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REVIEWED BLD2024-0233+Manufacturer_Specifications_and_Installation_Instructions+2.20.2024_2.06.37_PM+4070787LARKIN PROFILE UNIT COOLERS a Technical Guide Including models meeting DOE minimum AWEF r r �&W - LOW PROFILE UNIT COOLERS TABLE OF CONTENTS Nomenclature Preferred Option Packages Features & Benefits Air Defrost 7 Performance Data 7 Application Capacity: Air Defrost- 60 Hz 8 Application Capacity: Air Defrost- 60 Hz (CO2 DX) 9 Application Capacity: Air Defrost- 50 Hz (For PSC Motors) t 10 Application Capacity: Air Defrost- 50 Hz (CO2 DX) 11 Unit Specifications Electric Defrost 14 Performance Data 14 Application Capacity: Low Temperature Electric Defrost- 60 Hz 16 Application Capacity: Low Temperature Electric Defrost- 60 Hz (CO2 DX) 17 Application Capacity: Low Temperature Electric Defrost- 50 Hz (For PSC Motors) t 19 Application Capacity: Low Temperature Electric Defrost- 50 Hz (CO2 DX) 20 Application Capacity: Medium Temperature Electric Defrost- 60 Hz 22 Application Capacity: Medium Temperature Electric Defrost- 60 Hz (CO2 DX) 23 Unit Specifications Hot Gas Defrost 27 Performance Data 27 Application Capacity: Low Temperature Hot Gas Defrost- 60 Hz 29 Application Capacity: Low Temperature Hot Gas Defrost- 50 Hz (For PSC Motors) t 31 Application Capacity: Medium Temperature Hot Gas Defrost- 60 Hz 33 Unit Specifications Physical Data Dimensional Drawings DOE Rated AWEF 43 AWEF 43 Air Defrost 2-Speed EC Motors 44 Electric Defrost 1-Speed EC Motors 45 Electric Defrost 2-Speed EC Motors 46 Hot Gas Defrost 1-Speed EC Motors 47 Hot Gas Defrost 2-Speed EC Motors Hot Gas Defrost Reverse Cycle 48 Hot Gas Reverse Cycle Kits 48 Reverse Cycle Piping Replacement Parts 51 Motor/Motor Mounts 51 Fan Blade/Fan Guard 51 Cabinet Components 53 Drain Pan Heaters 53 Coil Defrost Heaters 53 Electrical Components 53 Drain Fitting Standard Nozzle Selection 55 Air Defrost 56 Electric Defrost 57 Hot Gas Defrost Z NOMENCLATURE REFRIGERANT DESIGNATOR S = Standard Refrigerants (R-404A, R-448A/ R-449A, R-407A/ PRODUCT NOMINAL R-407F, R-407C) IDENTIFIER CAPACITY G = Glycol E = Evaporator x100 = BTU/h C = CO2 DX DEFROST STYLE A=Air Defrost E = Electric Defrost H = Hot DESIGN Gas Defrost REVISION • • El 13 © •$a] BRAND EVAPORATOR ELECTRICAL CODE L = Larkin STYLE A=115/1/60 L = Low Profile B = 208-230/1/60 C = 208-230/3/60 M = 460/1/60 0105 Q = 220/1/50 FINS PER INCH (fpi) MOTOR TYPE M = 2-Speed EC E = 1- Speed EC C = PSC Totally Enclosed FACTORY -INSTALLED OPTION PACKAGES B#### = Preferred Option Packages D#### = A la Carte Options Y#### = Custom Option Packages LOW PROFILE UNIT COOLERS PREFERRED OPTION PACKAGES (HFC Refrigerants) B0000 Standard Base B0100 Beacon II (R-404A/R-448A/R-449A) B0101 Beacon II (R-407A/R-407C/R-407F) B0200 intelliGen Refrigeration Controller (R-404A/R-448A/R-449A) B0201 intelliGen Refrigeration Controller (R-407A/R-407C/R-407F) B0300 Quick Response Controller (R-404A/R-448A/R-449A) B0301 Quick Response Controller (R-407A/R-407C/R-407F) B0403 Mounted Components (TXV, Solenoid Valve, Electronic T'Stat — R-404A) B0404 Mounted Components (TXV, Solenoid Valve, Electronic T'Stat — R-407A/C/F) B0405 Mounted Components (TXV, Solenoid Valve, Electronic T'Stat — R-448A/R-449A) PREFERRED OPTION PACKAGES (CO2 DX) B0500 Danfoss EEV (120V) with 1/4"MPT Transducer Connection Standard Base (Pressure Transducer not included) B0501 Danfoss EEV (120V) with 1/4"MPT Transducer Connection (Pressure Transducer not included) + Filter Drier Sporlan EEV (120V) with 1/4"MPT Transducer Connection B0502 (Pressure Transducer not included) + Filter Drier B0503 Danfoss EEV (120V) with Danfoss Pressure Transducer B0504 Danfoss EEV (120V) with Danfoss Pressure Transducer + Filter Drier B0505 Danfoss EEV (120V) with CPC Pressure Transducer B0506 Danfoss EEV (120V) with CPC Pressure Transducer + Filter Drier B0507 Sporlan EEV (120V) with Microthermo Pressure Transducer + Filter Drier FEATURES & BENEFITS CABINET ■ Cabinet design features hinged, removable front access panels on each side for easy access to electrical and refrigeration components. ■ Molded fan guard and access panels are made of strong, durable, NSF and UL Sanitation rated lightweight and damage -resistant molded plastic material. ■ Quick -removal fan guard/motor assembly for easier servicing of air mover parts. ■ Sweat connections to reduce potential for leaks. ■ Liquid line solenoid wire harness is factory -installed for quick installation. COIL ■ Internally enhanced tubing and fin design for higher efficiency. ■ Coil heater slots have been enlarged for easier installation and replacement. ■ Hot gas loop on bottom of coil for easier access is standard on hot gas defrost models. ■ Fixed defrost termination for electric, adjustable defrost termination for hot gas. CONTROLS OPTIONS ■ intelliGen'M Refrigeration Controller (iRC) — Factory mounted, tested and calibrated with an electronic expansion valve, pressure transducer, temperature sensors, control board and User Interface. Standard features include Door Sensor, Product Load Input and Alarm Output. — Optional Field installable intelliGen'M Webserver Card (iWC) enables local and remote monitoring on any smart phone, tablet or PC. — Optional Field installable intelliGenT" Integration Card (iIC) enables connectivityto BACnet and Modbus. ■ Quick Response Controller units include factory mounted electronic expansion valve, pressure transducer, temperature sensors and control board. ■ Beacon II'M units include factory mounted electronic expansion valve, pressure transducer, temperature sensors and control board. MOTORS ■ Motors plug into wiring harness for easier servicing. ■ 2-Speed EC motors standard on Air Defrost models. ■ 1-Speed EC motors standard on Electric Defrost & Hot Gas Defrost models. DRAIN PAN ■ Large diameter drain hole (3/4" ID) is located towards the back of the unit. ■ Extended drain pan heaters for more uniform defrost throughout the drain pan and additional heat in end compartments. ■ Hinged, removable drain pans allow for easy and safe access (3-6 fan units only). OTHER OPTIONS ■ Units available with factory installed mounted components: Expansion Valve, Mechanical Room Thermostat, Solenoid Valve with Dual Voltage Coil. ■ Units available with mounted TXV and mounted TXV with solenoid valve. — Pre -assembled units come with mounted TXV, liquid line solenoid valve and room thermostat. — Available in a master liquid line configuration. — Pre -charged units come with mounted TXV, liquid line solenoid valve, room thermostat and quick connect fittings. ■ Units available with stainless steel housing and drain pan. ■ All units come standard with aluminum fin, copper tube coils. Units available with various coil material / coating options including polyester fin coating, black electrostatic fin coating, copper fins and Bronz- Glow coil coating. Please review our price book for availability. ■ Units available with insulated drain pan. LOW PROFILE UNIT COOLERS FEATURES & BENEFITS Optional Factory Mounted Components Choose from Heatcraft's industry -leading intelliGen'" Refrigeration Controller, Quick Response Controller, Beacon II Control or traditional mechanical components. Hinged & Removeable Access Panels allow for easy access to both refrigeration and electrical end of Low Profile units. 1 Composite Molded Access Panels have undergone extensive engineering and laboratory testing to ensure they are damage resistant from drops, dents, and bangs. Hinged Drain Pan improves access to service and clean the drain pan and coil (3-6 fan models only) Table 1: Capacity Correction Factors Easy Service Motor Re -Engineered Fan Mount quickly and Guards have been easily allows motor redesigned for optimized to be removed air circulation and comply for service or to new UL60335 safety replacement. standard. Saturated Suction Temperature °F +20 -10 -20 -30 Saturated Suction Temperature °C -7 -23 -29 -34 Multiply Capacity By 1.15 1.04 1.00 0.90 6 PERFORMANCE DATA Application Capacity: Air Defrost- 60 Hz Please consult AWEF table on page 43 to confirm model meets DOE minimum AWEF LEL0045*S6A^A LCA640 4,000 1,200 4,600 1,300 1 653 1,109 LEL0055*S6A^A LCA651 5,200 1,500 6,100 1,800 1 610 1,036 LEL0060*S6A^A LCA662 6,500 1,900 7,800 2,300 1 610 1,036 LCA672 LEL0095*S6A^A LCA672 8,000 2,300 10,000 2,900 2 1,305 2,217 LCA690 LEL0105*S6A^A LCA690 9,200 2,650 12,500 3,600 2 1,305 2,217 LEL0115*S6A^A LCA6110 11,700 3,370 14,500 4,180 2 1,220 2,073 LEL0125*S6A^A LCA6135 13,000 3,800 15,500 4,500 2 1,220 2,073 LEL0155*S6A^A LCA6135 14,000 4,100 16,800 4,900 3 1,958 3,327 LEL0190*S6A^A LCA6160 18,000 5,300 21,200 6,200 3 1,830 3,109 LCA6185 LEL0250*S6A^A LCA6215 20,800 6,100 24,600 7,200 4 2,440 4,146 LEL0295*S6A^A LCA6260 26,000 7,600 30,700 9,000 5 3,050 5,182 LEL0350*S6A^A LCA6310 31,200 9,100 36,800 10,800 6 3,660 6,218 LEL0380*S6A^A LCA6350 37,000 10,800 44,400 13,000 6 3,660 6,218 LEL0045*S6A^A LCA640 4,600 1,300 4,600 1,300 1 653 1,109 LEL0055*S6A^A LCA651 6,100 1,800 6,100 1,800 1 610 1,036 LEL0060*S6A^A LCA662 7,800 2,300 7,800 2,300 1 610 1,036 LCA672 LEL0095*S6A^A LCA672 10,000 2,900 10,000 2,900 2 1,305 2,217 LCA690 LEL0105*S6A^A LCA690 12,500 3,600 12,500 3,600 2 1,305 2,217 LEL0115*S6A^A LCA6110 14,500 4,180 14,500 4,180 2 1,220 2,073 LEL0125*S6A^A LCA6135 15,500 4,500 15,500 4,500 2 1,220 2,073 LEL0155*S6A^A LCA6135 16,800 4,900 16,800 4,900 3 1,958 3,327 LEL0190*S6A^A LCA6160 21,200 6,200 21,200 6,200 3 1,830 3,109 LCA6185 LEL0250*S6A^A LCA6215 24,600 7,200 24,600 7,200 4 2,440 4,146 LEL0295*S6A^A LCA6260 30,700 9,000 30,700 9,000 5 3,050 5,182 LEL0350*S6A^A LCA6310 36,800 10,800 36,800 10,800 6 3,660 6,218 LEL0380*S6A^A LCA6350 44,400 13,000 44,400 13,000 6 3,660 6,218 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request LOW PROFILE UNIT COOLERS ■ PERFORMANCE DATA Application Capacity: Air Defrost- 60 Hz Please consult AWEF table on page 43 to confirm model meets DOE minimum AWEF LEL0045*C6A^A N/A 4,600 1,348 1 653 1,109 LEL0055*C6A^A N/A 6,100 1,788 1 610 1,036 LEL0060*C6A^A N/A 7,800 2,286 1 610 1,036 LEL0095*C6A^A N/A 10,000 2,931 2 1,305 2,217 LEL0105*C6A^A N/A 12,500 3,663 2 1,305 2,217 LEL0115*C6A^A N/A 14,500 4,250 2 1,220 2,073 LEL0125*C6A^A N/A 15,500 4,543 2 1,220 2,073 LEL0155*C6A^A N/A 16,800 4,924 3 1,958 3,327 LEL0190*C6A^A N/A 21,200 6,213 3 1,830 3,109 LEL0250*C6A^A N/A 24,600 7,210 4 2,440 4,146 LEL0295*C6A^A N/A 30,700 8,997 5 3,050 5,182 LEL0350*C6A^A N/A 36,800 10,785 6 3,660 6,218 LEL0380*C6A^A N/A 44,400 13,012 6 3,660 6,218 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request 8 