363942454851545760 Q Total capacity of indoor units (kBTU/h) Cooling - Duct +1 unit t2 unit 25000 20000 15000 10000 5000 0 0 3 6 9 1215182124273033363942454851545760 ' ■■■■■■�i�■■■■■■■■■■■ • ■■■■■■II ■■■■■■■■■■■■■ , ■■■■!!�■■■■■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■ r .r Total capacity of indoor units /kBTU/h1 11111111111111111111 , , 11111l�iilllllllllll , Illliillllllllllllll . . Il��illlllllllllllll , 11111111111111111111 11111111111111111111 r .r ■ Input ( Cooling - NonDuct) 1 unit T2 unit 6 910 9 930 12 1020 970 15 1200 1060 18 1280 21 1760 24 1740 ■Input ( Cooling - Duct) 1 unit 12 unit 6 9 980 12 1150 15 1450 18 1780 21 1980 24 1950 ■ Current(230V) 1 unit 2 unit 6 4.2 9 4.3 12 4.7 4.3 15 5.5 4.7 18 5.6 21 7.7 24 7.6 ■ Current(230V) 1 unit 2 unit 6 9 4.5 12 5.3 15 6.6 18 7.8 21 8.7 24 8.6 c Cooling 2000 1800 Total capacity of indoor units (kBTU/h) Cooling 2500 000111111��111111111111 „ Illlli�iilllllllllll 000111llillllllllllllll 11111111111111111111 00 011111111111111111111 r ■■■■■■■■■■■■■■■■■■■■ Total canacitv of indoor units (kBTU/h) ■■■■■■■■■■■■■■■■■■■■ :: MXZ-2C20NAHZ2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity (Heating}NonDuct) 1 unit 2 unit 6 7400 9 11000 12 14400 14800 15 18000 18400 18 22000 21 22000 24 22000 y U ■Input ( Heating - NonDuct) 1 unit 12 unit 6 860 9 950 12 1210 1030 15 1600 1310 18 1480 21 1590 24 1560 Mo Total capacity of indoor units (kBTU/h) Total capacity of indoor units (kBTU/h) ■ Capacity ( Heating - Duct) 1 unit T2 unit 6 9 10900 12 13600 15 18000 18 21800 21 22000 24 22000 ■ Current(208V) 1 unit 2 unit 4.4 4.8 6.1 5.0 P 8.1 6.4 7.2 7.7 7.6 U ■ Current(208V) 1 unit T2 unit 6 9 5.1 12 6.4 15 8.4 18 8.3 21 9.4 24 9.5 Heating - Duct 111111111l���11111111111 Ill Illliillllllllllllll 111111liilllllllllllllll 00011111111111111111111 011111111111111111111 1 3 6 73033363942454851545760 Total capacity of indoor units (kBTU/h) Heating - Duct .................... ■Input ( Heating - Duct) 1 unit 12 unit 6 9 1000 12 1260 15 1650 18 1700 21 1930 24 1960 ■ Current(230V) 1 unit 2 unit 6 3.9 9 4.4 12 5.5 4.5 15 7.3 5.8 18 6.5 21 7.0 24 6.9 ■ Current(230V) 1 unit 12 unit 6 9 4.6 12 5.8 15 7.6 18 7.5 21 8.5 24 8.6 U • it KFFffl- ■■■■1211■■■■■■■■■■■■ ■■■=2ii■■■■■■■■■■■ ■■■MAJ1■■■■■■■■■■■■■ Total capacity of indoor units (kBTU/h) . 1 .......monsoon...... . ' ......�iASSESSSMSEUXAMESSESS ...... ■■■S/1■■■■■■■■■■Monson SEEM■ B-79 MXZ-3C24NAHZ2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Cooling - NonDUd 1 unit 2 unit 3 unit 6 6000 9 9000 12 12000 12000 15 14000 15000 18 17200 18000 18000 21 20000 29000 24 21800 22 000 27 21800 24000 ■ Capacity ( Cooling - Duct) 1 unit 2 unit 3 unit 6 9 9000 12 %21800 15 18 21 24 27 ■ Current(208V) 1 unit 2 unit 13 unit 6 4.6 9 4.7 12 5.2 4.8 15 6.1 5.3 18 7.5 6.3 5.8 21 8.7 6.6 24 9.0 8.0 27 8.9 9.5 ■ Current(208V) 1 unit T2 unit T unit 6 9 5.0 12 5.8 15 7.3 18 9.4 9.0 21 10.2 24 11.5 27 11.3 10.6 Cooling MINE ,,,,11111�1.�11111111111 .. ,,,1111� I��111111111111 ,,,, Ill��illllllllllllll ,,, I��illllllllllllllll ,11111111111111111111 r .r Total capacity of indoor units (kBTUIh) •. • I 1101!l111111111111 1111101111111111111 ,,,,111!l111111111111111 ,,, Iliillllllllllllllll ,11111111111111111111 r .r •. A. • 9 ZVI ■■■■■■■51FI■■■■■■■■■■ ■■■■■■FA41MI■■■■■■■■■ ■■■■■FINFAM■■■■■■■■■■■ ■■■■51%11.3■■■■■■■■■■■■ ■■■!P'fi■■■■■■■■■■■■■ ■ Input ( Cooling - NonDuct) 1 unit 12 unit 13 unit 6 910 9 930 12 1020 970 15 1200 1060 18 1480 1280 1200 21 1750 1360 24 1820 1650 27 1800 1950 3 ■Input (Cooling - Duct) 1 unit 12 unit 3 unit 6 9 980 12 1150 15 1450 18 1850 1820 21 2050 24 2320 27 2280 2180 ■ Current (230V) 1 unit 12 unit 3 unit 6 4.2 9 4.3 12 4.7 4.4 15 5.5 4.8 18 6.8 5.7 5.3 21 7.8 6.0 24 8.2 7.3 27 8.1 8.6 a ■ Current(230V) 1 unit 12 unit junit ,,,11111111111111111111 111111021111111111 „ 1111Rl0111110111111111111111111 llllll ,11111111111111111111 Total capacity of indoor units (kBTUIh) •• • 9 ,,,111111�1�11111111111 11111��1111111111111 „ ,,,111l�illllllllllllll 11111111111111111111 „ ,11111111111111111111 •• • • a ., ,,,,,,,PV1,,,,,,,,,, 11111949111111������ r r . MXZ-3C24NAHZ2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Heating - NonDuct) 1 unit 12 unit 13 unit 6 7400 9 11000 12 14400 14800 15 18000 18400 18 21600 22000 22200 21 22000 24800 24 22000 25000 z 27 22000 25000 m U ■ Capacity ( Heating - Duct) 1 unit 12 unit 13 unit 6 9 10900 12 13600 15 18000 18 21600 21800 21 21800 24 21800 27 21800 24600 ■ Current(208V) 1 unit 12 unit 13 unit 6 4.4 9 4.8 12 6.1 5.1 15 8.1 6.5 18 10.1 8.0 7.0 21 7.9 8.1 24 7.7 9.1 27 7.6 9.0 ■ Current(208V) 1 unit 12 unit 13 unit 6 9 5.1 12 6.4 15 8.4 18 10.4 9.0 21 9.9 24 9.7 27 9.6 8.3 11/111111111111111111111 1 1 / 111111�' **11111111111 1 / 1111���11111111111111 11 / 1l�IIIIIIIIIIIIIIIII ,11111111111111111111 Total capacity of indoor units (kBTU/h) 1 1 11111111111111111111 / 1111�� ��illlllllllll . , 11�1���i�i1111111111 , 1l.��IIIIIIIIIIIIIII 11111111111111111111 1 / 11111111111111111111 Total capacity of indoor units (kBTU/h) Heating - Duct 12.0 t1 unit t2 unit ---3 unit 10.0 8.0 6.0 4.0 2.0 0.0 0 3 6 9 12151 363942454851545760 ■Input ( Heating - NonDuct) 1 unit 2 unit 3 unit 6 860 9 950 12 1210 1030 15 1600 1310 18 2000 1620 1450 21 1590 1670 24 1560 1880 27 1530 1860 3 ■Input ( Heating - Duct) 1 unit 12 unit 3 unit M ■ Current(230V) 1 unit 2 unit 3 unit 6 3.9 9 :17.0 12 15 18 6.4 21 7.3 24 8.327 8.2 U Imo■ ■ Current(230V) 1 unit 2 unit 3 unit =�M� Heating - NonDuct 11111111111111111111111 �! � 11111111111 111111!! ,,,111!lii1111111111111 li�i1111111111111111 „ ,11111111111111111111 Total capacity of indoor units (kBTU/h) ■ 11111111111111111111111 11111112011111111111 111111��111111111111111 1111111111111111111111 ,11111111111111111111 ■■■■■��■■■■■■■Mons■■ ■■■■■r�■�,,■�■■■■Monson . 1 ■■■■��� T�■■■■■Monson ■■■■I�I�!■ii■■■■■■soon Total capacity of indoor units (kBTU/h) Heating Duct 9.0 ■■■■■/8.0 �■■■■■■■■■■■ ■■■■ii■■!L7.0 6.0 5.0 ■■■■■■■■■■ ■■■■,I■■■■■■■■■■■■■■■ 4.0 3.0 2.0 1.0 ■■■fii■■■■■■■■■■■■■■■ 0.0 ■■■■■■■■■■■■■■■■■■■■ 117 3033.1 MXZ-3C30NAHZ2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Cooling - NonDuc 1 unitl unit 2�ni� 61 6000 9 9000 12 12000 12000 15 14000 15000 18 17200 18000 18000 21 19800 20000 21000 24 22500 23000 24000 27 24000 26000 30 24000 28400 33 24000 28400 36 24000 28400 ■ Capacity ( Cooling - Duct) 1 unit 12 unit 13 unit 6 9 9000 12 12000 15 15000 18 17200 18 000 21 20600 21000 24 24000 24000 27 24000 27000 30 24000 27422 331 124000127410 36 24000 I 27400 ■ Current(208V) 1 unite 61 4.6 9 4.7 12 5.2 4.8 15 6.1 5.3 18 7.5 6.3 5.7 21 9.5 8.7 6.5 24 11.6 9.1 7.7 27 9.5 8.8 30 9.4 10.8 33 9.3 10.9 361 1 9.2 1 10.8 ■ Current(208V) 1 unit 12 unit 13 unit 6 9 5.0 12 5.8 15 7.3 18 9.4C11 21 10.9 24 12.2 27 30 33 36 ,,,111111111!iiilllllll ,,,,11111�1%�iiiilllllll .. ,,,1111�%�IIIIIIIIIIIII ,,,, Ill��illllllllllllll ,,,1!lillllllllllllllll ,11111111111111111111 Total capacity of indoor units (kBTU/h) , 11111111111111111111 IIIIIII,fiiliil1111111 IIIIII,i,;�iiiiI1111111 11111���1i11111111111 �; 1!!��ii1111111111111 11111111111111111111 „ 11111111111111111111 ■ Input ( Cooling - NonDuct) 1 unit 2 unit 3 unit 61 910 9 930 12 1020 970 15 1200 1060 18 1480 1280 1180 21 1880 176 11340 24 2290 1840 1580 27 1920 1820 e 30 1900 2220 33 1880 2250 - 36 1860 2220 ■Input ( Cooling - Duct) 1 unite 6 9 980 12 1150 15 1450 18 1850 1820 21 2150 2020 24 2400 2300 27 2270 2400 30 2240 2500 33 2210 2630 36 2190 2600 ■ Current(230V) 1 unite 6 4.2 9 4.3 12 4.7 4.4 15 5.5 4.8 18 6.8 5.7 5.2 21 8.6 7.9 5.9 24 10.5 8.3 6.9 27 8.6 8.0 30 8.5 9.8 33 8.4 9.9 36 8.3 1 9.8 ■ Current (230V) 1 unit 12 unit 13 unit 6 9 4.5 12 5.3 15 6.6 18 8.5 8.2 21 9.8 9.1 24 11.0 10.3 27 10.2 10.5 30 10.0 11.0 33 9.9 11.6 36 9.8 11.4 •. a. • 1 111111l iliil1111111 Illlllr�i��illlllll „ ,,,1111�l�illllllllllll MM11llllllllllllll „ ,11111111111111111111 r .r Total capacity of indoor units (kBTU/h) •• 1 11111111111_!�1111111 „ ,,,1111111iii��lllllll „ IIIII��I111111111111 ,,, Illl.�illllllllllllll IIIIIIIIIIIIIIIIIIII „ ,11111111111111111111 , , 1111111!l11111111111 , 111111!!�!��11111111 . , 11111lt���illllllllll . , 111�!j�illllllllllll , 11111111111111111111 , , 11111111111111111111 1 i •• 1 11111111111111111111 „ 1111111��!��i1111111 . , 11111! �Iliiilllllll , 1111!l11111111111111 , 11l��111111111111111 , 11111111111111111111 „ 11111111111111111111 r r . MXZ-3C30NAHZ2 NOTE 1: When 2 or more indoor units are running, the capacity NOTE 2: Input for the indoor unit is excluded. per unit is obtained based on the capacity ratio of their individual operation. ■ Capacity ( Heating - NonDuct) 1 unit 12 unit 13 unit 61 7400 9 11000 12 14400 14800 15 18000 18400 18 21600 22000 22200 21 22000 22000 25800 24 22600 23000 28400 L 27 24000 28400 m 30 24000 28600 33 124000 28600 A E361 124000128600� U Capacity ( Heating - Duct) 1 unit 12 unit 13 unit 6 9 10900 12 13600 15 18000 18 21600 21800 21 22800 22800 24 24000 24000 27 24000 27400 30 24000 27600 33 24000 27600 36 24000 27600 ■ Current(208V) 1 unit 12 unit 13 unit 6 4.4 9 4.8 12 6.1 5.1 15 8.1 6.5 18 10.1 1 8.0 1 7.0 21 11.9 9.4 7.6 24 13.6 11.0 8.3 27 1 10.8 9.2 c 30 10.6 9.9 2 331 10.5 1 9.8 36 1 10.3 1 9.6 ■ Current (208V) 1 unit unit 2 unitT3 unit 6 9 5.1 12 6.4 15 8.4 18 10.4 9.0 21 12.4 9.9 24 13.7 11.0 27 10.8 9.5 30 10.7 10.2 33 10.5 10.1 36 10.4 9.9 III 11111111111111111111 ,,, IIIIIII�iiiiilllllll ,,,,11111�'+�iiiiilllllll III IIII�i11111111111111 /11111l4i111111111111111 /';11111111111111111111 Total capacity of indoor units (kBTU/h) 111111111��1iiimlllllll ,,,,11111l�iii�iilllllll Ill Illl0111111111111111 iillllllllllllll / 11 IIIIIIIIIIIIIIIIIIII , IIIIIIIIIIIIIIIIIIII . ■ milliIIIIIIII������ IIIIIINiIIIIII������ 1111♦1 ���***�1111111 HIIIIIII Total capacity of indoor units (kBTU/h) ■Input ( Heating - NonDuct) 1 unit 12 unit 13 unit 61 860 9 950 12 1210 1030 15 1600 1310 18 2000 1620 1450 21 2360 1900 1560 24 2680 2210 1700 27 2170 1900 30 2140 2040 33 2110 2010 a 36 2080 1980 � ■Input ( Heating - Duct) 1 unit 12 unit 13 unit 6 9 1000 12 1260 15 1650 18 2050 1820 21 2450 1990 24 2710 2210 27 2180 1950 30 2150 2100 33 2120 2070 361 1 20901 2040 ■ Current (230V) 1 unite 6 3.9 9 4.4 12 5.5 4.6 15 7.3 5.9 18 9.2 7.3 6.4 21 10.8 8.5 6.9 24 12.3 9.9 7.5 27 9.7 8.3 c 30 9.6 9.0 2 33 9.5 8.8 rj 36 9.3 8.7 ■ Current(230V) 1 unite 6 9 4.6 12 5.8 15 7.6 18 9.4 8.2 21 11.2 8.9 24 12.4 9.9 27 9.8 8.6 30 9.6 9.2 33 9.5 9.1 361 1 9.4 9.0 '„ 1111111!*��111111111 , �11111111 111111111�+�� 1111!l�.�iliilllllll „ 101111'.iilllllllllllll li�illllllllllllllll is ,11111111111111111111 Total capacity of indoor units (kBTU/h) ';;1111111!l11111111111 �ii*��11111111 11111111� 1111l�Iifillllllllll „ 111111��111111111111111 1111111111111111111111 ,11111111111111111111 , 1111111l�11111111111 111111!l�11111111111 " IIIIIiili:ii11111111 IIIIiT�'ai11111111111 �, III��i11111111111111 , 11111111111111111111 11 11111111111111111111 Total capacity of indoor units (kBTU/h) 1111111l�11111111111 „ IIIIIIi1111111111111 ., IIIII��I��iiiIIIIIII IIIIfii11111111111111 �, 11l�i111111111111111 11111111111111111111 11 IIIIIIIIIIIIIIIIIIII MXZ-8C48NA MXZ-8C60NA MXZ-4C36NAHZ MXZ-5C42NAHZ MXZ-8C48NAHZ For information on service, please refer to the service manual as follows. 1-1. OUTDOOR UNIT Model name Service Ref. Service Manual No. MXZ-8C48NA MXZ-8C48NA - 7+ MXZ-8C60NA MXZ-8C60NA - Nil OCH573E MXZ-4C36NAHZ MXZ-4C36NAHZ - EEI OCB573B MXZ-5C42NAHZ MXZ-5C42NAHZ - 51 MXZ-8C48NAHZ MXZ-8C48NAHZ - 51 1-2. BRANCH BOX Service Model name Service Ref. Manual No. PAC-MKA51 BC PAC-MKA51 BC OCH573E PAC-MKA31 BC PAC-MKA31 BC OCB573B B-101 2-1. OUTDOOR UNIT kcal/h = kW x 860 MXZ-8C48NA Conversion formula: Btu/h = kW x 3412 CFM = m3/min x 35.31 Service Ref. MXZ-8C48NA Indoor type Non -Ducted Mix Ducted Capacity Rated*' BTU/h 48,000 48,000 48,000 a Rated power consumption*1 W 4,000 4,465 5,050 E EER BTLIMh 12.00 10.75 9.50 °C c°o6 SEER BTU/Wh 18.9 16.8 14.7 a Capacity Rated 47°F*1 BTU/h 54,000 54,000 54,000 a rn Capacity Max. 17°F*2 BTU/h 36,600 36,600 36,600 - Capacity Max. 5*F BTU/h 32,400 32,400 32,400 af)i Rated power consumption 47°F* W 4,220 4,605 4,990 N COP 47°F*l BTU/Wh 3.75 3.44 3.17 HSPF IV/V BTU/Wh 11.4/8.7 10.8/8.6 10.1/8.4 Connectable indoor units (Max.) 8 Max. Connectable Capacity BTU/h 62,000 Power supply 1 Phase 208/230 V, 60 Hz Breaker Size / Max. fuse size 40 A/52 A 40 A/50 A (for the models with U 1) Min. circuit ampacity 37 A Sound level (Cool/Heat) dB 51/ 54 External finish Munsell 3Y 7.8 / 1.1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model ANB33FNHMT Motor output kW 3.4 Starting method Inverter z Heat exchanger Plate fin coil 0� Fan Fan (drive) x No. Propeller fan x 2 O O Fan motor output kW 0.06 + 0.06 0.074 + 0.074 (for the models with U 1) Airflow m3/min (CFM) 110 (3885) O Dimensions W in (mm) 41-11/32 (1050) (H x W x D) D in (mm) 13+1 (330+25) H in (mm) 52-11/16 (1338) Weight I lb (kg) 269 (122) Refrigerant R410A Charge Ib (kg) 10 lbs. 9 oz. (4.8 ) Oil / Model I fl oz (L) 78 (2.3) /Ethereal oil (FV50S) Protection High pressure protection HP switch devices Compressor protection Compressor thermo, Over current detection Fan motor protection Overheating / Voltage protection Guaranteed operation range (cool) D.B. 23 to 115*F [ D.B. -5 to 46*C ]*3 (heat) D.B. -4 to 70T [ D.B. -20 to 21 °C ] O Total Piping length (Max.) ft(m) 492 (150) FL Farthest ft(m) 262 (80) a Max. Height difference ft(m) 164 (50)*4 z Chargeless length ft(m) 0 Piping diameter Liquid Oin (mm) 953/8 (9.52) Gas Oin (mm) 0 5/8 (15.88) U_ Connection Indoor side Flared Lu W method Outdoor side Flared *1 Rating conditions Cooling Indoor : D.B. 80°F/W.B. 67T [D.B. 26.7°C/W.B. 19.4°C] Outdoor : D.B. 95°F [D.B. 35.0*C] Heating Indoor : D.B. 70T [D.B. 21.1 °C] Outdoor : D.B. 47°F/W.B. 43T [D.B. 8.3°C/W.B. 6.1 °C] *2 Conditions Heating Indoor : D.B. 70oF [D.B. 21.1 °C] Outdoor : D.B. 1TF/W.B. 15T [D.B.-8.3°C/W.B.-9.4°C] *3 D.B. 5 to 115T [D.B. -15 to 46°C], when an optional Air Outlet Guide is installed. *4 131 ft [40 m], in case of installing outdoor unit lower than indoor unit. Note: Refer to the indoor unit's service manual for the indoor units specifications. B-102 MXZ-8C60NA Conversion formula: kcal/h = kW x 860 BTU/h = kW x 3412 CFM = m'/min x 35.31 Service Ref. MXZ-8C60NA Indoor type Non -Ducted Mix Ducted Capacity Rated*' BTU/h 60,000 60,000 60,000 S Rated power consumption*' W 4,800 5,525 6,250 E EER BTU/Wh 12.50 11.05 9.60 �0 SEER BTU/Wh 17.4 16.3 15.1 Capacity Rated 47*F*' BTU/h 66,000 66,000 66,000 v Capacity Max. 17*F*2 BTU/h 65,000 61,500 58,000 v ` Capacity Max. 5T BTU/h 57,000 49,500 42,000 M = Rated power consumption 477*' W 5,670 5,670 5,670 COP 47°F*' BTU/Wh 3.40 3.40 3.40 HSPF N/V BTU/Wh 10.50/8.50 10.25/8.25 10.00/8.00 Connectable indoor units (Max.) 8 Max. Connectable Capacity BTU/h 78,000 Power supply 1 Phase 208/230 V, 60 Hz Breaker Size/Max. fuse size 50 A/52 A Min. circuit ampacity 46A Sound level (Cool/Heat) dB 58/59 External finish Munsell 3Y 7.8/ 1.1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model ANB66FFZMT Motor output kW 4.2 Starting method Inverter Z Heat exchanger Plate fin coil 0� Fan Fan (drive) x No. Propeller fan x 2 O O Fan motor output kW 0.2 + 0.2 o Airflow m3/min (CFM) 138 (4879) O Dimensions W in (mm) 41-11/32 (1050) (H x W x D) D in (mm) 13+1 (330+25) H in (mm) 52-11/16 (1338) Weight lb (kg) 309 (140) Refrigerant R410A Charge lb (kg) 11 lbs. 4 oz.(5.1) Oil/Model oz (L) 78 (2.3)/Ethereal oil (FV50S) Protection de- High pressure protection HP switch vices Compressor protection Compressor thermo, Overcurrent detection Fan motor protection Overheating/Voltage protection Guaranteed operation range (cool) D.B 23 to 115T [ D.B.