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APPROVED RESUB1 FIR2023-0040+Fire_Alarm_Plan+7.11.2023_8.16.44_PM+3659911Approved DFM ckyis Burt South County Fire Date: 07/27/2023 07-27-2023 PLAN REVIEW NOTES: APPROVED WITH CONDITIONS NOTED ON SHEET FA4.01 AND FA4.06. DFM BURT -� I �~ - r_ o L_— ~J 21'Oth SiSW V _ r [ IA I IT L—i Ll I J LJ I I 1( I Lam: I ]ems J I� CLI C� r 2th St SW 212th St SW n c 215th St -SW i Ll e �a . J. WIRE LEGEND SYM DESCRIPTION 2' 12th S FIRE ALARM VICINITY MAP N SCHEMATIC: NOT TO SCALE i� ��gl' Q - � �r 17 C 7/- NOTE: ALL WIRE ON THIS PROJECT SHALL BE ENCLOSED IN THE PROPER PROTECTIVE RACEWAY. SEE WIRE LEGEND FOR RATINGS AND PATHWAY TYPE. WIRE LEGEND COLOUR CIRCUIT TYPE I Ll tec �r WINDY CITY GENESIS SOUTHWIRE Ax 1 PAIR 16AWG TWISTED FIRE RATED CABLE RED SPEAKER CIRCUIT 761360 45111004 G50032-1 B B 2 COND. 16AWG OAS FIRE RATED CABLE RED BUS/RS485 CIRCUIT (FAA) 76132 4606 G50013 Dx 1 PAIR 16AWG FIRE RATED CABLE RED SLC/DATA CIRCUIT 7613 4511 G50032 Sx 1 PAIR 14AWG FIRE RATED CABLE RED VISUAL CIRCUIT 7613 4511 G50032 P 1 PAIR 16AWG FIRE RATED CABLE RED GENERIC POWER 7613 4511 G50032 Zx 1 PAIR 16AWG FIRE RATED CABLE RED CONVENTIONAL DEVICE CIRCUIT 7613 4511 G50032 M 1 PAIR 16AWG TWISTED SHIELDED FIRE RATED CABLE RED REMOTE MICROPHONE 7613 4511 G50032 L 1 PAIR 16AWG FIRE RATED CABLE RED PTT CIRCUIT 7613 4511 G50032 V 1 PAIR 18AWG TWISTED SHIELDED FIRE RATED CABLE RED AUDIO NETWORK CIRCUIT 762320 46021104 F40015-61A N 1 PAIR 18AWG TWISTED FIRE RATED CABLE RED NETWORK CIRCUIT 7612360 46141004 G40005-38A WIRE RUN IN 2-HOUR RATED PATHWAY IN CONDUIT WIRE RUN IN CONDUIT NOTES 1 "e" IN FRONT OF LETTER SIGNIFIES CIRCUIT CABLE EXISTING, TO REMAIN AND MAY DIFFER FROM SPECIFIED CALLOUT. 2 = HASH MARK QUANTITY SIGNIFIES QUANTITY OF DESCRIBED WIRE 3 ALL WIRE PERMITTED, FURNISHED AND INSTALLED BY RHEMA ELECTRIC AS A JOINT VENTURE. 4 WIRE MANUFACTURER IS FOR REFERENCE ONLY. ENSURE PROPER CROSS REFERENCE WHEN USING DIFFERENT MANUFACTURER. 5 BY DEFAULT-WASHINGTON ALARM SPECIFIES FPLP WIRING. ELECTRICAL CONTRACTOR SHALL ENSURE CABLE TYPE CONSISTENT WITH NEC REQUIREMENTS. 6 STRIPING -WHEN APPLICABLE -IS NOT REQUIRED AND IS RECOMMENDED FOR EASE OF CIRCUIT IDENTIFICATION. ALL CIRCUITRY SHALL BE UNIQUELY AND LOGICALLY LABELED. 7 ALL FIRE ALARM WIRING TYPES SHALL MAINTAIN SEPARATION FROM EACH OTHER, AND FROM AC CIRCUITRY. 4" MIN 12" MAX A/C SUPPLY OR RETURN DIFFUSER CEILING -MOUNTED 4" MINI `HEAT DETECTOR 6" IMIN. 4 36" MIN. AUDIBLE/VISUAL AUDIBLE -ONLY REMOTE ALARM CEILING MOUNTED NEVER AND/OR VISUAL IF APPLIANCES INDICATOR EAT HERE ONLY APPLIANCE O El SMOKE DETECTOR IN El WALL -MOUNTED PENDANT MOUNTED- AUDIBLE/VISUAL APPLIANCES CEILING MOUNTED-v AUDIBLE/VISUAL APPLIANCES HEAT DETECTOR DOOR WIDTH T" LESS 3� 6 FSA MAGNETIC [ DOOR k FACP SYSTEM HOLDER RECORDS. 80"-96" 90" MIN. 10' MAX 114 DOCUMENTS TO LOWEST WHERE CEILING AFF PART OF LENS HEIGHT ALLOWS E� 5' MAX. 66" TO 66" TO 66" TO FROM EXIT TOP OF TOP OF TOP OF FSA FACP CABINET FINISHED FLOOR FIRE ALARM DEVICE MOUNTING HEIGHTS SCALE: NOT TO SCALE 30' MAX MANUAL 42"-48" PULL STATION 30' MAX AFF NOTE: MEASUREMENTS SHOWN ARE TO THE CLOSEST POINT OF 2" MAX WALL -MOUNTED SMOKE DETECTOR I SIDE WALL FINISHED WALL WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.cort WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BMITTAL 3/20/2023 R ES U BMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM DETAILS & LEGENDS RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA 1 00 • 0 2023, WASHINGTON ALARM GENERAL NOTES: � U U LNi W Z O Z Z � U U o � U 0_1Z 0 N o 0 0 N 0 E2 U (n 2 W z o 0 o � Of 0:� Z Z Z O o W Z p p N o o C W Q (n (Q) (n O O a a o- NCK o- N owO N U O U z I- WZ p W 0 W p W W � W ck�W Of Of W a_U C9 J U J(nN J LiLi ILL. WZ Z W of WQ LL a a ¢ a LL1 a a CL U ( N N W O CD/) O CD CD CD _J O � CL U Q H Z Z ( n L¢i L¢i Q Q p Q p Q 0 J � O O Q H 2 2 2 � � Z W LQi W Q W LQ� L¢i Q Q Q Z Z W O Z Z O O O _� C� C� C� C� C7 J > > Q 0- Q ~ Q Q Z CD CL U Q O Q Z Z L� Z L� Z W Z O O ZO N N W Z Q l Z Q W Z L¢i L¢i Z Q W > H H 2 Q H Cn Q H N W W J J W J J N O O N `` 8 U W w O O O O O LQ� Z Z p 2 U 2 �_ o 0 W 0 0 0 OPERATIONS Q L.� W � W U p � H Q i; U Q H Q ¢H¢ HQQ ¢H¢ � � _ Z O Z O Z O O H O H Z O_ W W W W Z O_ Z O_ Z O_ W W ¢ _� �_ ¢ LL_ W W MATRIX Q U_ Q � cn o z W W Q W o Z Q N N N N Cn (n Cn(n cn W W Q N Q H H W W CD o N� 0 0 H H H Q Q w J J Q N W CD N W ¢ W W W N N W p O 0 Z Q m Z C (n W Q Q J H Z CL N (n (n (n (n N (n N N N W of W � W �_ W _ _ > L W I W W W W U N W Z W Q Q Q W W W W W CL CL a Q H N N (n N (n (n (/) Cn Q Q H W W O O O Z O Z O Z O a O W O L) O O O H Q � 0- p Q Z 0 (� W U 2 = Z N 0- CL � X � W W N N N N W W N W W O N N UJ H H W > U Q O (n Z — � � O C � O N W N O N Z (n J J CL a_ CL W W W W a� O W W W X � �' ~ ~ ~ W W W of W Qf W W W Of W W W of W Z O Z O W Z W (/) (n W (n Q L,� . Z Q W W o a Z J J J o 0 0 � � � � � - m W ILL. � > W m Q O Z Q Q U N Q L W O O O Q Q J J W WCkf O L W � Of O O O O O O I W W p] W m m W W Q Q M ILA Q O > Q Q Q Q Q W W �' O W W O L¢i LQi L¢i 0- CL 0- CL CL CL CL CL CL Y U E p a _ p O _ p O W J �_ X W Lr U L.� C� W >> LWL.I ' J > J (n F N W W w Q Q W p p p Z Z Z Z Z Z Z Z Z O O W U (n Q Q W Q � Q Q (n � Q �' CL J W L.L. O Z Z Z Z Z (n (n W W W Z Z Z �j p L- > W > L- > Q L.� Q L.� Q L.� Q L.� Q L.� Q L.� Q L.� Q L.� Q L.� (Un (fin J J Q p Wp W W W W W W ~ ~ W W W LEI W W W W LEI W p Q Q W N W W W W W W W W W W W W W W W H Q Q H Q Q H Q H Q (n (n (n (n Q H Q Q H Q H Q O p O p O p O 0 Q H Q H Q H Q H Q O p O p O p (� (� W W W ( Q H Q Q H Q H Q H Q H Q Q H Q Q H Q H Q H Q H Q W N z > H > H > H > H > H > H Z Z Z Z > H > H > H > H > H H H H > H > H > H > H > H H H � W W Z W Z W Z W (n O (n O cn O Z W > H > H > H > H > H > H > H > H > H > H > H > H > H > H FIRE ALARM INPUT o a a a a a a a a a "Q a v C C C a a a "Q a v C o> 0 0 0 0' 0 a a a "Q a ¢ a a a a a a "Q a SYSTEM NORMAL • • # SMOKE DETECTORS • # • # # # • # i # # # # # # # # # HEAT DETECTORS # # # # # # # # # # # # # # # # # # PULL STATIONS • i • i • i • i • • i • • • • • # PRIMARY RECALL FLR, ELEV LOBBY SMOKE DET # # # # # # # # # # # # # # # # # # # ALTERNATE RECALL FLR, ELEV LOBBY SMOKE DET # # # # # # # # # # # # # # # # # # TOP OF ELEV SHAFT SMOKE DET i i• i # i i i i# i i i i i i i i • i ELEVATOR EQUIPMENT ROOM SMOKE DET ! # ! ! ! # # ! # ! ! ! # ! ! # ! ! # # ELEVATOR EQUIPMENT ROOM HEAT DET i # • # # # # • # • # # # • # # • • • WATERFLOW SWITCHES • # • i • # • # i • i # • i i i # • VALVE SUPERVISORY SWITCHES # # # # # DUCT DETECTORS ON RTU • i • # i DUCT DETECTORS ON SPF STAIR 01 # # # # # # # # DUCT DETECTORS ON SPF STAIR 02 # # # # # # # # DUCT DETECTORS ON EPF FAN SWITCH OVERRIDE SET TO "ON" AT FSCP ! # # # # ! # ! ! ! # FAN SWITCH OVERRIDE SET TO "OFF" AT FSCP # • • # # • • # # TWO-WAY COMMUNICATION LOSS OF COMMUNICATION • # # # # TWO-WAY COMMUNICATION LOSS OF POWER # # # # # VFD FAULT STAIR 01 • i • i • • VFD FAULT STAIR 02 # # # # # # VFD FAULT ELEVATOR # # # # FAN PROPER OPERATION STAIR 01 FAN PROPER OPERATION STAIR 02 ! # ! # ! FAN PROPER OPERATION ELEVATOR FAN POWER ON STAIR 01 • # # i # • FAN POWER ON STAIR 02 # # # # # # FAN POWER ON ELEVATOR • # i # i FAN POWER OFF STAIR 01 # # # # # # FAN POWER OFF STAIR 02 # # # # # FAN POWER OFF ELEVATOR SMOKE CONTROL RELIEF LOUVER L-4 OPEN ! # # # # # SMOKE CONTROL RELIEF LOUVER L-4 CLOSED FIRE ALARM AC POWER FAIL • • • # # FIRE ALARM LOW BATTERY # # # # # OPEN CIRCUIT # # # # # GROUND FAULT # # # # # NAC SHORT CIRCUIT # # # # LOSS OF AC TO BUILDING i i i i • 1. SCOPE OF WORK: THIS PROJECT SHALL INCLUDE THE INSTALLATION OF A NEW ADDRESSABLE FIRE ALARM SYSTEM IN A NEW APARTMENT BUILDING WITH A PARKING GARAGE. FIRE ALARM SYSTEM SHALL ACTIVATE SMOKE CONTROL SYSTEM AS REQUIRED. 