PERFORMANCE DATA Application Capacity: Air Defrost- 50 Hz (For PSC Motors) t Please consult AWEF table on page 43 to confirm model meets DOE minimum AWEF LEL0045*S6A^A LCA640 3,800 1,140 4,370 1,235 1 588 999 LEL0055*S6A^A LCA651 4,940 1,425 5,795 1,710 1 549 933 LEL0060*S6A^A LCA662 6,175 1,805 7,410 2,185 1 549 933 LCA672 LEL0095*S6A^A LCA672 7,600 2,185 9,500 2,755 2 1,175 1,995 LCA690 LEL0105*S6A^A LCA690 8,740 2,518 11,875 3,420 2 1,175 1,995 LEL0115*S6A^A LCA6110 11,115 3,202 13,775 3,971 2 1,098 1,866 LEL0125*S6A^A LCA6135t 12,350 3,610 14,725 4,275 2 1,098 1,866 LEL0155*S6A^A LCA6135 13,300 3,895 15,960 4,655 3 1,762 2,994 LEL0190*S6A^A LCA6160 17,100 5,035 20,140 5,890 3 1,647 2,798 LCA6185$ LEL0250*S6A^A LCA6215 19,760 5,795 23,370 6,840 4 2,196 3,731 LEL0295*S6A^A LCA6260 24,700 7,220 29,165 8,550 5 2,745 4,664 LEL0350*S6A^A LCA6310 29,640 8,645 34,960 10,260 6 3,294 5,597 LEL0380*S6A^A LCA6350 35,150 10,260 42,180 12,350 6 3,294 5,597 LEL0045*S6A^A LCA640 4,370 1,235 4,370 1,235 1 588 999 LEL0055*S6A^A LCA651 5,795 1,710 5,795 1,710 1 549 933 LEL0060*S6A^A LCA662 7,410 2,185 7,410 2,185 1 549 933 LCA672 LCA672 LEL0095*S6A^A 9,500 2,755 9,500 2,755 2 1,175 1,995 LCA690 LEL0105*S6A^A LCA690 11,875 3,420 11,875 3,420 2 1,175 1,995 LEL0115*S6A^A LCA6110 13,775 3,971 13,775 3,971 2 1,098 1,866 LEL0125*S6A^A LCA6135t 14,725 4,275 14,725 4,275 2 1,098 1,866 LEL0155*S6A^A LCA6135 15,960 4,655 15,960 4,655 3 1,762 2,994 LEL0190*S6A^A LCA6160 20,140 5,890 20,140 5,890 3 1,647 2,798 LCA61851 LEL0250*S6A^A LCA6215 23,370 6,840 23,370 6,840 4 2,196 3,731 LEL0295*S6A^A LCA6260 29,165 8,550 29,165 8,550 5 2,745 4,664 LEL0350*S6A^A LCA6310 34,960 10,260 34,960 10,260 6 3,294 5,597 LEL0380*S6A^A LCA6350 42,180 12,350 42,180 12,350 6 3,294 5,597 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 100F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request t = For 1-speed and 2-speed EC motors, use 60 Hz capacity and airflow values. (units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Air Defrost- 50 Hz (For PSC Motors)' Please consult AWEF table on page 43 to confirm model meets DOE minimum AWEF LEL0045*C6A^A N/A 4,370 1,281 1 588 999 LEL0055*C6A^A N/A 5,795 1,698 1 549 933 LEL0060*C6A^A N/A 7,410 2,172 1 549 933 LEL0095*C6A^A N/A 9,500 2,784 2 1,175 1,996 LEL0105*C6A^A N/A 11,875 3,480 2 1,175 1,996 LEL0115*C6A^A N/A 13,775 4,037 2 1,098 1,866 LEL0125*C6A^A N/A 14,725 4,315 2 1,098 1,866 LEL0155*C6A^A N/A 15,960 4,677 3 1,762 2,994 LEL0190*C6A^A N/A 20,140 5,902 3 1,647 2,798 LEL0250*C6A^A N/A 23,370 6,849 4 2,196 3,731 LEL0295*C6A^A N/A 29,165 8,547 5 2,745 4,664 LEL0350*C6A^A N/A 34,960 10,246 6 3,294 5,597 LEL0380*C6A^A N/A 42,180 12,362 6 3,294 5,597 Notes: I = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request t = For 1-speed and 2-speed EC motors, use 60 Hz capacity and airflow values. (units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) 10 ■ SPECIFICATIONS Air Defrost- 60 Hz Please consult AWEF table on page 43 to confirm model meets DOE minimum AWEF LEL0045*±6AMA 1/20 0.9 55 1.1 20 0.5 55 0.6 15 LEL0055*±6AMA 1/20 0.9 55 1.1 20 0.5 55 0.6 15 LEL0060*±6AMA 1/20 0.9 55 1.1 20 0.5 55 0.6 15 LEL0095*±6AMA 1/20 1.8 110 2.0 20 1.0 110 1.1 15 LEL0105*±6AMA 1/20 1.8 110 2.0 20 1.0 110 1.1 15 LEL0115*±6AMA 1/20 1.8 110 2.0 20 1.0 110 1.1 15 LEL0125*±6AMA 1/20 1.8 110 2.0 20 1.0 110 1.1 15 LEL0155*±6AMA 1/20 2.7 165 2.9 20 1.5 165 1.6 15 LEL0190*±6AMA 1/20 2.7 165 2.9 20 1.5 165 1.6 15 LEL0250*±6AMA 1/20 3.6 220 3.8 20 2.0 220 2.1 15 LEL0295*±6AMA 1/20 4.5 275 4.7 20 2.5 275 2.6 15 LEL0350*±6AMA 1/20 5.4 330 5.6 20 3.0 330 3.1 15 LEL0380*±6AMA 1/20 5.4 330 5.6 20 3.0 330 3.1 15 LEL0045*±6AEA 1/20 0.9 55 1.1 20 0.5 59 0.6 15 LEL0055*±6AEA 1/20 0.9 55 1.1 20 0.5 59 0.6 15 LEL0060*±6AEA 1/20 0.9 55 1.1 20 0.5 59 0.6 15 LEL0095*±6AEA 1/20 1.8 110 2.0 20 1.0 118 1.1 15 LEL0105*±6AEA 1/20 1.8 110 2.0 20 1.0 118 1.1 15 LEL0115*±6AEA 1/20 1.8 110 2.0 20 1.0 118 1.1 15 LEL0125*±6AEA 1/20 1.8 110 2.0 20 1.0 118 1.1 15 LEL0155*±6AEA 1/20 2.7 165 2.9 20 1.5 177 1.6 15 LEL0190*±6AEA 1/20 2.7 165 2.9 20 1.5 177 1.6 15 LEL0250*±6AEA 1/20 3.6 220 3.8 20 2.0 236 2.1 15 LEL0295*±6AEA 1/20 4.5 275 4.7 20 2.5 295 2.6 15 LEL0350*±6AEA 1/20 5.4 330 5.6 20 3.0 354 3.1 15 LEL0380*±6AEA 1/20 5.4 330 5.6 20 3.0 354 3.1 15 Notes: = Electrical Code Designator (see Nomenclature details) ±= Refrigerant Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS ■ SPECIFICATIONS Air Defrost- 60 Hz Please consult AWEF table on page 43 to confirm model meets DOE minimum AWEF LEL0045*±6ACA 1/20 1.0 82 1.3 20 0.5 91 0.6 15 0.4 117 0.5 15 LEL0055*±6ACA 1/20 1.0 82 1.3 20 0.5 91 0.6 15 0.4 117 0.5 15 LEL0060*±6ACA 1/20 1.0 82 1.3 20 0.5 91 0.6 15 0.4 117 0.5 15 LEL0095*±6ACA 1/20 2.0 164 2.3 20 1.0 182 1.1 15 0.8 234 0.9 15 LEL0105*±6ACA 1/20 2.0 164 2.3 20 1.0 182 1.1 15 0.8 234 0.9 15 LEL0115*±6ACA 1/20 2.0 164 2.3 20 1.0 182 1.1 15 0.8 234 0.9 15 LEL0125*±6ACA 1/20 2.0 164 2.3 20 1.0 182 1.1 15 0.8 234 0.9 15 LEL0155*±6ACA 1/20 3.0 246 3.3 20 1.5 273 1.6 15 1.2 351 1.3 15 LEL0190*±6ACA 1/20 3.0 246 3.3 20 1.5 273 1.6 15 1.2 351 1.3 15 LEL0250*±6ACA 1/20 4.0 328 4.3 20 2.0 364 2.1 15 1.6 468 1.7 15 LEL0295*±6ACA 1/20 5.0 410 5.3 20 2.5 455 2.6 15 2.0 585 2.1 15 LEL0350*±6ACA 1/20 6.0 492 6.3 20 3.0 546 3.1 15 2.4 702 2.5 15 LEL0380*±6ACA 1/20 6.0 492 6.3 20 3.0 546 3.1 15 2.4 702 2.5 15 Notes: = Electrical Code Designator (see Nomenclature details) ±= Refrigerant Designator (see Nomenclature details) 12 ■ SPECIFICATIONS Air Defrost- 50 Hz Please consult AWEF table on page 43 to confirm model meets DOE minimum AWEF LEL0045*±6A^A 1/20 0.5 55 0.6 15 0.5 59 0.6 15 0.5 65 0.6 15 LEL0055*±6A^A 1/20 0.5 55 0.6 15 0.5 59 0.6 15 0.5 65 0.6 15 LEL0060*±6A^A 1/20 0.5 55 0.6 15 0.5 59 0.6 15 0.5 65 0.6 15 LEL0095*±6A^A 1/20 1.0 110 1.1 15 1.0 118 1.1 15 1.0 130 1.1 15 LEL0105*±6A^A 1/20 1.0 110 1.1 15 1.0 118 1.1 15 1.0 130 1.1 15 LEL0115*±6A^A 1/20 1.0 110 1.1 15 1.0 118 1.1 15 1.0 130 1.1 15 LEL0125*±6A^A 1/20 1.0 110 1.1 15 1.0 118 1.1 15 1.0 130 1.1 15 LEL0155*±6A^A 1/20 1.5 165 1.6 15 1.5 177 1.6 15 1.5 195 1.6 15 LEL0190*±6A^A 1/20 1.5 165 1.6 15 1.5 177 1.6 15 1.5 195 1.6 15 LEL0250*±6A^A 1/20 2.0 220 2.1 15 2.0 236 2.1 15 2.0 260 2.1 15 LEL0295*±6A^A 1/20 2.5 275 2.6 15 2.5 295 2.6 15 2.5 325 2.6 15 LEL0350*±6A^A 1/20 3.0 330 3.1 15 3.0 354 3.1 15 3.0 390 3.1 15 LEL0380*±6A^A 1/20 3.0 330 3.1 15 3.0 354 3.1 15 3.0 390 3.1 15 Notes: * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) ±= Refrigerant Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Low Temperature Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6E^A LCE635 3,500 1,000 3,900 1,000 6 LEL0045*S6E^A LCE643 4,700 1,400 5,300 1,600 6 LEL0065*S6E^A LCE665 6,500 1,900 7,200 2,100 6 LEL0080*S6E^A LCE676 7,500 2,200 8,400 2,500 6 LEL0100*S6E^A LCE694 9,000 2,600 9,900 2,900 6 LEL0130*S6E^A LCE6120 12,000 3,500 13,500 4,000 6 LEL0155*S6E^A LCE6140 14,000 4,100 16,000 4,700 6 LEL0170*S6E^A LCE6160 16,000 4,700 17,900 5,200 6 LEL0205*S6E^A LCE6180 18,000 5,300 20,100 5,900 6 LEL0240*S6E^A LCE6200 20,000 5,900 22,800 6,600 6 LEL0255*S6E^A LCE6240 24,000 7,000 26,900 7,900 6 LEL0310*S6E^A LCE6270 28,000 8,200 31,400 9,200 4 LEL0045*S4E^A LCE441 4,100 1,200 4,500 1,300 LCE457 4 LEL0070*S4E^A 6,800 2,000 7,400 2,200 LCE467 4 LEL0090*S4E^A LCE482 8,000 2,300 8,800 2,600 4 LEL0135*S4E^A LCE4105 10,200 3,000 12,800 3,700 4 LEL0180*S4E^A LCE4139 13,600 4,000 17,300 5,000 4 LEL0220*S4E^A LCE4174 17,000 5,000 19,500 5,600 4 LEL0275*S4E^A LCE4208 23,500 6,900 25,900 7,600 LCE4235 1 685 1,164 1 641 1,088 2 1,371 2,329 2 1,371 2,329 2 1,281 2,176 3 2,056 3,493 3 1,922 3,265 4 2,741 4,658 4 2,562 4,353 5 3,203 5,441 6 4,112 6,986 6 3,843 6,529 1 667 1,132 2 1,425 2,422 2 1,332 2,263 3 1,998 3,395 4 2,664 4,527 5 3,331 5,659 6 3,997 6,790 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request 14 PERFORMANCE DATA Application Capacity: Low Temperature Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6E^A LCE635 3,900 1,000 1 685 1,164 6 LEL0045*S6E^A LCE643 5,300 1,600 1 641 1,088 6 LEL0065*S6E^A LCE665 7,200 2,100 2 1,371 2,329 6 LEL0080*S6E^A LCE676 8,400 2,500 2 1,371 2,329 6 LEL0100*S6E^A LCE694 9,900 2,900 2 1,281 2,176 6 LEL0130*S6E^A LCE6120 13,500 4,000 3 2,056 3,493 6 LEL0155*S6E^A LCE6140 16,000 4,700 3 1,922 3,265 6 LEL0170*S6E^A LCE6160 17,900 5,200 4 2,741 4,658 6 LEL0205*S6E^A LCE6180 20,100 5,900 4 2,562 4,353 6 LEL0240*S6E^A LCE6200 22,400 6,500 5 3,203 5,441 6 LEL0255*S6E^A LCE6240 26,900 7,900 6 4,112 6,986 6 LEL0310*S6E^A LCE6270 31,400 9,200 6 3,843 6,529 4 LEL0045*S4EAA LCE441 4,500 1,300 1 667 1,132 LCE457 4 LEL0070*S4E^A 7,400 2,200 2 1,425 2,422 LCE467 4 LEL0090*S4E^A LCE482 8,800 2,600 2 1,332 2,263 4 LEL0135*S4E^A LCE4105 12,100 3,500 3 1,998 3,395 4 LEL0180*S4E^A LCE4139 16,300 4,700 4 2,664 4,527 4 LEL0220*S4E^A LCE4174 19,600 5,600 5 3,331 5,659 4 LEL0275*S4E^A LCE4208 25,900 7,600 6 3,997 6,790 LCE4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Low Temperature Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*C6E^A N/A 3,900 1,143 1 685 1,164 6 LEL0045*C6E^A N/A 5,300 1,553 1 641 1,088 6 LEL0065*C6E^A N/A 7,200 2,110 2 1,371 2,329 6 LEL0080*C6E^A N/A 8,400 2,462 2 1,371 2,329 6 LEL0100*C6E^A N/A 9,900 2,901 2 1,281 2,176 6 LEL0130*C6E^A N/A 13,500 3,956 3 2,056 3,493 6 LEL0155*C6E^A N/A 16,000 4,689 3 1,922 3,265 6 LEL0170*C6E^A N/A 17,900 5,246 4 2,741 4,657 6 LEL0205*C6E^A N/A 20,100 5,891 4 2,562 4,353 6 LEL0240*C6E^A N/A 22,400 6,565 5 3,203 5,441 6 LEL0255*C6E^A N/A 26,900 7,884 6 4,112 6,986 6 LEL0310*C6E^A N/A 31,400 9,202 6 3,843 6,529 4 LEL0045*C4E^A N/A 4,500 1,319 1 667 1,132 4 LEL0070*C4E^A N/A 7,400 2,169 2 1,425 2,422 4 LEL0090*C4E^A N/A 8,800 2,579 2 1,332 2,263 4 LEL0135*C4E^A N/A 12,100 3,546 3 1,998 3,395 4 LEL0180*C4E^A N/A 16,300 4,777 4 2,664 4,527 4 LEL0220*C4E^A N/A 19,600 5,744 5 3,331 5,659 4 LEL0275*C4E^A N/A 25,900 7,591 6 3,997 6,790 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request 16 PERFORMANCE DATA Application Capacity: Low Temperature Electric Defrost- 50 Hz (For PSC Motors)' Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6E^A LCE635 3,325 950 3,705 950 1 617 1,048 6 LEL0045*S6E^A LCE643 4,465 1,330 5,035 1,520 1 576 979 6 LEL0065*S6E^A LCE665 6,175 1,805 6,840 1,995 2 1,234 2,096 6 LEL0080*S6E^A LCE676 7,125 2,090 7,980 2,375 2 1,234 2,096 6 LEL0100*S6E^A LCE694 8,550 2,470 9,405 2,755 2 1,153 1,959 6 LEL0130*S6E^A LCE6120 11,400 3,325 12,825 3,800 3 1,850 3,144 6 LEL0155*S6E^A LCE6140 13,300 3,895 15,200 4,465 3 1,729 2,938 6 LEL0170*S6E^A LCE6160 15,200 4,465 17,005 4,940 4 2,467 4,192 6 LEL0205*S6E^A LCE6180 17,100 5,035 19,095 