-5 to 46°C ] *3 (heat) D.B. -4 to 70oF [D.B. -20 to 21 °C ] Total Piping length (Max.) ft(m) 492 (150) zo a Farthest ft(m) 262 (80) a Max. Height difference ft(m) 164 (50)*4 z Chargeless length ft(m) 0 Piping diameter Liquid cinch (mm) 03/8 (9.52) c9 Gas pinch (mm) 03/4 (19.05) U. Connection Indoor side Flared method Outdoor side Flared *� Rating conditions Cooling Indoor : D.B. 80oF/W.B. 67 T [D.B.26.7°C/W.B. 19.4°C] Outdoor : D.B. 95T [D.B. 35.0°C] Heating Indoor : D.B. 70T [D.B. 21.1°C] Outdoor : D.B. 47°F/W.B. 43T [D.B. 8.3*C[W.B. 6.1°C] *Z Conditions Heating Indoor : D.B. 70T [D.B. 21.1*C] Outdoor : D.B. 17°F/W.B. 15T [D.B.-8.3°C/W.B.-9.4'C] *3 D.B. 5 to 115T [D.B. -15 to 46°C], when an optional Air Outlet Guide is installed. *4 131 ft [40 m], in case of installing outdoor unit lower than indoor unit. Note: Refer to the indoor unit's service manual for the indoor units specifications. B-103 MXZ-4C36NAHZ MXZ-5C42NAHZ kcal/h = kW x 860 Conversion formula: BTU/h = kW x 3412 CFM = m3/min x 35.31 Service Ref. MXZ-4C36NAHZ MXZ-5C42NAHZ Indoor type Non -Ducted Mix Ducted Non -Ducted Mix Ducted d Capacity Rated*' BTU/h 36,000 36,000 36,000 42,000 42,000 42,000 Rated power consumption*1 W 2,570 2,845 3,180 3,130 3,470 3,890 E U EER BTU/Wh 14.00 12.65 11.30 13.40 12.10 10.80 SEER BTU/Wh 19.1 17.5 15.8 19.0 17.0 15.0 a Capacity Rated 47°F*l BTU/h 45,000 45,000 45,000 48,000 48,000 48,000 v rn Capacity Max. 17*F*2 BTU/h 45,000 45,000 45,000 48,000 48,000 48,000 ��- Capacity Max. YF BTU/h 45,000 45,000 45,000 48,000 48,000 48,000 r = Rated power consumption 47°F*' W 3,340 3,795 4,250 3,430 3,890 4,350 COP 47°F*l BTU/Wh 3.95 3.48 3.10 4.10 3.62 3.23 HSPF IV/V BTU/Wh 11.3/9.2 10.7/8.9 10.1/8.5 11.0/9.1 10.6/9.0 10.1/8.8 Connectable indoor units (Max.) 4 5 Max. Connectable Capacity BTU/h 46,000 54,000 Power supply 1 Phase 208/230 V, 60 Hz Breaker Size / Max. fuse size 50 A/52 A 50 A/50 A (for the models with U 1) Min. circuit ampacity 42 A Sound level (Cool/Heat) dB 49/ 53 1 50/ 54 External finish Munsell 3Y 7.8/ 1.1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model ANB33FJSMT Motor output kW 2.8 1 3.0 Starting method Inverter z Heat exchanger Plate fin coil Fan Fan (drive) x No. Propeller fan x 2 O O Fan motor output kW 0.06 + 0.06 0.074 + 0.074 (for the models with U1) o Airflow m'/min (CFM) 110 (3885) O Dimensions W in (mm) 41-11/32 (1050) (H x W x D) D in (mm) 13+1 (330+25) H in (mm) 52-11/16 (1338) Weight I lb (kg) 276 (125) Refrigerant R410A Charge lb (kg) 10 lbs. 9 oz.(4.8) Oil/ Model fl oz (L) 78 (2.3)/Ethereal oil (FV50S) Protection de- High pressure protection HP switch vices Compressor protection Compressor thermo, Overcurrent detection Fan motor protection Overheating/Voltage protection Guaranteed operation range (cool) D.B 23 to 115°F [ D.B.-5 to 46°C ] *3 (heat) D.B. -13 to 70oF [D.B. -25 to 21 °C ] cD Total Piping length (Max.) ft (m) 492 (150) z a Farthest ft(m) 262 (80) a Max. Height difference ft(m) 164 (50)*4 z Chargeless length ft(m) 0 9 Piping diameter Liquid Oin (mm) 03/8 (9.52) LU c� Gas I Oin (mm) 05/8 (15.88) LL Connection Indoor side Flared W method Outdoor side Flared *� Rating conditions Cooling Indoor : D.B. 80°F/W.B. 67 °F [D.B.26.7°C/W.B. 19.4°C] Outdoor : D.B. 95°F [D.B. 35.0°C] Heating Indoor : D.B. 70°F [D.B. 21.1 *C] Outdoor : D.B. 47*F/W.B. 43°F [D.B. 8.3*C/W.B. 6.1°C] *2 Conditions Heating Indoor : D.B. 70°F [D.B. 21.1 *C] Outdoor : D.B. 17°F/W.B. 15°F [D.B.-8.3°C/W.B.-9.4°C] *3 D.B. 5 to 115°F [D.B. -15 to 46°C], when an optional Air Outlet Guide is installed. *4 131 ft [40 m], in case of installing outdoor unit lower than indoor unit. Note: Refer to the indoor unit's service manual for the indoor units specifications. B-104 kcal/h = kW x 860 MXZ-8C48NAHZ Conversion formula: Btu/h = kW x 3412 CFM = m'/min x 35.31 Service Ref. MXZ-8C48NAHZ Indoor type Non -Ducted Mix Ducted Capacity Rated*' BTU/h 48,000 48,000 48,000 c Rated power consumption*1 W 4,000 4,465 5,050 E <6 EER BTU/Wh 12.00 10.75 9.50 00 SEER BTU/Wh 18.9 16.8 14.7 a Capacity Rated 47*F*l BTU/h 54,000 54,000 54,000 a Capacity 17°F*2 BTU/h 54,000 54,000 54,000 - Capacity 5T BTU/h 54,000 54,000 54,000 M fa)i Rated power consumption 47°F*1 W 4,220 4,605 4,990 N COP 47°F*l BTU/Wh 3.75 3.44 3.17 HSPF N/V BTU/Wh 11.0/9.2 10.5/9.2 10.0/9.2 Connectable indoor units (Max.) 8 Max. Connectable Capacity BTU/h 62,000 Power supply 1 Phase 208/230 V, 60 Hz Breaker Size / Max. fuse size 50 A/52 A 50 A/50 A (for the models with U 1) Min. circuit ampacity 42 A Sound level (Cool/Heat) dB 51/54 External finish Munsell 3Y 7.8 / 1.1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model ANB33FJSMT Motor output kW 3.4 F. Starting method Inverter Z Heat exchanger Plate fin coil Fan Fan (drive) x No. Propeller fan x 2 O O Fan motor output kW 0.06 + 0.06 0.074 + 0.074 (for the models with U 1) o Airflow m'/min (CFM) 110 (3885) O Dimensions W in (mm) 41-11/32 (1050) (H x W x D) D in (mm) 13+1 (330+25) H in (mm) 52-11/16 (1338) Weight I lb (kg) 276 (125) Refrigerant R410A Charge lb (kg) 10 lbs. 9 oz. (4.8 ) Oil / Model fl oz (L) 78 (2.3) /Ethereal oil (FV50S) Protection High pressure protection HP switch devices Compressor protection Compressor thermo, Over current detection Fan motor protection Overheating / Voltage protection Guaranteed operation range (cool) D.B. 23 to 115T [ D.B. -5 to 46*C]*3 (heat) D.B. -13 to 70oF [D.B. -25 to 21°C] CD Total Piping length (Max.) ft(m) 492 (150) a Farthest ft(m) 262 (80) a Max. Height difference ft (m) 164 (50)*4 z Chargeless length ft (m) 0 Piping diameter Liquid Oin (mm) 03/8 (9.52) Gas Oin (mm) 0 5/8 (15.88) U- Connection Indoor side Flared W method Outdoor side Flared *1 Rating conditions Cooling Indoor : D.B. 80T/ W.B. 67T [D.B. 26.7°C/ W.B. 19.4°C] Outdoor : D.B. 95T [D.B. 35.0*C] Heating Indoor : D.B. 70T [D.B. 21.1°C] Outdoor : D.B. 47T/ W.B. 43T [D.B. 8.3°C / W.B. 6.1 *C] *2 Conditions Heating Indoor : D.B. 70T [D.B. 21.1°C] Outdoor : D.B. 17°F/ W.B. 15T [D.B.-8.3°C/ W.B.-9.4°C] *3 D.B. 5 to 11 YF [D.B. -15 to 46°C], when an optional Air Outlet Guide is installed. *4 131 ft [40 m], in case of installing outdoor unit lower than indoor unit. Note: Refer to the indoor unit's service manual for the indoor units specifications. 2-2. BRANCH BOX PAC-MKA51 BC PAC-MKA31 BC Model name PAC-MKA51BC PAC-MKA31BC Connectable number of indoor units Maximum 5 Maximum 3 Power supply Single phase, 208/230 V, 60 Hz Input kW 0.003 Running current A 0.05 External finish Galvanized sheets Width in (mm) 17-23/32 450 Dimensions Depth in (mm) 11-1/32 280 Height in (mm) 6-11/16 170 Weight lb (kg) 16(7.4) 15(6.7) Piping connection Branch (indoor side)" Liquid in (mm) 01/4 6.35 X 5 A,B,C,D,E 1/4 6.35 X 3 A B C Gas in (mm) 0 3/8(9.52) X 4 {A,B,C,D}, � 1/2(12.7) X 1{E} 03/8(9.52) x 3 {A,B,C} (Flare ) Main (outdoor side) Li Liquid in mm 3/8 9.52 Gas in (mm) 0 5/8 15.88 *The piping connection size differs according to the type and capacity of indoor units. Match the piping connection size for indoor and branch box. If the piping connection size of branch box does not match the piping connection size of indoor units, use optional different -diameter (deformed) joints to the branch box side. (Connect deformed joint directly to the branch box side.) 1 FREE SPACE (Around the unit) 1 12 SERVICE SPACE 3 FOUNDATION BOLTS 4 PIPING -WIRING DIRECTIONS The diagram below shows a basic example. Dimensions of space needed Please secure the unit firmly Piping and wiring connections Explantlon of particular details are for service access are with 4 foundation (M10<W318>) bolts. can be made from 4 directions: given in the installation manuals etc. shown in the below diagram. (Bolls and washers must be FRONT, Right, Rear and Below. purchased locally.) A <Foundation bolt height> ❑ � 15�1&32> i� �� Service space Mln. ...... ...... ...... ...... <1411116> n W O v Example of Notes 0 •••Refrigewt GAS pipe wnnec1ion(FLARE) 015.88(518F) (•••Refrgerznl LIQUID pipe connection (FLARE) 09.52(318F) *1 ••• Indication of STOP VALVE mmedon locatlon. Piping Knock -Out Hole Details 0<231a> 55<2311a> mm<inch> \ / Rear Air Intake shaped notched holes 225 ���/// 800 225 IFounda&((tion Bolt M10<w3/8>) <8-27/32> 2351& <8-27/32> Im'h 1-1 Feel Side Air Intake a — 56<2-7/32> 39.5 <1-9/16> 0 53<2-W32> 42 N 91 72-1.2� 12.3/8>60.5 Air Discharge3 Q-21/32> s dation Bolt M10<W3/8>) 1050 <41-11/32> i_-._,_,------„- Mw Xj N' 600 nc 4h. --I 000 z0 D0 M C N Z W z 2 N 6 N z N t AM 46 00 z D N I 1 FREE SPACE (Around the 12 SERVICE SPA 13 FOUNDATION BOLTS 4 PIPING -WIRING DIRECTIONS The diagram below shows a basic example. Dimensions of space needed Please secure the unit firmly Piping and wiring connections Explanhon of particular details are for service access are with 4 foundation (MI0<W318>) bolls. can be made from 4 directions: given in the installation manuals etc. shown in the below diagram. (Bolts and washers must be FRONT, Right, Rear and Below. purchased locally.) e - <Foundation bolt height> Q � I] ib niel32>S,d Service space Min e19001tfi> Example of Notes (D Rstngerant GAS pipe comeldn(FLARE) 01a.A5(314F) Q •• •Reftlgerznt LIQUID pipe connection (FLARE) ¢a.52(316F) .1 •••Indication of STOP VALVE connection bralbn. Piping Knock -Out Hole Details fi0<2-LB> 55 <2-L18> 53 <23✓a' Side Air Intake V Rear Air Intake <8-27/32> 12305/8> 2-3/4> Air Discharge ff- w 00 0 a) 0 2-U Shaped olchad holes Z (Founds tlon BON M10<Wy8>) D <8-27/32> 56 <2-n32> 3g.5 11-g/16> 0 pp 53<z-3/32> ci-21132>M 5121ta 3 a> les(Foundati Bolt M1..>) mmmkn ro rg db \ CoMuA hok 1 1 ConduN Mle ReariNn i� Conduit hole (¢37<7-75132>Knock-0ut) ConduithoM (¢24<1Li6>Knock-0M) (Knock-OuQ (¢24<15116>Knock-Out) ! when installing the conduit. ` fi AD. Front Wnkin hole nocunner side of each panel. 6 (Kut)g CtholeCcii '16' out'(Kn ik-puj"n6 (037<1-15132>Knock-0uQa q (P ) a a`y I6> I ¢31S<1.23%1> 1i1Condu. hole $I�222<718> aNe<hmem ackAut�Rear nngN hole 9(Knock(1u1)72 inchCaduil1<1-25132>55<2-3116> ez<a.51atlachmeni tots W 110 160 Front qi hole ze<- 7s<z-tsltfi> c4-11132> <6L/16> <6-5/16> <65116> pi n m I r (Knock -Out) <s r V F mm<inch> `.. seals 15 f 2. C eM _n 0 V 3-2. BRANCH BOX PAC-MKA51 BC SUSPENSION BOLT: W3/8(M10) REFRIGERANT PIPE FLARED CONNECTION Unit: inch A 113 C 1 D E 1 TO OUTDOOR UNIT LIQUID PIPE 1 1/4F 1/4F I 1/4F I 1/4F I 1/4F I 3/8F GAS PIPE I 3/8F I 318E I 3/8F I 3/8F I 1/2F I 5/8F PAC-MKA31 BC SUSPENSION BOLT: W3/8(M10) REFRIGERANT PIPE FLARED CONNECTION Unit: inch A 1 B 1 C 1 i iTO OUTDOOR UNIT LIQUID PIPE I 1/4F 1/4F 1/4F I I I 3/8F GAS PIPE 3/8F 3/81' 1318F I I I 5/8F SUSPENSION BOLT PITCH 96 <,25132) 280 (11-1132) 40(1-17/32) SUSPENSION BOLT PITCH 320 C72-19/32) 96 (3-25132) 280 (71-1/32) 40 0-17132) i� onm to 8ric� ii u� 1 5-ELECTRIC WIRE INLET Unit: mm (inch) When installing the conduit. Set the attachment to the inner side of each panel. 58 (2-9/32) (25/232) (1-3232) ill inch VuR attachment �-L/ 15 (19132) 86 12-19132) f 1:2 ) _j When installing the conduit. Set the attachment to the inner side of each panel. 58 C2-9/32) 5-022(718) v I � 1/t22InmeConault �' f 15Us/az) a 66 C2-19132) 1( 2) I m I I ® ee e• L - I CONTROLCOVER TTOEROUTDMINALOOR UOMU-N JNIT NIT B-109 4-1. OUTDOOR UNIT Model name X Y Z MXZ-8C48NA MXZ-4C36NAHZ 15 6-5/16 23-1/16 MXZ-5C42NAHZ (380) (160) (586) MXZ-8C48NAHZ MXZ-8C60NA 15-3/8 7-3/16 22-15/16 (390) (182) (582) Unit: inch (mm) B-110 5-1. OUTDOOR UNIT MXZ-8C48NA SYMBOL NAME SYMBOL NAME SYMBOL NAME TB1 Terminal Block (Power Supply) TH8 Thermistor (Heat Sink) SW9 Switch (Function Selection) T131 B Terminal Block (Branch Box) LEV-A, LEV-B Linear Expansion Valve SWU1 Switch (Unit Address Selection, ones di it) TB3 Terminal Block (Branch Box/Outdoor Transmission Line) DCL Reactor SWU2 Switch (Unit Address Selection, tens di it) P.B. Power Circuit Board CNS1 Connector (Branch Box/Outdoor Transmission Line) T67 Terminal Block (Centralized Control Transmission Line) UN/W Connection Terminal UN/W-Phase LI Connection Terminal (L-Phase) CNS2 Connector (Centralized Control Transmission Line) FUSE1, FUSE2 Fuse (T20AL250V) NI Connection Terminal (N-Phase) SS Connector (Connection For Option) MC Motor For Compressor DCL1, DCL2 Connection Terminal (Reactor) CN3D Connector (Connection For Option) MF1, MF2 Fan Motor IGBT El, E2, E3, E4 Power Module ConnectionTerminal (Electrical Parts Box) CN3S Connector (Connection For Option) 21 S4 Solenoid Valve Coil (4-Way Valve) CN3N Connector (Connection For Option) 63H High Pressure Switch MULTI.B. Multi Controller Circuit Board ON51 Connector (Connection For Option) 63HS High Pressure Sensor SW1 Switch (Display Selection) LED1, LED2 LED (Operation Inspection Display) 63LS Low Pressure Sensor SW2 Switch (Function Selection) LED3 LED (Power Supply to Main Microcomputer) SV1 Solenoid Valve Coil (Bypass Valve) SW3 Switch (Test Run) F1, F2 Fuse (T6.3AL250V) TH2 Thermistor(Hic Pipe) SW4 Switch (Model Selection) X501-505 Relay TH3 Thermistor (Outdoor Liquid Pipe) SW5 Switch (Function Selection) M-NET P.B. M-NET Power Circuit Board TH4 Thermistor (Compressor) SW6 Switch (Function Selection) ITB1 ConnectionTerminal (Electrical Parts Box) TH6 Thermistor (Suction Pipe) SW7 Switch (Function Selection) TH7 Thermistor (Ambient) SW8 Switch (Model Selection) MULTI. B. 63LS 63HS TH7 TH6 TH3 TH4 TH2 63H LEV-A LEV-B F1 M M ■ is the switch position. J CNF7 CN3D CN3S CN3N SWU2SWU1 SW9 SW5 SW6 1 7 (WH) (WH) (RD) (BU) F2 63HS TH7I6 TrTH4 TH2 (WH) (RD) (WH) (WH) (BK 0 0 O 1 5 1 5 *1 *1 IS CNF2 GN52 CNLVA CNLVB (WH) (RD) SW7 SW8 SW2 (WH) 1 3 1 3 (RD) k1 1 7 (BU)S (YE) CN2 O CN51 5 SW4 SW3 SW7 BBBB9B YO oYOYOO 1 1 (RD) 7 3 (WH) 2 TRANS LED1 88 LED2 BB I- CNDC (WH) 7 2 (PK) F1 2 CN102 WH) x x x x x F2 LED3 CNS1 CNS2 CN41 CN40 4 1 ® (RD) (YE) (WH) (WH) 1 3(BK) 20 1 3(GN) 1 (BU) 1 3(GY) 1 3(WH) 1 2 (RD) 2 1 2 1 4 1 0 21S4 SV1 2 2 2 4 M-NET P.B. 1 4 CN2 BK TB1 ( CN)1 (WH) TB7 TB1B TO BRANCH BOX *2 POWER SUPPLY ---- 208/230VAC 60Hz MC FM CN2-7 1^C RD)C (RD) CNDC N2 (PK) 3 P2 IGBT ____________________- r____________ TH8 ; 1 , E 4 U DCL2 DCL1 FEI p 3 3 Y Y NI LI *1 MODEL SELECTION The black square (0) indicates a switch position. MODEL SW2 SW4 SW8 MXZ-8C48NA " �Q oFF Q��QQ� -" I� *2 Use copper supply wires. Utilisez des fils d' slimentation en cuivre. MXZ-8C60NA MULTI. B. MF1 63LS 63HS TH7 TH6 TH3 TH4 TH2 63H LEV-A LEV-B M M 3 S t° t° t° Y t° ■ is the switch position. u CNF1 CN3D CN3S CN3N SWU2SWU1 SW9 SW5 SW6 1 7 (WH) 63HS TH7/6 TH3 TH4 TH2 (WH) (RD) (BU) 0 0 0 ® ® ooOQ ooOQOOOQ OQOQOooO MF2 (WH) (RD) (WH) (WH) (BK) 1 3 1 3 1 3 1 5 1 5 *1 *1 CNLVA CNLVB SW, SW8 SW2 3S CNF2 CN52 (WH) (RD) QQQQQQQQ 88 QQQQ88 u (WH) 1 3 1 3 (RD) 1 7 (BU) (YE) CN2 1 3 1 CN22 5 BBBBBBS�w�3������ 1 1 (RD) 7 3 (WH) LED1 LED2 2 TRANS CN4 BB 99 CNDC 7 W 2) (PK) F1 2 CNI02 X x X x X F2 CNS1 CN82 4(WH)1 LED3 CN41 CN40 (RD) (YE) (WH) (WH) 1 3(BK) 1 3(GN) 1 3(BUi 1 3SV1 1 3(WFI) 1 2CRpC ® 2 1 2 1 4 1 4 11 2154 Fkvtl p 2 4 2 M-NET P.B. CN24 BK TB1 (WH) (WH) 5 3 1 2 2 7 3 P. B. TB3 CN52C RD 2 1 2 1 7 1 3 (RD) .___ M1 (WH) (RD) ---- M2 RD — S 2 TO BRANCH BOX 52C ' CONNECTING WIRES CNDC BK 30VDC(Non-polar) tj� N2 (PK) 3 1 w TB7 + ¢ o --- M7 �E2 P2 v¢ IGBT ----- 1 2 -�rl r ----- .___ N1p ,____� _,____ YE __________ TH8 —1 3 BK FOR CENTRALIZED T1__ w CONTROL C 1 2 30VDC(Non-polar) L, ;_ +`---' � � ----� ______ _____ ____ __________ �.3 - E4 og TB1B ----- cazi3 B1 RD FUSE? iW V U �DCL2 DCL1 FE I f'�'NI LI gU FUSE2 ---- B2 y x p x x m m m 3 ¢ 3 3 bO W v N DCL = _ *1 MODEL SELECTION MS The black square (0) indicates a switch position. TO BRANCH BOX 3-- MODEL I SW2 SW4 SW8 *2 TB1 RD -c MXZ-8C60NA oFF �Q aF"F Q23QQQ OFF ON POWER SUPPLY L1 *2 Use copper supply wires. 