2. THESE DRAWINGS ARE DIAGRAMMATIC. REFER TO THE ARCHITECTURAL DRAWINGS FOR EXACT DIMENSIONS. 3. INSTALLATION SHALL COMPLY WITH NEC, NFPA 72 AND ALL OTHER APPLICABLE CODES AS REQUIRED BY THE LOCAL AUTHORITY HAVING JURISDICTION. 4. WIRING DEPICTED ON THESE PLANS IS SCHEMATIC - ACTUAL WIRE LOCATIONS MAY DIFFER FROM THESE PLANS. WIRING SHALL BE PERFORMED AS ACTUAL BUILDING CONSTRUCTION CONDITIONS ALLOW AND TO MINIMIZE PENETRATIONS THROUGH AREA SEPARATION WALLS AND FIRE WALLS. THE USE OF A RACEWAY IS PERMITTED AS LONG AS NO 110V OR HIGHER VOLTAGE CABLES ARE IN THE SAME RACEWAY. 5. FIRE RATINGS SHALL BE MAINTAINED FOR ALL PENETRATIONS THROUGH FIRE -RATED CONSTRUCTION. 6. POWER FOR ALL FIRE ALARM PANELS AND FIRE ALARM POWER SUPPLIES MUST BE PROVIDED BY A DEDICATED AC BRANCH CIRCUIT. THE LOCATION OF THE BRANCH CIRCUIT BREAKER SHALL BE PERMANENTLY IDENTIFIED AT THE CONTROL UNIT, MECHANICALLY PROTECTED, ACCESSIBLE ONLY TO AUTHORIZED PERSONNEL AND SHALL BE RED AND LABELED "FIRE ALARM CIRCUIT CONTROL" IN ACCORDANCE WITH NFPA 72. ELECTRICAL CONTRACTOR SHALL PERFORM LOAD CALCULATIONS TO DETERMINE SIZE OF WIRING AND BREAKERS FOR ALL FIRE ALARM AC BRANCH CIRCUITS BASED ON THE INFORMATION PROVIDED IN THE BATTERY CALCULATIONS FOR THE FIRE ALARM EQUIPMENT. 7. POWER -LIMITED AND NONPOWER-LIMITED CIRCUIT WIRING MUST REMAIN SEPARATED IN CABINET. ALL POWER -LIMITED CIRCUIT WIRING MUST REMAIN AT LEAST 0.25" AWAY FROM ANY NONPOWER-LIMITED CIRCUIT WIRING. FURTHERMORE, ALL POWER -LIMITED AND NONPOWER-LIMITED CIRCUIT WIRING MUST ENTER AND EXIT THE CABINET THROUGH DIFFERENT KNOCK OUTS AND/OR SEPARATE CONDUITS. 8. WHEN UTILIZING CLASS "A" CIRCUITS, SEPARATE OUTGOING AND RETURN CONDUCTORS OF CLASS "A" CIRCUITS BY A MINIMUM OF 12" WHERE RUN VERTICALLY AND 48" WHERE RUN HORIZONTALLY. 9. WHEN UTILIZING SHIELDED CABLE TIE SHIELDS THROUGH AND INSULATE AT EACH JUNCTION BOX. INSULATE AND TAPE BACK AT END. 10. ALL FIRE ALARM CABLING SHALL BE ACCEPTABLE TO THE FIRE ALARM EQUIPMENT MANUFACTURER FOR THE INTENDED PURPOSE. CABLES USED IN VERTICAL RUNS SHALL BE TYPE FPLP OR FPLR. CABLE SPLICES OR TERMINATIONS SHALL BE MADE IN LISTED FITTINGS, BOXES, ENCLOSURES, FIRE ALARM DEVICES, OR UTILIZATION EQUIPMENT. WHERE INSTALLED EXPOSED, CABLES SHALL BE ADEQUATELY SUPPORTED AND INSTALLED IN SUCH A WAY THAT MAXIMUM PROTECTION AGAINST PHYSICAL DAMAGE IS AFFORDED BY BUILDING CONSTRUCTION. WHERE LOCATED WITHIN 7 FT OF THE FLOOR, CABLES SHALL BE SECURELY FASTENED IN AN APPROVED MANNER AT INTERVALS OF NOT MORE THAN 18 IN. 11. SMOKE DETECTORS SHALL NOT BE INSTALLED UNTIL AFTER CONSTRUCTION CLEAN-UP IS COMPLETED AND FINAL. 12. LOCATE SMOKE DETECTORS A MINIMUM OF THREE (3) FEET FROM MECHANICAL DIFFUSERS. WALL -MOUNTED SMOKE DETECTORS SHALL BE LOCATED A MAXIMUM OF 12" FROM CEILING. 13. PROVIDE SYNCHRONIZATION OF ALL VISUAL NOTIFICATION APPLIANCE CIRCUITS. PROVIDE ALL REQUIRED SYNC MODULES. PROVIDE A MULTI -SYNC MODE SLAVE CONNECTION BETWEEN ALL SYNC MODULES. 14. VERIFY ALL FIELD SELECTABLE AUDIBILITY SETTINGS OF NOTIFICATION APPLIANCES WITH FIRE ALARM CONTRACTOR. 15. UPON COMPLETION OF THE FIRE ALARM SYSTEM INSTALLATION AND PROGRAMMING, THE INSTALLING CONTRACTOR SHALL PERFORM FINAL TESTING OF THE ENTIRE SYSTEM, PER ALL APPLICABLE CODES, AND SHALL COORDINATE AND PERFORM A FINAL FIRE ALARM SYSTEM INSPECTION. 16. PROVIDE OFF -SITE MONITORING AS REQUIRED BY THE INTERNATIONAL FIRE CODE, SECTION 907.6.6 AND THE LOCAL AUTHORITY HAVING JURISDICTION. 17. INSTALLING CONTRACTOR SHALL, PHYSICALLY, LABEL ALL INITIATING DEVICES AND NOTIFICATION APPLIANCE CIRCUIT END OF LINE (WHEN WIRING CLASS "B"). THESE LABELS SHALL BE IN PLACE PRIOR TO START-UP AND TESTING. 18. ROOMS CONTAINING CONTROLS FOR AIR-CONDITIONING SYSTEMS, SPRINKLER RISERS AND VALVES OR OTHER FIRE DETECTION, SUPPRESSION OR CONTROL ELEMENTS SHALL BE IDENTIFIED WITH PERMANENTLY MOUNTED SIGNS WITH LETTERING NOT LESS THAN 2 INCHES TALL WITH A PRINCIPAL STROKE OF NOT LESS THAN 3/8 INCH. LETTERS SHALL CONTRAST WITH BACKGROUND. WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.cory WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BMITTAL 3/20/2023 R ES U BMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM NOTES & MATRIX RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA1.01 0 2023, WASHINGTON ALARM Ie TRIGGER & SYNC CIRCUIT TO 13PS4A ON FA2.02 MIRCOM FX-4003-12 4EESIOA RTU RTU ERV ROOF 1 1 2 1 1 NODE D12ICY s s s 12-001 12-002 12-003 12-004 12-006 12-008 12-010 12-011 12-012 12-013 12-014 12-015 12-016 12-017 12-018 ELEC/IDF #16/2 TWP IN 12-005 12-007 12-009 2002 CONTINUOUS RACEWAY _ ELEV SHAFT II II D11 H S S H 11-003 11-001 11-002 11-004 I I I I 1 #16/2 TWP IN I 1 CONNTTINUOUS RACEWAY AUDIO NETWORK I I I I 1 CIRCUIT TO I 1 z_ AMP4A ON FA2.01 0 II II O w w = w w = I 1 a a a a Ln a z I I I I 1 a o a a a a L N N N ~ I 1 z II II ELEV MACHINE w w w w w ' `_^ D10 I 1 S H II II # / 10-011 10-012 10-001 10-002 10-003 10-004 10-005 10-006 10-007 10-008 10-010 10-009 I 1 CONTINUOUS TWP I RACEWAY I I I I 1 II FC FC M I RCOM I I I I 1 LEVEL 6 613 6A N D9 BB-5001 0� s s s s S s s S s s s S s S s S � III 9-001 9-002 9-003 9-004 9-005 9-006 9-007 9-008 9-009 9-010 9-011 9-012 9-013 9-014 9-015 9-016 9-017 9-018 120 VAC AUDIO 1 I 1 N IN #16//2 TWP IN (DEDICATED CKT.) 2 CONTINUOUS RACEWAY AMPLIFIER 1 2 CABINET 3 JJ FC our #16 21 R LEVEL 5 � AMP3A 4 #16/2 D8 V s s s s s s s s s s s s s s s s s s IN ELEC IDF 5 162 —+P 8-001 8-002 8-003 8-004 8-005 8-006 8-007 8-008 8-009 8-010 8-011 8-012 8-013 8-014 8-015 8-016 8-017 8-018 8-019 / 6 # / #16/2 TWP IN 2002 #16/2 CONTINUOUS RACEWAY - 7 #16/2 TWP Fc #16/2 TWP LEVEL 4 D7 i BATTERY BATTERY s s s s s s s s s s s s s s s s s s NO CONDUIT IN BOTTOM OF CAN 7-001 7-002 7-003 7-004 7-005 7-006 7-007 7-008 7-009 7-010 7-011 7-012 7-013 7-014 7-015 7-016 7-017 7-018 7-019 IONTINUOUS 16/2 TWP IN RACEWAY FC LEVEL 3 3 D6 120 VAC s s ICATED CKT.) 6-001 6-002 6-003 6-004 6-005 6-006 6-007 6-008 6-009 6-010 6-011 6-012 6-013 6-014 6-015 6-016 6-017 6-018 6-019 IONTINUOUS 16/2 TWP IN — RACEWAY FC L LEVEL 2 4 D5 s s s s S s S s S s S s S s S s S s II II 5-001 5-002 5-003 5-004 5-005 5-006 5-007 5-008 5-009 5-010 5-011 5-012 5-013 5-014 5-015 5-016 5-017 5-018 5-019 5-021 5-022 1 I 1 #16/2 TWP IN 5-020 11 I I 11 CONTINUOUS RACEWAY 1 1 1 II II II OUT 1 I 1 II II II IN II II II I IBAATrERY I BAATrERYI I NO CONDUIT IN BOTTOM OF CAN 120 VAC (DEDICATED CKT.) (7— M I RCOM FX-4000MNS FACP RISER ROOM 1034 our our IN IN AMP1A 1 2 3 4 5 6 7 � ipt - 00000 BATTERY BATTERY LEVEL 1 1B 1A 1C 1D 1E 1F D4 LT S F S S@ @ @S S 4-001 4-003 4-005 4-007 4-008 4-016 4-015 4-017 4-018 4-019 4-020 4-021 4-022 4-030 4-031 4-002 #16/2 TWP 4-004 IN 4-006 CONNTTINUOUS RACEWAY PARKING LEVEL D3 H S S J S H S J 3-001 3-002 3-003 3-004 3-007 3-006 3-005 1 162TWP IN ONTINUOUS RACEWAY SPF STAIR 01 1 NO CONDUIT IN BOTTOM OF CAN 2-001 2-002 2-003 2-004 2-005 2-006 2-007 2-008 2-010 2-012 2-013 2-014 2-016 #16/2 TWP IN 2-009 2-011 2-015 CONTINUOUS RACEWAY SPF STAIR 02 2 1-001 1-002 1-003 1-004 1-005 1-006 1-007 1-009 1-011 1-012 1-013 1-015 16 2 TWP IN 1-008 1-010 1-014 ONTINUOUS RACEWAY AUDIO NETWORK CIRCUIT FROM