5,605 4 2,306 3,918 6 LEL0240*S6E^A LCE6200 19,000 5,605 21,660 6,270 5 2,882 4,897 6 LEL0255*S6E^A LCE6240 22,800 6,650 25,555 7,505 6 3,701 6,288 6 LEL0310*S6E^A LCE6270 26,600 7,790 29,830 8,740 6 2,459 5,876 4 LEL0045*S4E^A LCE441 3,895 1,140 4,275 1,235 1 600 1,019 LCE457 4 LEL0070*S4E^A 6,460 1,900 7,030 2,090 2 1,283 2180 LCE467 4 LEL0090*S4E^A LCE482 7,600 2,185 8,360 2,470 2 1,199 2,037 4 LEL0135*S4E^A LCE4105 9,690 2,850 12,160 3,515 3 1,799 3,056 4 LEL0180*S4E^A LCE4139 12,920 3,800 16,435 4,750 4 2,398 4,074 4 LEL0220*S4E^A LCE4174 16,150 4,750 18,525 5,320 5 2,998 5,093 4 LEL0275*S4E^A LCE4208 22,325 6,555 24,605 7,220 6 3,597 6,111 LCE4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request t = For 1-speed and 2-speed EC motors, use 60 Hz capacity and airflow values. (units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Low Temperature Electric Defrost- 50 Hz (For PSC Motors)' Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6E^A LCE635 3,705 950 1 617 1,048 6 LEL0045*S6E^A LCE643 5,035 1,520 1 576 979 6 LEL0065*S6E^A LCE665 6,840 1,995 2 1,234 2,096 6 LEL0080*S6E^A LCE676 7,980 2,375 2 1,234 2,096 6 LEL0100*S6E^A LCE694 9,405 2,755 2 1,153 1,959 6 LEL0130*S6E^A LCE6120 12,825 3,800 3 1,850 3,144 6 LEL0155*S6E^A LCE6140 15,200 4,465 3 1,729 2,938 6 LEL0170*S6E^A LCE6160 17,005 4,940 4 2,467 4,192 6 LEL0205*S6E^A LCE6180 19,095 5,605 4 2,306 3,918 6 LEL0240*S6E^A LCE6200 21,280 6,175 5 2,882 4,897 6 LEL0255*S6E^A LCE6240 25,555 7,505 6 3,701 6,288 6 LEL0310*S6E^A LCE6270 29,830 8,740 6 2,459 5,876 4 LEL0045*S4E^A LCE441 4,275 1,235 1 600 1,019 LCE457 4 LEL0070*S4E^A 7,030 2,090 2 1,283 2,180 LCE467 4 LEL0090*S4E^A LCE482 8,360 2,470 2 1,199 2,037 4 LEL0135*S4E^A LCE4105 11,495 3,325 3 1,799 3,056 4 LEL0180*S4E^A LCE4139 15,485 4,465 4 2,398 4,074 4 LEL0220*S4E^A LCE4174 18,620 5,320 5 2,998 5,093 4 LEL0275*S4E^A LCE4208 24,605 7,220 6 3,597 6,111 LCE4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request t = For 1-speed and 2-speed EC motors, use 60 Hz capacity and airflow values. (units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) 18 PERFORMANCE DATA Application Capacity: Low Temperature Electric Defrost- 50 Hz (For PSC Motors)' Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*C6E^A N/A 6 LEL0045*C6E^A N/A 6 LEL0065*C6E^A N/A 6 LEL0080*C6E^A N/A 6 LEL0100*C6E^A N/A 6 LEL0130*C6E^A N/A 6 LEL0155*C6E^A N/A 6 LEL0170*C6E^A N/A 6 LEL0205*C6E^A N/A 6 LEL0240*C6E^A N/A 6 LEL0255*C6E^A N/A 6 LEL0310*C6E^A N/A 4 LEL0045*C4E^A N/A 4 LEL0070*C4E^A N/A 4 LEL0090*C4E^A N/A 4 LEL0135*C4E^A N/A 4 LEL0180*C4E^A N/A 4 LEL0220*C4E^A N/A 4 LEL0275*C4E^A N/A 3,705 1,086 1 617 1,048 5,035 1,476 1 576 979 6,840 2,005 2 1,234 2,096 7,980 2,339 2 1,234 2,096 9,405 2,756 2 1,153 1,959 12,825 3,759 3 1,850 3,144 15,200 4,455 3 1,729 2,938 17,005 4,984 4 2,467 4,192 19,095 5,596 4 2,306 3,918 21,280 6,237 5 2,882 4,897 25,555 7,489 6 3,701 6,288 29,830 8,742 6 2,459 5,876 4,275 1,253 1 600 1,019 7,030 2,060 2 1,283 2,180 8,360 2,450 2 1,199 2,037 11,495 3,369 3 1,799 3,056 15,485 4,538 4 2,398 4,074 18,620 5,457 5 2,998 5,093 24,605 7,211 6 3,597 6,111 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request t = For 1-speed and 2-speed EC motors, use 60 Hz capacity and airflow values. (units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Medium Temperature Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6E^A LCE635 4,000 1,200 4,500 1,300 1 685 1,164 6 LEL0045*S6E^A LCE643 5,400 1,550 6,100 1,750 1 641 1,088 6 LEL0065*S6E^A LCE665 7,450 2,150 8,300 2,400 2 1,371 2,329 6 LEL0080*S6E^A LCE676 8,650 2,500 9,650 2,800 2 1,371 2,329 6 LEL0100*S6E^A LCE694 10,350 3,000 11,400 3,300 2 1,281 2,176 6 LEL0130*S6E^A LCE6120 13,800 4,000 15,500 4,500 3 2,056 3,493 6 LEL0155*S6E^A LCE6140 16,100 4,650 18,400 5,300 3 1,922 3,265 6 LEL0170*S6E^A LCE6160 18,400 5,300 20,600 5,950 4 2,741 4,658 6 LEL0205*S6E^A LCE6180 20,700 6,000 23,100 6,650 4 2,562 4,353 6 LEL0240*S6E^A LCE6200 23,000 6,650 25,750 7,450 5 3,203 5,441 6 LEL0255*S6E^A LCE6240 27,600 7,950 30,950 8,950 6 4,112 6,986 6 LEL0310*S6E^A LCE6270 32,200 9,300 36,100 10,400 6 3,843 6,529 4 LEL0045*S4E^A LCE441 4,700 1,400 5,200 1,500 1 667 1,132 LCE457 4 LEL0070*S4E^A 7,800 2,250 8,500 2,450 2 1,425 2,422 LCE467 4 LEL0090*S4E^A LCE482 9,200 2,650 10,100 2,900 2 1,332 2,263 4 LEL0135*S4E^A LCE4105 11,750 3,400 13,050 3,800 3 1,998 3,395 4 LEL0180*S4E^A LCE4139 15,650 4,500 17,650 5,100 4 2,664 4,527 4 LEL0220*S4E^A LCE4174 19,550 5,650 21,850 6,300 5 3,331 5,659 4 LEL0275*S4E^A LCE4208 27,000 7,800 29,800 8,600 6 3,997 6,790 LCE4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request 20 PERFORMANCE DATA Application Capacity: Medium Temperature Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6E^A LCE635 4,500 1,300 1 685 1,164 6 LEL0045*S6E^A LCE643 6,100 1,750 1 641 1,088 6 LEL0065*S6E^A LCE665 8,300 2,400 2 1,371 2,329 6 LEL0080*S6E^A LCE676 9,650 2,800 2 1,371 2,329 6 LEL0100*S6E^A LCE694 11,400 3,300 2 1,281 2,176 6 LEL0130*S6E^A LCE6120 15,500 4,500 3 2,056 3,493 6 LEL0155*S6E^A LCE6140 18,400 5,300 3 1,922 3,265 6 LEL0170*S6E^A LCE6160 20,600 5,950 4 2,741 4,658 6 LEL0205*S6E^A LCE6180 23,100 6,650 4 2,562 4,353 6 LEL0240*S6E^A LCE6200 25,750 7,450 5 3,203 5,441 6 LEL0255*S6E^A LCE6240 30,950 8,950 6 4,112 6,986 6 LEL0310*S6E^A LCE6270 36,100 10,400 6 3,843 6,529 4 LEL0045*S4E^A LCE441 5,200 1,500 1 667 1,132 LCE457 4 LEL0070*S4E^A 8,500 2,450 2 1,425 2,422 LCE467 4 LEL0090*S4E^A LCE482 10,100 2,900 2 1,332 2,263 4 LEL0135*S4E^A LCE4105 13,050 3,800 3 1,998 3,395 4 LEL0180*S4E^A LCE4139 17,650 5,100 4 2,664 4,527 4 LEL0220*S4E^A LCE4174 21,850 6,300 5 3,331 5,659 4 LEL0275*S4E^A LCE4208 29,800 8,600 6 3,997 6,790 LCE4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Medium Temperature Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*C6E^A N/A 4,500 1,319 1 685 1,164 6 LEL0045*C6E^A N/A 6,100 1,788 1 641 1,089 6 LEL0065*C6E^A N/A 8,300 2,432 2 1,371 2,329 6 LEL0080*C6E^A N/A 9,650 2,828 2 1,371 2,329 6 LEL0100*C6E^A N/A 11,400 3,341 2 1,281 2,176 6 LEL0130*C6E^A N/A 15,500 4,543 3 2,056 3,493 6 LEL0155*C6E^A N/A 18,400 5,393 3 1,922 3,265 6 LEL0170*C6E^A N/A 20,600 6,037 4 2,741 4,657 6 LEL0205*C6E^A N/A 23,100 6,770 4 2,562 4,353 6 LEL0240*C6E^A N/A 25,750 7,547 5 3,203 5,442 6 LEL0255*C6E^A N/A 30,950 9,071 6 4,112 6,986 6 LEL0310*C6E^A N/A 36,100 10,580 6 3,843 6,529 4 LEL0045*C4E^A N/A 5,200 1,524 1 641 1,089 4 LEL0070*C4E^A N/A 8,500 2,491 2 1,425 2,421 4 LEL0090*C4E^A N/A 10,100 2,960 2 1,332 2,263 4 LEL0135*C4E^A N/A 13,050 3,825 3 1,998 3,395 4 LEL0180*C4E^A N/A 17,650 5,173 4 2,664 4,526 4 LEL0220*C4E^A N/A 21,850 6,404 5 3,331 5,659 4 LEL0275*C4E^A N/A 29,800 8,734 6 3,997 6,791 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request 22 ■ SPECIFICATIONS Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF 6 LEL0040*±6EMA 1/20 0.5 55 0.6 15 6 LEL0045*±6EMA 1/20 0.5 55 0.6 15 6 LEL0065*±6EMA 1/20 1.0 110 1.1 15 6 LEL0080*±6EMA 1/20 1.0 110 1.1 15 6 LEL0100*±6EMA 1/20 1.0 110 1.1 15 6 LEL0130*±6EMA 1/20 1.5 165 1.6 15 6 LEL0155*±6EMA 1/20 1.5 165 1.6 15 6 LEL0170*±6EMA 1/20 2.0 220 2.1 15 6 LEL0205*±6EMA 1/20 2.0 220 2.1 15 6 LEL0240*±6EMA 1/20 2.5 275 2.6 15 6 LEL0255*±6EMA 1/20 3.0 330 3.1 15 6 LEL0310*±6EMA 1/20 3.0 330 3.1 15 4 LEL0045*±4EMA 1/20 0.5 55 0.6 15 4 LEL0070*±4EMA 1/20 1.0 110 1.1 15 4 LEL0090*±4EMA 1/20 1.0 110 1.1 15 4 LEL0135*±4EMA 1/20 1.5 165 1.6 15 4 LEL0180*±4EMA 1/20 2.0 220 2.1 15 4 LEL0220*±4EMA 1/20 2.5 275 2.6 15 4 LEL0275*±4EMA 1/20 3.0 330 3.1 15 6 LEL0040*±6EEA 1/20 0.5 6 LEL0045*±6EEA 1/20 0.5 6 LEL0065*±6EEA 1/20 1.0 6 LEL0080*±6EEA 1/20 1.0 6 LEL0100*±6EEA 1/20 1.0 6 LEL0130*±6EEA 1/20 1.5 6 LEL0155*±6EEA 1/20 1.5 6 LEL0170*±6EEA 1/20 2.0 6 LEL0205*±6EEA 1/20 2.0 6 LEL0240*±6EEA 1/20 2.5 6 LEL0255*±6EEA 1/20 3.0 6 LEL0310*±6EEA 1/20 3.0 4 LEL0045*±4EEA 1/20 0.5 4 LEL0070*±4EEA 1/20 1.0 4 LEL0090*±4EEA 1/20 1.0 4 LEL0135*±4EEA 1/20 1.5 4 LEL0180*±4EEA 1/20 2.0 4 LEL0220*±4EEA 1/20 2.5 4 LEL0275*±4EEA 1/20 3.0 1,050 4.6 2.8 900 2.0 1,050 4.6 2.8 900 2.0 2,100 9.1 5.7 1,800 3.9 2,100 9.1 5.7 1,800 3.9 2,100 9.1 5.7 1,800 3.9 3,150 13.7 8.5 2,700 5.9 3,150 13.7 8.5 2,700 5.9 4,200 18.3 11.4 3,600 7.8 4,200 18.3 11.4 3,600 7.8 5,250 22.8 14.2 4,500 9.8 6,300 27.4 17.1 5,400 11.7 6,300 27.4 17.1 5,400 11.7 1,050 4.6 2.8 900 2.0 2,100 9.1 5.7 1,800 3.9 2,100 9.1 5.7 1,800 3.9 3,150 13.7 8.5 2,700 5.9 4,200 18.3 11.4 3,600 7.8 5,250 22.8 14.2 4,500 9.8 6,300 27.4 17.1 5,400 11.7 59 0.6 15 1,050 4.6 2.8 900 2.0 59 0.6 15 1,050 4.6 2.8 900 2.0 118 1.1 15 2,100 9.1 5.7 1,800 3.9 118 1.1 15 2,100 9.1 5.7 1,800 3.9 118 1.1 15 2,100 9.1 5.7 1,800 3.9 177 1.6 15 3,150 13.7 8.5 2,700 5.9 177 1.6 15 3,150 13.7 8.5 2,700 5.9 236 2.1 15 4,200 18.3 11.4 3,600 7.8 236 2.1 15 4,200 18.3 11.4 3,600 7.8 295 2.6 15 5,250 22.8 14.2 4,500 9.8 354 3.1 15 6,300 27.4 17.1 5,400 11.7 354 3.1 15 6,300 27.4 17.1 5,400 11.7 59 0.6 15 1,050 4.6 2.8 900 2.0 118 1.1 15 2,100 9.1 5.7 1,800 3.9 118 1.1 15 2,100 9.1 5.7 1,800 3.9 177 1.6 15 3,150 13.7 8.5 2,700 5.9 236 2.1 15 4,200 18.3 11.4 3,600 7.8 295 2.6 15 5,250 22.8 14.2 4,500 9.8 354 3.1 15 6,300 27.4 17.1 5,400 11.7 Notes: = Electrical Code Designator (see Nomenclature details) ±= Refrigerant Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS ■ SPECIFICATIONS Electric Defrost- 60 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF 6 LEL0040*±6ECA 1/20 0.5 91 0.6 15 1,050 4.6 2.8 900 2.0 6 LEL0045*±6ECA 1/20 0.5 91 0.6 15 1,050 4.6 2.8 900 2.0 6 LEL0065*±6ECA 1/20 1.0 182 1.1 15 2,100 9.1 5.7 1,800 3.9 6 LEL0080*±6ECA 1/20 1.0 182 1.1 15 2,100 9.1 5.7 1,800 3.9 6 LEL0100*±6ECA 1/20 1.0 182 1.1 15 2,100 9.1 5.7 1,800 3.9 6 LEL0130*±6ECA 1/20 1.5 273 1.6 15 3,150 13.7 8.5 2,700 5.9 6 LEL0155*±6ECA 1/20 1.5 273 1.6 15 3,150 13.7 8.5 2,700 5.9 6 LEL0170*±6ECA 1/20 2.0 364 2.1 15 4,200 18.3 11.4 3,600 7.8 6 LEL0205*±6ECA 1/20 2.0 364 2.1 15 4,200 18.3 11.4 3,600 7.8 6 LEL0240*±6ECA 1/20 2.5 455 2.6 15 5,250 22.8 14.2 4,500 9.8 6 LEL0255*±6ECA 1120 3.0 546 3.1 15 6,300 27.4 17.1 5,400 11.7 6 LEL0310*±6ECA 1/20 3.0 546 3.1 15 6,300 27.4 17.1 5,400 11.7 4 LEL0045*±4ECA 1/20 0.5 91 0.6 15 1,050 4.6 2.8 900 2.0 4 LEL0070*±4ECA 1/20 1.0 182 1.1 15 2,100 9.1 5.7 1,800 3.9 4 LEL0090*±4ECA 1/20 1.0 182 1.1 15 2,100 9.1 5.7 1,800 3.9 4 LEL0135*±4ECA 1/20 1.5 273 1.6 15 3,150 13.7 8.5 2,700 5.9 4 LEL0180*±4ECA 1/20 2.0 364 2.1 15 4,200 18.3 11.4 3,600 7.8 4 LEL0220*±4ECA 1/20 2.5 455 2.6 15 5,250 22.8 14.2 4,500 9.8 4 LEL0275*±4ECA 1/20 3.0 546 3.1 15 6,300 27.4 17.1 5,400 11.7 6 LEL0040*±6ECA 6 LEL0045*±6ECA 6 LEL0065*±6ECA 6 LEL0080*±6ECA 6 LEL0100*±6ECA 6 LEL0130*±6ECA 6 LEL0155*±6ECA 6 LEL0170*±6ECA 