208I230VAC � gU PP PP Y 60Hzi L2 Utilisez des fils d' slimentation en cuivre. B-112 MXZ-4C36NAHZ MXZ-5C42NAHZ MXZ-8C48NAHZ SYMBOL NAME SYMBOL NAME SYMBOL NAME TB1 Terminal Block (Power Supply) TH7 Thermistor(Ambient) SW9 Switch (Function Selection) TB1B Terminal Block TBranch BoXT THB Thermistor(Heat Sink) SWU1 Switch (Unit Address Selection, ones digit) TB3 Terminal Block (Branch Box/Outdoor Transmission Line) LEV-A, LEV-B Linear Expansion Valve SWU2 Switch (Unit Address Selection, tens digit) DCL Reactor CNS1 Connector (Branch Box/Outdoor Transmission Line) TB7 Terminal Block (Centralized Control Transmission Line) P.B. Power Circuit Board UN/W Connection Terminal (U/V/W-Phase) CNS2 Connector (Centralized Control Transmission Line) FUSEL, FUSE2 Fuse(T20AL250V) LI Connection Terminal(L-Phase) SS Connector (Connection For Option) MC Motor For Compressor NI Connection Terminal(N-Phase) CN3D Connector (Connection For Option) MF1, MF2 Fan Motor DCL1, DCL2 Connection Terminal (Reactor) CN3S Connector (Connection For Option) 2154 Solenoid Valve Coll (4-Way Valve) IGBT Power Module CN3N Connector (Connection For Option) 63H High Pressure Switch El, E2, E3, E4 ConnectionTerminal (Electrical Parts Box) CN51 Connector (Connection For Option) 63HS High Pressure Sensor MULTI.B. Multi Controller Circuit Board LED1, LED2 LED (Operation Inspection Display) 63LS Low Pressure Sensor SW1 Switch (Display Selection) LED3 LED (Power Supply to Main Microcomputer) SV7 Solenoid Valve Coil (Bypass Valve) SW2 Switch (Function Selection) F1, F2 Fuse (T6.3AL250V) SV2 Solenoid Valve (Switching Valve) SW3 Switch (Test Run) X501 ^-505 Relay BH Base Heater SW4 Switch (Model Selection) M-NET P.B. M-NET Power Circuit Board TH2 Thermistor (Hic Pi e) SW5 Switch (Function Selection) TB7 ConnectionTerminal (Electrical Parts Box) T.Thermistor (Outdoor Liquid Pipe) SW6 I Switch (Function Selection) TH4 I Thermistor(Compressor) SW7 I Switch (Function Selection) TH6 I Thermistor (Suction Pipe) SW8 1 Switch (Model Selection) MULTI. B. MFI 63LS 63HS 3S �� CNF1 � 13 1 7 (WH) 63HS MF2 WH) MS CNF2 3u (WH) 1 63 7 (B I— I— I ■ is the switch position D ® ® 2 2 1 1 2 3 TH4 TH2 i) (WH) (BK) CN3D CN3S CN3N (WH) (RD) (BU) 0 0 0 1 3 1 3 1 3 CN52 1 5 1 5 CNLVA CNLVB (WH) (RD) SWU2SWU1 SW9 SW5 SW6 ®® �QQQ QQQQQQQQ QQQQQQQQ Mkt act SW1 SW8 SW2 ppOppppp BB o00088 1 3 63H (RD) 0 *1 SW4 SW3 SW7 (YE) CN2 1 CN51 5 888888 U M 1 (RD) 7 3 (WH) (WH) LED1 LED2 BB BB u' to to to to x is is X X F2 LED3 C(RD) 3(BK) 1 3(GN) 1 3 BU) 1 3(GY) 1 3(WH) 1 2 (RD) ® EPP TB3 ---- M1 RD 2 M2 RD ---- S --------- TO BRANCH BOX CONNECTING WIRES 30VDC(Non-polar) TB7 -- - M1 YE 2 ---- M2 YE FOR CENTRALIZED CONTROL 30VDC(Non-polar) TB1B TO BRANCH BOX *2 POWER SUPPLY ---� 208/230VAC 60Hz -- MC CN2 (RD) CNDC N2 (PK) +T P2 IGE THB f r rT CN40 4 1 4(WH)1 1 4 M-NET P.B. 1 4 CN2 BK T61 (WH) CN1 (WH) 5 3 1 P. B. CN52C (RD) I-,.,,.. E4----- 23: DCL2 DCL1 EI NI LI 3 m m *1 MODEL SELECTION nn, The hl—k crn— (E) inrli—tac a twit h nncitinn MODELS SW2 SW4 SW8 MXZ-4C36NAHZ ON OFF R OFF �M OFF ee MXZ-5C42NAHZ ON OFFOFF ���e�� OFF e� MXZ-8C48NAHZ c0FF OFoe OFFe�F *2 use capper supply wires. Utilisez des fils d' slimentation an cuivre. B-113 (PAC-MKA51 BC only) ------- -- B.C. --5 --,I F1 LEV-E M LEV-E (GN) 1 6.3A 250V I 1 + LEV-D M I rJ I LE(BK)V-D 1 1 Ll LEV-C j u� O 3 M-NET 1 2 CN3M 5 1 (BU) LEV-B (RD)B 1 5 LEV-A (WH) (PAC_-MKA51 BC only)---- 1 SW4 SW1*2 2 TH-E 11 ON ® ON 11111 TH-E 1 (TH- GN OFF 12345678910 OFF 123456 to TH-D 2 TH-D 1 1 (BK) SW12 SW11 SW5 ON ----- -p---------- LM,]OFF® TH-Ci 2 TH-C ios 1s DIGIT DIGIT 123456 1 (BU) to TH-B 2 TH-B 1 (RD) t° TH-A 2 TH-A uwui ° to LED1 (9 00000000000000 LED2 1 CNM 14 (WH) BU TB5 BU M1 . TO OUTDOOR UNIT _-i_____ M2 —� : $ DC24-30V ` (SHIELD) TO ANOTHER 3 1----- BRANCH BOX (SHIELD) TB2B CND RD L1 --- -- TO OUTDOOR UNIT Till eo- -t 1 e ° C "- ___ — TO ANOTHER BRANCH BOX ------------ T83E $3 ____ _ $2 TO S1 INDOOR UNIT-E 111 A 250V e o- 1 TB3D $$ -- ---- I S2 -- ------ TO S1 -- ------ INDOOR UNIT-D F3 I eo---- 10A250V I TB3C $$ ---- S2 ------ TO S1 ------ INDOOR UNIT-C eo---' TB3B S3 -- ------ S2 -- ------ TO IEEE S1 -- ------ INDOOR UNIT-B F2 eo-__. 1OA 250V T63A S3 ---- S2 ------ TO S1 ------ INDOOR UNIT -A eo---' OFF ON SW1-1 INDOOR UNIT -A NOT CONNECT CONNECT SWi-2 INDOOR UNIT-B NOT CONNECT CONNECT SW1-3 INDOOR UNIT-C NOT CONNECT CONNECT SWi-4 INDOOR UNIT-D NOT CONNECT CONNECT l PAC-MKA SW1-5 INDOOR UNIT-E NOT CONNECT CONNECT 151 BC only SW1-6 NO USE After each indoor unit is connected to the outdoor unit, turn on the switch corresponding to each indoor unit. For example, when the indoor units are connected to INDOOR UNIT -A and C, turn SW1-1 and SW1-3 to on. *3 LED on Branch box controller board for service *1 F4 for PAC-MKA51 BC only *2 SW1 setting <Combination of indoor units> Enter the location of combined indoor units with model name in each blank below because it is necessary for service and maintenance. Fig. 1 POWER SUPPLY 208/230V AC 60Hz rti CIRCUIT BREAKER�� RD TB2B I i i L1 PULL BU I BOX L2 4 TO ANOTHER I _ _ _ _ � PULL BRANCH l BOX BOX Cil <Note> 0 -N 1. At servicing for outdoor unit, W always follow the wiring diagram D of outdoor unit. 2. Caution for D electrical work. • Use copper supply wires. j (Utilisez des fils d'alimentation en cuivre.) Co0 3. When work to supply power 0 Co separately to Branch box and outdoor units are applied, refer to Fig. 1. -a 0 4. For the connection method, please D X refer to the Branch box Installation Manual. <Symbols used in wiring diagram> D :Terminal block, oo :Connector W ® : Dip switch (■(black square) indicates a switch position) W 0 start-up Mark I Meaning Function LED 1 I Main power supply Main power supply (208/23OV) LED 2 I Power on -• Lamps are lit • normal operating Mark Meaning Function LED 1 Main power supply Lam is lit LED 2 Total number of Blink depend on the total number indoor units <example> The total number is 2 i0 Blink 2 times. OO Turn off for 3 sec. OO Reoeat i0 to ©. *4 D and E for PAC-MKA51 BC only Indoor unit -A Indoor unit-B Indoor unit-C Indoor unit-D Indoor unit-E 6-1. SELECTION OF COOLING/HEATING UNITS MXZ-8C48NA MXZ-8C60NA MXZ-4C36NAHZ MXZ-5C42NAHZ MXZ-8C48NAHZ MXZ-8C60NAHZ How to determine the capacity when less than or equal 100% indoor model size units are connected in total: The purpose of this flow chart is to select the indoor and outdoor units. For other purposes, this flow chart is intended only for reference. Determine the load (L) and the Indoor/Outdoor Temperature Temporarily select the Indoor/Outdoor Units Reselect the indoor units 1 H411Reselect the indoor units I rN Reselect the outdoor units I Reselect the outdoor units Indoor Unit Total Indoor Units Capacity (CTi) = F (Individual Rated Indoor Unit Capacity CTik x k=1 n: Total Number of Indoor Units Individual Indoor Temperature Correction Coef. ak) (Figure 1, 4) k: Indoor Unit Number Outdoor Unit" Outdoor Unit Capacity (CT.) = Rated Outdoor Unit Capacity x Outdoor (If indoor to outdoor connectable Temperature Correction Coef. (Figure 2, 5) x Piping Length capacity ratio is less than 100%, the Correction Coef. (Figure 3, 6) x Defrost Correction Coef. (in heating operation, Table 1) capacity correction is set as 100% ) Capacity CTo 5 CTi No Maximum Capacity(CTmax) = CTi Determination `� Yes Maximum Capacity(CTmax) = CTo L s CTi No s L 5 CTo aller YesYes?YsoWant :tN to change to smaller ndoor units? Noad ofNo CTik x ak Individual Indoor Unit Capacity: CTik= CTmax x F (CTim x am) m=1 Yes No Does it fulfill the load of each room? Completed Selecting Units as Completed Selecting Units ck: Outdoor unit power input coefficient of k indoor unit room temp. (Refer to 6-2.) Mk: Number part of the k indoor unit model (e.g. P80 — 80) Average Indoor temp. power input Coef. (Cave) Average Indoor temp. power input Coef. (Cave) n n Cave = F (Ck x (Mk/ F Mk)) n n Cave = Z {Ck x (Mk/ F Mk)) Input k=1 k=1 k=1 k=1 Calculation Outdoor Unit Input = Rated Outdoor Unit Input x Ca e Outdoor Unit Input =Rated Outdoor Unit Input x Ca a x f (CTi ) Ax) is the approximate correction function when less than or equal 100% model size units are input as connected. B-115 How to determine the capacity when greater than 100% indoor model size units are connected in total: The purpose of this flow chart is to select the indoor and outdoor units. For other purposes, this flow chart is intended only for reference. Determine the load (L) and the Indoor/Outdoor Temperature Temporarily select the indoor/outdoor units Reselect the indoor units II I Reselect the indoor units I Reselect the outdoor units Indoor Unit Total Indoor Units Capacity (CT;) = F (Individual Rated Indoor Unit Capacity CTik x k=1 n: Total Number of Indoor Units Individual Indoor Temperature Correction Coef. ak) (Figure 1, 4) k: Indoor Unit Number Outdoor Unit*' Outdoor Unit Capacity (CT.) = Rated Outdoor Unit Capacity x G (CT;) x Outdoor Temperature Correction Coef. (Figure 2, 5) G (x) is the approximate correction function when greater x Piping Length Correction Coef. (Figure 3, 6) x Defrost Correction Coef. (in heating, Table 1) than 100% model size units are connected. Input Calculation CT, 5 CT; No ,as Maximum Capacity(CTmax) = CTo No *No Yes CTik x ak Individual Indoor Unit Capacity: CT';k= CTmax x (cTim x am) m=1 I Maximum Capacity(CTmax) = CTi I L5CT; Yes S select smaller Yes door unit? No Does it fulfill the load of No each room? Yes Completed Selecting Units W ad of l (:V ut �Ratedor Unit Capacity No or Unit Input x r Units Capacib/ perature oef. g Units Outdoor unit power input coecient of k indoor unit room temp. (Referto 6-2.) Yes f(x) is the approximate correction function when less than or equal 100% model size units are input as connected. Number part of the k indoor unit model (e.g. P80 —, 80) Average Indoor temp. power input Coef. (Ca.e) Average Indoor temp. power input Coef. (Ca e) Ca,e = F (Ck x (Mk/ F Mk)) = F (Ck x (Mk/ F Mk)) k=1 k=1 k=1 k=1 Outdoor Unit Input =Rated Outdoor Unit Input x C_ \ Outdoor Unit Input = Rated Outdoor Unit Input x a- xF(CTi) J F(CTi) F(x) is the approximate correction function when greater than 100% model size units are input as connected. B-116 <Cooling> Outdoor Design Dry Bulb Temperature 98.6°F (37.0°C) Total Cooling Load 29.6 kBTU/h Room1 Indoor Design Dry Bulb Temperature 80.6°F (27.0°C) Indoor Design Wet Bulb Temperature 68.0°F (20.0°C) Cooling Load 13.6 kBTU/h Room2 Indoor Design Dry Bulb Temperature 75.2°F (24.0°C) Indoor Design Wet Bulb Temperature 66.2°F (19.0°C) Cooling Load 16.0 kBTU/h <Other> Indoor/Outdoor Equivalent Piping Length 250 ft Capacity of indoor unit Model Number for indoor unit Model 06 Model 09 Model 12 Model 15 Model 18 Model 24 Model 30 Model 36 M series Model Capacity [KBtu/h] 6.0 9.0 12.0 115.0*4.0*Z * 17.217.2*4 22.5 - - P series - - 12.0 - 18.0 24.0 30.0 36.0 SEZ - 8.1 11.5 14.1 17.2 - - - SLZ - 8.4 11.1 15.0 - - - - MVZ - I - 1 12.0 1 - 1 18.0 1 24.0 1 30.0 1 36.0 1. Cooling Calculation (1) Temporary Selection of Indoor Units Room1 MSZ-FH15 Room2 15.0 kBTU/h (Rated) MSZ-FH18 (2) Total Indoor Units Capacity 17.2 kBTU/h (Rated) 15+18=33 (3) Selection of Outdoor Unit The P36 outdoor unit is selected as total indoor units capacity is P33 MXZ-4C36 (4) Total Indoor Units Capacity Correction Calculation 36.0 kBTU/h Room1 Indoor Design Wet Bulb Temperature Correction (68.0*F) Room2 1.02 (Refer to Figure 1) Indoor Design Wet Bulb Temperature Correction (66.2*F) Total Indoor Units Capacity (CTi) 0.95 (Refer to Figure 1) CTi = F (Indoor Unit Rating x Indoor Design Temperature Correction) = 15.0 x 1.02 + 17.2 x 0.95 = 31.6 kBTU/h (5) Outdoor Unit Correction Calculation Outdoor Design Dry Bulb Temperature Correction (98.6°F) 0.98 (Refer to Figure 2) Piping Length Correction (250 ft) 0.93 (Refer to Figure 3) Total Outdoor Unit Capacity (CTo) CTo = Outdoor Rating x Outdoor Design Temperature Correction x Piping Length Correction = 36.0 x 0.98 x 0.93 = 32.8 kBTU/h *1 For MSZ-GE/GL15NA *2 For the models other than *1 above *3 For MFZ-KA/KJ18NA *4 For the models other than *3 above ME®NNEMM2 poil To be used to correct indoor unit only EMEES ��t�tf#1Et�ltf�f#t��ti#i " it1ft� • " lt�€i�i�t�t�Eti#it1`11C#tF#�tt3.9 TO be used to correct outdoor unit only pMppEppNppNppNppEppEppppNppNppEpp�pp�pl� NNIINIINNNNNNNIINNNNNNNIINIINNN� (6) Determination of Maximum System Capacity Figure 3 Correction of refrigerant piping length Comparison of Capacity between Total Indoor Units Capacity (CTi) and Total Outdoor Unit Capacity (CTo) CTi = 31.6 < CTo = 32.8, thus, select CTi. CTx = CTi = 31.6 kBTU/h (7) Comparison with Essential Load Against the essential load 29.6 kBTU/h, the maximum system capacity is 31.6 kBTU/h: Proper outdoor units have been selected. (8) Calculation of Maximum Indoor Unit Capacity of Each Room CTx = CTi, thus, calculate by the calculation below Room1 Indoor Unit Rating x Indoor Design Temperature Correction = 15.0 x 1.02 = 15.3 kBTU/h OK: fulfills the load 13.6 kBTU/h Room2 Indoor Unit Rating x Indoor Design Temperature Correction = 17.2 x 0.95 = 16.3 kBTU/h OK: fulfills the load 16.0 kBTU/h Go on to the heating trial calculation since the selected units fulfill the coolinq loads of Room 1, 2. B-117 <Hr :Q LI r ILIA Outdoor Design Wet Bulb Temperature 35.6°F (2.0°C) Total Heating Load 34.4 kBTU/h Room1 Indoor Design Dry Bulb Temperature 69.8°F (21.0°C) Heating Load 16.3 kBTU/h Room2 Indoor Design Dry Bulb Temperature 73.4°F (23.0°C) Heating Load 18.1 kBTU/h <Other> Indoor/Outdoor Equivalent Piping Length 230 ft nth• i.f :n.ii.... ni♦ Model Number for indoor unit Model 06 Model 09 Model 12 Model 15 Model 18 Model 24 Model 30 Model 36 M series Model Capacity [KBtu/h] 6.0 10.9 13.6*1 14.4*2 13.0*3 18 20.3*1 21.6*2 21.0*3 27.6 - - P series - - 13.5 - 18.0 26.0 34.0 40.0 SEZ - 10.9 13.6 18.0 17.2 - - - SLZ - 10.2 13.7 17.1 - - - - MVZ - - 12.0 - 1 18.0 1 27.0 1 34.0 40.0 2. Heating Calculation (1) Temporary Selection of Indoor Units Room1 MSZ-FH15 18.0 kBUT/h (Rated) Room2 MSZ-FH18 20.3 kBUT/h (Rated) (2) Total Indoor Units Capacity 15+18=33 (3) Selection of Outdoor Unit The P36 outdoor unit is selected as total indoor units capacity is P33 MXZ-4C36 45.0 kBUT/h (4) Total Indoor Units Capacity Correction Calculation Room1 Indoor Design Dry Bulb Temperature Correction (69.8°F) 1.00 (Refer to Figure 4) Room2 Indoor Design Dry Bulb Temperature Correction (73.4°F) 0.92 (Refer to Figure 4) Total Indoor Units Capacity (CTi) CTi = E (Indoor Unit Rating x Indoor Design Temperature Correction) =18.0x 1.00 + 20.3 x 0.92 = 36.7 kBTU/h (5) Outdoor Unit Correction Calculation Outdoor Design Wet Bulb Temperature Correction (35.6°F) 1.0 (Refer to Figure 5) Piping Length Correction (230 ft) 0.96 (Refer to Figure 6) Defrost Correction 0.89 (Refer to Table 1) *1 For MSZ-FH/FE 12,18NA *2 For MSZ-GE/GL12,18NA *3 For the models other than *1 and *2 above MME®®®EMEM® E90N®®®EMEM® MEE Figure 4 Indoor unit temperature correction To be used to correct indoor unit only at MMM ttt;�tt t MOM To be used to correct outdoor unit only Total Outdoor Unit Capacity (CTo) CTo = Outdoor Unit Rating x Outdoor Design Temperature Correction x Piping Length Correction x Defrost Correction q ,q ,q qq W 100 120 14D 100 z „q NO ,q = 45.0 x 1.0 x 0.96 x 0.89 Piping equivalent length (ft) = 38.4 kBTU/h Table 1 Table of correction factor at frost and defrost Figure 6 Correction of refrigerant piping length Outdoor Intake temperature <W.B °F (°C)> 43(6) 37(4) 36(2) 32(0) 28(-2) 25(-4) 21(-6) 18(-8) 14(-10) 1 5(-15)1 -4(-20)-13(-25) Correction factor 1.0 0.98 0.89 0.88 0.89 0.9 0.95 0.95 0.95 1 0.95 0.95 0.95 (6) Determination of Maximum System Capacity Comparison of Capacity between Total Indoor Units Capacity (CTi) and Total Outdoor Unit Capacity (CTo) CTi = 36.7 < CTo = 38.4, thus, select CTi. CTx = CTi = 36.7 kBTU/h (7) Comparison with Essential Load Against the essential load 34.4 kBTU/h, the maximum system capacity is 36.7 kBTU/h: Proper outdoor units have been selected. (8) Calculation of Maximum Indoor Unit Capacity of Each Room CTx = CTi, thus, calculate by the calculation below Room1 Maximum Capacity x Room1 Capacity after the Temperature Correction/(Room1,2 Total Capacity after the Temperature Correction = 36.7 x (18.0 x 1.00) / (18.0 x 1.00 + 20.3 x 0.92) = 18.0 kBTU/h OK: fulfills the load 16.3 kBTU/h Room2 Maximum Capacity x Room1 Capacity after the Temperature Correction/(Room1,2 Total Capacity after the Temperature Correction = 36.7 x (20.3 x 0.92) / (18.0 x 1.00 + 20.3 x 0.92) = 18.7 kBTU/h OK: fulfills the load 18.1 kBTU/h Completed selecting units since the selected units fulfill the heating loads of Room 1, 2. 