AMP6A ON FA2.02 � III POTTER I I 1 PSN-106 1 15CD 30CD 15CD 15CD 177CD 15CD 75CD 15CD 15CD 15CD 15CD 15CD 15CD 150CD 15CD 15CD IN POWER 1 I I S3A1-1 S3A1-2 S3A1-3 S3A1-4 S3A1-5 S3A1-6 S3A1-7 S3A1-8 S3A1-9 S3A1-10 S3A1-11 S3A1-12 S3A1-13 S3A1-14 S3A1-15 S3A1-16 0� SUPPLY #14�21 JWI` A3A1-1 A3A1-2 A3A1-3 A3A1-4 A3A1-5 A3A1-6 A3A1-7 A3A1-8 A3A1-9 A3A1-10 I I #14/2 AWG BPS3A 2 1 1 Lg54--�— --EN—�� — --EN— --EN— �— ELEC/IDF - 1 I I 3A2-1 A3A2-2 A3A2-3 A3A2-4 A3A2-5 A3A2-6 A3A2-7 A3A2-8 I 1 3002 1 1 1 I 1 1 A3A3-1 A3A3-2 A3A3-3 A3A3-4 A3A3-5 A3A3-6 A3A3-7 A3A3-8 A3A3-9 A3A3-10 A3A3-11 I I 4 L -/g4- g5.4 --o4- --gE4- --gN- g5.4 --E4- --gE4- --E4-- A3A4-1 A3A4-2 A3A4-3 A3A4-4 A3A4-5 A3A4-6 A3A4-7 A3A4-8 A3A4-9 A3A4-10 A3A4-11 120 VAC 1 (DEDICATED CKT.) 1 A3A5-1 A3A5-2 A3A5-3 A3A5-4 A3A5-5 A3A5-6 A3A5-7 A3A5-8 A3A5-9 I i 1 A3A6-1 A3A6-2 A3A6-3 A3A6-4 A3A6-5 A3A6-6 A3A6-7 A3A6-8 - o0000 BATTERY BATM� A3A7-1 A3A7-2 A3A7-3 A3A7-4 A3A7-5 A3A7-6 A3A7-7 A3A7-8 A3A7-9 A3A7-10 NO CONDUIT IN BOTTOM OF CAN #14/2 AWG 1 1 1 1 1 1 1 1 1 II II II M I RCOM 1 1 1 BB-5001/ 120 VAC 1 1 1 120 VAC (DEDICATED CKT.) AUDIO 2 1 11 11 (DEDICATED CKT.) AMPLIFIER #1 �'2 r I I V CABINET 3 � Dur 4 # 16 2 TW� V AMP2A #16/2 1� 11 IN ELEC/IDF 5 #16/2 2002 6 1 s 2!:T - #16/2 TWP 1 #16/2 TWPJ 9 #16/2 TWP BATTERY BATTERY NO CONDUIT IN BOTTOM OF CAN #16/2 TWP # 14/2 AWG 1 1 1 I 1 II I I #16/2 TWP J — — — — — — — — — #16/2 TWP — — — — — #16/2 TWP 1 #16/2 TWP #16/2 TWP � I POTTER 11 PSN-106 IIII III I I I 1 I IN POWER 1 our SUPPLY BPS2A 2 ELEC/IDF 2002 3 4 5 N i NO CONDUIT IN BOTTOM OF CAN #14f2I14 15CD 30CD 15CD 15CD 177CD 15CD 75CD 15CD 15CD 15CD 15CD 15CD 15CD 150CD 15CD 15CD S2A1-1 S2A1-2 S2A1-3 S2A1-4 S2A1-5 S2A1-6 S2A1-7 S2A1-8 S2A1-9 S2A1-10 S2A1-11 S2A1-12 S2A1-13 S2A1-14 S2A1-15 S2A1-16 A2A1-1 A2A1-2 A2A1-3 A2A1-4 A2A1-5 A2A1-6 A2A1-7 A2A1-8 A2A1-9 A2A1-10 I 185CD #14J I I 1 S2A2-1 21 yy� 1 A2A2-1 15CD 110CD 110CD 110CD 15CD 15CD 110CD 110CD 110CD 15CD #14�1 JI 1 S2A3-1 S2A3-2 S2A3-3 S2A3-4 S2A3-5 S2A3-6 S2A3-7 S2A3-8 S2A3-9 S2A3-10 �r /2 AW� A2A3-1 A2A3-2 A2A3-3 A2A3-4 A2A3-5 A2A3-6 A2A3-7 A2A3-8 L --§N— --g4— --@4— --EN— --§N— --EN— --§N— --g4— ff IIII I 1 1 1 1 A2A4-1 A2A4-2 A2A4-3 A2A4-4 A2A4-5 A2A4-6 A2A4-7 A2A4-8 A2A4-9 A2A4-10 A2A4-11 II 1 1 15CD 110CD 110CD 110CD 15CD S2A5-1 S2A5-2 S2A5-3 S2A5-4 S2A5-5~ #14/1 IT A2A5-1 A2A5-2 A2A5-3 III�- gd-4 --EN- --EN- --EN- --EN-- A2A6-1 A2A6-2 A2A6-3 A2A6-4 A2A6-5 A2A6-6 A2A6-7 A2A6-8 1L--Aw— --9N— --94---94— --94---94— --94— --94— --94— w- 1 A2A7-1 A2A7-2 A2A7-3 A2A7-4 A2A7-5 A2A7-6 A2A7-7 A2A7-8 A2A7-9 A2A8-1 A2A8-2 A2A8-3 A2A8-4 A2A8-5 A2A8-6 A2A8-7 A2A8-8 A2A9-1 A2A9-2 A2A9-3 A2A9-4 A2A9-5 A2A9-6 A2A9-7 A2A9-8 A2A9-9 A2A9-10 I POTTER II PSN -106 1 177CD 75CD 15CD 75CD 15CD 15CD 30CD 15CD 30CD 110CD 15CD 15CD 110CD 15CD 15CD IN POWER 1 I 1 S1A1-1 S1A1-2 S1A1-3 S1All -4 S1A1-5 S1A1-6 S1A1-7 S1A1-8 S1A1-9 S1A1-10 S1A1-11 SlA1-12 S1Al-13 S1A1-14 SlA1-15 - SUPPLY #14/2 AWG 1 I A1A1-1 A1A1-2 A1A1-3 A1A1-4 A1A1-5 A1A1-6 A1A1-7 our 1 #14/2 AWG 1 110CD 30CD 30CD 30CD 15CD 15CD 15CD 75CD 30CD 30CD 110CD 30CD BPS1A 2 1 RISER S1A2-1 S1A2-2 S1A2-3 S1A2-4 S1A2-5 S1A2-6 S1A2-7 S1A2-8 S1A2-9 S1A2-11 0 S1A2-1 #14/2 AWG I A1A2-1 A1A2-2 A1A2-3 A1A2-4 A1A2-5 A1A2-6 A1A2-7 ROOM 1034 I 177CD 177CD 177CD 177CD 177CD 3 11 S1A3-1 S1A3-2 S1A3-3 S1A3-4 S1A3-5� #14/2 AWG A1A3-1 A1A3-2 A1A3-3 A1A3-4 A1A3-5 I 15CD 15CD 4 1 S1A4-1 S1A4-2 #14/2 AWG 1 1 S1A4-1 S1A4-2 120 VAC (DEDICATED CKT.) 5 30CD 177CD 177CD 177CD 30CD 177CD 177CD 30CD 177CD MV _ S1A5-1 S1A5-2 S1A5-3 S1A5-4 S1A5-5 S1A5-6 S1A5-7 S1A5-8 S1A5-9� #14/2 AWG I A1A5-1 A1A5-2 A1A5-3 A1A5-4 A1A5-5 A1A5-6 A1A5-7 30CD 15CD 30CD 15CD 15CD 15CD 30CD 15CD 6 i S1A6-1 S1A6-2 S1A6-3 S1A6-4 S1A6-5 S1A6-6 S1A6-7 S1A6-8� : 4 i #14/2 AWG A1A6-1 A1A6-2 A1A6-3 A1A6-4 A1A6-5 NO CONDUIT IN BOTTOM OF CAN WASHINGTo ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.corn WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM RISER DIAGRAM RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT FI R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA2,001 0 2023, WASHINGTON ALARM AUDIO NETWORK CIRCUIT TO FACP ON FA2.01 AUDIO NETWORK CIRCUIT FROM AMP3A ON FA2.01 120 VAC (DEDICATED CKT.) V 120 VAC (DEDICATED CKT.) 120 VAC (DEDICATED CKT.) NO CONDUIT IN BOTTOM OF CAN NO CONDUIT IN BOTTOM OF CAN II'll'I I �I II II J II # 1 /2 T�IPI #16 21 R #16/2 _J # 16/2 1 P #16/2TWF #16/2 TWP #16/2 TWP II'II'I I II II II II II I II II II �I II I J II # 1 /2 T�1PI #16 21 R J #16/2 # 16/2 T P # 16/2TWF #16/2 TWP #16/2 TWP 120 VAC (DEDICATED CKT.) — 11 �I �I II IIII 1 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 150CD 15CD I S6A1-1 S6A1-2 S6A1-3 S6A1-4 S6A1-5 S6A1-6 S6A1-7 S6A1-8 S6A1-9 S6A1-10 S6A1-11 S6A1-12 S6A1-13 S6A1-14 S6A1-15 S6A1-16 #14L2 W I A6A1-1 A6A1-2 A6A1-3 A6A1-4 A6A1-5 A6A1-6 A6A1-7 A6A1-8 110CD 75CD 75CD 185CD S6A2-1 S6A2-2 S6A2-3 S6A2-4 �- #14y W A6A2-1 A6A2-2 A6A2-3 A6A2-4 I� 15CD 1 1QCD 110CD 110CD 15CD 15CD 110CD 110CD 110CD 15CD S6A3-1 S6A3-2 S6A3-3 S6A3-4 S6A3-5 S6A3-6 S6A3-7 S6A3-8 S643-9 S6A3-10 #14/1 jw� I A6A3-1 A6A3-2 A6A3-3 A6A3-4 A6A3-5 A6A3-6 A6A3-7 A6A3-8 I� S6A4-1 S6A4-2 S6A4-3 S6A4-4 S6A4-5 S6A4-6 S6A4-7 I II I� I A6A5-1 A6A5-2 A6A5-3 A6A5-4 A6A5-5 A6A5-6 A6A5-7 A6A5-8 I� A6A6-1 A6A6-2 A6A6-3 A6A6-4 A6A6-5 A6A6-6 A6A6-7 A6A6-8 A6A6-9 L- A6A7-1 A6A7-2 A6A7-3 A6A7-4 A6A7-5 A6A7-6 A6A7-7 A6A7-8 NO CONDUIT IN BOTTOM OF CAN �I POTTER IIII DCKI 1 na I III I IN POWER 1 I 15CD 30CD 15CD 15CD 177CD 15CD 75CD 15CD 15CD 15CD 15CD 15CD 15CD 150CD 15CD 15CD S5A1-1 S5A1-2 S5A1-3 S5A1-4 S5A1-5 S5A1-6 S5A1-7 S5A1-8 S5A1-9 S5A1-10 S5A1-11 S5A1-12 S5A1-13 S5A1-14 S5A1-15 S5A1-16 our SUPPLY #14,� �W�i I I A5A1-1 A5A1-2 A5A1-3 A5A1-4 A5A1-5 A5A1-6 A5A1-7 A5A1-8 A5A1-9 A5A1-10 #14/2 AWG BPS5A 2 ELEC/IDF I I I A5A2-1 A5A2-2 A5A2-3 A5A2-4 A5A2-5 A5A2-6 A5A2-7 A5A2-8 5002 I 1 I I 3 II --g54-- --EN- --gN- --gN- --EN- --EN- --gN- --gN- --EN-- I A5A3-1 A5A3-2 A5A3-3 A5A3-4 A5A3-5 A5A3-6 A5A3-7 A5A3-8 A5A3-9 A5A3-10 A5A3-11 I I I I L 4 -/®4- --Em- --E4- --gN- --gN- --Em- --E4- --gN- --gN- --Em- --E4- AW - I A5A4-1 A5A4-2 A5A4-3 A5A4-4 A5A4-5 A5A4-6 A5A4-7 A5A4-8 A5A4-9 A5A4-10 A5A4-11 120 VAC I (DEDICATED CKT.) L --gt4— A5A5-1 A5A5-2 A5A5-3 A5A5-4 A5A5-5 A5A5-6 A5A5-7 A5A5-8 A5A5-9 NO CONDUIT IN BOTTOM OF CAN L— E*— E*— --91*— E*— W A5A6-1 A5A6-2 A5A6-3 A5A6-4 A5A6-5 A5A6-6 A5A6-7 A5A6-8 --gN- --EN- --EN- --gN- --gN- --@N- --gN- --gN- 0 A5A7-1 A5A7-2 A5A7-3 A5A7-4 A5A7-5 A5A7-6 A5A7-7 A5A7-8 A5A7-9 A5A7-10 IIII II POTTER 11 TRIGGER & SYNC PSN -106 CIRCUIT FROM 1 IN II III 2I W 15CD 30CD 15CD 15CD 177CD 15CD 75CD 15CD 15CD 15CD 15CD 15CD 15CD 150CD 15CD 15CD BPS3A ON FA2.01 POWER 4�S3A1-1 S3A1-2 S3A1-3 S3A1-4 S3A1-5 S3A1-6 S3A1-7 S3A1-8 S3A1-9 S3A1-10 S3A1-11 S3A1-12 S3Al-13 S3A1-14 S3A1-15 S3A1-16 A4A1-1 A4A1-2 A4A1-3 A4A1-4 A4A1-5 A4A1-6 A4A1-7 A4A1-8 A4A1-9 A4A1-10p� SUPPLY #1�1'll II III #14/2 AWG BPS4A 2 15CD 110CD 110CD 110CD 15CD 15CD 110CD 110CD 110CD 15CD - S4A2-1 S4A2-2 S4A2-3 S4A2-4 S4A2-5 S4A2-6 S4A2-7 S4A2-8 S4A2-9 S4A2-10 ELEC/IDF #14yj W A4A2-1 A4A2-2 A4A2-3 A4A2-4 A4A2-5 A4A2-6 A4A2-7 A4A2-8 4002 II III 1 I I IIII I 3 11 ��- I I I I I I I I I I I A4A3-1 A4A3-2 A4A3-3 A4A3-4 A4A3-5 A4A3-6 A4A3-7 A4A3-8 A4A3-9 A4A3-10 A4A3-11 JIII II - # 1 /2 T�IPI -#16 121 R - # J 16/2 .