6 LEL0205*±6ECA 6 LEL0240*±6ECA 6 LEL0255*±6ECA 6 LEL0310*±6ECA 4 LEL0045*±4ECA 4 LEL0070*±4ECA 4 LEL0090*±4ECA 4 LEL0135*±4ECA 4 LEL0180*±4ECA 4 LEL0220*±4ECA 4 LEL0275*±4ECA 1/20 0.4 117 0.5 15 1,050 4.6 2.8 900 1/20 0.4 117 0.5 15 1,050 4.6 2.8 900 1/20 0.8 234 0.9 15 2,100 9.1 5.7 1,800 1/20 0.8 234 0.9 15 2,100 9.1 5.7 1,800 1/20 0.8 234 0.9 15 2,100 9.1 5.7 1,800 1/20 1.2 351 1.3 15 3,150 13.7 8.5 2,700 1/20 1.2 351 1.3 15 3,150 13.7 8.5 2,700 1/20 1.6 468 1.7 15 4,200 18.3 11.4 3,600 1/20 1.6 468 1.7 15 4,200 18.3 11.4 3,600 1/20 2.0 585 2.1 15 5,250 22.8 14.2 4,500 1/20 2.4 702 2.5 15 6,300 27.4 17.1 5,400 1/20 2.4 702 2.5 15 6,300 27.4 17.1 5,400 1/20 0.4 117 0.5 15 1,050 4.6 2.8 900 1/20 0.8 234 0.9 15 2,100 9.1 5.7 1,800 1/20 0.8 234 0.9 15 2,100 9.1 5.7 1,800 1/20 1.2 351 1.3 15 3,150 13.7 8.5 2,700 1/20 1.6 468 1.7 15 4,200 18.3 11.4 3,600 1/20 2.0 585 2.1 15 5,250 22.8 14.2 4,500 1/20 2.4 702 2.5 15 6,300 27.4 17.1 5,400 Notes: = Electrical Code Designator (see Nomenclature details) ±= Refrigerant Designator (see Nomenclature details) 2.0 2.0 3.9 3.9 3.9 5.9 5.9 7.8 7.8 9.8 11.7 11.7 2.0 3.9 3.9 5.9 7.8 9.8 11.7 24 ■ SPECIFICATIONS Electric Defrost- 50 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF 6 LEL0040*±6EMA 1/20 0.5 55 0.6 15 960 4.4 6 LEL0045*±6EMA 1/20 0.5 55 0.6 15 960 4.4 6 LEL0065*±6EMA 1/20 1.0 110 1.1 15 1,920 8.7 6 LEL0080*±6EMA 1/20 1.0 110 1.1 15 1,920 8.7 6 LEL0100*±6EMA 1/20 1.0 110 1.1 15 1,920 8.7 6 LEL0130*±6EMA 1/20 1.5 165 1.6 15 2,880 13.1 6 LEL0155*±6EMA 1/20 1.5 165 1.6 15 2,880 13.1 6 LEL0170*±6EMA 1/20 2.0 220 2.1 15 3,845 17.5 6 LEL0205*±6EMA 1/20 2.0 220 2.1 15 3,845 17.5 6 LEL0240*±6EMA 1/20 2.5 275 2.6 15 4,805 21.8 6 LEL0255*±6EMA 1/20 3.0 330 3.1 15 5,765 26.2 6 LEL0310*±6EMA 1/20 3.0 330 3.1 15 5,765 26.2 4 LEL0045*±4EMA 1/20 0.5 55 0.6 15 960 4.4 4 LEL0070*±4EMA 1/20 1.0 110 1.1 15 1,920 8.7 4 LEL0090*±4EMA 1/20 1.0 110 1.1 15 1,920 8.7 4 LEL0135*±4EMA 1/20 1.5 165 1.6 15 2,880 13.1 4 LEL0180*±4EMA 1/20 2.0 220 2.1 15 3,845 17.5 4 LEL0220*±4EMA 1/20 2.5 275 2.6 15 4,805 21.8 4 LEL0275*±4EMA 1/20 3.0 330 3.1 15 5,765 26.2 6 LEL0040*±6EEA 1/20 0.5 59 0.6 15 960 4.4 6 LEL0045*±6EEA 1/20 0.5 59 0.6 15 960 4.4 6 LEL0065*±6EEA 1/20 1.0 118 1.1 15 1,920 8.7 6 LEL0080*±6EEA 1/20 1.0 118 1.1 15 1,920 8.7 6 LEL0100*±6EEA 1/20 1.0 118 1.1 15 1,920 8.7 6 LEL0130*±6EEA 1/20 1.5 177 1.6 15 2,880 13.1 6 LEL0155*±6EEA 1/20 1.5 177 1.6 15 2,880 13.1 6 LEL0170*±6EEA 1/20 2.0 236 2.1 15 3,845 17.5 6 LEL0205*±6EEA 1/20 2.0 236 2.1 15 3,845 17.5 6 LEL0240*±6EEA 1/20 2.5 295 2.6 15 4,805 21.8 6 LEL0255*±6EEA 1/20 3.0 354 3.1 15 5,765 26.2 6 LEL0310*±6EEA 1/20 3.0 354 3.1 15 5,765 26.2 4 LEL0045*±4EEA 1/20 0.5 59 0.6 15 960 4.4 4 LEL0070*±4EEA 1/20 1.0 118 1.1 15 1,920 8.7 4 LEL0090*±4EEA 1/20 1.0 118 1.1 15 1,920 8.7 4 LEL0135*±4EEA 1/20 1.5 177 1.6 15 2,880 13.1 4 LEL0180*±4EEA 1/20 2.0 236 2.1 15 3,845 17.5 4 LEL0220*±4EEA 1/20 2.5 295 2.6 15 4,805 21.8 4 LEL0275*±4EEA 1/20 3.0 354 3.1 15 5,765 26.2 Notes: = Electrical Code Designator (see Nomenclature details) ±= Refrigerant Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS ■ SPECIFICATIONS Electric Defrost- 50 Hz Please consult AWEF table on pages 44 & 45 to confirm model meets DOE minimum AWEF 6 LEL0040*±6ECA 1/20 0.5 65 0.6 15 960 4.4 6 LEL0045*±6ECA 1/20 0.5 65 0.6 15 960 4.4 6 LEL0065*±6ECA 1/20 1.0 130 1.1 15 1,920 8.7 6 LEL0080*±6ECA 1/20 1.0 130 1.1 15 1,920 8.7 6 LEL0100*±6ECA 1/20 1.0 130 1.1 15 1,920 8.7 6 LEL0130*±6ECA 1/20 1.5 195 1.6 15 2,880 13.1 6 LEL0155*±6ECA 1/20 1.5 195 1.6 15 2,880 13.1 6 LEL0170*±6ECA 1/20 2.0 260 2.1 15 3,845 17.5 6 LEL0205*±6ECA 1/20 2.0 260 2.1 15 3,845 17.5 6 LEL0240*±6ECA 1/20 2.5 325 2.6 15 4,805 21.8 6 LEL0255*±6ECA 1/20 3.0 390 3.1 15 5,765 26.2 6 LEL0310*±6ECA 1/20 3.0 390 3.1 15 5,765 26.2 4 LEL0045*±4ECA 1/20 0.5 65 0.6 15 960 4.4 4 LEL0070*±4ECA 1/20 1.0 130 1.1 15 1,920 8.7 4 LEL0090*±4ECA 1/20 1.0 130 1.1 15 1,920 8.7 4 LEL0135*±4ECA 1/20 1.5 195 1.6 15 2,880 13.1 4 LEL0180*±4ECA 1/20 2.0 260 2.1 15 3,845 17.5 4 LEL0220*±4ECA 1/20 2.5 325 2.6 15 4,805 21.8 4 LEL0275*±4ECA 1/20 3.0 390 3.1 15 5,765 26.2 Notes: = Electrical Code Designator (see Nomenclature details) ±= Refrigerant Designator (see Nomenclature details) 26 PERFORMANCE DATA Application Capacity: Low Temperature Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6H^A LCH635 3,500 1,000 3,900 1,000 1 685 1,164 6 LEL0045*S6H^A LCH643 4,700 1,400 5,300 1,600 1 641 1,088 6 LEL0065*S6H^A LCH665 6,500 1,900 7,200 2,100 2 1,371 2,329 6 LEL0080*S6H^A LCH676 7,500 2,200 8,400 2,500 2 1,371 2,329 6 LEL0100*S6H^A LCH694 9,000 2,600 9,900 2,900 2 1,281 2,176 6 LEL0130*S6H^A LCH6120 12,000 3,500 13,500 4,000 3 2,056 3,493 6 LEL0155*S6H^A LCH6140 14,000 4,100 16,000 4,700 3 1,922 3,265 6 LEL0170*S6H^A LCH6160 16,000 4,700 17,900 5,200 4 2,741 4,658 6 LEL0205*S6H^A LCH6180 18,000 5,300 20,100 5,900 4 2,562 4,353 6 LEL0240*S6H^A LCH6200 20,000 5,900 22,800 6,600 5 3,203 5,441 6 LEL0255*S6H^A LCH6240 24,000 7,000 26,900 7,900 6 4,112 6,986 6 LEL0310*S6H^A LCH6270 28,000 8,200 31,400 9,200 6 3,843 6,529 4 LEL0045*S4H^A LCH441 4,100 1,200 4,500 1,300 1 667 1,132 LCH457 4 LEL0070*S4H^A 6,800 2,000 7,400 2,200 2 1,425 2,422 LCH467 4 LEL0090*S4H^A LCH482 8,000 2,300 8,800 2,600 2 1,332 2,263 4 LEL0135*S4H^A LCH4105 10,200 3,000 12,800 3,700 3 1,998 3,395 4 LEL0180*S4H^A LCH4139 13,600 4,000 17,300 5,000 4 2,664 4,527 4 LEL0220*S4H^A LCH4174 17,000 5,000 19,500 5,600 5 3,331 5,659 LCH4208 4 LEL0275*S4H^A 23,500 6,900 25,900 7,600 6 3,997 6,790 LCH4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Low Temperature Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6H^A LCH635 3,900 1,000 1 685 1,164 6 LEL0045*S6H^A LCH643 5,300 1,600 1 641 1,088 6 LEL0065*S6H^A LCH665 7,200 2,100 2 1,371 2,329 6 LEL0080*S6H^A LCH676 8,400 2,500 2 1,371 2,329 6 LEL0100*S6H^A LCH694 9,900 2,900 2 1,281 2,176 6 LEL0130*S6H^A LCH6120 13,500 4,000 3 2,056 3,493 6 LEL0155*S6H^A LCH6140 16,000 4,700 3 1,922 3,265 6 LEL0170*S6H^A LCH6160 17,900 5,200 4 2,741 4,658 6 LEL0205*S6H^A LCH6180 20,100 5,900 4 2,562 4,353 6 LEL0240*S6H^A LCH6200 22,400 6,500 5 3,203 5,441 6 LEL0255*S6H^A LCH6240 26,900 7,900 6 4,112 6,986 6 LEL0310*S6H^A LCH6270 31,400 9,200 6 3,843 6,529 4 LEL0045*S4H^A LCH441 4,500 1,300 1 667 1,132 LCH457 4 LEL0070*S4H^A 7,400 2,200 2 1,425 2,422 LCH467 4 LEL0090*S4H^A LCH482 8,800 2,600 2 1,332 2,263 4 LEL0135*S4H^A LCH4105 12,100 3,500 3 1,998 3,395 4 LEL0180*S4H^A LCH4139 16,300 4,700 4 2,664 4,527 4 LEL0220*S4H^A LCH4174 19,000 5,500 5 3,331 5,659 LCH4208 4 LEL0275*S4H^A 25,900 7,600 6 3,997 6,790 LCH4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request 28 PERFORMANCE DATA Application Capacity: Low Temperature Hot Gas Defrost- 50 Hz (For PSC Motors) t Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6H^A LCH635 3,325 950 3,705 950 1 617 1,048 6 LEL0045*S6H^A LCH643 4,465 1,330 5,035 1,520 1 576 979 6 LEL0065*S6H^A LCH665 6,175 1,805 6,840 1,995 2 1,234 2,096 6 LEL0080*S6H^A LCH676 7,125 2,090 7,980 2,375 2 1,234 2,096 6 LEL0100*S6H^A LCH694 8,550 2,470 9,405 2,755 2 1,153 1,959 6 LEL0130*S6H^A LCH6120 11,400 3,325 12,825 3,800 3 1,850 3,144 6 LEL0155*S6H^A LCH6140 13,300 3,895 15,200 4,465 3 1,729 2,938 6 LEL0170*S6H^A LCH6160 15,200 4,465 17,005 4,940 4 2,467 4,192 6 LEL0205*S6H^A LCH6180 17,100 5,035 19,095 5,605 4 2,306 3,918 6 LEL0240*S6H^A LCH6200 19,000 5,605 21,660 6,270 5 2,882 4,897 6 LEL0255*S6H^A LCH6240 22,800 6,650 25,555 7,505 6 3,701 6,288 6 LEL0310*S6H^A LCH6270 26,600 7,790 29,830 8,740 6 2,459 5,876 4 LEL0045*S4H^A LCH441 3,895 1,140 4,275 1,235 1 600 1,019 LCH457 4 LEL0070*S4H^A 6,460 1,900 7,030 2,090 2 1,283 2,180 LCH467 4 LEL0090*S4H^A LCH482 7,600 2,185 8,360 2,470 2 1,199 2,037 4 LEL0135*S4H^A LCH4105 9,690 2,850 12,160 3,515 3 1,799 3,056 4 LEL0180*S4H^A LCH4139 12,920 3,800 16,435 4,750 4 2,398 4,074 4 LEL0220*S4H^A LCH4174 16,150 4,750 18,525 5,320 5 2,998 5,093 LCH4208 4 LEL0275*S4H^A 22,325 6,555 24,605 7,220 6 3,597 6,111 LCH4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request t = For 1-speed and 2-speed EC motors, use 60 Hz capacity and airflow values. (units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Low Temperature Hot Gas Defrost- 50 Hz (For PSC Motors)' Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6H^A LCH635 3,705 6 LEL0045*S6H^A LCH643 5,035 6 LEL0065*S6H^A LCH665 6,840 6 LEL0080*S6H^A LCH676 7,980 6 LEL0100*S6H^A LCH694 9,405 6 LEL0130*S6H^A LCH6120 12,825 6 LEL0155*S6H^A LCH6140 15,200 6 LEL0170*S6H^A LCH6160 17,005 6 LEL0205*S6H^A LCH6180 19,095 6 LEL0240*S6H^A LCH6200 21,280 6 LEL0255*S6H^A LCH6240 25,555 6 LEL0310*S6H^A LCH6270 29,830 4 LEL0045*S4WA LCH441 4,275 LCH457 4 LEL0070*S4H^A 7,030 LCH467 4 LEL0090*S4H^A LCH482 8,360 4 LEL0135*S4H^A LCH4105 11,495 4 LEL0180*S4H^A LCH4139 15,485 4 LEL0220*S4H^A LCH4174 18,050 LCH4208 4 LEL0275*S4H^A 24,605 LCH4235 950 1 617 1,048 1,520 1 576 979 1,995 2 1,234 2,096 2,375 2 1,234 2,096 2,755 2 1,153 1,959 3,800 3 1,850 3,144 4,465 3 1,729 2,938 4,940 4 2,467 4,192 5,605 4 2,306 3,918 6,175 5 2,882 4,897 7,505 6 3,701 6,288 8,740 6 2,459 5,876 1,235 1 600 1,019 2,090 2 1,283 2,180 2,470 2 1,199 2,037 3,325 3 1,799 3,056 4,465 4 2,398 4,074 5,225 5 2,998 5,093 7,220 6 3,597 6,111 Notes: I = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request t = For 1-speed and 2-speed EC motors, use 60 Hz capacity and airflow values. (units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) 30 PERFORMANCE DATA Application Capacity: Medium Temperature Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6H^A 6 LEL0045*S6H^A 6 LEL0065*S6H^A 6 LEL0080*S6H^A 6 LEL0100*S6H^A 6 LEL0130*S6H^A 6 LEL0155*S6H^A 6 LEL0170*S6H^A 6 LEL0205*S6H^A 6 LEL0240*S6H^A 6 LEL0255*S6H^A 6 LEL0310*S6H^A 4 LEL0045*S4H^A 4 LEL0070*S4H^A 4 LEL0090*S4H^A 4 LEL0135*S4H^A 4 LEL0180*S4H^A 4 LEL0220*S4H^A 4 LEL0275*S4H^A LCH635 4,000 1,200 4,500 LCH643 5,400 1,550 6,100 LCH665 7,450 2,150 8,300 LCH676 8,650 2,500 9,650 LCH694 10,350 3,000 11,400 LCH6120 13,800 4,000 15,500 LCH6140 16,100 4,650 18,400 LCH6160 18,400 5,300 20,600 LCH6180 20,700 6,000 23,100 LCH6200 23,000 6,650 25,750 LCH6240 27,600 7,950 30,950 LCH6270 32,200 9,300 36,100 LCH441 4,700 1,400 5,200 LCH457 7,800 2,250 8,500 LCH467 LCH482 9,200 2,650 10,100 LCH4105 11,750 3,400 13,050 LCH4139 15,650 4,500 17,650 LCH4174 19,550 5,650 21,850 LCH4208 27,000 7,800 29,800 LCH4235 1,300 1 685 1,164 1,750 1 641 1,088 2,400 2 1,371 2,329 2,800 2 1,371 2,329 3,300 2 1,281 2,176 4,500 3 2,056 3,493 5,300 3 1,922 3,265 5,950 4 2,741 4,658 6,650 4 2,562 4,353 7,450 5 3,203 5,441 8,950 6 4,112 6,986 10,400 6 3,843 6,529 1,500 1 667 1,132 