3. Power input of outdoor unit Outdoor unit: MXZ-4C36 Indoor unit 1 : MSZ-FH15 Indoor unit 2 : MSZ-FH18 <Cooling> (1) Rated power input of outdoor unit 2.57 kW (2) Calculation of the average indoor temperature power input coefficient Coefficient of the outdoor unit for indoor unit 1 (Outdoor temp. 98.6°F [37.0°C] D.B., Indoor temp. 68.0°F [20.0°C] W.B.) 1.04 (Refer to "6-2. CORRECTING BY TEMPERATURE".) Coefficient of the outdoor unit for indoor unit 2 (Outdoor temp. 98.6°F [37.0°C] D.B., Indoor temp. 64.4°F [18.0°C] W.B.) 0.85 (Refer to "6-2. CORRECTING BY TEMPERATURE".) n n Average indoor temp. power input coefficient (Cave) = 7-(ck x (Mk/ F Mk)) k=1 k=1 n: Total number of the indoor units k: Number of the indoor unit ck: Outdoor unit power input coefficient of k indoor unit room temp. Mk: Number part of the k indoor unit model (e.g. P80 - 80) = 1.04 x 15/(15 + 18) + 0.85 x 18/(15 + 18) = 0.94 (3) Coefficient of the partial load f (CTi) Total Indoor units capacity 15 + 18 = 33, thus, f (CTi) = 0.9 (Refer to the tables in "9.STANDARD CAPACITY DIAGRAM".) (4) Outdoor power input (Plo) Maximum System Capacity (CTx) = Total Outdoor unit Capacity (CTo), so use the following formula Plo = Outdoor unit Cooling Rated Power Input x Correction Coefficient of Indoor temperature x f (CTi) = 2.57 x 0.94 x 0.9 = 2.2 kW <Heating> (1) Rated power input of outdoor unit 3.34 kW (2) Calculation of the average indoor temperature power input coefficient Coefficient of the outdoor unit for indoor unit 1 (Outdoor temp. 26.6°F [-3°C] W.B., Indoor temp. 68.0°F [20oC] D.B.) 1.34 (Refer to "6-2. CORRECTING BY TEMPERATURE".) Coefficient of the outdoor unit for indoor unit 2 (Outdoor temp. 26.6°F [-3°C] W.B., Indoor temp. 77.0°F [25°C] D.B.) 1.09 (Refer to "6-2. CORRECTING BY TEMPERATURE".) n n Average indoor temp. power input coefficient (Cava) _ 7- (ck x (Mk/ E Mk)) k=1 k=1 n: Total number of the indoor units k: Number of the indoor unit ck: Outdoor unit power input coefficient of k indoor unit room temp. Mk: Number part of the k indoor unit model (e.g. P80 80) = 1.34 x 15/(15 + 18) + 1.09 x 18/(15 + 18) = 1.20 (3) Coefficient of the partial loadf(CTi) Total indoor units capacity 15 + 18 = 33, thus, f (CTi) = 0.9 (Refer to the tables in "9.STANDARD CAPACITY DIAGRAM".) (4) Outdoor power input (Plo) Maximum System Capacity (CTx) = Total Indoor unit Capacity (CTi), so use the following formula Plo = Outdoor unit Heating Rated Power Input x Correction Coefficient of Indoor temperature x f(CTi) = 3.34 x 1.20 x 0.9 = 3.61 kW B-119 6-2. CORRECTING BY TEMPERATURE MXZ-4C36/5C42/8C48NA(HZ), 8C60NA could have varied capacity at different designing temperature. Using the nominal cooling/heating capacity value and the ratio below, the capacity can be observed at various temperature. Figure 7 Indoor unit temperature correction <Cooling> To be used to correct indoor unit capacity only MXZ 4C36 5C42 Nominal cooling capacity I BTU/h 36,000 48,000 Input jkW 2.57 1 3.13 MXZ 8C48 8C60 Nominal cooling capacity I BTU/h 48,000 60,000 Input JkW 4.00 1 4.80 Figure 8 Outdoor unit temperature correction To be used to correct outdoor unit capacity only 1.3 1.2 1.1 w m 1.0 n m 0.9 C 0 0.8 U o 0.7 0 w 0.6 0.5 1.2 ----------------------------------------------------------------- -------------------------------------------- ----- ------------ ------------------------------------------------------------- 1.0 m --------------------- ----------------------------------------- o. cc------- ------- --------------------- -------------------- U _______ _______ ________________ _______ _______ _______ �1 C 0.8 0 0 0 0 0.6 M 0-1 0.45962.6 64.4 66.2 68 69.8 71.6 73.4 75.2 [°FW.B.] 15 16 17 18 19 20 21 22 23 24 [°CW.B.] Indoor Temperature Indoor Temperature 0.4 5 14 23 32 41 50 59 68 77 86 95 104 113 [°F W.B. -15 -10 -5 0 5 10 15 20 25 30 35 40 45 [°C W.B Outdoor Temperature N a 0.6 0 g 0.4 0.2 Indoor Temperature MA 0 �ii► 1 0.0 5 14 23 32 41 50 59 68 77 86 95 104 113 [°F W.B.] -15 -10 -5 0 5 10 15 20 25 30 35 40 45 [°C W.B.] Outdoor Temperature B-120 <Heating> MXZ 8C48NA 8C60NA Nominal heating capacity BTU/h 54,000 66,000 Input kW 4.22 5.67 Figure 9 Indoor unit temperature correction To be used to correct indoor unit capacity only Figure 10 Outdoor unit temperature correction To be used to correct outdoor unit capacity onlv 1.4 1.3 1.2 1.1 a rn 1.0 0.9 m 0 0.8 a 0.7 tY 0.6 0.5 04 1.3 ---- ----- ---- ---- --------------------- ----- ----- ----- ---- 1.2 __ __ __ __ __ __ __ __ __ --- - ----- ---- --------------------- ----- -- ----- ----- ----- ----- - ----- ----------------------- ----- ----- ----- ----- ----- ----- ---- ---- ----------------------- ----- ----- ----- ----- cc1.1 ----- ---- --- -------------------- ---- ----- ----- ----- C- ----- ---- ---- -- m =- ---- -- ----- --------------------- --- ---- ----- ---- - -- - -- -- - -- - -- - -- ---- ---- -- - -- - -- - -- -- - rn1.0 ----- ---- ---- ---- ----- ----- ----- ----- ----------------- ---- ----- ----- ----- ----- ----- ----- ----- ---- ----------------- - ---- ---- ---- ----- M0.9 ----- ----- ----- ---- --------------------- ---- -- ----- ----- t----- - --- --------------------- -- -------------- ----- ----- ---- ---- --- ---- ----------------- 0 0.8 ---- ---- ---- ---- -------------------- ----- - ----- ----- ----- ----- ----- ----------------------- ----- ----- ----- ----- --- ---- ---- ----- M 0.7 ----- -_- --- --- --- ----- - - --- --- ---- ------- 0.6 ----- ----- ----- ----- ----------------------- ----- ----- ----- ----- 59 60.8 62.6 64.4 66.2 68 69.8 71.6 73.4 75.2 77 78.8 80.6 [°F W.B.] 15 16 17 18 19 20 21 22 23 24 25 26 27 [°C W.B.] Indoor Temperature Indoor Temperature -13 -4 5 14 23 32 41 50 59 [°F W.B.] -25 -20 -15 -10 -5 0 5 10 15 ['C W.B.] Outdoor Temperature 1.4 1.2 1.0 o_ c - 3 0.8 0 o_ 0.6 0 m - 0.4 0.2 0.0 -13 -25 Indoor Temperature 4 5 14 23 32 41 50 59 [°F W.B.] -20 -15 -10 -5 0 5 10 15 [°C W.B.] Outdoor Temperature B-121 <Heating> (NAHZ) Figure 11 Indoor unit temperature correction To be used to correct indoor unit capacity only MXZ 4C36NAHZ 5C42NAHZ 8C48NAHZ Nominal heating capacity BTU/h 45,000 48,000 54,000 Input kW 3.34 3.43 4.22 Figure 12 Outdoor unit temperature correction To be used to correct outdoor unit capacity only 1.2 1.1 0 0.7 12 0.6 0.5 04 1.3 ----- ----- ----- ---- ---- ---------------- ----- ---- ----- ---- 1.2 -- __ __ __ __ __ __ __ __ -- - -- -- - -- - -- - -- - -- ---- -- - -- - -- - - - - --- ---- -- --- ----- ---- ----- ---- ----- ---- T---- ----- ---- --------------------- --- 1.1 ------------------- ----- ----- ----- ----- a---- ----- - ---- ----- ----- @ ---- ----- ---- ---- ---- ----- ----- ----- ----- ----- --------------- ----- ----- ----- ----- 1.0 ---- ----- ---- ---- -------------- ------ --- ---- ---- --- - -- - -- -- - -- - -- - -- ---- -- ---- - -- - -- - - - - ----- ----- ----- ----- -- ----- ----- ---- --- ---- ----- - 0.9 ---- ----- ----- ---- --------------------- ---- --- ----- ----- L----- ----- ----- ----- ----------------------- ----- -- ----- ----- ---- ---- ----- ----- ---- -- 0 0.8 ----- ---- ---- ---- ---- ---- ----- ----- ---- ----- ----- ----- ----- ----- ----- ----------------- ----- ----- ----- ----- -- ----- ------ ---- ---- ---- Of 0.7 - -- ----- ----- --- _ 0.6 ----- ----- ----- ----- ----- ----- ------ ----- ----- ----- ----- ----- 59 60.8 62.6 64.4 66.2 68 69.8 71.6 73.4 75.2 77 78.8 80.6 [°F W.B.] 15 16 17 18 19 20 21 22 23 24 25 26 27 [°C W.B.] Indoor Temperature -13 -4 5 14 23 -25 -20 -15 -10 -5 Outdoor Temperature 2.0 1.8 1.6 0 1.4 1.2 3 0 1.0 0 0.8 0.6 0.4 0.2 0.0 Indoor Temperature 32 41 50 59 [°F W.B.] 0 5 10 15 ['C W.B.] Indoor Temperature -'_-M011141ftftft macaw -13 -14 5 14 23 32 41 50 59 ff W.B.] -25 -20 -15 -10 -5 0 5 10 15 [°C W.B.] Outdoor intake air dry-bulb temperature B-122 6-3. STANDARD OPERATION DATA (REFERENCE DATA) Outdoor unit model Operation MXZ-4C36NAHZ MXZ-5C42NAHZ Ambient Indoor DB/ 80°F/67°F 70°F/60°F 80°F/67°F 70°F/60°F Outdoor 95°F/75°F 47°F/43°F 95°F/75°F 47°F/43°F tempera- ture WB No. of connected 4 4 o o r units Unit No. of units in op- Operating unitd eration 4 4 conditions Model - 09 x 4 09 x 2 + 12 x2 Main pipe 9.84(3) 9.84(3) Branch pipe 14.76 (4.5) 14.76 (4.5) Piping m Total pipe length 68.90 (21) 68.90 (21) Fan speed - Hi Hi Amount of refrigerant lb o (kgElectric 17 lb 7 oz (7.9) 17 lb 7 oz (7.9) current A 14.1 18.7 17.2 19.1 Outdoor Voltage V 230 230 unit Compressor frequency Hz 59 74 70 80 LEV Indoor unit Pulse 112 128 129 128 opening Pressure High pressure/Low pressure MPaG 2.57/0.98 2.78/0.64 2.72/0.80 2.80/0.56 PSIG 373/142 403/93 395/116 406/81 Discharge 143.8 [62.1] 151.5 [66.4] 148.6 [64.8] 145.8 [63.2] Heat exchanger outlet 100.8 [38.2] 36.7 [2.6] 101.8 [38.8] 35.6 [2.0] Outdoor Temp. of unit of Accumulator inlet 50.5 [10.3] 36.1 [2.3] 49.5 [9.7] 34.9 [1.6] sec- ['C] Compressor inlet 47.1 [8.4] 34.0 [1.1] 45.3 [7.4] 32.7 [0.4] tionh LEV inlet 70.0 [21.1] 103.5 [39.7] 83.7 [28.7] 100.2 [37.9] Indoor unit Heat exchanger 54.1 [12.3] 138.9 [59.4] 49.6 [9.8] 132.3 [55.7] inlet Outdoor unit model Operation MXZ-8C48NA/NAHZ MXZ-8C60NA Ambient Indoor DB/ 80°F/67°F 70°F/60°F 80°F/67°F 70°F/60°F Outdoor 95°F/75°F 47°F/43°F 95°F/75°F 47°F/43°F tempera- ture WB No. of connected 4 5 o o r units Unit No. of units in op- Operating unitd eration 4 5 conditions Model - 12 x 4 09 x 3 + 15 + 18 Main pipe 9.84(3) 9.84(3) Branch pipe 14.76 (4.5) 14.76 (4.5) Piping m Total pipe length 68.90 (21) 83.79 (25.5) Fan speed - Hi Hi Amount of refrigerant lb o (kgElectric 17 lb 7 oz (7.9) 20 lb (8.9) current A 22.1 21.9 20.4 24.4 Outdoor Voltage V 230 230 unit Compressor frequency Hz 86 91 45 51 LEV Indoor unit Pulse 112 132 187 229 opening Pressure High pressure/Low pressure MPaG 2.83/0.77 2.82/0.55 2.84/0.92 2.44/0.672 PSIG 410/112 409/80 412/134 354/97.5 Discharge 157.6 [69.8] 149.2 [65.1] 167 [75.0] 133.9 [56.6] Heat exchanger outlet 105.6 [40.9] 34.3 [1.3] 98.8 [37.1] 51.1 [10.2] Outdoor Tamp of unit of Accumulator inlet 47.1 [8.4] 33.4 [0.8] 49.5 [9.7] 32.4 [0.2] sec- ['C] Compressor inlet 42.4 [5.8] 30.6 [-0.8] 72.5 [22.5] 31.6 [-0.2] tioneach LEV inlet 71.1 [21.7] 98.8 [37.1] 59.7 [15.4] 81.9 [27.7] Indoor Heat exchanger 47.5 [8.6] 134.6 [57.0] 52.5 [11.4] 104.2 [40.1] unit inlet B-123 6-4. CORRECTING CAPACITY FOR CHANGES IN THE LENGTH OF REFRIGERANT PIPING (1) During cooling, obtain the ratio (and the equivalent piping length) of the outdoor units rated capacity and the total in -use indoor capacity, and find the capacity ratio corresponding to the standard piping length from Figure 13 to 16. Then multiply by the cooling capacity from Figure 7 and 8 in "6-2. CORRECTION BY TEMPERATURE" to obtain the actual capacity. (2) During heating, find the equivalent piping length, and find the capacity ratio corresponding to standard piping length from Figure 17 to 18. Then multiply by the heating capacity from Figure 9 to 12 in "6-2. CORRECTION BY TEMPERATURE" to obtain the actual capacity. (1) Capacity Correction Curve Figure 13 MXZ-8C48NA <Cooling> Total capacity of indoor unit ENS ",WIN wan'.- 0000000 wqkQ,_.q._ NEI 00000000000001 il!llllll111121 Figure 14 MXZ-8C60NA <Cooling> 1.00 0.95 0.90 0.85 U 0.80 0.75 Total capacity of indoor unit RM 00111 0.70 - 0 20 40 60 80 100 120 140 160 180 200 220 240 260 Piping equivalent length (ft) 24 [kBTU/h] 36 [kBTU/h] 48 [kBTU/h] 62.4 [kBTU/h] D [kBTU/h] 5 [kBTU/h] D [kBTU/h] B [kBTU/h] B-124 Figure 15 MXZ-4C36NAHZ <Cooling> Total capacity of indoor unit 1.00 0.95 0.90 2 c6 Z, 0.85 CL m 0.80 0.75 0.70 0 20 40 60 80 100 120 140 160 180 200 220 240 260 Piping equivalent length (ft) Figure 16 MXZ-5C42NAHZ <Cooling> Total capacity of indoor unit .mallow moons I MENEM I I NEI 18 [kBTU/h] 27 [kBTU/h] 36 [kBTU/h] 46.8 [kBTU/h] 21 [kBTU/h] 31.5 [kBTU/h] 42 [kBTU/h] 54.6 [kBTU/h] B-125 Figure 17 MXZ-4C36NAHZ/5C42NAHZ/8C48NA <Heating> 1.00 0.95 0.90 T0 T 0.85 .5 (6 Q (6 U 0.80 0.75 0.70 0 Total capacity of indoor unit 20 40 60 80 100 120 140 160 180 200 220 240 260 Piping equivalent length (ft) Figure 18 MXZ-8C60NA <Heating> 1.00 0.95 0.90 0 T 0.85 5 d (6 U 0.80 0.75 Total capacity of indoor unit 0.70 0 20 40 60 80 100 120 140 160 180 200 220 240 260 Piping equivalent length (ft) (2) Method for Obtaining the Equivalent Piping Length Equivalent length for type P60 = (length of piping to farthest indoor unit) + (0.3 x number of bends in the piping) (m) Length of piping to farthest indoor unit: type P60.....80 m 6-4-1. Correction of heating capacity for frost and defrosting If heating capacity has been reduced due to frost formation or defrosting, multiply the capacity by the appropriate correction factor from the following table to obtain the actual heating capacity. Correction factor diagram Outdoor Intake temperature <W.B.