� - # 16/2 1 P - # 16/2 TWP - # 16/2 TWP 120 VAC (DEDICATED CKT.) ►1 1►1 1 C111„ 1 :► 11 1►1 ► C111„ 1 L--/91+— --E+— --E+— E*— --E+— --E+— --E+— E*— --E+—- A4A4-1 A4A4-2 A4A4-3 A4A4-4 A4A4-5 A4A4-6 A4A4-7 A4A4-8 A4A4-9 A4A4-10 A4A4-11 A4A5-1 A4A5-2 A4A5-3 A4A5-4 A4A5-5 A4A5-6 A4A5-7 A4A5-8 A4A5-9 II A4A6-1 A4A6-2 A4A6-3 A4A6-4 A4A6-5 A4A6-6 A4A6-7 A4A6-8 A4A7-1 A4A7-2 A4A7-3 A4A7-4 A4A7-5 A4A7-6 A4A7-7 A4A7-8 A4A7-9 A4A7-10 WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.co WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM RISER DIAGRAM RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT FI R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA2,002 0 2023, WASHINGTON ALARM BPS1A Battery Calculation BPS1A Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Potter c�,iion 6�7�2023 AC Branch Current AC Branch Current: 2.00 Amps ® 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current (Amps) Total Current (Amps) BPS1A MAINBOARD PSN-106 1 X 0.075000 = 0.075000 TOTAL STANDBY LOAD 0.075000 Regulated Load in ALARM Device Type Model Number of Devices Current Am s Total Current (Amps) BPS1A MAINBOARD S1A1 (See Voltage Drop Calculations) S1A2 (See Voltage Drop Calculations) S1A3 (See Voltage Drop Calculations) S1A4 (See Voltage Drop Calculations) S1A5 (See Voltage Drop Calculations) S1A6 (See Voltage Drop Calculations) PSN-106 1 X 0.075000 = 0.075000 0.713000 = 0.713000 0.448000 = 0.448000 0.925000 = 0.925000 0.044000 = 0.044000 1.200000 = 1.200000 0.200000 = 0.200000 TOTAL ALARM LOAD 3.605000 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.075000 X 24.00000 = 1.800000 Alarm Load Current (Amps) Required Alarm Time in Hours 3.605000 X 0.250000 = 0.901250 Total Ampere Hours (before derating factor) berating Factor X 2.701250 1.2 TOTAL AMPERE HOURS REQUIRED = 3.241500 BATTERIES TO BE PROVIDED 2 - 12v 7 AH BPS2A BPS2A Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Potter c�,iion s�7�2o23 AC Branch Current AC Branch Current: 2.00 Amps ® 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current (Amps) Total Current (Amps) BPS2A MAINBOARD PSN-106 1 X 0.075000 = 0.075000 TOTAL STANDBY LOAD 0.075000 Regulated Load in ALARM Device Type Model Number of Devices Current Am s Total Current (Amps) BPS2A MAINBOARD S2A1 See Voltage Drop Calculations S2A2 (See Voltage Drop Calculations) S2A3 (See Voltage Drop Calculations) S2A4 (See Voltage Drop Calculations) S2A5 (See Voltage Drop Calculations) S2A6 See Voltage Drop Calculations PSN-106 1 X 0.075000 = 0.075000 0.664000 0.664000 = 0.420000 = 0.420000 0.604000 = 0.604000 0.000000 = 0.000000 0.302000 = 0.302000 0.000000 = 0.000000 TOTAL ALARM LOAD 2.065000 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.075000 X 24.00000 = 1.800000 Alarm Load Current (Amps) Required Alarm Time in Hours 2.065000 X 0.250000 = 0.516250 Total Ampere Hours before derating factor Deratin Factor X 2.316250 1.2 TOTAL AMPERE HOURS REQUIRED = 2.779500 BATTERIES TO BE PROVIDED 2 - 12v 7 AH BPS3A BPSSA Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Potter 6�7�2023 c�nozn AC Branch Current AC Branch Current: 2.00 Amps @ 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number Current of Devices Am s Total Current (Amps) BPSSA MAINBOARD PSN-106 1 X 0.075000 = 0.075000 TOTAL STANDBY LOAD 0.075000 Regulated Load in ALARM Device Type Model Number of Devices Current (Amps) Total Current (Amps) BPSSA MAINBOARD S3A1 See Voltage Drop Calculations S3A2 See Voltage Drop Calculations S3A3 See Voltage Drop Calculations S3A4 See Voltage Drop Calculations) S3A5 See Voltage Drop Calculations S3A6 See Voltage Drop Calculations PSN-106 1 X 0.075000 = 0.075000 0.664000 = 0.664000 0.000000 = 0.000000 0.000000 = 0.000000 0.000000 = 0.000000 0.000000 = 0.000000 0.000000 = 0.000000 TOTAL ALARM LOAD 0.739000 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.075000 X 24.00000 = 1.800000 Alarm Load Current (Amps) Required Alarm Time in Hours 0.739000 X 0.250000 = 0.184750 Total Ampere Hours before derating factor Deratin Factor X 1.984750 1.2 TOTAL AMPERE HOURS REQUIRED = 2.381700 BATTERIES TO BE PROVIDED 2 - 12v 7 AH BPS4A BPS4A Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Potter s�7�2o23 an/�� AC Branch Current AC Branch Current: 2.00 Amps @ 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current (Amps) Total Current (Amps) BPS4A MAINBOARD PSN-106 1 X 0.075000 = 0.075000 TOTAL STANDBY LOAD 0.075000 Regulated Load in ALARM Device Type Model Number of Devices Current (Amps) Total Current (Amps) BPS4A MAINBOARD S4A1 See Voltage Drop Calculations S4A2 See Voltage Drop Calculations S4A3 (See Voltage Drop Calculations) S4A4 (See Voltage Drop Calculations) S4A5 (See Voltage Drop Calculations) S4A6 See Voltage Drop Calculations PSN-106 1 X 0.075000 = 0.075000 0.664000 = 0.664000 0.604000 = 0.604000 0.000000 = 0.000000 0.000000 = 0.000000 0.000000 = 0.000000 0.000000 = 0.000000 TOTAL ALARM LOAD 1.343000 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.075000 X 24.00000 = 1.800000 Alarm Load Current (Amps) Required Alarm Time in Hours 1.343000 X 0.250000 = 0.335750 Total Ampere Hours before derating factor Deratin Factor X 2.135750 1.2 TOTAL AMPERE HOURS REQUIRED = 2.562900 BATTERIES TO BE PROVIDED 2 - 12v 7 AH BPS5A BPS5A Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Potter 6�7�2023 an/ro�� AC Branch Current AC Branch Current: 2.00 Amps HPS6A BPSSA Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Potter ai�izon s�7�2o23 AC Branch Current AC Branch Current: 2.00 Amps � 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current (Amps) Total Current (Amps) BPS6A MAINBOARD PSN-106 1 X 0.075000 = 0.075000 TOTAL STANDBY LOAD 0.075000 Regulated Load in ALARM Device Type Model Number of Devices Current (Amps) Total Current (Amps) BPS6A MAINBOARD S6A1 See Voltage Drop Calculations S6A2 See Voltage Drop Calculations S6A3 See Voltage Drop Calculations) S6A4 See Voltage Drop Calculations S6A5 See Voltage Drop Calculations S6A6 See Voltage Drop Calculations PSN-106 1 X 0.075000 = 0.075000 0.455000 0.455000 = 0.626000 = 0.626000 0.604000 = 0.604000 0.000000 = 0.000000 0.000000 = 0.000000 0.000000 = 0.000000 TOTAL ALARM LOAD 1.760000 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.075000 X 24.00000 = 1.800000 Alarm Load Current (Amps) Required Alarm Time in Hours 1.760000 X 0.250000 = 0.440000 Total Ampere Hours before derating factor Deratin Factor X 2.240000 1.2 TOTAL AMPERE HOURS REQUIRED = 2.688000 BATTERIES TO BE PROVIDED 2 - 12v 7 AH AMP2A AMPSA Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Mircom ei�izon s�7�2o23 AC Branch Current AC Branch Current: 2.00 Amps (� 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current Am s Total Current (Amps) AUDIO NETWORK CONTROLLER 4 ZONE 15W AMPLIFIER TOTAL AUDIO POWER IN WATTS ANC-5000 1 X QAA-5415-70 3 X 33.5 X 0.255000 = = 0.255000 0.330000 0.110000 0.000000 = 0.000000 TOTAL STANDBY LOAD 0.585000 Regulated Load in ALARM Device Type Model Number of Devices Current Am s Total Current (Amps) AUDIO NETWORK CONTROLLER 4 ZONE 15W AMPLIFIER ANC-5000 1 X QAA-5415-70 3 X 0.265000 = = = 0.265000 2.100000 2.177500 0.700000 0.065000 TOTAL AUDIO POWER IN WATTS 33.5 X TOTAL ALARM LOAD 4.542500 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.585000 X 24.00000 = 14.040000 Alarm Load Current (Amps) Required Alarm Time in Hours 4.542500 X 0.250000 = 1.135625 Total Ampere Hours before derating factor Deratin Factor X 15.175625 1.2 TOTAL AMPERE HOURS REQUIRED = 18.210750 BATTERIES TO BE PROVIDED 2 - 12v 26 AH AMP3A AMPSA Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Mircom ei�izon