2,450 2 1,425 2,422 2,900 2 1,332 2,263 3,800 3 1,998 3,395 5,100 4 2,664 4,527 6,300 5 3,331 5,659 8,600 6 3,997 6,790 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request LOW PROFILE UNIT COOLERS PERFORMANCE DATA Application Capacity: Medium Temperature Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF Please refer to Table 1: Capacity Correction Factors (page 6) if using Saturated Suction Temperatures different than listed in the information below 6 LEL0040*S6H^A LCH635 4,500 1,300 1 685 1,164 6 LEL0045*S6H^A LCH643 6,100 1,750 1 641 1,088 6 LEL0065*S6H^A LCH665 8,300 2,400 2 1,371 2,329 6 LEL0080*S6H^A LCH676 9,650 2,800 2 1,371 2,329 6 LEL0100*S6H^A LCH694 11,400 3,300 2 1,281 2,176 6 LEL0130*S6H^A LCH6120 15,500 4,500 3 2,056 3,493 6 LEL0155*S6H^A LCH6140 18,400 5,300 3 1,922 3,265 6 LEL0170*S6H^A LCH6160 20,600 5,950 4 2,741 4,658 6 LEL0205*S6H^A LCH6180 23,100 6,650 4 2,562 4,353 6 LEL0240*S6H^A LCH6200 25,750 7,450 5 3,203 5,441 6 LEL0255*S6H^A LCH6240 30,950 8,950 6 4,112 6,986 6 LEL0310*S6H^A LCH6270 36,100 10,400 6 3,843 6,529 4 LEL0045*S4H^A LCH441 5,200 1,500 1 667 1,132 LCH457 4 LEL0070*S4H^A 8,500 2,450 2 1,425 2,422 LCH467 4 LEL0090*S4H^A LCH482 10,100 2,900 2 1,332 2,263 4 LEL0135*S4H^A LCH4105 13,050 3,800 3 1,998 3,395 4 LEL0180*S4H^A LCH4139 17,650 5,100 4 2,664 4,527 4 LEL0220*S4H^A LCH4174 21,850 6,300 5 3,331 5,659 4 LEL0275*S4H^A LCH4208 29,800 8,600 6 3,997 6,790 LCH4235 Notes: 1 = Capacities shown are Application Capacities reflecting nominal operation at 10°F TD. For models within the scope of the DOE AWEF (Annual Walk-in Energy Factor) standard, the Net Capacity is determined by the AHRI 1250 test method. DOE will publish this compliance data at www.regulations.doe.gov * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) Net Capacity is available upon request 32 SPECIFICATIONS Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF 6 LEL0040*S6HMA 1/20 0.9 55 1.1 20 6 LEL0045*S6HMA 1/20 0.9 55 1.1 20 6 LEL0065*S6HMA 1/20 1.8 110 2.0 20 6 LEL0080*S6HMA 1/20 1.8 110 2.0 20 6 LEL0100*S6HMA 1/20 1.8 110 2.0 20 6 LEL0130*S6HMA 1/20 2.7 165 2.9 20 6 LEL0155*S6HMA 1/20 2.7 165 2.9 20 6 LEL0170*S6HMA 1/20 3.6 220 3.8 20 6 LEL0205*S6HMA 1/20 3.6 220 3.8 20 6 LEL0240*S6HMA 1/20 4.5 275 4.7 20 6 LEL0255*S6HMA 1/20 5.4 330 5.6 20 6 LEL0310*S6HMA 1/20 5.4 330 5.6 20 4 LEL0045*S4HMA 1/20 0.9 55 1.1 20 4 LEL0070*S4HMA 1/20 1.8 110 2.0 20 4 LEL0090*S4HMA 1/20 1.8 110 2.0 20 4 LEL0135*S4HMA 1/20 2.7 165 2.9 20 4 LEL0180*S4HMA 1/20 3.6 220 3.8 20 4 LEL0220*S4HMA 1/20 4.5 275 4.7 20 4 LEL0275*S4HMA 1/20 5.4 330 5.6 20 150 1.3 0.7 0.3 150 1.3 0.7 0.3 300 2.6 1.3 0.7 300 2.6 1.3 0.7 300 2.6 1.3 0.7 450 3.9 2.0 1.0 450 3.9 2.0 1.0 600 5.2 2.6 1.3 600 5.2 2.6 1.3 750 6.5 3.3 1.6 900 7.8 3.9 2.0 900 7.8 3.9 2.0 150 1.3 0.7 0.3 300 2.6 1.3 0.7 300 2.6 1.3 0.7 450 3.9 2.0 1.0 600 5.2 2.6 1.3 750 6.5 3.3 1.6 900 7.8 3.9 2.0 6 LEL0040*S6HMA 1/20 0.5 55 0.6 15 150 1.3 0.7 0.3 6 LEL0045*S6HMA 1/20 0.5 55 0.6 15 150 1.3 0.7 0.3 6 LEL0065*S6HMA 1/20 1.0 110 1.1 15 300 2.6 1.3 0.7 6 LEL0080*S6HMA 1/20 1.0 110 1.1 15 300 2.6 1.3 0.7 6 LEL0100*S6HMA 1/20 1.0 110 1.1 15 300 2.6 1.3 0.7 6 LEL0130*S6HMA 1/20 1.4 165 1.6 15 450 3.9 2.0 1.0 6 LEL0155*S6HMA 1/20 1.4 165 1.6 15 450 3.9 2.0 1.0 6 LEL0170*S6HMA 1/20 1.9 220 2.1 15 600 5.2 2.6 1.3 6 LEL0205*S6HMA 1/20 1.9 220 2.1 15 600 5.2 2.6 1.3 6 LEL0240*S6HMA 1/20 2.4 275 2.6 15 750 6.5 3.3 1.6 6 LEL0255*S6HMA 1/20 2.9 330 3.1 15 900 7.8 3.9 2.0 6 LEL0310*S6HMA 1/20 2.9 330 3.1 15 900 7.8 3.9 2.0 4 LEL0045*S4HMA 1/20 0.5 55 0.6 15 150 1.3 0.3 4 LEL0070*S4HMA 1/20 1.0 110 1.1 15 300 2.6 1.3 0.7 4 LEL0090*S4HMA 1/20 1.0 110 1.1 15 300 2.6 0.7 4 LEL0135*S4HMA 1/20 1.4 165 1.6 15 450 3.9 2.0 1.0 4 LEL0180*S4HMA 1/20 1.9 220 2.1 15 600 5.2 1.3 4 LEL0220*S4HMA 1/20 2.4 275 2.6 15 750 6.5 3.3 1.6 4 LEL0275*S4HMA 1/20 2.9 330 3.1 15 900 7.8 2.0 Notes: * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS SPECIFICATIONS Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF 6 LEL0040*S6HEA 1/20 0.9 55 1.1 20 6 LEL0045*S6HEA 1/20 0.9 55 1.1 20 6 LEL0065*S6HEA 1/20 1.8 110 2.0 20 6 LEL0080*S6HEA 1/20 1.8 110 2.0 20 6 LEL0100*S6HEA 1/20 1.8 110 2.0 20 6 LEL0130*S6HEA 1/20 2.7 165 2.9 20 6 LEL0155*S6HEA 1/20 2.7 165 2.9 20 6 LEL0170*S6HEA 1/20 3.6 220 3.8 20 6 LEL0205*S6HEA 1/20 3.6 220 3.8 20 6 LEL0240*S6HEA 1/20 4.5 270 4.7 20 6 LEL0255*S6HEA 1/20 5.4 330 5.6 20 6 LEL0310*S6HEA 1/20 5.4 330 5.6 20 4 LEL0045*S4HEA 1/20 0.9 55 1.1 20 4 LEL0070*S4HEA 1/20 1.8 110 2.0 20 4 LEL0090*S4HEA 1/20 1.8 110 2.0 20 4 LEL0135*S4HEA 1/20 2.7 165 2.9 20 4 LEL0180*S4HEA 1/20 3.6 220 3.8 20 4 LEL0220*S4HEA 1/20 4.5 275 4.7 20 4 LEL0275*S4HEA 1/20 5.4 330 5.6 20 150 1.3 0.7 0.3 150 1.3 0.7 0.3 300 2.6 1.3 0.7 300 2.6 1.3 0.7 300 2.6 1.3 0.7 450 3.9 2.0 1.0 450 3.9 2.0 1.0 600 5.2 2.6 1.3 600 5.2 2.6 1.3 750 6.5 3.3 1.6 900 7.8 3.9 2.0 900 7.8 3.9 2.0 150 1.3 0.7 0.3 300 2.6 1.3 0.7 300 2.6 1.3 0.7 450 3.9 2.0 1.0 600 5.2 2.6 1.3 750 6.5 3.3 1.6 900 7.8 3.9 2.0 6 LEL0040*S6HEA 1/20 0.5 59 0.6 15 150 1.3 0.7 0.3 6 LEL0045*S6HEA 1/20 0.5 59 0.6 15 150 1.3 0.7 0.3 6 LEL0065*S6HEA 1/20 1.0 118 1.1 15 300 2.6 1.3 0.7 6 LEL0080*S6HEA 1/20 1.0 118 1.1 15 300 2.6 1.3 0.7 6 LEL0100*S6HEA 1/20 1.0 118 1.1 15 300 2.6 1.3 0.7 6 LEL0130*S6HEA 1/20 1.5 177 1.6 15 450 3.9 2.0 1.0 6 LEL0155*S6HEA 1/20 1.5 177 1.6 15 450 3.9 2.0 1.0 6 LEL0170*S6HEA 1/20 2.0 236 2.1 15 600 5.2 2.6 1.3 6 LEL0205*S6HEA 1/20 2.0 236 2.1 15 600 5.2 2.6 1.3 6 LEL0240*S6HEA 1/20 2.5 295 2.6 15 750 6.5 3.3 1.6 6 LEL0255*S6HEA 1/20 3.0 354 3.1 15 900 7.8 3.9 2.0 6 LEL0310*S6HEA 1/20 3.0 354 3.1 15 900 7.8 3.9 2.0 4 LEL0045*S4HEA 1/20 0.5 59 0.6 15 150 1.3 0.3 4 LEL0070*S4HEA 1/20 1.0 118 1.1 15 300 2.6 1.3 0.7 4 LEL0090*S4HEA 1/20 1.0 118 1.1 15 300 2.6 0.7 4 LEL0135*S4HEA 1/20 1.5 177 1.6 15 450 3.9 2.0 1.0 4 LEL0180*S4HEA 1/20 2.0 236 2.1 15 600 5.2 1.3 4 LEL0220*S4HEA 1/20 2.5 295 2.6 15 750 6.5 3.3 1.6 4 LEL0275*S4HEA 1/20 3.0 354 3.1 15 900 7.8 2.0 Notes: * = Electrical Code Designator (see Nomenclature details) 34 SPECIFICATIONS Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF 6 LEL0040*S6HCA 1/20 1.0 82 1.3 20 150 1.3 0.7 0.3 6 LEL0045*S6HCA 1/20 1.0 82 1.3 20 150 1.3 0.7 0.3 6 LEL0065*S6HCA 1/20 2.0 164 2.3 20 300 2.6 1.3 0.7 6 LEL0080*S6HCA 1/20 2.0 164 2.3 20 300 2.6 1.3 0.7 6 LEL0100*S6HCA 1/20 2.0 164 2.3 20 300 2.6 1.3 0.7 6 LEL0130*S6HCA 1/20 3.0 246 3.3 20 450 3.9 2.0 1.0 6 LEL0155*S6HCA 1/20 3.0 246 3.3 20 450 3.9 2.0 1.0 6 LEL0170*S6HCA 1/20 4.0 328 4.3 20 600 5.2 2.6 1.3 6 LEL0205*S6HCA 1/20 4.0 328 4.3 20 600 5.2 2.6 1.3 6 LEL0240*S6HCA 1/20 5.0 410 5.3 20 750 6.5 3.3 1.6 6 LEL0255*S6HCA 1/20 6.0 492 6.3 20 900 7.8 3.9 2.0 6 LEL0310*S6HCA 1/20 6.0 492 6.3 20 900 7.8 3.9 2.0 4 LEL0045*S4HCA 1/20 1.0 82 1.3 20 150 1.3 0.7 0.3 4 LEL0070*S4HCA 1/20 2.0 164 2.3 20 300 2.6 1.3 0.7 4 LEL0090*S4HCA 1/20 2.0 164 2.3 20 300 2.6 1.3 0.7 4 LEL0135*S4HCA 1/20 3.0 246 3.3 20 450 3.9 2.0 1.0 4 LEL0180*S4HCA 1/20 4.0 328 4.3 20 600 5.2 2.6 1.3 4 LEL0220*S4HCA 1/20 5.0 410 5.3 20 750 6.5 3.3 1.6 4 LEL0275*S4HCA 1/20 6.0 492 6.3 20 900 7.8 3.9 2.0 6 LEL0040*S6HCA 1/20 0.5 91 0.6 15 150 1.3 0.7 0.3 6 LEL0045*S6HCA 1/20 0.5 91 0.6 15 150 1.3 0.7 0.3 6 LEL0065*S6HCA 1/20 1.0 182 1.1 15 300 2.6 1.3 0.7 6 LEL0080*S6HCA 1/20 1.0 182 1.1 15 300 2.6 1.3 0.7 6 LEL0100*S6HCA 1/20 1.0 182 1.1 15 300 2.6 1.3 0.7 6 LEL0130*S6HCA 1/20 1.5 273 1.6 15 450 3.9 2.0 1.0 6 LEL0155*S6HCA 1/20 1.5 273 1.6 15 450 3.9 2.0 1.0 6 LEL0170*S6HCA 1/20 2.0 364 2.1 15 600 5.2 2.6 1.3 6 LEL0205*S6HCA 1/20 2.0 364 2.1 15 600 5.2 2.6 1.3 6 LEL0240*S6HCA 1/20 2.5 455 2.6 15 750 6.5 3.3 1.6 6 LEL0255*S6HCA 1/20 3.0 546 3.1 15 900 7.8 3.9 2.0 6 LEL0310*S6HCA 1/20 3.0 546 3.1 15 900 7.8 3.9 2.0 4 LEL0045*S4HCA 1/20 0.5 91 0.6 15 150 1.3 0.3 4 LEL0070*S4HCA 1/20 1.0 182 1.1 15 300 2.6 1.3 0.7 4 LEL0090*S4HCA 1/20 1.0 182 1.1 15 300 2.6 0.7 4 LEL0135*S4HCA 1/20 1.5 273 1.6 15 450 3.9 2.0 1.0 4 LEL0180*S4HCA 1/20 2.0 364 2.1 15 600 5.2 1.3 4 LEL0220*S4HCA 1/20 2.5 455 2.6 15 750 6.5 3.3 1.6 4 LEL0275*S4HCA 1/20 3.0 546 3.1 15 900 7.8 2.0 Notes: * = Electrical Code Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS SPECIFICATIONS Hot Gas Defrost- 60 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF 6 LEL0040*S6HCA 1/20 0.4 117 0.5 15 150 1.3 0.7 0.3 6 LEL0045*S6HCA 1/20 0.4 117 0.5 15 150 1.3 0.7 0.3 6 LEL0065*S6HCA 1/20 0.8 234 0.9 15 300 2.6 1.3 0.7 6 LEL0080*S6HCA 1/20 0.8 234 0.9 15 300 2.6 1.3 0.7 6 LEL0100*S6HCA 1/20 0.8 234 0.9 15 300 2.6 1.3 0.7 6 LEL0130*S6HCA 1/20 1.2 351 1.3 15 450 3.9 2.0 1.0 6 LEL0155*S6HCA 1/20 1.2 351 1.3 15 450 3.9 2.0 1.0 6 LEL0170*S6HCA 1/20 1.6 468 1.7 15 600 5.2 2.6 1.3 6 LEL0205*S6HCA 1/20 1.6 468 1.7 15 600 5.2 2.6 1.3 6 LEL0240*S6HCA 1/20 2.0 585 2.1 15 750 6.5 3.3 1.6 6 LEL0255*S6HCA 1/20 2.4 702 2.5 15 W-1900 7.8 3.9 2.0 6 LEL0310*S6HCA 1/20 2.4 702 2.5 15 900 7.8 3.9 -1111111F0.3 2.0 _ 4 LEL0045*S4HCA 1/20 0.4 117 0.5 15 150 1.3 4 LEL0070*S4HCA 1/20 0.8 234 0.9 15 300 2.6 1.3 0.7 4 LEL0090*S4HCA 1/20 0.8 234 0.9 15 300 2.6 M 0.7 4 LEL0135*S4HCA 1/20 1.2 351 1.3 15 450 3.9 2.0 1.0 4 LEL0180*S4HCA 1/20 1.6 468 1.7 15 600 5.2 M 1.3 4 LEL0220*S4HCA 1/20 2.0 585 2.1 15 750 6.5 3.3 1.6 4 LEL0275*S4HCA 1/20 2.4 702 2.5 15 900 7.8 M 2.0 Notes: * = Electrical Code Designator (see Nomenclature details) 36 SPECIFICATIONS Hot Gas Defrost- 50 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF 6 LEL0040*S6HMA 1/20 0.5 55 0.6 15 135 0.6 6 LEL0045*S6HMA 1/20 0.5 55 0.6 15 135 0.6 6 LEL0065*S6HMA 1/20 1.0 110 1.1 15 275 1.2 6 LEL0080*S6HMA 1/20 1.0 110 1.1 15 275 1.2 6 LEL0100*S6HMA 1/20 1.0 110 1.1 15 275 1.2 6 LEL0130*S6HMA 1/20 1.5 165 1.6 15 410 1.9 6 LEL0155*S6HMA 1/20 1.5 165 1.6 15 410 1.9 6 LEL0170*S6HMA 1/20 2.0 220 2.1 15 550 2.5 6 LEL0205*S6HMA 1/20 2.0 220 2.1 15 550 2.5 6 LEL0240*S6HMA 1/20 2.5 275 2.6 15 690 3.1 6 LEL0255*S6HMA 1/20 3.0 330 3.1 15 825 3.7 6 LEL0310*S6HMA 1/20 3.0 330 3.1 15 825 3.7 4 LEL0045*S4HMA 1/20 0.5 55 0.6 15 135 0.6 4 LEL0070*S4HMA 1/20 1.0 110 1.1 15 275 1.2 4 LEL0090*S4HMA 1/20 1.0 110 1.1 15 275 1.2 4 LEL0135*S4HMA 1/20 1.5 165 1.6 15 410 1.9 4 LEL0180*S4HMA 1/20 2.0 220 2.1 15 550 2.5 4 LEL0220*S4HMA 1/20 2.5 275 2.6 15 690 3.1 4 LEL0275*S4HMA 1/20 3.0 330 3.1 15 825 3.7 6 LEL0040*S6HEA 1/20 0.5 59 0.6 15 135 0.6 6 LEL0045*S6HEA 1/20 0.5 59 0.6 15 135 0.6 6 LEL0065*S6HEA 1/20 1.0 118 1.1 15 275 1.2 6 LEL0080*S6HEA 1/20 1.0 118 1.1 15 275 1.2 6 LEL0100*S6HEA 1/20 1.0 118 1.1 15 275 1.2 6 LEL0130*S6HEA 1/20 1.5 177 1.6 15 410 1.9 6 LEL0155*S6HEA 1/20 1.5 177 1.6 15 410 1.9 6 LEL0170*S6HEA 1/20 2.0 236 2.1 15 550 2.5 6 LEL0205*S6HEA 1/20 2.0 236 2.1 15 550 2.5 6 LEL0240*S6HEA 1/20 2.5 295 2.6 15 690 3.1 6 LEL0255*S6HEA 1/20 3.0 