°F (°C)> 43(6) 39(4) 36(2) 32(0) 28(-2) 25(-4) 21(-6) 18(-8) 14(-10) 5(-15) -4(-20) -13(-25) Correction factor 1.0 0.98 0.89 0.88 0.89 0.9 0.95 0.95 0.95 0.95 0.95 0.95 B-126 REFRIGERANT SYSTEM DIAGRAM MXZ-8C48NA Thermistor(TH-A-E) ------------------- <Gas pipe temperature> Service port 4-Way Valve Strainer (21S4) Room temperature 1 1 Ball valve thermistor Solenoid valve(SV1) (TH1 or RT11) , ' <Bypass> Service port Thermistor(TH6) Condenser / <Suction pipe> evaporator I thermistor -temperature LEV A E Aa Pipe temperature (Linear expansion) I Thermist thermistor ' ir(TH2) <HIC pipe> (TH2 or RT13) Stop valve Strainer HIC I -- -- �I Service port Strainer LEV-B -------------- Strainer Capillary tube2 <—IndoorBranch bo >< Outdoor unit port High pressure Oil separator switch(63H) Thermistor(TH4) <Compressor> Thermistor(TH7) '4-� <Ambient> �k— Distributor — Thermistor(TH3) <Outdoor Liquid pipe> r � �) Low pressure Compressor sensor(63LS) �R - Thermistor(TH8) <Heat Sink> . Strainer LEV-A Strainer Refrigerant flow in cooling Refrigerant flow in heating Unit: inch (mm) Capillary tube 1 Capillary tube 2 behind LEV (For return of oil from oil separator) (in cooling mode) Outdoor unit MXZ-8C48NA o0.098 x o0.031 x L(39-1/2) (o2.5 x o0.8 x L1000) PAC-MKA51 BC (00.157 x o0.117 x L(5-1/8) x 5 L130) Branch box ((o4 x o3.0 x x ) PAC-MKA31 BC (00 ((o4 xo3 0 x L13(5-10) x/3))) x 3 MXZ-8C60NA Thermistor(TH-A-E) ------------------- <Gas pipe temperature> Service port 4-Way Valve � 14 = Strainer (21S4) Room temperature gall valve ^^ thermistor Solenoid valve(SV1) (TH1 or RT11) ' ' <Bypass> Service port Thermistor(TH6) Condenser / <Suction pipe> Capi evaporator temperature thermistor LEV-A-E (Linear expansion) Pipe temperature Thermistor(TH2) thermistor 'I <HIC pipe> (TH2 or RT13) Stop valve IT~~ill I Strainer Service part Strainer I ------------- Strainer Capillary tube3 <-Indoor>< Branch box Thermistor(TH7) Service port '�� <Ambient> High ier �V capinary — Distributor tube1 Strainer F Thermistor(TH3) High <Outdoor Liquid pipe> pressure q P P � sensor(63HS) 1 Thermistor(TH4) <Compressor> Accumulator \ VJ Low pressure Compressor sensor(63LS) �R Thermistor(TH8) <Heat Sink> HIC LEV-B ------ Strainer LEV-A Strainer 10, Refrigerant flow in cooling Refrigerant flow in heating Outdoor unit Unit: inch (mm) Capillary tube 1 Capillary tube 2 Capillary tube 3 behind LEV (For return of oil from oil separator) (For solenoid valve (SV1)) (in cooling mode) Outdoor unit MXZ-8C60NA o0.098 x o0.031 x L(39-1/2) (o2.5 x o0.8 x L800) o4.0 x o3.0 x L500 PAC-MKA51 BC (o0.157 x o0.117 x L(5-1/8') x 5 ((o4 x o3.0 x L130) x Branch box PAC-MKA31 BC (o0.157 x o0.117 x L(5-1/8)) x 3 ((o4 x o3.0 x L130) x 3) B-127 MXZ-4C36NAHZ MXZ-5C42NAHZ MXZ-8C48NAHZ Thermistor(TH-A-E) <Gas pipe tem erature> P 'i _ Therm bier Service port Ambient> Service > port 4-way Valve _ � _ Strainer (21S4) Room temperature 1 1 I Ball valve High pressure thermistor Solenoid valve(SV1) Oil separator switch(63H) (TH1 or RT11) ' <Bypass> Strainery Capillary Distributor Service port P Strainer tubel F High Thermistor(TH3) O `utdoor Liquid pipe> Condenser / Thermistor(TH6) <Suction pipe> sensor(63HS) evaporator Thermistor(TH4) temperature Solenoid valve(SV2)� <Compressor> thermistor <Switching> LEV-A-E Accumulator Pipe temperature (Linear expansion) Thermistor(TH2) Low pressure Compressor sensor(63LS) p �R thermistor <HIC pipe> Thermistor(TH8) (TH2 or RT13) ; Stop valve <Heat Sink> Strainer HIC--- -- I - Strainer Strainer Service port Strainer LEV-B LEV-A Refrigerant flow in cooling -------------- Strainer Refrigerant flow in heating Capillary tube2 <-Indoor 3E Branch box 3E Outdoor unit Unit: inch (mm) Capillary tube 1 Capillary tube 2 behind LEV (For return of oil from oil separator) (in cooling mode) Outdoor unit MXZ-4C36NAHZ MXZ-5C42NAHZ o0.098 x o0.031 x L(39-1/2) MXZ-8C48NAHZ o2.5 x o0.8 x L1000 ( ) Branch box PAC-MKA51BC (o0.157 x o0.117 x L(5-1/8) x 5 ((o4 x o3.0 x L130) x ) PAC-MKA31BC (00 ((o4 x o3.0 O. x L13(0) x/3))) x 3 C MXZ-8C48NA MXZ-8C60NA Operating Range Indoor intake air temp. Outoor intake air temp. M series S, P series Maximum 90 °FDB, 73 °FWB 95 °FDB, 71 °FWB 115 °FDB Cooling Minimum 67 °FDB, 57 °FWB 67 °FDB, 57 °FWB 23 °FDB Maximum 80 °FDB, 67 °FWB 80 °FDB, 67 °FWB 70 °FDB, 59 °FWB Heating Minimum 70 °FDB, 60 °FWB 70 °FDB, 60 °FWB -4 °FWB MXZ-4C36NAHZ MXZ-5C42NAHZ MXZ-8C48NAHZ Operating Range Indoor intake air temp. Outoor intake air temp. M series S, P series Maximum 90 °FDB, 73 °FWB 95 °FDB, 71 °FWB 115 °FDB Cooling Minimum 67 °FDB, 57 °FWB 67 °FDB, 57 °FWB 23 °FDB Maximum 80 °FDB, 67 °FWB 80 °FDB, 67 °FWB 70 °FDB, 59 °FWB Heating Minimum 70 °FDB, 60 °FWB 70 °FDB, 60 °FWB -13 °FWB Installing the refrigerant piping c1 OO ---------------------- h1 Ila h3 Fig. ® Outdoor unit ® Branch box © Indoor unit ® Thefirstjoint Total piping length c1 + b1 + b2 + a1 + a2 + a3 + a4 + a5 + a6 + a7 + a8 < 150 m (492 ft.) Farthest piping length (L) c1 + b2 + a8 5 80 m (262 ft.) Permissible piping length between outdoor unit and branch boxes c1 + b1 + b2 5 55 m (180 ft.) length (one-way) Farthest branch box from the first joint (b2) b2:5 30 m (98 ft.) Farthest piping length after branch box (1) a8 < 25 m (82 ft.) Total piping length between branch boxes and indoor units a1 + a2 + a3 + a4 + a5 + a6 + a7 + a8:5 95 m (311 ft.) Permissible In indoor/outdoor section (H) *1 H 5 50 m (164 ft.) (In case of outdoor unit is set higher than indoor unit) H <_ 40 m (131 ft.) (In case of outdoor unit is set lower than indoor unit) height difference In branch boxtindoor unit section (h1) h1 + h2 5 15 m (49 ft.) (one-way) In each branch unit (h2) h2 5 15 m (49 ft.) In each indoor unit (h3) h3 < 12 m (39 ft.) Number of bends I c1 + b1 + a1 1, 1 c1 + b1 + a21, 1 c1 + b1 + a31, 1 c1 + b1 + a41, 1 c1 + b1 + a5 1, 1 c1 + b2 + a6 1, I c1 + b2 + a7 1, 1 c1 + b2 + a8 15 15 *1 Branch box should be placed within the level between the outdoor unit and indoor units. Pipe length and height difference Flared connections • This unit has flared connections on each indoor unit and branch box and outdoor unit sides. • Remove the valve cover of the outdoor unit, then connect the pipe. • Refrigerant pipes are used to connect the branch box and outdoor unit. B-129 Piping connection size A B Liquid 03/8 inch The piping connection size differs according to the type and capacity of indoor units. [9.52 mm] Match the piping connection size of branch box with indoor unit. p�P� g If the piping connection size of branch box does not match the piping connection size of Gas 105/8 inch /03/4 inch* indoor unit, use optional different -diameter (deformed) joints to the branch box side. [15.88 mm] [19.05 mm] (Connect deformed joint directly to the branch box side.) * MXZ-8C60NA only ■ Pipe size (Branch box -Indoor unit) *Case of M series or S series Indoor unit Indoor unit type (BTU/h) 06 12 15 18 24 Liquid o6.35 o6.35 o6.35 o6.35 o9.52 Pipe size (1/4) Jo6.35 (1/4) (1/4) (1/4) (3/8) Gas o9.52 o9.52 o12.7 o12.7 o15.88 (omm) (inch) (3/8) (3/8) (1/2) (1/2) (5/8) ■ Pipe size (Branch box -Indoor unit) *Case of P series indoor unit Indoor unit type (BTU/h) 12 18 24 30 36 Liquid o6.35 o6.35 o9.52 o9.52 o9.52 Pipe size (1/4) (1/4) (3/8) (3/8) (3/8) Gas o12.7 o12.7 o15.88 o15.88 o15.88 (omm) (inch) (1/2) (1/2) (5/8) (5/8) (5/8) Flare connection employed. (No brazing!) ■ In case of using 1-branch box Flare connection employed (No brazing) ■ In case of using 2-branch boxes 7 hranrhac nine (inint) ■ Installation procedure (2 branches pipe Qoint)) Refer to the installation manuals of MSDD-50AR-E and MSDD-50BR-E. B-130 8-1. OUTDOOR UNIT MXZ-8C48NA MXZ-8C48NAHZ `m a 1 0 80 O O O II CO 70 D O m _; 60 w W J w 50 7 N LS 40 a z Z u0 30 z z a m 20 w a 0 O 10 MODE SPL(dB) LINE COOLING 51 1 O--o HEATING 1 54 1 *—* Ow E Nm ME I'm m 0 0 010' E 0=�= EMS &mmEll L0101110001ma moW 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MXZ-4C36NAHZ 80 70 60 50 40 30 20 10 MODE SPL(dB) LINJE COOLING 49 HEATING 53 NC-70 NC-60 NC-50 NC-40 NC-30 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-2O 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MICROPHONE 3.3 ft (1 m) II UNIT 5ft (1.5 r GROUND MXZ-8C60NA �v 80 I 70 I 60 I � 50 I I 40 I i r 30 I 20 I 10 MODE SPL(dB) LINE COOLINGI 58 O� HEATING 59 �— MENOMONEE mmWmall mmmmm SOME 01100001MEN11,100 MEN%Z%7 EfEmmm 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MXZ-5C42NAHZ MODE SPL(dB) LINE COOLING 50 O� HEATING 1 54 av 80 70 60 50 40 30 20 10 0E E-b�- 1 ���z%�� wWE ON_ IMMIME 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz B-131 9-1. MXZ-8C48NA MXZ-8C48NAHZ <cooling> U m a m w 0 0 w R a c •L 3 0 a w 0 0 R w 1.2 1.0 0.8 0.6 0.4 0.2 00 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 00 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 00 0 MXZ 8C48NAHZ Nominal cooling capacity BTU/h 48,000 Input kW 4.00 Current (208V) A 19.5 Current (230V) A 17.6 10 20 30 40 50 60 70 Total capacity of indoor units (kBTU/h) 0 10 20 30 40 50 60 70 Total capacity of indoor units (kBTU/h) 0 10 20 30 40 50 60 70 Total capacity of indoor units (kBTU/h) 208, 230 V B-132 9-2. MXZ-8C48NA MXZ-8C48NAHZ <heating> a d L L v w 0 0 Of 1.2 1.0 0.8 0.6 0.4 0.2 00 . 0 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 MXZ 8C48NA(HZ) Nominal cooling capacity BTU/h 54,000 Input kW 4.22 Current (208V) A 20.5 Current (230V) A 18.6 10 20 30 40 50 60 70 Total capacity of indoor units (kBTU/h) 0.0 0 10 20 30 40 50 60 70 Total capacity of indoor units (kBTU/h) 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 0.0 0 10 20 30 40 50 60 70 Total capacity of indoor units (kBTU/h) 208, 230 V B-133 9-3. MXZ-8C60NA <cooling> mxz 8C60NA Nominal cooling capacity BTU/h 60,000 Input kW 4.80 Current (208V) A 24.1 Current (230V) A 21.8 1.2 1.0 0.8 -0 0.6 .2 0.4 0.2 --------- ---- ----- ---- - ----- ; I ---- -------- --- --- -------- U.0 0.0 10.0 20.0 30.0 40.0 50.0 60.0 70.0 80.0 90.0 Total capacity of indoor units(kBTU/h) 1.0 C. 0.8 0 CL 0.6 0 0 0.4 ---- ---- --- ----- ---- --- --- ---- --- I --- - ------- ----------- . ..... ......... . 0.0 0.0 10.0 20.0 30.0 40.0 50.0 60.0 70.0 80.0 90.0 Total capacity of indoor units(kBTU/h) 1.0 0.8 ci 0 0.6 .2 0.4 0.2 0.0 0.0 10.0 20.0 30.0 40.0 50.0 60.0 70.0 80.0 90.0 Total capacity of indoor units(kBTU/h) 208, 230 V B-134 9-4. MXZ-8C60NA <heating> 1.2 1.0 .5 0.8 M CL M u - 0.6 0 0 is 0.4 ir Mxz 8C60NA Nominal cooling capacity BTU/h 66,000 Input kW 5.67 Current (208V) A 28.5 Current (230V) A 25.7 0.2 --- ---- ---- -------- ---- ---- ---- -------- U.0 0.0 10.0 20.0 30.0 40.0 50.0 60.0 70.0 80.0 90.0 Total capacity of indoor units(kBTU/h) 1.2 1.0 CL C 0.8 0 0.6 0 .2 0.4 0.2 U.0 0.0 10.0 20.0 30.0 40.0 50.0 60.0 70.0 Total capacity of indoor units(kBTU/h) 1.2 1.0 as 0.8 0 0.6 0 0.4 0.2 80.0 90.0 - 208 V, 230 V 0.0 0.0 10.0 20.0 30.0 40.0 50.0 60.0 70.0 80.0 90.0 Total capacity of indoor units(kBTU/h) 208, 230 V B-135 9-5. MXZ-4C36NAHZ <cooling> 1.0 0.8 R 0.6 0 w0 0.4 R 0.2 0.0 1 0 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 00 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 MXZ 4C36NAHZ Nominal cooling capacity BTU/h 36,000 Input kW 2.57 Current (208V) A 12.8 Current (230V) A 11.6 10 20 30 40 50 Total capacity of indoor units (kBTU/h) 0 10 20 30 40 50 Total capacity of indoor units (kBTU/h) 0.0 0 10 20 30 40 50 Total capacity of indoor units (kBTU/h) 208, 230 V B-136 9-6. MXZ-4C36NAHZ <heating> a 1.0 0.8 0.6 0.4 0.2 k 0.0 tk 0 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 00 MXZ 4C36NAHZ Nominal cooling capacity BTU/h 45,000 Input kW 3.34 Current (208V) A 16.4 Current (230V) A 14.8 10 20 30 40 50 Total capacity of indoor units (kBTU/h) 0 10 20 30 40 50 Total capacity of indoor units (kBTU/h) 208, 230 V B-137 9-7. MXZ-5C42NAHZ <cooling> 1.2 1.0 0.8 0.6 0.4 0.2 00 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 00 0 MXZ 5C42NAHZ Nominal cooling capacity BTU/h 42,000 Input kW 3.13 Current (208V) A 15.4 Current (230V) A 14.0 10 20 30 40 50 60 Total capacity of indoor units (kBTU/h) 10 20 30 40 50 60 Total capacity of indoor units (kBTU/h) 0 10 20 30 40 50 60 Total capacity of indoor units (kBTU/h) 208, 230 V 9-8. MXZ-5C42NAHZ <heating> 1.2 1.0 0.8 0.6 0.4 0.2 0.0 0 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 MXZ 5C42NAHZ Nominal cooling capacity BTU/h 48,000 Input kW 3.43 Current (208V) A 16.8 Current (230V) A 15.2 10 20 30 40 50 60 Total capacity of indoor units (kBTU/h) 0.00.0 7.5 15.0 22.5 30.0 37.5 45.0 52.5 60.0 Total capacity of indoor units (kBTU/h) 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 0.00.0 7.5 15.0 22.5 30.0 37.5 45.0 52.5 60.0 Total capacity of indoor units (kBTU/h) 208, 230 V B-139 MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS For information on service, please refer to the service manual as follows. 1-1. INDOOR UNIT MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS Model name Service Ref. Service Manual No. MSZ-EF09NAW MSZ-EF09NAW - EE MSZ-EF12NAW MSZ-EF12NAW - u+ MSZ-EF15NAW MSZ-EF15NAW - u+ MSZ-EF18NAW MSZ-EF18NAW - u+ MSZ-EF09NAB MSZ-EF09NAB - u+ MSZ-EF12NAB MSZ-EF12NAB - [ull OBH736 MSZ-EF15NAB MSZ-EF15NAB - [ull OBB736B MSZ-EF18NAB MSZ-EF18NAB - u+ MSZ-EF09NAS MSZ-EF09NAS - u+ MSZ-EF12NAS MSZ-EF12NAS - u+ MSZ-EF15NAS MSZ-EF15NAS - u+ MSZ-EF18NAS MSZ-EF18NAS - u+ B-151 2-1. INDOOR UNIT MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS Indoor unit model MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS Power supply V, phase, Hz 208/230 , 1 , 60 Disconnect switch A 15 Min. circuit ampacity A 1.0 Fan motor F.L.A 0.67 AirfCOOL Super lVhigh - High - Med. - Low- Quiet Dry (Wet) HEAT Dry CFM CFM 371- 293.222 -162 -141 (319-252.191-140-121) 420-314.219-162-141 371.293 - 222.162 -141 (319.252-191.140-121) 448.314-219.162-141 364.314 - 272 - 233 - 205 (313.270-234-200-176) 448.350-275-222-194 388 - 328.279 - 240.205 (334-282.240-206.176) 466-392.318-258.226 Moisture removal pt./h 0.6 2.1 3.6 4.4 Sound level Super high - High - Med. - Low- Quiet Cooling dB(A) 42 - 36 - 29 - 23 - 21 42-36-29-24-21 42-39-35-31 -28 43-40-36-33-30 Heating dB(A) 45-37-29-24-21 46 - 38 - 30 - 24 - 21 48-41-35-30-28 49-43-37-33-30 Cond. drain connection O.D. in. 5/8 Dimensions W in. 34-13/16 D 7-11/16 H 11-3/4 Weight lb. 26 External finish W: Munsell 1.OY 9.2/0.2 B: Munsell 3.7PB 2.0/0.1 S: Munsell 3.1 PB 8.2/0.2 Remote controller Wireless type Control voltage (by built-in transformer) 12 - 24 VDC NOTE: Test conditions are based on AHRI 210/240. OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Indoor unit 1 phase ....... ------- 60 Hz (2) OPERATION Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78% — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -13 -14 B-152 OUTLET AIR SPEED AND COVERAGE Model Mode Function Airflow (CFM) Air speed (ft./s) Coverage (ft.) MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS HEAT Dry 420 19.5 29.2 COOL Dry 371 17.2 25.8 Wet 319 14.8 22.3 MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS HEAT Dry 448 20.8 31.1 COOL Dry 371 17.2 25.8 Wet 319 14.8 22.3 MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS HEAT Dry 448 20.8 31.1 COOL Dry 364 16.8 25.4 Wet 313 14.5 21.9 MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS HEAT Dry 466 21.6 32.3 COOL Dry 388 18.0 27.0 Wet 334 15.5 23.4 • The air coverage is the figure up to the position where the air speed is 1 ft./s, when air is blown out horizontally from the unit properly at the High speed position. The coverage should be used only as a general guideline since it varies according to the size of the room and furniture arranged inside the room. B-153 3-1. INDOOR UNIT MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS Unit: inch 7/16xl Oblong hole 7/16x13/16 Oblong hole Insfallation Plale 3 I/4 8-7/8 8-7/8 3-1/4 34-13/16 34-7/16 3/16 o Indoor unit Z2-7/16�� 1644/2 2-15/16 Air In Wall hole 43 n 2-3/� _ii II/16 2-13/16 3-3/8 MSZ-EF09/12NA Insulation 01-7/16 0.1) Li u i d line 0114 - 19-11/16 (Flared connection 4114) Gas line 03/8 - 16-15/16 (Flared connection 03/8) Drain hose Inslation 41-1/8 Connected part 45/8 0.1) active leo fh I5-3/8 Note: Extension pipe size refer to the specifications fable MSZ-EF15/18NA u Air out _ Insulation 01-7/16 0.1) Li a u i d line m1/4 - 19-11/16 (Flared connection 0114) Gas line 03/8 - 16-15/16 (Flared connection 0112) Dr i n hose Inslafion 41-1/8 Connected part 45/8 0.D attire length 15-3/8 Note: Extension pipe site refer to the specifications fable. B-154 4-1. INDOOR UNIT ------------ T C C E A H a b Unit: inch (mm) Model name A B C a b c MSZ-EF09NAW MSZ-EF12NAW MSZ-EF15NAW MSZ-EF18NAW MSZ-EF09NAB MSZ-EF12NAB 14-1/2 3-15/16 5-5/8 34-13/16 7-11/16 11-3/4 MSZ-EF15NAB (369) (100) (143) (885) (195) (299) MSZ-EF18NAB MSZ-EF09NAS MSZ-EF12NAS MSZ-EF15NAS MSZ-EF18NAS B-155 5-1. INDOOR UNIT MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS FROM OUTDOOR UNIT CONNECTING WIRES (POWER SUPPLY) 208/23OV� — — 1 phase 60Ht TO OUTDOOR UNIT I-- CONNECTING WIRES MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS MSZ—EF15NAW MSZ-EF15NAB MSZ-EF15NAS MSZ—EF18NAW MSZ-EF18NAB MSZ—EF18NAS F — - — - — - — - — - — - — - — - LD106 --- BLK TB 1CN201 F11 R111 CN211 i , . 