s�7�2o23 AC Branch Current AC Branch Current: 2.00 Amps (� 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current (Amps) Total Current (Amps) AUDIO NETWORK CONTROLLER 4 ZONE 15W AMPLIFIER TOTAL AUDIO POWER IN WATTS ANC-5000 1 X QAA-5415-70 2 X 33.5 X 0.255000 = 0.255000 0.110000 = 0.220000 0.000000 = 0.000000 TOTAL STANDBY LOAD 0.475000 Regulated Load in ALARM Device Type Model Number of Devices Current (Amps) Total Current (Amps) AUDIO NETWORK CONTROLLER ANC-5000 1 X 2 X 0.265000 = 0.265000 1.400000 2.177500 4 ZONE 15W AMPLIFIER QAA-5415-70 0.700000 0.065000 = = TOTAL AUDIO POWER IN WATTS 33.5 X TOTAL ALARM LOAD 3.842500 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.475000 X 24.00000 = 11.400000 Alarm Load Current Am s Required Alarm Time in Hours 3.842500 X 0.250000 = 0.960625 Total Ampere Hours before derating factor Deratin Factor X 12.360625 1.2 TOTAL AMPERE HOURS REQUIRED = 14.832750 BATTERIES TO BE PROVIDED 2 - 12v 18 AH AMP4A AMP4A Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Mircom s�,�i�� 6�7�2023 AC Branch Current AC Branch Current: 2.00 Amps ® 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current Am s Total Current (Amps) AUDIO NETWORK CONTROLLER 4 ZONE 15W AMPLIFIER �m TOTAL AUDIO POWER IN WATTS ANC-5000 1 X 0.255000 = QAA-5415-70 2 X 0.110000 = 33.5 X 0.000000 = 0.255000 0.220000 0.000000 TOTAL STANDBY LOAD 0.475000 Regulated Load in ALARM Device Type Model Number of Devices Current (Amps) Total Current (Amps) AUDIO NETWORK CONTROLLER ANC-5000 1 X QAA-5415-70 2 X 33.5 X 0.265000 = 0.265000 4 ZONE 15W AMPLIFIER TOTAL AUDIO POWER IN WATTS 0.700000 = 1.400000 0.065000 = 2.177500 TOTAL ALARM LOAD 3.842500 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.475000 X 24.00000 = 11.400000 Alarm Load Current (Amps) Required Alarm Time in Hours 3.842500 X 0.250000 = 0.960625 Total Ampere Hours before derating factor Deratin Factor X 12.360625 1.2 TOTAL AMPERE HOURS REQUIRED = 14.832750 BATTERIES TO BE PROVIDED 2 - 12v 18 AH AMPSA AMP5A Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Mircom a�,�i�� 6�7�2023 AC Branch Current AC Branch Current: 2.00 Amps ® 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current (Amps) Total Current (Amps) AUDIO NETWORK CONTROLLER 4 ZONE 15W AMPLIFIER �m TOTAL AUDIO POWER IN WATTS ANC-5000 1 X 0.255000 = QAA-5415-70 2 X 0.110000 = 33.5 X 0.000000 = 0.255000 0.220000 0.000000 TOTAL STANDBY LOAD 0.475000 Regulated Load in ALARM Device Type Model Number of Devices Current (Amps) Total Current (Amps) AUDIO NETWORK CONTROLLER ANC-5000 1 X QAA-5415-70 2 X 33.5 X 0.265000 = 0.265000 4 ZONE 15W AMPLIFIER TOTAL AUDIO POWER IN WATTS 0.700000 = 1.400000 0.065000 = 2.177500 TOTAL ALARM LOAD 3.842500 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.475000 X 24.00000 = 11.400000 Alarm Load Current (Amps) Required Alarm Time in Hours 3.842500 X 0.250000 = 0.960625 Total Ampere Hours before derating factor Deratin Factor X 12.360625 1.2 TOTAL AMPERE HOURS REQUIRED = 14.832750 BATTERIES TO BE PROVIDED 2 - 12v 18 AH AMP6A AMPSA Battery Calculation Battery Calculation PROJECT NAME: ANTHOLOGY OF EDMONDS Required Standby Time: 24 Hours Required Alarm Time: 15 Minutes System Manufacturer Mircom a�,�i�� 6/7/2023 AC Branch Current AC Branch Current: 2.00 Amps ® 120V Maximum NAC Output Panel Max: 10.00 Amps Circuit Max: 2.50 Amps Regulated Load in Standby Device Type Model Number of Devices Current (Amps) Total Current (Amps) AUDIO NETWORK CONTROLLER 4 ZONE 15W AMPLIFIER TOTAL AUDIO POWER IN WATTS ANC-5000 1 �e QAA-5415-70 2 26 X 0.255000 = 0.255000 X 0.110000 = 0.220000 X 0.000000 = 0.000000 TOTAL STANDBY LOAD 0.475000 Regulated Load in ALARM Device Type Model Number of Devices Current (Amps) Total Current (Amps) AUDIO NETWORK CONTROLLER ANC-5000 1 X QAA-5415-70 2 X 26 X 0.265000 = 0.265000 4 ZONE 15W AMPLIFIER 0.700000 = 1.400000 TOTAL AUDIO POWER IN WATTS 0.065000 = 1.690000 TOTAL ALARM LOAD 3.355000 Battery Requirements Standby Load Current (Amps) Required Standby Time in Hours 0.475000 X 24.00000 = 11.400000 Alarm Load Current (Amps) Required Alarm Time in Hours 3.355000 X 0.250000 = 0.838750 Total Ampere Hours before derating factor Deratin Factor X 12.238750 1.2 TOTAL AMPERE HOURS REQUIRED = 14.686500 BATTERIES TO BE PROVIDED 2 - 12v 18 AH ANTHOLOGY OF EDMONDS FIRE ALARM CALCULATIONS RESUB FA3.01 WASHINGTON ALARM P: 360.733.1331420 King St, SteBellingham, WA, 9822www.washingtonalarm.coWA Lic: WASHIA1282CProject Title ANTHOLOGY OFEDMONDS21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue &Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1/2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARMCALCULATIONSRESUBJul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT FIR2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1/25 Sheet Number 0 2023, WASHINGTON ALARM i_Qj.KaANLe c Project Name ANTHOLOGY OF EDMONDS Circuit Number S1A1 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 110 volts Gouge Per 1000 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.713 amps Spare Current Capacity 20% End of Line Voltage 19.23 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S1A1-1 ELSPSTRC 177 0.185 110 19.92 0.482 2.36% S1A1-2 ELSTC 75 0.060 46 19.77 0.631 3.09% S1A1-3 ELSTC 15 0.022 18 19.72 0.682 3.35% S1A1-4 ELSPSTRC 75 0.060 34 19.62 0.776 3.80% S1 Al-5 ELSTC 15 0.022 18 19.58 0.818 4.01 % S1A1-6 ELSTC 15 0.022 14 19.55 0.849 4.16% S1 Al-7 ELSPSTRC 30 0.030 43 19.46 0.940 4.61 % S1A1-8 ELSTC 15 0.022 19 19.42 0.976 4.79% S1 Al-9 ELSTC 30 0.030 26 19.38 1.022 5.01 % S1A1-10 ELSPSTRC 110 0.086 41 19.31 1.088 5.33% S1A1-11 ELSTC 15 0.022 36 19.27 1.126 5.52% S1A1-12 ELSTC 15 0.022 21 19.25 1.146 5.62% S1A1-13 ELSTC 110 0.086 23 19.24 1.164 5.71% S1A1-14 ELSPSTRC 15 0.022 27 19.23 1.172 5.747. S1A1-15 ELSPSTRC 15 0.0221 20 231 1.1741 5.76% Totals 0.713 1 496 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name ANTHOLOGY OF EDMONDS Circuit Number 1S1A2 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 170 volts Gauge Per 1000 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.448 amps Spare Current Capacity 20% End of Line Voltage 19.52 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S1A2-1 ELSPSTRC 110 1 0.086 170 1 19.93 0.468 2.29% S1A2-2 ELSTC 30 0.030 34 19.86 0.543 2.66% S1A2-3 ELSPSTRC 30 0.030 31 19.79 0.606 2.97% S1A2-4 ELSPSTRC 30 0.030 28 19.74 0.658 3.23% S1A2-5 ELSTC 15 0.022 27 19.70 0.703 3.45% S1A2-6 ELSPSTRC 15 0.022 19 19.67 0.733 3.59% S1A2-7 ELSTC 15 0.022 22 19.64 0.763 3.747. S1A2-8 ELSPSTRC 75 0.060 30 19.60 0.801 3.93% S1A2-9 ELSTC 30 0.030 47 19.56 0.843 4.13% S1A2-10 ELSPSTRC 30 0.030 32 19.53 0.866 4.25% S1A2-11 ELSPSTRC 110 0.086 26 19.52 0.880 4.31% Totals 0.448 1 466 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name ANTHOLOGY OF EDMONDS Circuit Number 1S1A3 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1 st device 16.0 volts Gouge Per 1000 70 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.925 amps Spare Current Capacity 20% End of Line Voltage 19.35 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S1A3-1 ELSPSTRC 177 0.185 70 20.00 0.398 1.95% S1A3-2 ELSPSTRC 177 0.185 54 19.76 0.643 3.15% S1A3-3 ELSPSTRC 177 0.185 57 19.56 0.837 4.10% S1A3-4 ELSPSTRC 177 0.185 63 19.42 0.980 4.81% S1A3-5 ELSPSTRC 177 0.185 64 19.35 1.053 5.16% Totals 0.925 1 308 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal . Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name ANTHOLOGY OF EDMONDS Circuit Number 1S1A4 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 volts Gauge Per 1000 216 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.044 amps Spare Current Capacity 20% End of Line Voltage 20.31 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S1A4-1 ELST 15 0.022 216 1 20.341 0.058 0.29% S1A4-2 ELST 15 0.022 201 20.311 0.0861 0.42% Totals 0.044 417 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal . C Project Name JANTHOLOGY OF EDMONDS Circuit Number S1A5 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 volts Gauge Per 1000 35 feet 3.07 Wire Gauge for balance of circuit E14 14 3.07 Max Output Current 2.50 amps Total Circuit Current 1.200 amps Spare Current Capacity 20% End of Line Voltage 17.65 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S1A5-1 ELSTC 30 0.030 35 20.14 0.258 1.26% SIIA5-2 ELSPSTRC 177 0.185 53 19.76 0.639 3.13% S1 A5-3 ELSPSTRC 177 0.185 70 19.34 1.062 5.21 % S1A5-4 ELSPSTRC 177 0.185 70 18.99 1.406 6.89% S1A5-5 ELSTC 30 0.030 50 18.81 1.595 7.82% S1A5-6 ELSPSTRC 177 0.185 230 17.98 2.421 11.87% S1A5-7 ELSPSTRC 177 0.185 50 17.86 2.544 12.47% S1A5-8 ELST 30 0.030 51 17.79 2.611 12.80% S1A5-9 ELSPSTRC 177 0.185 120 17.65 2.747 13.47% Totals 1.200 729 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number 1S1A6 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 volts Gauge Per 1000 198 feet 14 3.07 Vire Gauge for balance of circuit 1 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.200 amps Spare Current Capacity 20% End of Line Voltage 20.08 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S1A6-1 ELSPSTR 30 0.030 198 20.16 0.243 1.19% S1A6-2 ELSPSTR 15 0.022 10 20.15 0.254 1.24% S1A6-3 ELSPSTRC 30 0.030 24 20.12 0.275 1.35% S1A6-4 ELST 15 0.022 24 20.11 0.293 1.44% S1A6-5 ELST 15 0.022 21 20.09 0.305 1.50% SIIA6-6 ELSPSTR 15 0.022 22 20.08 0.315 1.54% S1A6-7 ELSPSTR 30 0.030 10 20.08 0.318 1.56% S1A6-8 ELST 15 0.022 34 20.08 0.323 1.58% Totals 0.200 343 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number 1S2A1 Nominal System Voltage 20.4 volts Vire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 volts Gauge Per 1000 45 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.664 amps Spare Current Capacity 20% End of Line Voltage 19.09 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S2A1-1 ELSTC 15 0.022 45 20.22 0.183 0.90% S2A1-2 ELST 30 0.030 30 20.10 0.302 1.48% S2A1-3 ELST 15 0.022 22 20.02 0.384 1.88% S2A1-4 ELSPSTRC 15 0.022 25 19.93 0.475 2.33% S2A1-5 ELSPSTRC 177 0.185 52 19.74 0.656 3.22% S2A1-6 ELSPSTRC 15 0.022 52 19.62 0.779 3.82% S2A1-7 ELST 75 0.060 44 19.52 0.876 4.29% S2A1-8 ELSPSTRC 15 0.022 26 19.48 0.924 4.53% S2A1-9 ELST 15 0.022 38 19.41 0.989 4.85% S2A1-10 ELSPSTRC 15 0.022 32 19.36 1.040 5.10% S2A1-11 ELSPSTRC 15 0.022 48 19.29 1.109 5.447 S2A1-12 ELSPSTRC 15 0.022 52 19.22 1.177 5.77% S2A1-13 ELSPSTRC 15 0.022 52 19.16 1.238 6.07% S2A1-14 ELSPSTRC 150 0.125 52 19.11 1.292 6.33% S2A1-15 ELSPSTRC 15 0.022 48 19.10 1.305 6.40% S2A1-16 ELST 15 0.022 16 19.09 1.307 6.41 % Totals 0.664 634 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number 1S2A2 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 volts Gouge Per 1000 50 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.420 amps Spare Current Capacity 20% End of Line Voltage 20.27 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S2A2-1 E70-24MCW 185 0.420 50 20.27 0.129 0.63% Totals 0.420 50 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). i � s4A A49.1 c t 6 Project Name JANTHOLOGY OF EDMONDS Circuit Number S2A3 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 22 volts Gauge feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.604 amps Spare Current Capacity 20% End of Line Voltage 19.74 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S2A3-1 ELST 15 0.022 22 20.32 0.082 0.40% S2A3-2 ELSPSTR 110 0.086 21 20.24 0.157 0.77% S2A3-3 ELSPSTR 110 0.086 100 19.94 0.461 2.26% S2A3-4 ELSPSTR 110 0.086 10 19.91 0.486 2.38% S2A3-5 ELST 15 0.022 22 19.87 0.530 2.60% S2A3-6 ELST 15 0.022 22 19.83 0.571 2.80% S2A3-7 ELSPSTR 110 0.086 26 19.78 0.616 3.02% S2A3-8 ELSPSTR 110 0.086 25 19.75 0.645 3.16% S2A3-9 ELSPSTR 110 0.086 10 19.75 0.652 3.20% S2A3-10 ELST 15 0.022 29 19.74 0.656 3.22% Totals 0.604 287 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal . Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number 1S2A5 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 volts Gau a 158 feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.302 amps Spare Current Capacity 20% End of Line Voltage 20.03 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S2A5-1 ELST 15 0.022 158 20.11 0.293 1.44% S2A5-2 ELSPSTR 110 0.086 24 20.07 0.334 1.64% S2A5-3 ELSPSTR 110 0.086 23 20.04 0.362 1.77% S2A5-4 ELSPSTR 110 0.086 10 20.03 0.368 1.81 % S2A5-5 I ELST 15 0.022 19 20.03 0.371 1.82% Totals 0.302 1 234 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number SW Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1 st device 16.0 45 volts Gau a feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.664 amps Spare Current Capacity 20% End of Line Voltage 19.09 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop SW -1 ELSTC 15 0.022 45 20.22 0.183 0.90% SW -2 ELST 30 0.030 30 20.10 0.302 1.48% SW -3 ELST 15 0.022 22 20.02 0.384 1.88% SW -4 ELSPSTRC 15 0.022 25 19.93 0.475 2.33% S3A1-5 ELSPSTRC 177 0.185 52 19.74 0.656 3.22% SW -6 JELSPSTRC 15 0.0221 52 19.62 0.779 3.82% SW -7 ELST 75 0.060 44 19.52 0.876 4.29% SW -8 ELSPSTRC 15 0.022 26 19.48 0.924 4.53% SW -9 ELST 15 0.022 38 19.41 0.989 4.85% SW -10 ELSPSTRC 15 0.022 32 19.36 1.040 5.10% SW -11 ELSPSTRC 15 0.022 48 19.29 1.109 5.44% SW -12 ELSPSTRC 15 0.022 52 19.22 1.177 5.77% S3A1-13 ELSPSTRC 15 0.022 52 19.16 1.238 6.07% S3A1-14 ELSPSTRC 150 0.125 52 19.11 1.292 6.33% S3A1-15 ELSPSTRC 15 0.022 48 19.10 1.305 6.40% SW -16 ELST 15 1 0.022 16 19.09 1.307 6.41 % Totals 0.664 1 634 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number 1S4A1 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 45 volts Gau a feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.664 amps Spare Current Capacity 20% End of Line Voltage 19.09 volts Notification Appliance Manufacturer 11 Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S4A1-1 ELSTC 15 0.022 45 30 20.22 20.10 0.183 0.302 0.90% S4A1-2 ELST 30 0.030 1.48% S4A1-3 ELST 15 0.022 22 20.02 0.384 1.88% S4A1-4 ELSPSTRC 15 0.022 25 19.93 0.475 2.33% S4A1-5 ELSPSTRC 177 0.185 52 19.74 0.656 3.22% S4A1-6 ELSPSTRC 15 0.022 52 19.62 0.779 3.82% S4A1-7 ELST 75 0.060 44 19.52 0.876 4.29% S4A1-8 ELSPSTRC 15 0.022 26 19.48 0.924 4.53% S4A1-9 ELST 15 0.022 38 19.41 0.989 4.85% S4A1-10 ELSPSTRC 15 0.022 32 19.36 1.040 5.10% S4A1-11 ELSPSTRC 15 0.022 48 19.29 1.109 5.44% S4A1-12 ELSPSTRC 15 0.022 52 19.22 1.177 5.77% S4A1-13 ELSPSTRC 15 0.022 52 19.16 1.238 6.07% S01-14 ELSPSTRC 150 0.125 52 19.11 1.292 6.33% S01-15 ELSPSTRC 15 0.022 48 19.10 1.305 6.40% S4A1-16 ELST 15 1 0.022 16 19.09 1.307 6.41 % Totals 0.664 1 634 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). i Project Name ANTHOLOGY OF EDMONDS Circuit Number S4A3 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 22 volts Gouge feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 1.268 amps Spare Current Capacity 20% End of Line Voltage 19.08 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S4A3-1 ELST 