354 3.1 15 825 3.7 6 LEL0310*S6HEA 1/20 3.0 354 3.1 15 825 3.7 4 LEL0045*S4HEA 1/20 0.5 59 0.6 15 135 0.6 4 LEL0070*S4HEA 1/20 1.0 118 1.1 15 275 1.2 4 LEL0090*S4HEA 1/20 1.0 118 1.1 15 275 1.2 4 LEL0135*S4HEA 1/20 1.5 177 1.6 15 410 1.9 4 LEL0180*S4HEA 1/20 2.0 236 2.1 15 550 2.5 4 LEL0220*S4HEA 1/20 2.5 295 2.6 15 690 3.1 4 LEL0275*S4HEA 1/20 3.0 354 3.1 15 825 3.7 Notes: = Electrical Code Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS SPECIFICATIONS Hot Gas Defrost- 50 Hz Please consult AWEF table on pages 46 & 47 to confirm model meets DOE minimum AWEF 6 LEL0040*S6HCA 1/20 0.5 65 0.6 15 135 0.6 6 LEL0045*S6HCA 1/20 0.5 65 0.6 15 135 0.6 6 LEL0065*S6HCA 1/20 1.0 130 1.1 15 275 1.2 6 LEL0080*S6HCA 1/20 1.0 130 1.1 15 275 1.2 6 LEL0100*S6HCA 1/20 1.0 130 1.1 15 275 1.2 6 LEL0130*S6HCA 1/20 1.5 195 1.6 15 410 1.9 6 LEL0155*S6HCA 1/20 1.5 195 1.6 15 410 1.9 6 LEL0170*S6HCA 1/20 2.0 260 2.1 15 550 2.5 6 LEL0205*S6HCA 1/20 2.0 260 2.1 15 550 2.5 6 LEL0240*S6HCA 1/20 2.5 325 2.6 15 690 3.1 6 LEL0255*S6HCA 1/20 3.0 390 3.1 15 825 3.7 6 LEL0310*S6HCA 1/20 3.0 390 3.1 15 825 3.7 4 LEL0045*S4HCA 1/20 0.5 65 0.6 15 135 0.6 4 LEL0070*S4HCA 1/20 1.0 130 1.1 15 275 1.2 4 LEL0090*S4HCA 1/20 1.0 130 1.1 15 275 1.2 4 LEL0135*S4HCA 1/20 1.5 195 1.6 15 410 1.9 4 LEL0180*S4HCA 1/20 2.0 260 2.1 15 550 2.5 4 LEL0220*S4HCA 1/20 2.5 325 2.6 15 690 3.1 4 LEL0275*S4HCA 1/20 3.0 390 3.1 15 825 3.7 Notes: = Electrical Code Designator (see Nomenclature details) 38 PHYSICAL DATA Air Defrost (R-404A/R-507A, R-448A/R-449A, R-407A/R-407F, R-407C) LEL0045*S6A^A 1 1/2 1/2 1/4 3/4 33 15 LEL0055*S6A^A 1 1/2 5/8 1/4 3/4 36 16 LEL0060*S6A^A 1 1/2 5/8 1/4 3/4 36 16 LEL0095*S6A^A 2 1/2 5/8 1/4 3/4 51 23 LEL0105*S6A^A 2 1/2 5/8 1/4 3/4 52 24 LEL0115*S6A^A 2 1/2 5/8 1/4 3/4 56 26 LEL0125*S6A^A 2 1/2 7/8 1/4 3/4 56 26 LEL0155*S6A^A 3 1/2 7/8 1/4 3/4 67 30 LEL0190*S6A^A 3 1/2 7/8 1/4 3/4 73 33 LEL0250*S6A^A 4 1/2 7/8 1/4 3/4 94 43 LEL0295*S6A^A 5 1/2 7/8 1/4 3/4 115 52 LEL0350*S6A^A 6 1/2 1-1/8 1/4 3/4 133 60 LEL0380*S6A^A 6 1/2 1-1/8 1/4 3/4 137 62 Air r)Afrnct ((-(-)-F))(1 LEL0045*C6A^A 1 3/8 3/8 3/4 33 15 LEL0055*C6A^A 1 3/8 3/8 3/4 36 16 LEL0060*C6A^A 1 3/8 3/8 3/4 36 16 LEL0095*C6A^A 2 3/8 3/8 3/4 51 23 LEL0105*C6A^A 2 3/8 3/8 3/4 52 24 LEL0115*C6A^A 2 3/8 3/8 3/4 56 26 LEL0125*C6A^A 2 3/8 3/8 3/4 56 26 LEL0155*C6A^A 3 3/8 3/8 3/4 67 30 LEL0190*C6A^A 3 3/8 3/8 3/4 73 33 LEL0250*C6A^A 4 3/8 1/2 3/4 94 43 LEL0295*C6A^A 5 3/8 1/2 3/4 115 52 LEL0350*C6A^A 6 3/8 1/2 3/4 133 60 LEL0380*C6A^A 6 1/2 5/8 3/4 137 62 Notes: * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) 2 = Connection sizes may vary, if TD is lesser or greater than 10°F LOW PROFILE UNIT COOLERS PHYSICAL DATA Electric Defrost (R-404A/R-507A, R-448A/R-449A, R-407A/R-407F, R-407C) LEL0045*S6A^A 1 1/2 1/2 1/4 3/4 33 15 LEL0055*S6A^A 1 1/2 5/8 1/4 3/4 36 16 LEL0060*S6A^A 1 1/2 5/8 1/4 3/4 36 16 LEL0095*S6A^A 2 1/2 5/8 1/4 3/4 51 23 LEL0105*S6A^A 2 1/2 5/8 1/4 3/4 52 24 LEL0115*S6A^A 2 1/2 7/8 1/4 3/4 56 26 LEL0125*S6A^A 2 1/2 7/8 1/4 3/4 56 26 LEL0155*S6A^A 3 1/2 7/8 1/4 3/4 67 30 LEL0190*S6A^A 3 1/2 7/8 1/4 3/4 73 33 LEL0250*S6A^A 4 1/2 7/8 1/4 3/4 94 43 LEL0295*S6A^A 5 1/2 7/8 1/4 3/4 115 52 LEL0350*S6A^A 6 1/2 1-1/8 1/4 3/4 133 60 LEL0380*S6A^A 6 1/2 1-1/8 1/4 3/4 137 62 r-I - - -! - r-% -r.-- -i // /-, r-%\/\ 6 LEL0040*C6E^A 1 3/8 3/8 36 16 16 6 LEL0045*C6E^A 1 3/8 3/8 38 17 17 6 LEL0065*C6E^A 2 3/8 3/8 54 24 24 6 LEL0080*C6E^A 2 3/8 1/2 54 24 24 6 LEL0100*C6E^A 2 3/8 1/2 59 27 27 6 LEL0130*C6E^A 3 3/8 1/2 71 32 32 6 LEL0155*C6E^A 3 3/8 1/2 78 35 35 6 LEL0170*C6E^A 4 3/8 1/2 91 41 41 6 LEL0205*C6E^A 4 3/8 1/2 100 45 45 6 LEL0240*C6E^A 5 3/8 5/8 120 54 54 6 LEL0255*C6E^A 6 3/8 5/8 134 61 61 6 LEL0310*C6E^A 6 3/8 5/8 146 66 66 4 LEL0045*C4E^A 1 3/8 3/8 38 17 17 4 LEL0070*C4E^A 2 3/8 3/8 53 24 24 4 LEL0090*C4E^A 2 3/8 1/2 59 27 27 4 LEL0135*C4E^A 3 3/8 1/2 77 35 35 4 LEL0180*C4E^A 4 3/8 1/2 100 45 45 4 LEL0220*C4E^A 5 3/8 1/2 119 54 54 4 LEL0275*C4E^A 6 3/8 5/8 142 64 64 Notes: * = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) 2 = Connection sizes may vary, if TD is lesser or greater than 10°F 6 PHYSICAL DATA Hnt mac npfrn-,t 6 LEL0040*S6H^A 1 1/2 5/8 1/4 3/4 1/2 5/8 38 17 6 LEL0045*S6H^A 1 1/2 5/8 1/4 3/4 1/2 5/8 40 18 6 LEL0065*S6H^A 2 1/2 5/8 1/4 3/4 1/2 5/8 56 25 6 LEL0080*S6H^A 2 1/2 5/8 1/4 3/4 1/2 5/8 56 25 6 LEL0100*S6H^A 2 1/2 7/8 1/4 3/4 1/2 5/8 61 27 6 LEL0130*S6H^A 3 1/2 7/8 1/4 3/4 1/2 5/8 73 33 6 LEL0155*S6H^A 3 1/2 1-1/8 1/4 3/4 1/2 5/8 80 36 6 LEL0170*S6H^A 4 1/2 7/8 1/4 3/4 1/2 5/8 93 42 6 LEL0205*S6H^A 4 1/2 1-1/8 1/4 3/4 1/2 5/8 102 46 6 LEL0240*S6H^A 5 1/2 1-1/8 1/4 3/4 1/2 5/8 122 55 6 LEL0255*S6H^A 6 1/2 1-1/8 1/4 3/4 1/2 5/8 136 62 6 LEL0310*S6H^A 6 1/2 1-1/8 1/4 3/4 1/2 5/8 148 67 4 LEL0045*S4H^A 1 1/2 5/8 1/4 3/4 1/2 5/8 40 18 4 LEL0070*S4H^A 2 1/2 5/8 1/4 3/4 1/2 5/8 55 25 4 LEL0090*S4H^A 2 1/2 7/8 1/4 3/4 1/2 5/8 61 28 4 LEL0135*S4H^A 3 1/2 7/8 1/4 3/4 1/2 5/8 79 36 4 LEL0180*S4H^A 4 1/2 1-1/8 1/4 3/4 1/2 5/8 102 46 4 LEL0220*S4H^A 5 1/2 1-1/8 1/4 3/4 1/2 5/8 121 55 4 LEL0275*S4H^A 6 1/2 1-1/8 1/4 3/4 1/2 5/8 144 65 Notes: = Electrical Code Designator (see Nomenclature details) ^ = Motor Code Designator (see Nomenclature details) LOW PROFILE UNIT COOLERS ■ DIMENSIONAL DRAWINGS 4 5/16" r 3 109 mm I 76 mm 1 13/16" f '1 - - 47 mm 1 REFRIGERANT CONNECTION END 6 1/8" C. 156 mm ` 4� 718" 22mm ELECTRICAL KNOCKOUTS 11/16" 13 mm _ 3 1/8" 79 mm ELECTRICAL CONNECTION END. 6 1/8" 156 mm 4 13 114' 337 mm f J l• l' �} �� 357 mm 17 11/16" 48 m i1' 1� ��� 450 mm �M ID^�__ 12" 3/4" MPT 114 NPSI 305 mm DRAIN CONNECTION 391 mm ' 76 mm 1 29.5 749 17.25 438 2 45.5 1,156 33.25 845 3 61.5 1,562 49.25 1,251 4 77.5 1,969 65.25 1,657 - - - - 5 93.5 2,375 81.25 2,064 48.63 1,235 32.63 829 6 109.5 2,781 97.25 2,470 48.63 1,235 48.63 1,235 Note: Hanger brackets will accept 3/8" / 9.5 mm hanger rods 42 DOE Rated AWEF AWE DATA Air Defrost/2-Speed EC Motors 6 LEL0045*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0055*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0060*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0095*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0105*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0115*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0125*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0155*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0190*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0250*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0295*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0350*S6AMA 9.00 9.00 9.00 9.00 9.00 6 LEL0380*S6AMA 9.00 9.00 9.00 9.00 9.00 LOW PROFILE UNIT COOLERS DOE Rated AWEF AWE DATA Electric Defrost/1-Speed EC Motors 6 LEL0040*±6EEA 3.96 3.96 3.96 3.96 6 LEL0045*±6EEA 3.96 3.96 3.96 3.96 6 LEL0065*±6EEA 4.00 4.03 4.02 4.00 6 LEL0080*±6EEA 4.03 4.03 4.03 4.03 6 LEL0100*±6EEA 4.00 4.06 4.06 4.00 6 LEL0130*±6EEA 4.09 4.09 4.09 4.09 6 LEL0155*±6EEA 4.10 4.10 4.10 4.10 6 LEL0170*±6EEA 4.14 4.14 4.14 4.14 6 LEL0205*±6EEA 4.15 4.15 4.15 4.15 6 LEL0240*±6EEA 4.15 4.15 4.15 4.15 6 LEL0255*±6EEA 4.15 4.15 4.15 4.15 6 LEL0310*±6EEA 4.15 4.15 4.15 4.15 4 LEL0045*±4EEA 3.96 3.96 3.96 3.96 4 LEL0070*±4EEA 3.99 3.99 3.99 - 4 LEL0090*±4EEA 4.02 4.02 4.02 4.02 4 LEL0135*±4EEA 4.07 4.07 4.07 4.07 4 LEL0180*±4EEA 4.12 4.12 4.12 4.12 4 LEL0220*±4EEA 4.15 4.15 4.15 4.15 4 LEL0275*±4EEA 4.15 4.15 4.15 4.15 44 DOE Rated AWEF AWEF DATA Electric Defrost/2-Speed EC Motors 6 LEL0040*±6EMA 9.00 9.00 9.00 9.00 6 LEL0045*±6EMA 9.00 9.00 9.00 9.00 6 LEL0065*±6EMA 9.00 9.00 9.00 9.00 6 LEL0080*±6EMA 9.00 9.00 9.00 9.00 6 LEL0100*±6EMA 9.00 9.00 9.00 9.00 6 LEL0130*±6EMA 9.00 9.00 9.00 9.00 6 LEL0155*±6EMA 9.00 9.00 9.00 9.00 6 LEL0170*±6EMA 9.00 9.00 9.00 9.00 6 LEL0205*±6EMA 9.00 9.00 9.00 9.00 6 LEL0240*±6EMA 9.00 9.00 9.00 9.00 6 LEL0255*±6EMA 9.00 9.00 9.00 9.00 6 LEL0310*±6EMA 9.00 9.00 9.00 9.00 4 LEL0045*±4EMA 9.00 9.00 9.00 9.00 4 LEL0070*±4EMA 9.00 9.00 9.00 - 4 LEL0090*±4EMA 9.00 9.00 9.00 9.00 4 LEL0135*±4EMA 9.00 9.00 9.00 9.00 4 LEL0180*±4EMA 9.00 9.00 9.00 9.00 4 LEL0220*±4EMA 9.00 9.00 9.00 9.00 4 LEL0275*±4EMA 9.00 9.00 9.00 9.00 6 LEL0040*±6EMA 3.96 3.96 3.96 3.96 6 LEL0045*±6EMA 3.96 3.96 3.96 3.96 6 LEL0065*±6EMA 4.00 4.03 4.02 4.00 6 LEL0080*±6EMA 4.00 4.00 4.00 4.00 6 LEL0100*±6EMA 4.03 4.03 4.03 4.03 6 LEL0130*±6EMA 4.06 4.06 4.06 4.06 6 LEL0155*±6EMA 4.09 4.09 4.09 4.09 6 LEL0170*±6EMA 4.10 4.10 4.10 4.10 6 LEL0205*±6EMA 4.14 4.14 4.14 4.14 6 LEL0240*±6EMA 4.15 4.15 4.15 4.15 6 LEL0255*±6EMA 4.15 4.15 4.15 4.15 6 LEL0310*±6EMA 4.15 4.15 4.15 4.15 4 LEL0045*±4EMA 3.96 3.96 3.96 3.96 4 LEL0070*±4EMA 3.99 3.99 3.99 - 4 LEL0090*±4EMA 4.02 4.02 4.02 4.02 4 LEL0135*±4EMA 4.07 4.07 4.07 4.07 4 LEL0180*±4EMA 4.12 4.12 4.12 4.12 4 LEL0220*±4EMA 4.15 4.15 4.15 4.15 4 LEL0275*±4EMA 4.15 4.15 4.15 4.15 LOW PROFILE UNIT COOLERS DOE Rated AWEF AWE DATA Hot Gas Defrost/1-Speed EC Motors 6 LEL0040*S6HEA 3.96 3.96 3.96 6 LEL0045*S6HEA 3.96 3.96 3.96 6 LEL0065*S6HEA 4.00 4.03 4.02 6 LEL0080*S6HEA 4.03 4.03 4.03 6 LEL0100*S6HEA 4.06 4.06 4.06 6 LEL0130*S6HEA 4.09 4.09 4.09 6 LEL0155*S6HEA 4.10 4.10 4.10 6 LEL0170*S6HEA 4.14 4.14 4.14 6 LEL0205*S6HEA 4.15 4.15 4.15 6 LEL0240*S6HEA 4.15 4.15 4.15 6 LEL0255*S6HEA 4.15 4.15 4.15 6 LEL0310*S6HEA 4.15 4.15 4.15 4 LEL0045*S4HEA 3.96 3.96 3.96 4 LEL0070*S4HEA 3.99 3.99 3.99 4 LEL0090*S4HEA 4.02 4.02 4.02 4 LEL0135*S4HEA 4.07 4.07 4.07 4 LEL0180*S4HEA 4.12 4.12 4.12 4 LEL0220*S4HEA 4.15 4.15 4.15 4 LEL0275*S4HEA 4.15 4.15 4.15 46 DOE Rated AWEF AWEF DATA Hot Gas Defrost/2-Speed EC Motors 6 LEL0040*S6HMA 9.00 6 LEL0045*S6HMA 9.00 6 LEL0065*S6HMA 9.00 6 LEL0080*S6HMA 9.00 6 LEL0100*S6HMA 9.00 6 LEL0130*S6HMA 9.00 6 LEL0155*S6HMA 9.00 6 LEL0170*S6HMA 9.00 6 LEL0205*S6HMA 9.00 6 LEL0240*S6HMA 9.00 6 LEL0255*S6HMA 9.00 6 LEL0310*S6HMA 9.00 4 LEL0045*S4HMA 9.00 4 LEL0070*S4HMA 9.00 4 LEL0090*S4HMA 9.00 4 LEL0135*S4HMA 9.00 4 LEL0180*S4HMA 9.00 4 LEL0220*S4HMA 9.00 4 LEL0275*S4HMA 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 9.00 6 LEL0040*S6HMA 3.96 3.96 3.96 6 LEL0045*S6HMA 3.96 3.96 3.96 6 LEL0065*S6HMA 4.00 4.03 4.02 6 LEL0080*S6HMA 4.00 4.00 4.00 6 LEL0100*S6HMA 4.03 4.03 4.03 6 LEL0130*S6HMA 4.06 4.06 4.06 6 LEL0155*S6HMA 4.09 4.09 4.09 6 LEL0170*S6HMA 4.10 4.10 4.10 6 LEL0205*S6HMA 4.14 4.14 4.14 6 LEL0240*S6HMA 4.15 4.15 4.15 6 LEL0255*S6HMA 4.15 4.15 4.15 6 LEL0310*S6HMA 4.15 4.15 4.15 4 LEL0045*S4HMA 3.96 3.96 3.96 4 LEL0070*S4HMA 3.99 3.99 3.99 4 LEL0090*S4HMA 4.02 4.02 4.02 4 LEL0135*S4HMA 4.07 4.07 4.07 4 LEL0180*S4HMA 4.12 4.12 4.12 4 LEL0220*S4HMA 4.15 4.15 4.15 4 LEL0275*S4HMA 4.15 4.15 4.15 LOW PROFILE UNIT COOLERS HOT GAS REVERSE CYCLE KITS Shipped Loose