1RI KI —Ia — —1 I RED NRI1 _ T111 ��5 MF 12-24V _ — — — — — -0 ; CN202 INDOOR POWER P.C.BOARD s BLU TO OUTDOOR UNIT CONNECTING WIRE O�- �--------------------J x A disconnect should be required rm local code. RECEIVER P.C. BOARD x Se procurer un sectionneur canfarme 3 LD120(M) 11 aux reglementations locales. L_ LD120(S) 0 � CN102 I 5 NOTES: ).About the outdoor side electric wiring — 3 M refer to the outdoor unit electric LD110(Ml My wiring diagram for servicing. BSPLAY P. C. BOAS 2.Use copper conductors only. I3 CN151 I 5 M (For field wiring) ® : Terminal block z o CN111 SYMBOL NAME F11 FUSE (T3. 15AL250V) MF FAN MOTOR MV VANE MOTOR (HORIZONTAL) NR11 VARISTOR R111 RESISTOR RT11 ROOM TEMP. THERMISTOR COIL TEMP. RT12 THERMISTOR (MAIN) COIL TEMP. RT13 THERMISTOR (SUB) rTB TERMINAL BLOCK 3. Symbols indicate. o000 Connector 1 — My REMAROUES:1.Pour le cablage alectronique cbta extarieur, (° RT11 < CN112 LD105(M) 1 2 se reporter au schama d' entretien du cablage ' a alectronique de I'appareil extarieur. r° RT13� 2 CN10542. Utiliser des fils d'alimentation en cuivre. INDOOR ELECTRONIC �LD105cS1 3.Les symboles ont les ® : Borne , CONTROL P C.BOARD SWITCH P.0 BOARD significations suivantes. o 0 0 0 : Connecteur RT12 L--- _--—_—_-_—_J SWITCH _ _— J B-156 6-1. INDOOR UNIT MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS Indoor Indoor coil heat thermistor exchanger RT12 (main) IIIIIIIII — Q� Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS Refrigerant pipe o3/8 (o9.52) (MSZ-EF09/12) o1/2 (o12.7) (MSZ-EF15/18) (with heat insulator) Fared connection Flared connection {F Refrigerant pipe o1/4 (o6.35) (with heat insulator) —> Refrigerant flow in cooling + Refrigerant flow in heating Unit: inch B-157 7-1. INDOOR UNIT MSZ-EF09NAW MSZ-EF09NAB MSZ-EF09NAS 9 8 7 6 5 4 3 2 1 MEM7roams MMMEM IMMEMEMEM MEMMEMMER \ MIN M �� I MEMMEMMEM 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-EF12NAW MSZ-EF12NAB MSZ-EF12NAS 9C 8C 7C 6C 5C 4C 3C 2C 1C ins, :-- -4\ 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MSZ-EF15NAW MSZ-EF15NAB MSZ-EF15NAS 91 81 71 1 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz WALL UNIT 39-3/8 inch (1 m) 31-1/2 inch (0.8m) MICROPHONE NOTE: The sound level is measured in an anechoic room where echoes are few, when compressor stops. The sound may be bigger than displayed level under actual installation condition by surrounding echoes. The sound level can be higher by about 2 dB than the displayed level during cooling and heating operation. MSZ-EF18NAW MSZ-EF18NAB MSZ-EF18NAS 9 8 7 6 5 4 3 2 1 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MINES EMENEEM t 01SEMEN NESEEME02 B-159 MSZ-EF09NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) o � O M r— O N O O O O ao _ N L U C E O M O � � M O 25(77) 21(70) 23(73)— 25(77) 27(81) 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O 23(73) / 31(88) /27�(81 25(77) 27(81) ;29(84) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] C Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. ►yiRIFA4711']►/_1 Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) CD O M ti CO N �D 0 0 00 _ N L U C >_ O M 0 � M O [m/s(ft/s)] 0.3(1.0) 0.9(3.0) 0.3(1.0) 0.3(1.0) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) M O � N 0 O O O 00 N I� L U C E O O M M 0 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] [m/s(ft/s)] 1.5(4.9) ,0.3(1.0 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. B-161 IJiR'�11a4A W ZF-11 Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o c M ti CD N O Oti U O c6 E !_ o M CDO0i � � M O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O CD O M I— O N O i O r• U O co C N � E E O MCM � � M O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [°C(F)l 27(81) 23(73) 21(70) 27(81) 19(66) 25(77) 25(77) (39.310007) 0 25(77) 27(81) 1(88) 29(84) �33(91)- / 31(88) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. B-162 MSZ-EF12NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O O O M ti C.0 N O 0 0.3(1.0) .9(3.0) 0.3(1.0) 6000 5000 (236.22) (196.85) 4000 3000 2000 (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) o � M O � N O CDr` U O o0 9_— N P— E E o� O CO M 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] [m/s(ft/s)] 1000 (39.37) [m/s(ft/s)] 1.5(4.9) 0.3(1.0) 0.9(3.0)" 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 0 B-163 MSZ-EF15NA Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O O O M ti O N O O 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) o CD M O Cc N O CD O ti U O co N C� I� CC C O ti O M CDp) 25(77) 23(73) 21(70)� 7 25(77) 27(81) 1000 0 (39.37) 23(73) 3; 31(88) 21(70) 25(77) 27(81),29(84) --;� _L- [Tfl] 6000 5000 4000 3000 2000 1000 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] 1) 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. M M MSZ-EF15NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O CD M O to N O o;z U O o6 C N t E E p M 0.9(3.0) 0.3(1. [m/s(ft/s)] .5(4.9jE�( 0 6000 5000 4000 3000 2000 (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O CD O (M N O 1000 (39.37) [m/s(ft/s)] ---- - ------- � --"X7i 2.1(6.9) 1.5(4.9) 0.9(3.0) 6000 5000 4000 3000 2000 1000 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. 0 0 C •� IJiR'�11a4AF:iz1_1 Temperature distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o � M O � N O O U O ao C Cq E E O r` O M � o � � � M 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O -=> O M � O N O 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 21(70) 19(66) 23(73) 25(77) 27(81) (39.310007) 0 23(73) 21(70) 035.(�5)1 �1 19(66) / 31(88) 25(77)27(81)�9(84) 3I3(91) 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. C •• MSZ-EF18NA Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O CD O M r` O N O [m/s(ft/s)] 2.1(6.9) 1.5(4.9) 0.9(3.0) 0.3(1.0) / 7 0.3(1.0) _ 7000 6000 5000 4000 3000 2000 1000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O O O M N O [m/s(ft/s)] 0 27(8, 21(6,9))I 0.3(1.0) 1 5 4 9 0.9(3.0) 0 7000 6000 5000 4000 3000 2000 (275.59) (236.22) (196.85) (157.48) (118.11) (78.74) Floor distance [ mm (inch) ] 1000 0 (39.37) Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. B-167 MLZ-KP09NA MLZ-KP12NA MLZ-KP18NA For information on service, please refer to the service manual as follows. 1-1. INDOOR UNIT Service Model name Service Ref. Manual No. MLZ-KP09NA MLZ-KP09NA- 0-1 MLZ-KP12NA MLZ-KP12NA- ui OB 802 MLZ-KP18NA MLZ-KP18NA- u1 OBB802 2-1. INDOOR UNIT MLZ-KP09NA MLZ-KP12NA MLZ-KP18NA Indoor model MLZ-KP09NA MLZ-KP12NA MLZ-KP18NA Power supply V, phase, Hz 208/230, 1, 60 Max. fuse size (time delay)/ Disconnect switch JA 15 Airflow High - Med. - Low - SLow COOL Dry (Wet) CFM 311 - 283 - 254 - 212 332 - 297 - 258 - 212 403 - 346 - 293 - 212 HEAT Dry CFM 325 - 290 - 247 - 212 350-311-272-212 417-364-311 -212 Sound level High - Med. - Low - SLow Cooling dB (A) 38 - 34 - 31 - 27 40 - 36 - 32 - 27 47 - 41 - 36 - 29 Heating dB (A) 37 - 34 - 29 - 26 40 - 36 - 32 - 26 48 - 42 - 37 - 26 Cond. drain connection O.D. in. 01 (26 mm) Dimensions W in. 43-3/8 D 14-3/16 H 7-5/16 Weight lb. 34 External finish White Control voltage (by built-in transformer) 12 - 24 V DC NOTE: Test conditions are based on ARI 210/240. Specifications and rated conditions of main electric parts Item Model MLZ-KP09NA MLZ-KP12NA MLZ-KP18NA Fuse (F11) T3.15AL250V Horizontal vane motor (MV1) 12 V DC Vertical vane motor (MV2) 12 V DC Varistor (NR11) 470 V DRAIN PUMP (DP) 230 V 6.4 W FLOAT SENSOR (FS) 5 V DC B-170 OPERATING RANGE (1) POWER SUPPLY Rated voltage Guaranteed voltage (V) 208/230 V Min. 187 208 230 Max. 253 Indoor unit 1 phase -------------- 60 Hz (2) OPERATION *The operating range of the outdoor unit depends on the connected outdoor unit. Mode Condition Intake air temperature (°F) Indoor Outdoor DB WB DB WB Standard temperature 80 67 95 — Maximum temperature 90 73 115 — Cooling Minimum temperature 67 57 14 — Maximum humidity 78% — Standard temperature 70 60 47 43 Heating Maximum temperature 80 67 75 65 Minimum temperature 70 60 -13 -14 OUTLET AIR SPEED AND COVERAGE 1. Multi connection Model Mode Function Airflow (CFM) Air speed (ft./s.) Coverage (ft.) MLZ-KP09NA HEAT Dry 311 13.0 20.7 COOL Dry 325 13.6 21.7 Wet — — — MLZ-KP12NA HEAT Dry 332 13.9 22.1 COOL Dry 350 14.6 23.3 Wet — — — MLZ-KP18NA HEAT Dry 403 16.9 26.7 COOL Dry 417 17.5 27.6 Wet — — — . The air coverage is the figure up to the position where the air speed is 1 ft./s., when air is blown out horizontally from the unit properly at the High speed posi- tion. The coverage should be used only as a general guideline since it varies accord- ing to the size of the room and furniture arranged inside the room. B-171 3-1. INDOOR UNIT MLZ-KP09NA MLZ-KP12NA MLZ-KP18NA INDOOR UNIT INDOOR UNIT OUTLINE DRAWING CENTER OF CELLING OPENING HOLE/SUSPENSION (TOP VIEW) BOLT PITCH/GRILLE IS THE SAME LCT /I N 004 _.. . . . . . . . . . . . . . . . L_ _____________________ J AIR OUTLET (UNDERSIDE) CONNECTION PART ATTACHING DRAIN E 6 ELECTRIC BOX 5/8 41-3/8 SUSPENSION BOLT PITCH 5/8 REMOTE CONTROLLER OUTLINE DRAWING (RIGHT SIDE VIEW) CONNECTION PART OF (FRONT VIEW) DRAINTHOSENG °� o 43-3/8 ATTACHING DRAIN HOSE DRAIN PIPE CONNECTION (RIGID PVC PIPE 37-13/16 3-1/16 O.D.01 (26mm) 0 4-7/11 tr Ln 4-3/4 2-3/8 0 AIR OUTLET AREA 1-7/8 / 6CIR QAll INL ELECTRIC BOX 57.3 S(j Ifl Lfl �/ OUTLET INLET 2-5/16 DRAIN PAN THE BOTTOM OF CELLING AND FIXING SECTION OF GRILLE DISPLAY PIPE COVER IS IN THE SAME SURFACE RECEIVIP GRILLE OUTLINE DRAWING (MLP-444W) 38-1/16 MAX PROTRUSION DIMENSION OF FLAP 1-5/16 RECEPTION 47-1/4 wwoow 5/16 1/2 CEI 6-13/16 6-9/16 3-5/16 0 6-9/16 m 6-13/16 \^b 0 o � HOLE POSITION FOR PANEL INSTALLATION rn rn m 0 PLACES) ro � INDOOR UNIT DETAIL VIEW (TOP VIEW) CENTER OF CELLING OPENING HOLE/SUSPENSION BOLT PITCH/ m GRILLE IS THE SAME tk- zo—.—.—.—.—. Lam.—.—.—.—.-- - i .-d LP„4 L_____ I______ ____________ J \O N_ m 3-15/16 2-1/8 13/16 • AIR OUTLET AIR OUTLET (UNDERSIDE) 37-13/16 41-3/8 SUSPENSION BOLT PITCH 45-11/16 CELLING OPENING HOLE 47-1/4 OUTLINE OF GRILLE 3-15/16 2-1/8 13/16 (FRONT VIEW) SUSPENSION BOLT W3/8 SUSPENSION BOLT W3/8 N CEILLING SURFACE GRILLE CEILLI 66 SURFACE B-172 Unit: inch PIPE CONNECTION (GAS PIPE) 09,12:03/8 18:01 / 2 01/4 7-5/16 4-13/16 15/16) ING SURFACE KP09/12NA KP18NA LIQUID PIPE 01/4 EXTENSION O.D. PIPE GAS PIPE 03/8 01/2 O.D. CONNECTIONS LIQUID PIPE FLARED CONNECTION 01/4 OF PIPE FLARED CONNECTION FLARED CONNECTION GAS PIPE 03/8 01/2 HEAT INSULATER OD. CONNECTION I.D. EFFECTIVE LENGTH DRAIN HOSE 41-1/4 01 18-7/8 DRAIN PIPE CONNECTION RIGID PVC PIPE O.D. 01 (26mm) NOTE1. CUT THE DRAIN HOSE (ACCESSORY) FOR USE, IF NECESSARY. THE METHOD FOR STANDING DRAIN FROM INDOOR UNIT CUT THE DRAIN HOSE (ACCESSORY) FOR USE, IF NECESSARY. \CEILLING SURFACE DRAIN PIPE CONNECTION RIGID PVC PIPE O.D.01 (26mm) OPE 4-1. INDOOR UNIT Drain has N o 0 e X Y Unit: inch (mm) Model name X Y Z MLZ-KP09NA MLZ-KP12NA 21-7/16 6 4-1/8 (545) (152) (105) MLZ-KP18NA B-173 5-1. INDOOR UNIT MLZ-KP09NA MLZ-KP12NA DISP CN302 REC CN301 R6.130ARD P.C.BOARD 6 2 3 2 1 5 1 RT13 u6I 1 CN1M7 RT71 o CN111 CN: 3 t' CN24VBU FROM OUTDOOR UNIT CONNECTINGWIRES -� X (POWER SUPPLY) 208/230V AC 60Hz -K/--TO OUTDOOR UNIT CONNECTING WIRES-� 12-24V— _____0 TO OUTDOOR UNIT (y-- CONNECTING WIRES MLZ-KP18NA DISP CN P.C.BOARD I or,o1 C Y 4 MV1 — MV2 — MF 6 INDOOR ELECTRONIC CNN1 5 1 CONTROL P.C. BOARD1-1 F11 R111 NR11 - 2 CN145 LD-1 03 � CI � ilp REC CN301 MV1 MV2 MF P.C.BOARD M M 2 3 5 5 5— s�1n 6 RT13 CN112 Y o RT14 6 t 1 1 CN1M7 RT11 o CN111 CM 3 t' CN24 FROM OUTDOOR UNIT CONNECTING WIRES -� .y, T rBU (POWER SUPPLY) �- L-j_- S 208/230V AC 60Hzj-- STO OUTDOOR UNIT CONNECTING WIRES{-�S 12-24V— -_-----0 TO OUTDOOR UNIT 0 CONNECTING WIRES INDOOR ELECTRONIC CNN1 5 1 CONTROL P.C. BOARD F71 R711 NR11 - SYMBOL NAME SYMBOL NAME MF FAN MOTOR RT11 ROOM TEMP. THERMISTOR MV1 HORIZONTAL RT12 COILTEMP. VANE MOTOR THERMISTOR(MAIN) MV2 VERTICAL RT13 COILTEMP. VANE MOTOR THERMISTOR(SUB) DP DRAIN PUMP NR11 VARISTOR FS FLOATSENSOR R111 RESISTOR F11 FUSE (T3.15AL25OV) X11 RELAY TB TERMINAL BLOCK 3 X A disconnect should be required by local code. 3 X. Be procurer un 1P sectionneur conforme aux reglementations locales. SYMBOL NAME SYMBOL NAME MF FAN MOTOR RT11 ROOM TEMP. THERMISTOR MV1 HORIZONTAL RT12 COILTEMP. VANE MOTOR THERMISTOR(MAIN1) MV2 VERTICAL RT13 COILTEMP. VANE MOTOR THERMISTOR(SUB) DP DRAIN PUMP RT14 COILTEMP. THERMISTOR MAIN2 FS FLOAT SENSOR RT15 COILTEMP. THERMISTOR(MAIN3) F11 FUSE (T3.15AL25OV) NR11 VARISTOR X11 RELAY R111 RESISTOR TB IBLOCK TERMINAL 3 X A disconnect should be required by local code. 3 X Se procurer un IP sectionneur conforme aux reglementations locales. NOTES: 1.About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for servicing. 2. Use copper conductors only. (For field wiring) 3.Symbols below indicate. 0 Terminal O : Connector block qDPP REMARQUES: 1.Pour Is cablage electronique cote exterieur, se reporter au schema d'entretien du cablage electronique de Pappareil exterieur. 2.Utiliser des fils d'alimentation an cuivre. 3.1-es symboles ont les significations suivantes Borne 0 Connecteur NOTES: 1.About the outdoor side electric wiring refer to the outdoor unit electric wiring diagram for servicing. 2. Use copper conductors only. (For field wiring) 3.Symbols below indicate. 0 Terminal :Connector block REMARQUES: 1.Pour le cablage electronique cote exterieur, se reporter au schema d'entretien du cablage electronique de Pappareil exterieur. 2.Utiliser des fils d'alimentation an cuivre. 3.1-es symboles ont les significations suivantes 0 ®: Borne O :Connecteur B-174 6-1. INDOOR UNIT MLZ-KP09NA MLZ-KP12NA Indoor heat exchanger Refrigerant pipe 03/8(09.52) (with heat insulator) Indoor coil thermistor RT12 (main) Flared connection Qr Indoor coil thermistor RT13 (sub) Room temperature thermistor RT11 u Flared connection Refrigerant pipe 01/4(06.35) (with heat insulator) MLZ-KP18NA Unit: inch(mm) Refrigerant pipe 01 /2(012.7) (with heat insulator) Indoor coil �E=— Indoor thermistor R I eat RT12,RT14, \ exchanger RT15 (main) Flared connection IIIOs II Indoor coil thermistor RT13 (sub) Room temperature thermistor RT 11 II Flared connection Refrigerant pipe 01/4(06.35) (with heat insulator) Refrigerant flow in cooling --- P� Refrigerant flow in heating B-175 7-1. INDOOR UNIT MLZ-KP09NA uV Q m v 80 N O 0 70 O m v 60 w W W w 50 to aw 40 0 z y 30 z z m w 20 F U 10 FAN SPEED FUNCTION SPL(dB(A)) LINE High COOLING 38 • • HEATING 37 O- O MENOMONEE MON a" - 7 0EEE �e ��� 1h qhh- h N.