15 0.022 0.164 0.098 22 21 34 20.23 20.07 19.84 0.171 0.332 0.558 0.84% 1.63% 2.73% S4A3-2 ELFHS 110 S4A3-3 ELFHN S4A3-4 ELFHN 0.098 10 19.78 0.618 3.03% S4A3-5 ELFHS 110 0.164 65 19.43 0.972 4.76% S4A3-6 ELFHS 110 0.164 10 19.38 1.016 4.98% S4A3-7 ELST 15 0.022 22 19.31 1.092 5.35% S4A3-8 ELST 15 0.022 22 19.24 1.164 5.71 % S4A3-9 ELFHS 110 0.164 26 19.15 1.246 6.11 % S4A3-10 ELFHS 110 0.164 25 19.10 1.300 6.37% S4A3-11 ELFHS 110 0.164 10 19.09 1.311 6.43% S4A3-12 ELST 15 0.022 29 19.08 1.315 6.45% Totals 1.268 296 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number 1S5A1 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 45 volts Gouge feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 J 3.07 Max Output Current 2.50 amps Total Circuit Current 0.664 amps Spare Current Capacity 20% End of Line Voltage 19.09 volts Notification Appliance Manufacturer I Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S5A1-1 ELSTC 15 0.022 0.030 45 30 20.22 0.183 0.90% S5A1-2 ELST 30 20.10 0.302 1.48% S5A1-3 ELST 15 0.022 22 20.02 0.384 1.88% S5A1-4 ELSPSTRC 15 0.022 25 19.93 0.475 2.33% S5A1-5 ELSPSTRC 177 0.185 52 19.74 0.656 3.22% S5A1-6 ELSPSTRC 15 0.022 52 19.62 0.779 3.82% S5A1-7 ELST 75 0.060 44 19.52 0.876 4.29% S5A1-8 ELSPSTRC 15 0.022 26 19.48 0.924 4.53% S5A1-9 ELST 15 0.022 38 19.41 0.989 4.85% S5A1-10 ELSPSTRC 15 0.022 32 19.36 1.040 5.10% S5A1-11 ELSPSTRC 15 0.022 48 19.29 1.109 5.44% S5A1-12 ELSPSTRC 15 0.022 52 19.22 1.177 5.77% S5A1-13 ELSPSTRC 15 0.022 52 19.16 1.238 6-07% S5A1-14 ELSPSTRC 150 0.125 52 19.11 1.292 6.33% S5A1-15 ELSPSTRC 15 0.022 48 19.10 1.305 6.40% S5A1-16 ELST 15 0.022 16 19.091 1.307 6.41 % Totals 0.664 634 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name JANTHOLOGY OF EDMONDS Circuit Number 1S6A1 Nominal System Voltage 20 .4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 23 volts Gouge feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.455 amps Spare Current Capacity 20% End of Line Voltage 19.37 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S6A1-1 ELSTC 15 0.022 0.022 0.022 23 40 50 20.34 20.23 20.10 0.064 0.171 0.297 0.31 % 0.84% 1.45% S6A1-2 ELSTC 15 S6A1-3 ELSTC 15 S6A1-4 ELST 15 0.022 23 20.05 0.352 1.72% S6A1-5 ELSPSTRC 15 0.022 19 20.01 0.395 1.93% S6A1-6 ELSPSTRC 15 0.022 55 19.89 0.511 2.51 % S6A1-7 ELST 15 0.022 46 19.80 0.602 2.95% S6A1-8 ELSPSTRC 15 0.022 26 19.75 0.650 3.19% S6A1-9 ELST 15 0.022 33 19.69 0.707 3.46% S6A1-10 ELST 15 0.022 33 19.64 0.759 3.72% S6A1-11 ELSPSTRC 15 0.022 27 19.60 0.798 3.91 % S6A1-12 ELSPSTRC 15 0.022 48 19.54 0.861 4.22% S6A1-13 ELSPSTRC 15 0.022 52 19.48 0.922 4.52% S6A1-14 ELSPSTRC 15 0.022 52 19.42 0.976 4.78% S6A1-15 ELSPSTRC 150 0.125 0.022 52 48 19.38 19.37 1.023 1.029 5.01 % 5.04% S6A1-16 ELST 15 Totals 0.455 627 Notes: Vire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Point to Point NAC Voltage Drop Calculation 6/7/2023 Project Name ANTHOLOGY OF EDMONDS Circuit Number 1S6A2 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 volts Gouge 47 feet 14 Per 1000 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.626 amps Spare Current Capacity 20% End of Line Voltage 19.89 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S6A2-1 ELSPSTR 110 0.086 47 20.22 0.181 0.89% S6A2-2 ELSPSTRC 75 0.060 0.060 37 63 20.10 19.91 0.303 0.489 1.49% 2.40% S6A2-3 ELSPSTR 75 S6A2-4 E70-24MCW 185 0.420 10 19.89 0.515 2.52% Totals 1 0.626 1 157 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). :ER pit o e i 7 Project Name ANTHOLOGY OF EDMONDS Circuit Number S6A3 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage Distance from source to 1st device 16.0 22 volts Gauge Per 1000 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.604 amps Spare Current Capacity 20% End of Line Voltage 19.74 volts Notification Appliance Manufacturer Wheelock Circuit is within limits Distance Circuit Device Device Previous Voltage Drop From Percent Identifier Type Current Device at Device Source Drop S6A3-1 ELST 15 0.022 22 20.32 0.082 0.40% S6A3-2 ELSPSTR 110 0.086 21 20.24 0.157 0.77% S6A3-3 ELSPSTR 110 0.086 100 19.94 0.461 2.26% S6A3-4 ELSPSTR 110 0.086 10 19.91 0.486 2.38% S6A3-5 ELST 15 0.022 22 19.87 0.530 2.60% S6A3-6 ELST 15 0.022 22 19.83 0.571 2.80% S6A3-7 ELSPSTR 110 0.086 26 19.78 0.616 3.02% S6A3-8 ELSPSTR 110 0.086 25 19.75 0.645 3.16% S6A3-9 ELSPSTR 110 0.086 10 19.75 0.652 3.20% S6A3-10 ELST 15 0.022 29 19.74 0.6561 3.22% Totals 0.604 287 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Mi room FX-4000 Battery Calculation Program PROJECT NAME: Anthology of Edmonds ADDRESS COMPANY NAME PREPARED BY FX-4000 Node # 1 Panel Model FX-4000MNS Main Fire Alarm Board (12 Amp) QTY Panel Adder Loops - MIX-4000 Devices (MGC, Requires MP Firmware) EEALCN-960MISO Dual Analog Loops (MIX-4000) w/ MP Firmware Pre -loaded ALCN-960D Quad Analog Loops (MIX-4000) w/ MP Firmware Pre -loaded Panel Adder Modules 1 1 FNC-2000 Fire Network Controller Module 1 FDX-008 / FDX-008KI HOA/Fan Damper Control Module 1 IPS-2424DS 24 Programmable Input Switches Module 1 1 IRM-1008A 8 Relay Circuit Module ISGM-1004A 4 Indicating Circuit Module Dialer / City Tie Modules UDACT-300A Dialer Module 1 Display Adder Modules DSPL-420DS Narrow Display 6, Q1 Intelligent Sensors & Modules - MIX-4000 (MGC, Requires MP Firmware) 22 MIX-4010-ISO Addressable Photo Sensor w/ Isolator 2 1 IMIX-4030-ISO Addressable Tri-Heat Sensor w/ Isolator 10 1 IMIX-4040 Addressable Dual Input Monitor Module, latching 1101 IMIX-4045 Addressable Dual Relay Module Intelligent Manual Stations - MIX-4000 (MGC, Requires MP Firmware) �1 MPS-802MP Addressable Two Stage Dual Action Manual Station (ULC) Intelligent Sensors & Modules - System Sensor (CLIP/AP) Intelligent Manual Stations - System Sensor (CLIP/AP) Audio Controller Modules 0 ANC-5000 Audio Network Controller Module Amplifiers �2 QAA-5415-70 4 Zone 15W Amplifier, 70V Enter the Total Audio Power in Watts used by 15 Watt Amplifiers 15 Audio Modules QMP-5101 N Master Paging Module 1 QAZT-5302DS Paging/Telephone 24 Zone Module 24 Enter Number of Standby Hours 15 Enter Alarm Period in Minutes 1.2 Enter Battery Derating All Current in Amps Standby Alarm Current Current 0'310000 0,733000 0.200000 0.213000 0.2000001 0.213000 0.190000 0.190000 0,015000 0,035000 0.005000 0.022000 0.025000 0.150000 0,060000 0.258000 0.045000 0.120000 0,024000 0.025000 0.003520 0.003520 0,000320 0,000320 0.033000 0.033000 0.015000 0.015000 0.002000 0.002000 0.255000 0.265000 0.1100001 0.700000 1.125000 0.003000 0.007000 0.0050001 0.022000 Total Standby Current in Amps 1.500840 Total Alarm Current in Amps 5.139340 Battery Capacity Requirement (Ah) aa.77 Recommended Mircom Batteries (x2) BAT-12v55A MrCo� FX-4000 Battery Calculation Program PROJECT NAME: Anthology of Edmonds ADDRESS: 21200 72nd Ave W, Edmonds, WA 98026 COMPANY NAME: I Washington Alarm PREPARED BY: Brady Haws FX-4000 Node # 2 Panel Model FX-4003-12N / FX-4003-12NXT Main Chassis, no display (12 Amp) QTY Panel Adder Loops - MIX-4000 Devices (MGC, Requires MP Firmware) ALCN-960MISO Dual Analog Loops (MIX-4000) w/ MP Firmware Pre -loaded 2 ALCN-960D Quad Analog Loops (MIX-4000) w/ MP Firmware Pre -loaded Panel Adder Modules �1 FNC-2000 Fire Network Controller Module Display Adder Modules �1 DSPL-42ODS Narrow Display Intelligent Sensors & Modules - MIX-4000 (MGC, Requires MP Firmware) N MIX-4010-ISO Addressable Photo Sensor w/ Isolator MIX-4030-ISO