Accessories 6 LEL0040*S6H^A 50756301 50756302 50692204 6 LEL0045*S6H^A 50756301 50756302 50692204 6 LEL0065*S6H^A 50756301 50756302 50692204 6 LEL0080*S6H^A 50756301 50756302 50692204 6 LEL0100*S6H^A 50756301 50756302 5069225 6 LEL0130*S6H^A 50756301 50756302 5069225 6 LEL0155*S6H^A 50756301 50756302 50692206 6 LEL0170*S6H^A 50756301 50756302 50692205 6 LEL0205*S6H^A 50756301 50756302 50692206 6 LEL0240*S6H^A 50756301 50756302 50692206 6 LEL0255*S6H^A 50756301 50756302 50692206 6 LEL0310*S6H^A 50756301 50756302 50692206 4 LEL0045*S4H^A 50756301 50756302 50692204 4 LEL0070*S4H^A 50756301 50756302 50692204 4 LEL0090*S4H^A 50756301 50756302 50692205 4 LEL0135*S4H^A 50756301 50756302 50692205 4 LEL0180*S4H^A 50756301 50756302 50692206 4 LEL0220*S4H^A 50756301 50756302 50692206 4 LEL0275*S4H^A 50756301 50756302 50692206 REVERSE CYCLE PIPING Reverse cycle defrost unit cooler operation 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 50692302 Reverse cycle defrost is a common method used in systems that include at least four unit coolers connected to a compressor rack. No more than 25% of the connected unit coolers are typically defrosted at the same time. During reverse cycle, valving at the compressor rack diverts hot gas through the suction line to the defrosting unit cooler. See piping view in Figure 1. The suction line check valve directs the hot gas through the pan loop; heating the drain pan and preventing condensate from freezing during defrost. The hot gas exits the loop at the pan loop outlet header, passes through the drain pan check valve and en- ters the evaporator coil through the coil suction header. The hot refrigerant gas then flows through the defrosting coil, heating the finned surface and melting frost. As heat is transferred to the coil fins, hot refrigerant gas condenses to a liquid state. The refrigerant then exits the coil at the distributor side port, passes around the expansion valve through the bypass check valve and flows into the liquid refrig- erant line. The liquid refrigerant then feeds other evaporators on the cooling cycle, evaporates, and returns to the compressor through their suction lines. In some systems, electric drain pan heaters are used instead of a hot gas pan loop. Hot gas piping is simplified with the suction and drain pan check valves being eliminated. Electric drain pan heaters are energized during the defrost period, by a defrost control on the unit cooler or by a compressor rack controller. 48 REVERSE CYCLE DEFROST PIPING KEY COMPONENTS (FIG.1) A. Hot gas drain pan loop B. Drain pan check valve C. Expansion valve D. Suction header E. Distributor F. Suction check valve G. Expansion valve bypass check valve REVERSE CYCLE DEFROST PIPING KIT External check valve kit (available factory -ins__..__ _.._..., installation) includes suction check valve, drain pan check valve and piping to connect to suction header and hot gas drain pan loop. This kit is only necessary when the unit cooler is equipped with a hot gas drain pan loop. Expansion valve bypass kit (available factory -installed or for field installation) includes expansion valve bypass check valve and piping to connect to the distributor side port and liquid line piping. The factory -installed version includes the expansion valve. Use of external liquid/suction line heat exchanger with a reverse cycle system: To increase the efficiency, higher performance and greater system protection, a heat exchanger may be beneficial to the system. In order to use a heat exchanger, the expansion valve bypass piping must be modified. See the piping view in Figure 2. The modifica- tion includes rerouting the pipe from the expansion valve bypass check valve to the inlet connection of the liquid line to the heat exchanger. A pipe needs to be routed from the liquid line outlet connection of the heat exchanger to the inlet connection of the thermostatic expansion valve. Three -pipe defrost unit cooler operation Three -pipe defrost systems are connected to either a condensing unit or a compressor rack. No more than 33% of the connected unit coolers are typically defrosted at the same time. During defrost, hot gas is directed through dedicated refrigerant piping (third pipe) to the defrosting unit cooler. See piping view in Figure 3. The hot gas enters the drain pan loop; heating the drain pan and preventing condensate from freezing during defrost. The hot gas exits the loop at the pan loop outlet header, passes through the drain pan check valve and enters the evaporator coil through the distributor side port connection. The hot refrigerant gas then flows though the defrosting coil, heating the finned surface and melting frost. As heat is transferred to the coil fins, hot refrigerant gas condensers to a liquid state. The refrigerant then exits the coil at the suction header. DISTRIBUTOR IX4q 'AViIWV:4 EXPANSION VALVE *TEE G�SUCTION LIQUI�P LINE FROM LINE��'I-G COIL SUCTION LINE FIGURE 2. Typical Liquid Line Bypass Kit (Shown assembled and modified for heat exchanger) LOW PROFILE UNIT COOLERS Three -pipe defrost unit cooler operation (cont.) In some systems, electric drain pan heaters are used instead of a hot gas pan loop. Hot gas piping is simplified with the drain pan check valve being eliminated. Electric drain pan heaters are en- ergized during the defrost period, by a defrost control on the unit cooler or by a compressor rack controller. In order to provide sufficient re -evaporation of the liquid vapor mixture and sufficient heat for defrost, no more than one-third of the system should be defrosted at one time. Some means of con- trol in the 3-pipe hot gas system should be supplied to regulate the large amount of liquid returning to the compressor, refrigerant slugging can otherwise damage the compressor. REVERSE CYCLE THREE -PIPE DEFROST PIPING KEY COMPONENTS (FIG. 3) A. Hot gas drain pan loop B. Drain pan check valve C. Expansion valve D. Suction header E. Distributor OUT THREE -PIPE DEFROST PIPING KIT - Three -pipe check valve kit (available factory -installed or for field installation) includes drain pan check valve and piping to connect the distributor side port to the hot gas drain pan loop. This kit is only ne- cessary when the unit cooler is equipped with a hot gas drain pan loop. Hot gas defrost controls: Hot gas unit coolers are factory equipped with temperature control(s) that terminate the defrost cycle when the evaporator coil is clear of frost. After defrost, the control(s) keep the evaporator fans from re -energizing until the coil temperature is close to the freezing point. STANDARD: The standard control scheme includes an electromechanical defrost termination / fan delay control. For reverse cycle defrost, the control sensing bulb is placed on the expansion valve bypass line, between the distributor side port and the expansion valve bypass check valve. For three -pipe defrost, the control sensing bulb is placed on the suction header or suction header outlet connection. OPTIONAL: The optional control scheme includes an electromechanical defrost termination control and a separate bimetallic fan delay control. This scheme provides more options for the placement of the control sensing bulb as the defrost termination and fan delay sensing points are no longer combined. The fan delay temperature is sensed on the evaporator coil endplate adjacent to the fins. For reverse cycle defrost, the control sensing bulb is placed on the ex- pansion valve bypass line or liquid line piping adjacent to the unit cooler. For three -pipe defrost, the control sensing bulb is placed on the suction header or suction header outlet connection. Pi•J REPLACEMENT PARTS Motor/Motor Mounts 25312501S / 25329001S EC 115 1-SP / 2-SP 23108401* 25312601S / 25329101S EC 208-230 2-SP 23108401* 25317701S EC 208-230 1-SP 23108401 25309501E PSC 115 1-SP 23108401 25309801S PSC 208-230 1-SP 23108401 25309701S PSC 460 1-SP 23106401 Consult factory when replacing motor mounts for motors 25329001S / 23529101S Fan Blade 5140C 5110E Fan Guard 37001601 37001801 Cabinet Components Fan Blade 12" Std Fan Blade 12" Reverse Air Flow Fan Guard Wire Blue Fan Guard Molded Blue 40594101 1 Drain Pan Air/Hot Gas Aluminum Air, Hot Gas Models w/Drain Pan Loop 40595101 1 Drain Pan Air/Hot Gas White Painted Aluminum Air, Hot Gas Models w/Drain Pan Loop 40596101 1 Drain Pan Air/Hot Gas Stainless Steel Air Defrost Only 40594201 2 Drain Pan Air/Hot Gas Aluminum Air, Hot Gas Models w/Drain Pan Loop 40595201 2 Drain Pan Air/Hot Gas White Painted Aluminum Air, Hot Gas Models w/Drain Pan Loop 40596201 2 Drain Pan Air/Hot Gas Stainless Steel Air Defrost Only 40594301 3 Drain Pan Air/Hot Gas Aluminum Air, Hot Gas Models w/Drain Pan Loop 40595301 4 Drain Pan Air/Hot Gas White Painted Aluminum Air, Hot Gas Models w/Drain Pan Loop 40596301 4 Drain Pan Air/Hot Gas Stainless Steel Air Defrost Only 40594401 4 Drain Pan Air/Hot Gas Aluminum Air, Hot Gas Models w/Drain Pan Loop 40595401 4 Drain Pan Air/Hot Gas White Painted Aluminum Air, Hot Gas Models w/Drain Pan Loop 40596401 4 Drain Pan Air/Hot Gas Stainless Steel Air Defrost Only 40594501 5 Drain Pan Air/Hot Gas Aluminum Air, Hot Gas Models w/Drain Pan Loop 40595501 5 Drain Pan Air/Hot Gas White Painted Aluminum Air, Hot Gas Models w/Drain Pan Loop 40596501 5 Drain Pan Air/Hot Gas Stainless Steel Air Defrost Only 40594601 6 Drain Pan Air/Hot Gas Aluminum Air, Hot Gas Models w/Drain Pan Loop 40595601 6 Drain Pan Air/Hot Gas White Painted Aluminum Air, Hot Gas Models w/Drain Pan Loop 40596601 6 Drain Pan Air/Hot Gas Stainless Steel Air Defrost Only LOW PROFILE UNIT COOLERS REPLACEMENT PARTS Cabinet Components (cont.) 40594102 1 Drain Pan Electric/Hot Gas Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40595102 1 Drain Pan Electric/Hot Gas White Painted Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40594202 2 Drain Pan Electric/Hot Gas Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40595202 2 Drain Pan Electric/Hot Gas White Painted Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40594302 3 Drain Pan Electric/Hot Gas Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40595302 3 Drain Pan Electric/Hot Gas White Painted Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40594402 4 Drain Pan Electric/Hot Gas Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40595402 4 Drain Pan Electric/Hot Gas White Painted Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40594502 5 Drain Pan Electric/Hot Gas Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40595502 5 Drain Pan Electric/Hot Gas White Painted Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40594602 6 