- No. m ••EM 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MLZ-KP18NA 5V 80 70 s0 50 40 30 20 10 FAN SPEED FUNCTION SPL(dB(A)) LINE High COOLING 47 �•• HEATING 48 O---o MENOMONEE � �Za.MM0 ION E 4 NE tZ4 �. �.M3v � � a PAPPROXIMATE 11414 hl m'-m- 0-0 ' I MR • MLZ-KP12NA yV 80 70 60 50 40 30 20 10 FAN SPEED FUNCTION SPL(dB(A)) LINE High COOLING 40 • • HEATING 40 0---0` MENOMONEE 0.0 1.0461, E IS MEN 1 MEN- mm'-bq-qlEEOffimcm 0 O0 �� -WE Mal 0�� Emomm-o"Mm-ma Iffil"I'l 41 "No" I I �01 110.00-0 JM ow-1 a 310 _- i 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz INDOOR UNIT MICROPHONE CEILING B-176 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES, Hz MLZ-KP09NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O 23(73) 21(70) I— — --- , ��T/ 25(77) 27(81) 3000 2000 1000 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O 0 23(73) /33(91) 31(88) 25(77) 29(84) 23(73) 27(81) 25(77) 21(70) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. B-177 I►yiIw1aI 1116-7►/_1 Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) o � O N � O o . ,—, CD00 N � U C E E O O M � � M 0 [m/s(ft/s)] 0.9(3:0) 2.1(6.9) 2.7(8 9)� 1.5(4:9) [0,1(3.0) 0.3(1.0) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) O [m/s(ft/s)] 0.3(1.0) 2!r�217"(�87.9) 1(6,9) 0.3(1.0) 1.5(4.9) 0.9(3.0) 0:3(1.0) 0.3(1.0) 3000 2000 1000 0 (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. i MLZ-KP12NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) o� a� N � o� o06 GV U C E E O M u O o rn � � M O [OC(F)] Q25(77) 23(73) 21(70) 25(77) �27(81 4000 3000 2000 1000 0 (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) 0 /ll 7:�� 391) 31(88) 27(81) 25(77) 29(84)g/23(73) 27(81) 4000 3000 2000 1000 (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] 0 Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. B-179 MLZ-KP12NA Airflow distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O [m/s(ft/s)] 2:7(8 9)` 2.1(6.9) 1.5(, 9) 0.9(3,0) 0.9(3.0) 0.3(1.0) 4000 3000 2000 1000 (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O N V O 0 o00 U C E OM0 o� i M O 0 [m/s(ft/s)] 0:30.0) 2.1(6.9) 0.9(3.0) 0.3(1.0) 0.3(1.0) 4000 3000 2000 1000 0 (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. MLZ-KP18NA Temperature distribution <Cooling mode> <Heating mode> Air volume: high Air direction: auto (upward air flow) O M O "t N O O o ao CC N v E O 1` i O M O [°C(F)] 7(81) 6000 5000 4000 3000 2000 1000 0 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Air volume: high Air direction: auto (downward air flow) O [°C(F)] 25(77) 35(95) 27(81) 3 �11/)I�J'3(73) 29(84) 31(88) 25(77) / 27(81) 29(84)% 6000 5000 4000 3000 2000 1000 0 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. C I►yilw1aINaE:i►/_1 Airflow distribution <Cooling mode> Air volume: high Air direction: auto (upward air flow) O [m/s(ft/s)] 2.1(8-9)� 3(10:8) 2.1(6.9) _ 0.9(3.0) 0:3(1:0) 6000 5000 4000 3000 2000 1000 0 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] <Heating mode> Air volume: high Air direction: auto (downward air flow) 0 [m/s(ft/s)] 2.7(8p9) 0:3(1.0) �2.1( ,9) 9 0.9(3.0)7 1.5(4 6000 5000 4000 3000 2000 1000 0 (236.22) (196.85) (157.48) (118.11) (78.74) (39.37) Floor distance [ mm (inch) ] Note : These figures show typical airflow distributions in the conditions above. In the actual installation, they may differ from these figures under the influence of air temperature conditions, ceiling height, cooling/heating load,obstacles,etc. i MVZ-Al2AA7 MVZ-A18AA7 MVZ-A24AA7 MVZ-A30AA7 MVZ-A36AA7 For information on service, please refer to the service manual as follows. 1-1. INDOOR UNIT Model name Service Ref. Service Manual No. MVZ-Al2AA7 MVZ-Al2AA7. MX MVZ-A18AA7 MVZ-A18AA7. MX M D-1404-K009 MVZ-A24AA7 MVZ-A24AA7. MX M D-1404-K010 MVZ-A30AA7 MVZ-A30AA7.MX M VZ-A36AA7 M VZ-A36AA7. MX 2-1. INDOOR UNIT MVZ-Al2AA7 Power source 1-phase 208/230 V 60 Hz Cooling capacity *1 *1 *2 Power input *2 Current input BTU/h 12,000 3.5 kW kW 0.080 A 0.80/0.70 Heating capacity *3 *3 *2 Power input *2 Current input BTU/h 13,500 4.0 kW kW 0.080 A 0.80/0.70 External dimension HxWxD inch 50-1/4 x 17 x 21-5/8 mm 1,275 x 432 x 548 Net weight Ibs k 113 51 Heat exchanger Cross fin Aluminum fin and copper tube FAN *4 Type x Quantitx Sirocco fan x 1 External static press. in.WG <0.30> - 0.50 - <0.80> <75> - 125 - <200> Pa Motor Type DC motor Motor output kW 0.121 Air flow rate (Low -Mid -High) cfm 280 - 340 - 400 7.9 - 9.6 - 11.3 132 - 160 - 188 m3/min Us Sound pressure level *2 (Low -Mid -High) d6 <A> 27-31-35 Protection device Fuse Diameter of refrigerant pipe jLiquid (R410A) inch (mm) 1/4 6.35 Flare lGas (R41OA) I inch (mm) 1 1/2 12.7 Flare Field drain pipe size I inch (mm) 1 3/4 (19.05) FPT NOTE: *1.Nominal cooling conditions Indoor: 801 FD.B./67 I FW.B. (26.7 °CD.B./19.4 *CW.B.), Outdoor: 950FD.B. (35 °CD.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *2.The values are measured at the factory setting of external static pressure. *3.Nominal heating conditions Indoor: 700 FD.B. (21.1 0 CD.B.), Outdoor: 47 0 FD.B./43 0 FW.B. (8.3 ° CD.B./6.1 ° CW.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *4.The factory setting of external static pressure is shown without < >. Refer to "AIR FLOW DATA", according to the external static pressure, in DATA BOOK for the usable range of air flow rate. MVZ-A18AA7 Power source 1-phase 208/230 V 60 Hz Cooling capacity *1 *1 *21 Power input *2 Current input BTU/h 18,000 5.3 kW kW 0.130 A 1.20/1.10 Heating capacity *3 *3 *21 Power input *2 Current input BTU/h 20,000 5.9 kW kW 0.130 A 1.2011.10 External dimension HxWxD inch 50-1/4 x 17 x 21-5/8 mm 1,275 x 432 x 548 Net weight Ibs k 113 51 Heat exchanger Cross fin Aluminum fin and copper tube FAN *4 Type x QuantitX Sirocco fan x 1 External static press. in.WG <0.30> - 0.50 - <0.80> <75> - 125 - <200> Pa Motor Type DC motor Motor output kW 0.121 Air flow rate (Low -Mid -High) cfm 410 - 497 - 585 11.6 - 14.1 - 16.6 193 - 235 - 277 m3/min Us Sound pressure level *2 (Low -Mid -High) dB <A> 28-32-36 Protection device I Fuse Diameter of refrigerant pipe jLiquid (R410A) inch mm 1/4 6.35 Flare lGas (R410A) I inch (mm) 1 1/2 12.7 Flare Field drain pipe size I inch (mm) 1 3/4 (19.05) FPT NOTE: *1.Nominal cooling conditions Indoor: 801 FD.B./67 I FW.B. (26.7 °CD.B./19.4 °CW.B.), Outdoor: 950FD.B. (35 °CD.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *2.The values are measured at the factory setting of external static pressure. *3.Nominal heating conditions Indoor: 700FD.B. (21.1 0CD.B.), Outdoor: 470FD.B./430FW.B. (8.3°CD.B./6.1 0CW.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *4.The factory setting of external static pressure is shown without < >. Refer to "AIR FLOW DATA", according to the external static pressure, in DATA BOOK for the usable range of air flow rate. C :� ►yiMAY-M,!_1_fl Power source 1-phase 208/230 V 60 Hz Cooling capacity *1 *1 *21 Power input *2 Current input BTU/h 24,000 7.0 kW kW 0.180 A 1.60/1.40 Heating capacity *3 *3 *2 Power input *2 Current input BTU/h 27,000 7.9 kW kW 0.180 A 1.60/1.40 External dimension HxWxD inch 50-1/4 x 17 x 21-5/8 mm 1,275 x 432 x 548 Net weight Ibs k 113 51 Heat exchanger Cross fin Aluminum fin and copper tube FAN *4 Type x Quantit Sirocco fan x 1 External static press. in.WG <0.30> - 0.50 - <0.80> <75> - 125 - <200> Pa Motor Type DC motor Motor output kW 0.121 Air flow rate (Low -Mid -High) cfm 515 - 625 - 735 14.6 - 17.7 - 20.8 243 - 295 - 347 m3/min Us Sound pressure level *2 (Low -Mid -High) dB <A> 30-34-38 Protection device Fuse Diameter of refrigerant pipe ILiquid (R410A) inch (mm) 3/8 (9.52)Flare lGas (R41OA) I inch (mm) 1 5/8 15.88 Flare Field drain pipe size inch (mm) 3/4 (19.05) FPT NOTE: *1.Nominal cooling conditions Indoor: 800 FD.B./67 0 FW.B. (26.7 ° CD.B./19.4 0 CW.B.), Outdoor: 95 0 FD.B. (35 ° CD.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *2.The values are measured at the factory setting of external static pressure. *3.Nominal heating conditions Indoor: 700FD.B. (21.1 °CD.B.), Outdoor: 47 °FD.B./43 °FW.B. (8.3 °CD.B./6.1 °CW.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *4.The factory setting of external static pressure is shown without < >. Refer to "AIR FLOW DATA", according to the external static pressure, in DATA BOOK for the usable range of air flow rate. C :• ►yi MAWADT_1_rl Power source 1-phase 208/230 V 60 Hz Cooling capacity *1 *1 *21 Power input *2 Current input BTU/h 30,000 8.8 kW kW 0.210 A 2.00/1.70 Heating capacity *3 *3 *21 Power input *2 Current input BTU/h 34,000 10.0 kW kW 0.210 A 2.00/1.70 External dimension HxWxD inch 54-1/4 x 21 x 21-5/8 mm 1,378 x 534 x 548 Net weight Ibs k 141 64 Heat exchanger Cross fin Aluminum fin and copper tube FAN *4 Type x QuantitX Sirocco fan x 1 External static press. in.WG <0.30> - 0.50 - <0.80> <75> - 125 - <200> Pa Motor Type DC motor Motor output kW 0.244 Air flow rate (Low -Mid -High) cfm 613 - 744 - 875 17.3 - 21.1 - 24.8 288 - 352 - 413 m3/min Us Sound pressure level *2 (Low -Mid -High) dB <A> 32-36-40 Protection device Fuse Diameter of refrigerant pipe ILiquid (R410A) inch (mm) 3/8 (9.52)Flare IGas (R41OA) inch (mm) 5/8 (15.88)Flare Field drain pipe size inch (mm) 3/4 (19.05) FPT NOTE: *1.Nominal cooling conditions Indoor: 800 FD.B./67 0 FW.B. (26.7 °CD.B./19.4 °CW.B.), Outdoor: 950FD.B. (35 °CD.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *2.The values are measured at the factory setting of external static pressure. *3.Nominal heating conditions Indoor: 700FD.B. (21.1 0CD.B.), Outdoor: 47 °FD.B./43 °FW.B. (8.3 °CD.B./6.1 0CW.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *4.The factory setting of external static pressure is shown without < >. Refer to "AIR FLOW DATA", according to the external static pressure, in DATA BOOK for the usable range of air flow rate. C ►yi 1 AE"M -MM Power source 1-phase 208/230 V 60 Hz Cooling capacity *1 *1 *21 Power input *2 Current input BTU/h 36,000 10.6 kW kW 0.340 A 3.00/2.70 Heating capacity *3 *3 *2 Power input *2 Current input BTU/h 40,000 11.7 kW kW 0.340 A 3.00/2.70 External dimension HxWxD inch 54-1/4 x 21 x 21-5/8 mm 1,378 x 534 x 548 Net weight Ibs k 141 64 Heat exchanger Cross fin Aluminum fin and copper tube FAN *4 Type x Quantit Sirocco fan x 1 External static press. in.WG <0.30> - 0.50 - <0.80> <75> - 125 - <200> Pa Motor Type DC motor Motor output kW 0.244 Air flow rate (Low -Mid -High) cfm 767 - 931 - 1,095 21.7 - 26.4 - 31.0 362 - 440 - 517 m3/min Us Sound pressure level *2 (Low -Mid -High) dB <A> 35-39-43 Protection device Fuse Diameter of refrigerant pipe ILiquid (R410A) inch (mm) 3/8 (9.52)Flare lGas (R410A) inch (mm) I 5/8 (15.88)Flare Field drain pipe size inch (mm) 3/4 (19.05) FPT NOTE: *1.Nominal cooling conditions Indoor: 80* FD.B./67 I FW.B. (26.7 °CD.B./19.4 *CW.B.), Outdoor: 950FD.B. (35 °CD.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *2.The values are measured at the factory setting of external static pressure. *3.Nominal heating conditions Indoor: 700 FD.B. (21.1 0 CD.B.), Outdoor: 47 0 FD.B./43 0 FW.B. (8.3 ° CD.B./6.1 ° CW.B.) Pipe length: 25 ft. (7.6 m), Level difference: 0 ft. (0 m) *4.The factory setting of external static pressure is shown without < >. Refer to "AIR FLOW DATA", according to the external static pressure, in DATA BOOK for the usable range of air flow rate. C :: 3-1. INDOOR UNIT Unit: inch MVZ-Al2AA7 MVZ-A18AA7 MVZ-A24AA7 MVZ-A30AA7 MVZ-A36AA7 Top Nate I, Keep the service space for maintenance at the front, ew 626 Knockout Hale d26 Knockout Hale (Indoor / Outdoor unit connection) (Remote controller transmission) 2-64,6 d,rrc s Hales for electric heat Installation B(Duct) 28,80-3/16) — — 548(21-5/8) iOAefriger ant piping b r'zing cannection(ges) C 76 C3) _ 117,4 (4-5/8) 402(15-7/8) ®Refrigerant piping Air outlet 11 ll �- 1 Left side view brazing cq ection(liquld) Secondary dr a In pipe (Emergency d elningg) e 619, Ob(3/4) 3/4"FPI �o.`e\Clp�i.Ylk` Primary drain plpe <6ravlt drain) 019.O5(3/4) 3/4"FPT (Horizontal left) 8 C3/8) 430-3/4) 80/8 92(3-5/8) 30(1-3/I6) Secongdg� ry drain pipge MI MI 3 4"FPi) 55(2-3/I6) 'r IIILOIBi R Alr Inlet A ©Air fllter Bottom v l ew rmlonal bongck Rem to c troller transmission) "'I"' block Indoor / Outdoor unit connection) :ontrol box _ 430-3/4) Ima ry drain pe 19805(3/4) 3l'FPT condary drain pipe Emerggency draini g) 119,05(3% 3/4"FPI Hor izontel Hight) Imo ry dr aln pip' 119805(3/4)a3i4"FPT D o J 36,80-1/2) Iln it: mm(in_) e++n+lul Right side view MVZ-Al2AA7 MVZ-A18AA7 MVZ-A24AA7 MVZ-A30AA7 MVZ-A36AA7 Clearance Area Vertical Installation Horizontal Installation 4-1. INDOOR UNIT ICI Unit: inch (mm) Model name X Y Z MVZ-Al2AA7 8-7/8 11-1/4 24-1/16 MVZ-A18AA7 (225) (285) (610) MVZ-A24AA7 MVZ-A30AA7 11-1/16 11-7/16 26 MVZ-A36AA7 (280) (290) (660) B-191 5-1. INDOOR UNIT MVZ-Al2AA7 MVZ-A18AA7 MVZ-A24AA7 MVZ-A30AA7 MVZ-A36AA7 r-------I I RFI 1 I. B. C N32 �1 IBLUE) WI O (PEA) CN3C cNloS W LED20 (BLACK) p C N2A ❑ CNgO O 1 ONE �$WE CN41� (AEAI ®®CN25 CNEB ® (BLACNI (BLUE) O (OAEEN) LEDs CN20 CN24-2 Q CN51 CNF o ® CN44 c— O p OV CN%B (AEAI IYFLLOI) (AEA) 1 I CN20 CN24-1 CN2L 4 FA 11 OPTIONAL PARTS SYMBOL EXPLANATION SYMBOL NAME 1. B. INDOOR CONTROLLER DOA( P M a. 9 1 'I A ICONTROLLER L 1 1 111' ��l-rlulrr1 , , , II 1 iILI , �—j INSIDE SECTION OF CONTROL BOX 1 III IIIL.LL__—_—_—___—_---_—_---_—_—_—iB— III I III 5� ' TBB L— — LI I — 1 BLUE] 2 N22 1 U I ZNR02 NN01 D1 CN%A2 TB4 L_ J sli OPTIONAL PARTS osa1__� TO OUTDOOR UNIT FAN MOTOR Notel.Since the Dutdaar side electric wiring may change be sure to check the outdoor unit electric wiring for servicing. 2. Indoor and outdoor connecting wl res a made with DDlarltles,make wiring matching terminal numbers (SI, 52, S3). 3.Symbols used In wiring diagram above are as follows. B*—*-*l :CONNECTOR OO :TERMINAL --- (HEAVY DOTTED LINE):FIELD WIRING --- (THIN DOTTED LINE):DPTIONAL PARTS 4,Use covver suvvly wire, UTILISER DES ILLS "ALIMENTATION IN CUIVRE. B-192 6-1. INDOOR UNIT MVZ-Al2AA7 MVZ-A18AA7 MVZ-A24AA7 MVZ-A30AA7 MVZ-A36AA7 Heat exchanger Thermistor TH 1 (Room temperature) Strainer (#50) ---- Refrigerant GAS pipe connection (Flare) Thermistor TH5 (Cond./ Eva.temperature) Refrigerant flow in cooling Thermistor TH2 Refrigerant flow in heating \ Pipe temperature(Liquid) Distributor with strainer (#50) Refrigerant LIQUID pipe connection (Flare) Strainer (#50) B-193 7-1. INDOOR UNIT MVZ-Al2AA7 Condition Ascale LINE High 32.0 — Middle 28.0 - - - Low 24.0 — External Static Pressure: 75Pa 90 8C ra a z N 7C u m op 6C d d 5C w N N CL 4C a c ra a > 3C O 2C 1C NC-70 NC-60 NC-50 —NC -40 NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> I►yiVPAW-Ai'�_1_f] Condition Ascale LINE High 41.0 — Middle 36.0 - - - Low 32.0 — External Static Pressure: 200Pa 90 80 m a N 70 I m In 60 m m 50 a w m fl- 40 a c M m 30 u O 20 10 NC-70 NC-60 NC-50 NC-40 —NC -30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-Al2AA7 Condition Ascale LINE High 35.0 — Middle 31.0 - - - Low 27.0 — External Static Pressure: 125Pa 90 80 to EL N. CD N 7CD u m op 6Q m m 50 7 W Q, N a 4Q m a > 3C U O 2Q 1Q NC-70 NC-60 NC-50 NC-40 � NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> •M, MVZ-A18AA7 Condition Ascale LINE High 34.0 - Middle 30.0 - - - Low 26.0 - External Static Pressure: 75Pa 90 8C R d a - CD N 7C u m p'0 60 a d d 50 in in Vl N L 40 c m 4 3C O 2C 1C NC-70 NC-60 NC-50 NC-40 ♦ NC-30 Approximate minimum audible limit on continuous noise ♦ NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A18AA7 Condition Ascale LINE High 41.0 - Middle 37.0 - - - Low 33.0 - External Static Pressure: 200Pa 90 80 R a. z N 7C n m a op 6C a m d 50 m Vl N N a 40 v c m m 30 u O 2C 1C NC-70 NC-00 NC-50 NC-40 ♦ NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A18AA7 Condition Ascale LINE High 36.0 - Middle 32.0 - - - Low 28.0 - External Static Pressure: 125Pa 90 80 M a s CD N 70 u 0] op 60 m '- 50 d 3 N N d Q 40 c R 4 > 30 U O 20 10 NC-70 NC-60 NC-50 ♦ NC-40 ♦ NC-30 Approximate minimum audible limit on continuous noise ♦ NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> � •N MVZ-A24AA7 Condition Ascale LINE High 36.0 - Middle 33.0 - - - Low 28.0 - External Static Pressure: 75Pa 90 80 R a z N 70 n m 0'0 60 d d 50 w N N a 40 c ra > 30 O 20 10 NC-70 NC-60 NC-50 CO] NC-30 Approximate minimum audible limit on continuous noise ` NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A24AA7 Condition Ascale LINE High 42.0 - Middle 38.0 - - - Low 34.0 - External Static Pressure: 200Pa 90 80 ra IL z N 70 u m In 60 a m m 50 w a d a 40 A > 30 tv u O 20 10 NC-70 NC-60 NC-50 NC-40 NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A24AA7 Condition Ascale LINE High 38.0 - Middle 34.0 - - - Low 30.0 - External Static Pressure: 125Pa 90 8Q m a N. N 7Q u m op 6Q m m 5Q 3 to d a 410 c m n > 3C O 2Q 110 NC-70 NC-60 NC-50 � NC-40 ` NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A30AA7 