Drain Pan Electric/Hot Gas Aluminum Elec, Hot Gas Models w/Drain Pan Heater 40595602 6 Drain Pan Electric/Hot Gas White Painted Aluminum Elec, Hot Gas Models w/Drain Pan Heater Insulated Outer Drain 40593703 1 All Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593704 1 All White Painted Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593002 1 All Stainless Steel Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593803 2 All Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593804 2 All White Painted Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593102 2 All Stainless Steel Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40591503 3 All Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40591504 3 All White Painted Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593202 3 All Stainless Steel Includes Outer Cover and Insulation Pan Assy 40591603 4 Insulated Outer Drain All Aluminum Includes Outer Cover and Insulation Pan Assy 40591604 4 Insulated Outer Drain All White Painted Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593302 4 All Stainless Steel Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40591703 5 All Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40591704 5 All White Painted Aluminum Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40593402 5 All Stainless Steel Includes Outer Cover and Insulation Pan Assy Insulated Outer Drain 40591803 6 All Aluminum Includes Outer Cover and Insulation Pan Assy 52 REPLACEMENT PARTS Cabinet Components (cont.) 40591804 6 Insulated Outer Drain Pan Assy All White Painted Aluminum Includes Outer Cover and Insulation 40593502 6 Insulated Outer Drain Pan Assy All Stainless Steel Includes Outer Cover and Insulation 41032901 All Access Panel RH (Elect) End All Aluminum/Stainless Steel All w/Unpainted Cabinet 41032902 All Access Panel RH (Elect) End All White Painted Aluminum All w/White Cabinet 41032801 All Access Panel LH (Refrig) End All Aluminum/Stainless Steel Stndard w/Unpainted Cabinet 41032802 All Access Panel LH (Refrig) End All White Painted Aluminum Standard w/White Cabinet 41032803 All Access Panel LH (Refrig) End Air/Electric Aluminum/Stainless Steel IntelliGen/QRC/Beacon II w/Unpainted Cabinet 41032804 All Access Panel LH (Refrig) End Air/Electric White Painted Aluminum IntelliGen/QRC/Beacon II w/White Cabinet 41038401 All Access Panel LH (Refrig) End Air/Electric Aluminum Glycol/CO2 Overfeed Only 41038402 All Access Panel LH (Refrig) End Air/Electric White Painted Aluminum Glycol/CO2 Overfeed Only 41038501 All Access Panel LH (Refrig) End Air/Electric Stainless Steel Glycol/CO2 Overfeed Only 41038701 All Access Panel RH (Elect) End Air/Electric Aluminum Glycol/CO2 41038702 All Access Panel RH (Elect) End Air/Electric White Painted Aluminum Glycol/CO2 41038901 All Access Panel RH (Elect) End Air/Electric Stainless Steel Glycol/CO2 Drain Pan Heaters 24753101 1 115 150 Hot Gas Hot Gas Models w/Drain Pan Heater 24753102 2 115 300 Hot Gas Hot Gas Models w/Drain Pan Heater 24753103 3 115 450 Hot Gas Hot Gas Models w/Drain Pan Heater 24753104 4 115 600 Hot Gas Hot Gas Models w/Drain Pan Heater 24753105 5 115 750 Hot Gas Hot Gas Models w/Drain Pan Heater 24753106 6 115 900 Hot Gas Hot Gas Models w/Drain Pan Heater 24752501 1 230 150 Electric /Hot Gas Elec, Hot Gas Models w/Drain Pan Heater 24752502 2 230 300 Electric /Hot Gas Elec, Hot Gas Models w/Drain Pan Heater 24752503 3 230 450 Electric /Hot Gas Elec, Hot Gas Models w/Drain Pan Heater 24752504 4 230 600 Electric /Hot Gas Elec, Hot Gas Models w/Drain Pan Heater 24752505 5 230 750 Electric /Hot Gas Elec, Hot Gas Models w/Drain Pan Heater 24752506 6 230 900 Electric /Hot Gas Elec, Hot Gas Models w/Drain Pan Heater 24753201 1 460 150 Hot Gas Hot Gas Models w/Drain Pan Heater 24753202 2 460 300 Hot Gas Hot Gas Models w/Drain Pan Heater 24753203 3 460 450 Hot Gas Hot Gas Models w/Drain Pan Heater 24753204 4 460 600 Hot Gas Hot Gas Models w/Drain Pan Heater 24753205 5 460 750 Hot Gas Hot Gas Models w/Drain Pan Heater 24753206 6 460 900 Hot Gas Hot Gas Models w/Drain Pan Heater LOW PROFILE UNIT COOLERS ■ REPLACEMENT PARTS Coil Defrost Heaters 24752001 1 230 300 Electric 24752002 2 230 600 Electric 24752003 3 230 900 Electric 24752004 4 230 1,200 Electric 24752005 5 230 1,500 Electric 24752006 6 230 1,800 Electric 24754101* 1 230 150 Electric 24754102* 2 230 300 Electric 24754103* 3 230 450 Electric 24754104* 4 230 600 Electric 24754105* 5 230 750 Electric 24754106* 6 230 900 Electric * = One used per 460V unit only, top coil heater position Electrical Components 22597101 Terminal Board Air All 22597701 Terminal Board Electric/Hot Gas All 5709L Defrost Termination/Fan Delay Thermostat Electric Fixed Bi-Metallic Control 5708L Heater Limit Thermostat Electric Fixed Bi-Metallic Control 4267W Defrost Termination/Fan Delay Thermostat Electric/Hot Gas Adjustable Control 28913901 Room Thermostat Air/Electric Room Thermostat Mech 28963201 Room Thermostat Air/Electric Room Thermostat Elec Drain Fitting 26925101 Drain Fitting Kit All 54 STANDARD NOZZLE SELECTION Air Defrost LEL0045*S6A^A 1 3/16 15 1 LEL0055*S6A^A 1 3/16 15 2 L-1/3 L-1/2 L-1/3 L-1/3 LEL0060*S6A^A 1 3/16 15 2 L-1/2 L-3/4 L-1/2 L-1/2 LEL0095*S6A^A 2 3/16 15 2 L-1/2 L-3/4 L-1/2 L-1/2 LEL0105*S6A^A 2 3/16 15 3 L-3/4 L-1 L-3/4 L-3/4 LEL0115*S6A^A 2 3/16 15 4 L-1 L-1-1/2 L-1 L-1 LEL0125*S6A^A 2 3/16 15 4 L-1 L-1-1/2 L-1 L-1 LEL0155*S6A^A 3 3/16 15 4 L-1 L-1-1/2 L-1 L-1 LEL0190*S6A^A 3 3/16 15 6 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0250*S6A^A 4 3/16 15 6 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0295*S6A^A 5 3/16 15 6 L-2 L-2-1/2 L-1-1/2 L-1-1/2 LEL0350*S6A^A 6 3/16 15 7 L-2 L-3 L-2 L-2 LEL0380*S6A^A 6 3/16 15 8 L-2-1/2 L-3 L-2-1/2 L-2-1/2 Notes: Nozzles sized for 90-100*F liquid temperature at expansion valve. Contact Application Engineering for guidance if: Liquid temperature is not 90-100T Evaporator TD is not 10°-15°F (room temperature — saturated suction temperature) Caution: Refrigeration system will not perform properly without correct nozzle LOW PROFILE UNIT COOLERS STANDARD NOZZLE SELECTION Electric Defrost LEL0040*S6E^A 1 3/16 15 2 L-1/2 L-3/4 L-1/2 LEL0045*S6E^A 1 3/16 15 2 L-3/4 L-3/4 L-1/2 LEL0065*S6E^A 2 3/16 15 3 L-3/4 L-1 L-3/4 LEL0080*S6E^A 2 3/16 15 3 L-1 L-1-1/2 L-1 LEL0100*S6E^A 2 3/16 15 6 L-1-1/2 L-1-1/2 L-1 LEL0130*S6E^A 3 3/16 15 6 L-1-1/2 L-2 L-1-1/2 LEL0155*S6E^A 3 3/16 15 8 L-2 L-2-1/2 L-2 LEL0170*S6E^A 4 3/16 15 6 L-2 L-2-1/2 L-2 LEL0205*S6E^A 4 3/16 15 8 L-2-1/2 L-3 L-2 LEL0240*S6E^A 5 3/16 15 8 L-2-1/2 L-4 L-2-1/2 LEL0255*S6E^A 6 3/16 15 9 L-3 L-4 L-3 LEL0310*S6E^A 6 3/16 15 12 L-4 L-5 L-3 LEL0045*S4E^A 1 3/16 15 2 L-1/2 L-3/4 L-1/2 LEL0070*S4E^A 2 3/16 15 3 L-3/4 L-1 L-3/4 LEL0090*S4E^A 2 3/16 15 6 L-1 L-1-1/2 L-1 LEL0135*S4E^A 3 3/16 15 6 L-1-1/2 L-2 L-1-1/2 LEL0180*S4E^A 4 3/16 15 8 L-2 L-2-1/2 L-2 LEL0220*S4E^A 5 3/16 15 8 L-2 L-3 L-2 LEL0275*S4E^A 6 3/16 15 12 L-3 L-4 L-3 LEL0040*S6E^A 1 3/16 15 2 L-1/4 L-1/3 L-1/4 L-1/4 LEL0045*S6E^A 1 3/16 15 2 L-1/3 L-1/2 L-1/3 L-1/3 LEL0065*S6E^A 2 3/16 15 3 L-1/2 L-3/4 L-1/2 L-1/2 LEL0080*S6E^A 2 3/16 15 3 L-3/4 L-3/4 L-1/2 L-1/2 LEL0100*S6E^A 2 3/16 15 6 L-3/4 L-1 L-3/4 L-3/4 LEL0130*S6E^A 3 3/16 15 6 L-1 L-1-1/2 L-1 L-1 LEL0155*S6E^A 3 3/16 15 8 L-1 L-1-1/2 L-1 L-1 LEL0170*S6E^A 4 3/16 15 6 L-1-1/2 L-1-1/2 L-1-1/2 L-1-1/2 LEL0205*S6E^A 4 3/16 15 8 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0240*S6E^A 5 3/16 15 8 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0255*S6E^A 6 3/16 15 9 L-2 L-2-1/2 L-2 L-2 LEL0310*S6E^A 6 3/16 15 12 L-2 L-3 L-2 L-2 LEL0045*S4E^A 1 3/16 15 2 L-1/3 L-1/2 L-1/4 L-1/4 LEL0070*S4E^A 2 3/16 15 3 L-1/2 L-3/4 L-1/2 L-1/2 LEL0090*S4E^A 2 3/16 15 6 L-3/4 L-3/4 L-3/4 L-3/4 LEL0135*S4E^A 3 3/16 15 6 L-3/4 L-1 L-3/4 L-3/4 LEL0180*S4E^A 4 3/16 15 8 L-1 L-1-1/2 L-1 L-1 LEL0220*S4E^A 5 3/16 15 8 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0275*S4E^A 6 3/16 15 12 L-2 L-2-1/2 L-2 L-2 Notes: Nozzles sized for 90-100*F liquid temperature at expansion valve. Contact Application Engineering for guidance if: Liquid temperature is not 90-100T Evaporator TD is not 10°-15°F (room temperature — saturated suction temperature) Caution: Refrigeration system will not perform properly without correct nozzle M ■ STANDARD NOZZLE SELECTION Hot Gas Defrost LEL0040*S6H^A 1 3/16 15 2 L-1/2 L-3/4 L-1/2 LEL0045*S6H^A 1 3/16 15 2 L-3/4 L-3/4 L-1/2 LEL0065*S6H^A 2 3/16 15 3 L-3/4 L-1 L-3/4 LEL0080*S6H^A 2 3/16 15 3 L-1 L-1-1/2 L-1 LEL0100*S6H^A 2 3/16 15 6 L-1-1/2 L-1-1/2 L-1 LEL0130*S6H^A 3 3/16 15 6 L-1-1/2 L-2 L-1-1/2 LEL0155*S6H^A 3 3/16 15 8 L-2 L-2-1/2 L-2 LEL0170*S6H^A 4 3/16 15 6 L-2 L-2-1/2 L-2 LEL0205*S6H^A 4 3/16 15 8 L-2-1/2 L-3 L-2 LEL0240*S6H^A 5 3/16 15 8 L-2-1/2 L-4 L-2-1/2 LEL0255*S6H^A 6 3/16 15 9 L-3 L-4 L-3 LEL0310*S6H^A 6 3/16 15 12 L-4 L-5 L-3 LEL0045*S4H^A 1 3/16 15 2 L-1/2 L-3/4 L-1/2 LEL0070*S4H^A 2 3/16 15 3 L-3/4 L-1 L-3/4 LEL0090*S4H^A 2 3/16 15 6 L-1 L-1-1/2 L-1 LEL0135*S4H^A 3 3/16 15 6 L-1-1/2 L-2 L-1-1/2 LEL0180*S4H^A 4 3/16 15 8 L-2 L-2-1/2 L-2 LEL0220*S4H^A 5 3/16 15 8 L-2 L-3 L-2 LEL0275*S4H^A 6 3/16 15 12 L-3 L-4 L-3 LEL0040*S6H^A 1 3/16 15 2 L-1/4 L-1/3 L-1/4 L-1/4 LEL0045*S6H^A 1 3/16 15 2 L-1/3 L-1/2 L-1/3 L-1/3 LEL0065*S6H^A 2 3/16 15 3 L-1/2 L-3/4 L-1/2 L-1/2 LEL0080*S6H^A 2 3/16 15 3 L-3/4 L-3/4 L-1/2 L-1/2 LEL0100*S6H^A 2 3/16 15 6 L-3/4 L-1 L-3/4 L-3/4 LEL0130*S6H^A 3 3/16 15 6 L-1 L-1-1/2 L-1 L-1 LEL0155*S6H^A 3 3/16 15 8 L-1 L-1-1/2 L-1 L-1 LEL0170*S6H^A 4 3/16 15 6 L-1-1/2 L-1-1/2 L-1-1/2 L-1-1/2 LEL0205*S6H^A 4 3/16 15 8 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0240*S6H^A 5 3/16 15 8 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0255*S6H^A 6 3/16 15 9 L-2 L-2-1/2 L-2 L-2 LEL0310*S6H^A 6 3/16 15 12 L-2 L-3 L-2 L-2 LEL0045*S4H^A 1 3/16 15 2 L-1/3 L-1/2 L-1/4 L-1/4 LEL0070*S4H^A 2 3/16 15 3 L-1/2 L-3/4 L-1/2 L-1/2 LEL0090*S4H^A 2 3/16 15 6 L-3/4 L-3/4 L-3/4 L-3/4 LEL0135*S4H^A 3 3/16 15 6 L-3/4 L-1 L-3/4 L-3/4 LEL0180*S4H^A 4 3/16 15 8 L-1 L-1-1/2 L-1 L-1 LEL0220*S4H^A 5 3/16 15 8 L-1-1/2 L-2 L-1-1/2 L-1-1/2 LEL0275*S4H^A 6 3/16 15 12 L-2 L-2-1/2 L-2 L-2 Notes: Nozzles sized for 90-100*F liquid temperature at expansion valve. Contact Application Engineering for guidance if: Liquid temperature is not 90-100T Evaporator TD is not 10°-15°F (room temperature — saturated suction temperature) Caution: Refrigeration system will not perform properly without correct nozzle NOTES NOTES 7HEATCRAFT Worldwide Refrigeration Since product improvement is a continuing effort, we reserve the right to make changes in specifications without notice. LK-LOP-0622 I Version 004 ©2022 Heatcraft Refrigeration Products LLC