Condition Ascale LINE High 38.0 - Middle 34.0 - - - Low 30.0 - External Static Pressure: 75Pa 90 8C R a N 7C u m p'0 60 a d d 50 In In Vl N a 4C m 4 3C O 2C 1C NC-70 NC-60 NC-50 ` NC-40 ♦ NC-30 Approximate minimum audible limit on continuous noise ♦ NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A30AA7 Condition Ascale LINE High 43.0 - Middle 39.0 - - - Low 35.0 - External Static Pressure: 200Pa 90 80 R a. z N 7C n m a op 6C a m d 50 m Vl N i a 40 v c m > 30 m u O 20 10 NC-70 NC-60 NC-50 NC-40 ♦ NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A30AA7 Condition Ascale LINE High 40.0 - Middle 36.0 - - - Low 32.0 - External Static Pressure: 125Pa 90 80 M a s CD N 70 u 0] op 60 m '- 50 d 3 N N d Q 40 R 4 > 30 U O 20 10 NC-70 NC-60 NC-50 � NC-40 NC-30 Approximate minimum audible limit on continuous noise ♦ NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> B-197 MVZ-A36AA7 Condition Ascale LINE High 41.0 — Middle 37.0 - - - Low 33.0 — External Static Pressure: 75Pa 90 80 ra a z N 70 n m 0'0 60 d d 50 in In N N a 40 c ra > 30 O 20 10 NC-70 NC-60 NC-50 NC-40 � ` NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A36AA7 Condition Ascale LINE High 45.0 — Middle 41.0 - - - Low 37.0 — External Static Pressure: 200Pa 90 80 M I1 z N 70 I m In 60 a m 50 w N a 40 A m 30 u O 20 10 NC-70 NC-60 NC-50 � NC-40 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> MVZ-A36AA7 Condition Ascale LINE High 43.0 — Middle 39.0 - - - Low 35.0 — External Static Pressure: 125Pa 90 80 m a N. N 70 u m op 6C m '— 5C m 3 to d Q 4C c m n > 3C R U O 2C 10 NC-70 ------------ NC-60 NC-50 � NC-40 ` NC-30 Approximate minimum audible limit on continuous noise NC-20 63 125 250 500 1000 2000 4000 8000 Octave band center frequencies <Hz> Aux. duct L U E M N 00 Front side 39-3/8 inch (1 m) Measurement location L I U I � � I M V I I co M I t c E M Aux. duct co ----------- I'm 8-1. INDOOR UNIT MVZ-Al2AA7 Vertical, Horizontal Right, Horizontal Left External static pressure : 75Pa, 0.30 [in.WG] 100 Power source: 208,230V 601-lz 75 a m 50 25 0 7 8 9 10 11 12 13 14 Airflow rate (W/min) Vertical, Horizontal Right, Horizontal Left External static pressure: 125Pa, 0.50 [in.WG] 150 Power source: 208 230V 60Hz 125 a d m 100 75 50 7 8 9 10 11 12 13 14 Airflow rate (Wlmin) Vertical, Horizontal Right, Horizontal Left External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 601-lz 200 175 01 m 150 Middle n 125 I i 100 L w i 75 7 8 9 10 11 12 13 14 Airflow rate (W/min) Down flow External static pressure : 75Pa, 0.30 [in.WG] 100 Power source: 208,230V 601-lz 75 a m 50 3 uJ 25 0 7 8 9 10 11 12 13 14 Airflow rate (rnNmin) Down flow 150 125 a_ 100 v 75 50 Power source: 208,230V 60Hz 25 7 8 9 10 11 12 13 14 Airflow rate (m3/min) Down flow External static pressure: 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 601-lz 200 Hig 175 a 150 d � n 125 I 100 Low 75 7 8 9 10 11 12 13 14 Airflow rate (m3/min) MVZ-A18AA7 Vertical, Horizontal Right, Horizontal Left External static pressure : 75Pa, 0.30 [in.WG] 100 Power source:208,230V 60Hz 75 a 50 9 25 0 10 11 12 13 14 15 16 17 18 19 20 Airflow rate (mYmin) Vertical, Horizontal Right, Horizontal Left External static pressure : 125Pa, 0.50 [in.WG] 150 1 Power source: 208,230V 60Hz 125 50 10 11 12 13 114 15 16 17 18 19 20 Airflow rate (W/min) Vertical, Horizontal Right, Horizontal Left External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 60Hz 200 JV- 175 a 150 d 125 100 Low i 75 10 11 12 13 14 15 16 17 18 19 20 Airflow rate(m3/min) Down flow External static pressure : 75Pa, 0.30 [in.WG] 100 Power source:208,230V 60Hz 75 a 50 'S 25 0 10 11 12 13 14 15 16 17 18 19 20 Airflow rate (m'/min) Down flow 150 125 a 100 d 75 y 50 u N,caau,c. i .w to ,.vv v, Power source: 208 230V 60Hz 25 - 10 11 12 13 14 15 16 17 18 19 20 Airflow rate (m3/min) Down flow External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 60Hz 200 High 175 40 a 150 Middi n 125 100 Low i 75 10 11 12 13 14 15 16 17 18 19 20 Airflow rate (m'/min) i �� MVZ-A24AA7 Vertical, Horizontal Right, Horizontal Left External static pressure : 75Pa, 0.30 [in.WG] 100 Power source: 208,230V 601-1z 75 a 50 3 m 25 0 13 14 15 16 17 18 19 20 21 22 23 24 Airflow rate (W/min) Vertical, Horizontal Right, Horizontal Left External static pressure : 125Pa, 0.50 [in.WG] 150 Power source:208,230V 601-1z 125 a m 100 v 75 50 13 14 15 16 17 18 19 20 21 22 23 24 Airflow rate (W/min) Vertical, Horizontal Right, Horizontal Left External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 601-1z 200 High i 175 a 150 i N 125 100 i 75 13 14 15 16 17 18 19 20 21 22 Airflow rate (Wlmin) Down flow External static pressure : 75Pa, 0.30 [in.WG] 100 Power source: 208,230V 601-1z 75 a 50 3 m 25 0 13 14 15 16 17 18 19 20 21 22 23 24 Airflow rate (W/min) Down flow 150 125 a_ 100 m 75 rn 50 25 External static pressure : 125Pa, 0.50 [in.WG] Power source: 208,230V 60Hz I�I�I�Iti�I�I�I.IFL71�\I�I� 13 14 15 16 17 18 19 20 21 22 23 24 Airflow rate (m3lmin) Down flow External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 601-1z 200 gh 175 10 6 150 v � 125 100 Low i 75 13 14 15 16 17 18 19 20 21 22 Airflow rate (m3/min) B-201 MVZ-A30AA7 Vertical, Horizontal Right, Horizontal Left External static pressure : 75Pa, 0.30 [in.WG] 100 Power source: 208,230V 60Hz 75 a 50 3 m 25 0 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 Airflow rate (W/min) Vertical, Horizontal Right, Horizontal Left External static pressure : 125Pa, 0.50 [in.WG] 150 1 Power source: 208,230V 60Hz 125 a 100 m 75 in 50 25 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 Airflow rate (m3/min) Vertical, Horizontal Right, Horizontal Left External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 60Hz 200 175 a I 150 d Mi dle 125 100 i Lo 75 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 Airflow rate (m3/min) Down flow External static pressure : 75Pa, 0.30 [in.WG] 100 Power source: 208,230V 60Hz 75 a 50 3 25 0 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 Airflow rate (W/min) Down flow 150 125 a 100 75 w 50 u N,caau,c. i .uv to ,.vv v, Power source:208,230V 60Hz 25 15 16 17 18 19 20 21 22 23 24 25 26 27 28 Airflow rate (W/min) Down flow External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 60Hz 200 High 175 a 150 i e n 125 100 Low 75 15 16 17 18 19 20 21 22 23 24 25 26 27 Airflow rate (m'/min) B-202 MVZ-A36AA7 Vertical, Horizontal Right, Horizontal Left External static pressure : 75Pa, 0.30 [in.WG] 100 Power source: 208,230V 601-1z 75 a 50 25 0 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 Airflow rate (mYmin) Vertical, Horizontal Right, Horizontal Left External static pressure : 125Pa, 0.50 [in.WG] 150 Power source:208,230V 601-1z 50 - 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Airflow rate (W/min) Vertical, Horizontal Right, Horizontal Left External static pressure : 200Pa, 0.80 [in.WG] 225 Power source: 208,230V 601-lz 200 Ot— i1i r 175 a 150 Mid le i n 125 100 Low 75 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Airflow rate (m3/min) Down flow External static pressure : 75Pa, 0.30 [in.WG] 125 1 Power source: 208,230V 601-1z 100 w 75 a n 50 m 25 0 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Airflow rate (mYrnln) Down flow External static pressure : 125Pa, 0.50 [in.WG] 175 Power source: 208,230V 60Hz OF 150 125 a 100 3 u 75 i 50 25 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Airflow rate (W/min) Down flow External static pressure : 150Pa, 0.60 [in.WG] zoo Power source: 208,230V 601-1z 175 a 150 MON m 125 too e m _ 75 Low 5-1 50 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Airflow rate (m3/min) B-203 I I.B.OW'd Outdoor unit MXZ- C Series Indoor unit 2C20NA2-U 1 3C24NA2-U 1 3C30NA2-U 1 4C36NA2-U 1 5C42NA2-U 1 8C48NA-U 1 8C60NA-U 1 M-series Wall MSZ-FE09NA ✓ ✓ ✓ ✓ .1 .1✓ Mounted MSZ-FE12NA ✓ ✓ ✓ MSZ-FH06NA ✓ ✓ ✓ ✓ ✓ ✓ ✓ MSZ-FH09NA ✓ ✓ ✓ ✓ V MSZ-FH12NA _.... ..... ✓ ✓ ✓ ✓ ✓ ......... ✓ .. ✓ MSZ-FH15NA ........ ✓ ✓ ......... ✓ ......... ✓ ............... ✓ ......... ✓ .. ...._...._. ✓ MSZ-FH18NA2 ✓ ✓ ✓ ✓ ✓ MSZ-GE06NA ✓ r ✓ ✓ ✓ ✓ ✓ MSZ-GE09NA ✓ r.1 V MSZ-GE12NA ✓ ✓ ✓ ✓ ....................e... ✓ ........................ ✓ ........... ................✓ MSZ-GE15NA ✓ ✓ ✓ ✓ ✓ ✓ ✓ MSZ-GE18NA ✓ ✓ _ ✓ - MSZ-GE24NA ✓ ✓ ✓_- MSZ-GL06NA ✓ r ✓ ✓ ✓ ✓ ✓ _ ._ MSZ-GL09NA ✓ ................................ ✓ ✓ ........................ ✓ ....................................... ✓ ................................ ✓ ..............................._ ✓ MSZ-GL12NA ✓ ✓ ✓ ✓ ✓ .1✓ MSZ-GL15NA r ✓ ✓ ✓ ✓ _ ✓ ✓- MSZ-GL18NA r ✓ ✓ ✓ ✓ ✓- MSZ-GL24NA ✓ ✓ _ ✓ ......... ✓ .. ✓ MSZ-EF09NAW(S)(B) `'_ _ '� `' ✓ _ `' _ `' .1_ MSZ-EF12NAW(S)(B) ✓ ✓ ✓ ✓ ✓ ✓ ✓ MSZ-EF15NAW(S)(B) ✓ ✓ ✓ _ ✓ ✓ ✓ ✓ MSZ-EF18NAW S B ✓ ✓ _ ✓ ✓ ✓ ✓ MSZ-HM09NA _ MSZ-HM12NA ........................ ................... -..................... ........... ............................... ... .................................. .... ............................... ........... ......................... ..... MSZ-HM15NA MSZ-HM18NA MSZ-HM24NA 1-way MLZ-KP09NA..................................... ✓ ✓ ✓........... ✓................................. ✓ ✓ ✓ Cassette MLZ-Kl3UNA ✓ ✓ ✓ ✓ ✓ ✓ ✓ MLZ-KP18NA _ ✓ - ✓ ✓ _ ✓ ✓ ✓ Floor MFZ-KJ09NA ✓ ✓ ✓ ✓ ✓ ✓ r Standing MFZ-KJ12NA ✓ r ✓ r MFZ-KJ15NA ✓ ✓ ✓ ✓ ✓ ✓ ✓ MFZ-KJ18NA ✓ ✓ ✓ ✓ ✓ ✓ Vertical *2 MVZ-Al2AA ✓ ✓ ✓ ✓ ✓ ✓ ✓ (MultiPosition) MVZ-A18AA ✓ ✓ r ✓ ✓ ✓ MVZ-A24AA ✓ ✓ ✓ ✓ ✓ MVZ-A30AA ✓ ✓ MVZ-A36AA ......... ........ ✓ ✓ S-series 4-way SLZ-KA09NA ✓ ✓ ✓ ✓ ✓ ✓ ✓ Cassette SLZ-KAl2NA ✓ r ✓ ✓ ✓ ✓ SLZ-KA15NA ✓ ✓ ✓ ✓ ✓ ✓ Ceiling ✓ ✓ ✓ ✓ __ ✓ ✓ ✓__ SEZ-KD09NA Conceald *3 *4 SEZ-KD12NA ✓ ✓ ✓ ✓ ✓ ✓ ✓ SEZ-KD15NA ✓ ✓ ✓ ✓ _ .1 .1 SEZ-KD18NA _ ✓ ✓ .i _ ✓ ✓ ✓ Vertical SVZ-KP12NA _.... MultiPosition SVZ-KP18NA ......... ................... ......... P-series 4-way PLA-Al2EA ✓ ✓ Cassette *5 PLA-A18EA ✓ ✓ ✓ ✓ ✓ ✓ PLA-A24EA ✓ ✓ PLA-A30EA ... ......... ..................................... ✓ ✓ PLA-A36EA ......... .................. ✓ ✓ PLA-A42EA Ceiling PCA-A24KA ✓ ✓ ✓ Suspended PCA-A30KA PCA-A36KA PCA-A42KA Ceiling PEAD-A09AA ✓ ✓ ✓ ✓ ✓ ✓ ✓ Conceald *3 *4 PEAD-Al2AA ✓ r ✓ r ✓ ✓ r PEAD-A15AA r ✓ r ✓ ✓ ✓ PEAD-A18AA ............................ ✓ ✓ ✓ ✓ ✓ ✓ PEAD-A24AA ✓ ✓ ✓ ✓ ✓ PEAD-A30AA ✓ ✓ PEAD-A36AA r ✓ PEAD-A42AA *1 When operating MXZ-2C20, 3C24, 3C30, 4C36 and 5C42NA2-U1, the total current of indoor units must be 3A or less. *2 When connecting a multi -position unit(s), set additional constraints as follows. For connections other than those specified below, consult your dealer. • MXZ_RCARNA fFnr aarh rnnnartarl hranrh hnxl • MXZ_RCRONA fFnr aarh rnnnartarl hranrh hnxl Number of connecting Constraints multi -position unit 2 Any indoor units other than multi -position models are not connectable. 1 Only 1 SEZ or 1 PEAD can be included in the connection. Number of connecting multi -position unit Constraints 2 Any indoor units other than multi -position models are not connectable. The total rated capacity (cooling) should be 1 100% or below including the MVZ-series unit. Only 1 SEZ or 1 PEAD can be included in the connection. *3 For MXZ-8C60NA; When connecting the SEZ and PEAD-series units, the total rated capacity (cooling) per 1 branch box should be 100% or below including the SEZ and PEAD-series units. (Only if connecting to PAC-MKA50/51 BC) *4 For MXZ-8C48NA; A branch box can connect to maximum 3 of the SEZ/PEAD-series units. When connecting with 3 of the SEZ/PEAD-series units per 1 branch box, other inside units cannot be connected. For MXZ-8C60NA; A branch box can connect to maximum 2 of the SEZ/PEAD-series units. When connecting with 1 and over 1 of the SEZ/PEAD series units, the total ability including of the SEZ/PEAD is 100% and below 100%. *5 For MXZ-8C48NA/8C60NA; When the system includes even 1 unit of PLA-A-EA7, the number of the maximum connectable indoor units is decreased as fol- lows: 6 for MXZ-8C48NA-U1 and MXZ-8C60NA-U1 C-1 Outdoor unit MXZ- C Series 2C20NAHZ2-U1 3C24NAHZ2-U1 3C30NAHZ2-U1 4C36NAHZ-U1 5C42NAHZ-U1 8C48NAHZ-U1 Indoor unit M-series Wall MSZ-FE09NA ✓ ✓ ✓ ✓ ✓ ✓ Mounted ........ .......... MSZ-FE12NA ✓ ......... ✓ ✓ ✓ ✓ ✓ MSZ-FH06NA ✓ ✓ ✓ ✓ ✓ ✓ MSZ-FH09NA ✓ ✓ - ✓ ✓_- ✓ MSZ-FH12NA ✓ ✓ - ✓ MSZ-FH15NA ✓ ✓ ✓ MSZ-FH18NA2 ..................................... ✓ ✓ .................. ✓ ✓ ............. .. ✓ MSZ-GE06NA ✓ ✓ ✓ ✓_ ✓ ✓ MSZ-GE09NA ✓ ✓ - ✓ ✓ ✓ ✓ MSZ-GE12NA ✓ ✓ - ✓ ✓ ✓ ✓ MSZ-GE15NA ✓ ......... ✓ ✓ ✓ ✓ ✓ MSZ-GE18NA ........................................... ✓ ✓ ✓ ✓ ✓ MSZ-GE24NA ✓ MSZ-GL06NA ✓ ✓ ✓ ✓ ✓ ✓ MSZ-GL09NA ✓ ✓ ✓ MSZ-GL12NA ✓ _ ✓ ✓ ✓ _ ✓ ✓ MSZ-GL15NA .. .......... ✓ ......... ......... ✓ ............ ✓ ............. ✓ ✓ .......................... ✓ MSZ-GL18NA ✓ ✓ MSZ-GL24NA ✓ ✓ -.._ ✓ MSZ-EF09NAW(S)(B) ✓ " `i ✓ ......... MSZ-EF12NAW(S)(B) `' ......... r ..................✓ ✓ ......... ......... ✓............ ............... t' MSZ-EFI5NAW(S)(B) '' ✓ ✓ ✓__ ✓ ✓ MSZ-EF18NAW S B ✓ ✓ ✓ ✓ ✓ MSZ-HM09NA MSZ-HM12NA MSZ-HM15NA MSZ-HM18NA MSZ-HM24NA 1-way MLZ-KP09NA ✓ ✓ ✓ ✓ ✓ ✓ Cassette MLZ-KP12NA ✓ ✓ ✓ r ✓ MLZ-KP18NA ✓ ✓ ...................................................................................................... ✓ ✓ ✓ Floor MFZ-KJ09NA ✓ ✓ ✓ ✓ ✓ ✓ Standing MFZ-KJ12NA ✓ ✓ ✓ ✓ ✓ MFZ-KJ15NA ✓ ✓ ✓ ✓ ✓ ... MFZ-KJ18NA ✓ ... ✓ ................... ....................... ✓ ................... ....................... ✓ ................... .................. - .1 Vertical *2 MVZ-Al2AA ✓ ✓ ✓ ✓ ✓ ✓ (MultiPosition) MVZ-A18AA ✓_ ✓ ✓ ✓ ✓ MVZ-A24AA ✓ ✓ ✓ ✓ MVZ-A30AA ✓ MVZ-A36AA ✓ ✓ ✓ S-series 4-way SLZ-KA09NA ✓ ✓ _ `' __ _ '�_ ✓ ✓ Cassette SLZ-KAl2NA ✓ ✓ ✓ ✓ ✓ ✓ SLZ-KA15NA ✓ ✓ ✓ .... ✓ Ceiling SEZ-KD09NA 61 �................... Conceald *3 ................. SEZ-KD12NA ................_.•................... ................... ✓ .................. ✓ ............... ._....... ✓ _Y..................................._..................................._ ✓ ✓ ✓ SEZ-KD15NA ✓ ✓ ✓ ✓ ✓ ✓ SEZ-KD18NA ✓ ✓ Vertical SVZ-KP12NA MultiPosition SVZ-KP18NA P-series 4-way PLA-Al2EA ✓ ✓ Cassette *4 PLA-A18EA ✓ ......... ✓ ✓ ✓ ✓ PLA-A24EA ✓ ✓ PLA-A30EA ✓ ✓ PLA-A36EA ✓ ✓ ................................................................................................................... PLA-A42EA ...................................................................... Ceiling PCA-A24KA ✓ Suspended PCA-A30KA PCA-A36KA PCA-A42KA ............................................................................ Ceiling PEAD-A09AA `' ✓ �' ' ✓ ✓ Conceald *3 PEAD-Al2AA ✓ ✓ _ _ _ ✓ ✓ ✓ ✓ PEAD-A15AA ✓ ✓ ✓ ✓ PEAD-A18AA ✓ ✓ ✓ ✓ PEAD-A24AA ........ ......... ✓ ✓ ........ ✓ ......... ......... ✓ PEAD-A30AA ........ ......... ........_ ✓ ........ ✓ ......... ......... ✓ PEAD-A36AA .� ✓ PEAD-A42AA *1 When operating MXZ-2C20, 3C24 and 3C30NAHZ2-U1, the total current of indoor units must be 3A or less. *2 When connecting a multi -position unit(s), set additional constraints as follows. For connections other than those specified below, consult your dealer a MX7-dr3RNA147/SrA9NAH7/RrAANAH7 IFnr—rh rnnnartarl hranrh hnvl Number of connecting Constraints multi -position unit 2 Any indoor units other than multi -position models are not connectable. 1 Only 1 SEZ or 1 PEAD can be included in the connection. *3 For MXZ-4C36NAHZ/5C42NAHZ/8C48NAHZ; A branch box can connect to maximum 3 of the SEZ/PEAD-series units. When connecting with 3 of the SEZ/ PEAD-series units per 1 branch box, other inside units cannot be connected. *4 For MXZ-4C36NAHZ/5C42NAHZ/8C48NAHZ; When the system includes even 1 unit of PLA-A•EA7, the number of the maximum connectable indoor units is decreased as follows: 3 for MXZ4C36NAHZ-U1, 4 for MXZ-5C42NAHZ-U1, and 6 for MXZ-8C48NAHZ-U1