Addressable Tri-Heat Sensor w/ Isolator MIX-4040 Addressable Dual Input Monitor Module, latchingMIX-4045 Addressable Dual Relay Module Intelligent Manual Stations - MIX-4000 (MGC, Requires MP Firmware) Intelligent Sensors & Modules - System Sensor (CLIP/AP) Intelligent Manual Stations - System Sensor (CLIP/AP) Audio Controller Modules ANC4000 Audio Network Controller Module w/ MP Firmware Pre -loaded 24 Enter Number of Standby Hours 15 Enter Alarm Period in Minutes 1.2 Enter Battery Derating All Current in Amps Standby Alarm Current Current 0.310000 0.733000 0.4000001 0.426000 0.400000 0.426000 0.190000 0.190000 0.024000 0.025000 0.014560 0.014560 0,000640 0.000640 0.023100 0.023100 0.033000 0.033000 0.255000 0.265000 Total Standby Current in Amps 1.650300 Total Alarm Current in Amps 4.268800 Battery Capacity Requirement (Ah) 48.81 Recommended Mircom Batteries (x2) BAT-12V55A WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.corr WA Lill WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BMITTAL 3/20/2023 R ES U BMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM CALCULATIONS RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA3,002 0 2023, WASHINGTON ALARM RE A - 8"(STEP NO 0-WIRING IS SHOWN POINT TO POINT ONLY. ELECTRICAL AND/OR FIRE ALARM CONTRACTOR SHALL ANNOTATE ALL WIRE RUNS, CONDUIT SIZES, RISER LOCATIONS, AND OTHER SYSTEM INFORMATION TO FACILITATE ACCURATE AS BUILT DRAWINGS. 1-ALL SPEAKER/STROBES SHALL BE SET TO 1/2W UNLESS OTHERWISE NOTED ON PLANS. 2-PROVIDE MODULES TO MONITOR ALL SPRINKLER POINTS, FIELD VERIFY ACTUAL AS BUILT CONDITION WITH SPRINKLER CONTRACTOR. 1 2 3-ELEVATOR MACHINE ROOM/SHAFT SHALL SPRINKLED VERIFY ALL ELEVATOR REQUIREMENTS WITH EL WITH RESPECT TO RELAY LOCATIONS, A SHAFT/MACHINE DETECTION AS REQUIR 4-ALL SLC SHALL BE INSTALLED IN CON ONCE IT EXITS THE 2-HOUR ENCLOSURE CONTINUOUS RACEWAY. 5-EACH SLC HOMERUN SHALL BE RUN T THE FACP OR AT THE NODE. n5 n6 n7 E n9 n10 n1210 n1,3 EVATOR CONTRACTOR, CCESS THEREOF, AND 12'-5 14'-4 23'-3 27'-3 13'-8 9'-5 E D. 1 /2» 1 /2" 6'-2" 13'-01, 18'-6" 1 /2" 28'-6" 1 /2» 3/4" 3/4» 23'-7» DUIT. ALL SLC WIRING SHALL BE IN A O AN ISO LOCATED AT FA & TWC CIRCUITS 3 HOM RUN TO HEAD TW =16 A 4C PL , ITE JAC ET 3 4" EMT TYP ALL FA CONDUIT UNS TW2=CATS, PLEASE DON'T USE BLUE OR ITE IT S1A5=(2) 14GA HN S1A6=(2) 14GA HHN t All O O 0 0 O O 0 O O 0 0 Ln MAINT. D3 0008 STOR. S1A6 0007 Al A5 Al A6 S1A5-5 ' S1A5-1 cm S1A5 177CD 30 cM CD UT 27 -6" ` LO TWO HASH MARKS I\7 <s D3 ALL NOTIFICATION DEVICES, INDICATE DOUBLE THE t— S1A6 WALL OR CEILING REQUIRE CONDUCTORS FOR THIS A1A5 4S DEEP BOX. NO RING WIRE DESIGNATION Al A6 Al 5-1 A1A5-2 A1A5-3 S1 5-2 S1A5-3 S1A5-4 AlA5 S1A5 177CD AlA5 S1A5 T77CD' CM CM CM :q CV ?, I 3 ' 81- 0" 34' h TWO WAY COMM & FIR N ALARM CONDUITS DO N DT _I INTERSECT C° TW1 3I5Va ®N V STIBULE �� 0006 ENTER SHAFT AND D3 51A6-8 D3 S PROVIDE BOX - LOCATE O D3-004 (D3-0 7 0O S A5 15CD HEAT DETECTOR(S) W/IN S A6 3 24" OF SPRINKLER HEAD o \ A A5 A A6 H (FIELD VERIFY LOCATION]N D3- 06 DESIGNATION NUMBER IDENTIFIER SUBJECT TO CHAN E 0 0 F_ 0 UPON FULL ENGINEERING O D3 M TER ALL DEVICE I SURFACE M U T UP PUSH BUTTON MUST BEAT A1A6-1 A1A6-2 A1A6-3 LAUND S1A6-6 S1A6-7 +48"A.F.F. Al 5-4 S1A6-1 S1A6-2 �o S1A6-3 0004 15CD 30CD S1 5-6 D3-001 A1A630CD 30CD sP d I 17 CD HLO D3 D3-003 D3 \ D3 S1 A6 3 1 A6 Al A6 cM S1 6 S1A6-4 Al s ELECTRICAL D3 A6 A1A6 15CD :! i BOILER S1A6-5 000200 D3 S1 Al I N 0005 s D3-002 PROVIDE 4S JBOX FOR FUTURE, AS WELL 00 3 AS HVAC REQUIREMENT - SUBJECT TO FTT MECHANICAL & ELECTRI AL CONTRACTOR DESIGN EXCA TED 0 �x ALL WALL MOUNT CEILING MOUNT D3 :NOTIFICATIDN INITIATION DEVICES �I N r S A5 DEVICES S ALL BE AT UTILIZE A 4S BACKBOX CV \ DATA-2 TO/FROM A A5 +84" A.F.F. O CENTER WITH 3-0 RI46 UNE CA TED (V LEVEL 1, SEE FA4.01 39 -5�� HAND RAILS, - 4" EMT TYP ALL FA C DUIT RUNS D2=1 TYP BOLLARD, 0 TYP All 2L UP s CV -002 D2 _I \ c0 OUTLINE OF OUTLINE 0 Al 5 5 PARKING GARAGE A1A5-7 �� LOADING RAM DRIVE RAM o PROVIDE 45 JBOXDR FUTURE, AS WELL0010 S1A5-9 -5 ABOVE ABOVE ASH AC REQUIREMENTS - SUBJECT T 17 CD 177CD 0 MECF ANICAL CONTRACTOR DESIGN M D3 S1A5 AlA5 M D3 ` D3 S A5 AlLi A5 DETENTION VA LT PR VIDE 4S JBOX FOR FUTURE, AS WELL AS VAC REQUIREMENTS -SUBJECT TO ;} -9�� o D3 S1A5-8 30CD N s } D3-005 D3 MECH , 0009 0 0 0 0 0 0 0ir 0 ... M FIRE ALARM/TWC SYSTEM: LEVEL P01 PLAN 1 SCALE: 1/8" = 1' PROJECT NORTH AD 191 3C 0 ED CID 3H Di 3K DL WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.corr WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BMITTAL 3/20/2023 R ES U BMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA4*00 0 2023, WASHINGTON ALARM FIRE ALARM/TWC SYSTEM: LEVEL P01 PLAN 1 SCALE: 1/8" = 1' PROJECT NORTH AD 191 3C 0 ED CID 3H Di 3K DL WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.corr WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BMITTAL 3/20/2023 R ES U BMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA4*00 0 2023, WASHINGTON ALARM RE A - SYSTEM NO 0-WIRING IS SHOWN POINT TO POINT ONLY. AND/OR FIRE ALARM CONTRACTOR SHALL A RUNS, CONDUIT SIZES, RISER LOCATIONS, AN INFORMATION TO FACILITATE ACCURATE AS 1-ALL SPEAKER/STROBES SHALL BE SET TO V OTHERWISE NOTED ON PLANS. 2-PROVIDE MODULES TO MONITOR ALL SPRI VERIFY ACTUAL AS BUILT CONDITION WITH S CONTRACTOR. 3-ELEVATOR MACHINE ROOM/SHAFT SHALL ALL ELEVATOR REQUIREMENTS WITH ELEVAT WITH RESPECT TO RELAY LOCATIONS, ACCES SHAFT/MACHINE DETECTION AS REQUIRED. 4-ALL SLC SHALL BE INSTALLED IN CONDUIT. ONCE IT EXITS THE 2-HOUR ENCLOSURE SHA CONTINUOUS RACEWAY. 5-EACH SLC HOMERUN SHALL BE RUN TO AN THE FACP OR AT THE NODE. 1 ELEC_ I KIC. \]NOTATE ALL D OTHER SYSTEM BUILT DR ?W U N LESS \]KLER PO NTS, PRINKLER L WIRE 1 2 3 4 5 6 7 8 9 10 12 WINGS. FIELD 12'-5 14'-4 23'-3 27'-3 13'-8 9'-5 1 /2» 1 /2» 6'-2" 13'-0$$ 18'-6" 1 /2" 28'-6" 1 /2" 3/4» 3/4» 23'-71$ -)PRINKLE . VERIFY DR CONTRACTOR, THEREOF, AND ALL SLC IRING -L BE IN A ISO LOCATED A 3 I o I 0 1 I CONDITION: INSTALL STROBE ONLY AT THIS LOCATION. y M P S1A1 LDED IN SLAB Al Al ED JACKET D4A1A1-1 S1 - 14GA THHN BD4 P M L S1A1-1 A 1 1 GA TWP cM177CD 1 W I EMBEDDED IN SLA S 2=(2) 14GA THH LOC GR AT ROOM 1 A2=(2) 16GA TW 1001 VEST. 00 S1A1 Al Al E V N S1A2A1A2 i z PAINT - 5 Al & S NT PS1A O IN RISERL DOM T 1 OISO F D44-008 S1A4 4-007 SP 4S�1'A2-12 CD aQ� U ou - U CalD4 3 4" EMT, TY ATA-4, S1 TO O FA C ND 4 S1A RISE ROO RUN D41 a a S1A4 Lm z z z A3 S aM AIM AIM v v P v LT AB D4 S1A3 S1A4 A1A3 S1 S1 3 4" EMT CONDUIT A1A1-4 SlAl-10 �cM110CD B I TR 0 o 1 02 1 --o D4 S1 Al TORA TORA 1007A 1007B A A - Al 11 MEWS CM15CD S1 111 A1A2-1 S1A2-1 DINING 1007 N V FC 1C , Al S1 11 4-020 c n1D 2-7 2-11 CD cM A1A2 m 005 006 CON R EMBEDDED INS - 4-004 3 4" EM D4=16GA 3-1 A-2TOISO SER ROOM 3 4" D4=1 EMT, CONDUI C FPLR, RED JACKET 1A3=(2) 14GA T 1A4=(2) 14GA T A1A3=(2) 14GA RUN EMBEDDED I HN HN WP SLAB ACKET P 17 D4 CD D 3 4" E cM110CD Al A2 S1 A2 D4=16GA I" EMT CONDU T FPLR, RE 3=() 14 4=() 14 U E BEDD ACKE THH THH IN SL DI I B - / F LR, R JAC ET D4=16G / 2C FPLR, RED c 4-019 D4 P Al A3 S1 a EED ® A1A1 S1A1 D4:: t D4 0 1006 4 BEVERAGE KITCH A1A2 S1A2 A1A2-6 S1A2-10 30CD D4 ' 1 O 75CD 5CD CM R S1A1-1 1005 cM 15CD 1 10 S - cm30 D oc — ®B o � — — SlA2 A1A2 cM 15CD 1 02 FC FAMILY ROOM = �I N I 0 EN'S . I }022 D4 I, , S1A2 0 A1A2 0 A1A2-3 S1A2 4 cM 30CD ' 2 RATE SU 1008 A2 6A2 El I PAINT, T 3-2 1020A USINESS OFF E M G R 1027 ADMIN DISCO CD 1 S1A1 Al Al FC MAIL c 1A 1003 4- 15 S1A1 D4 S1A113 CM 110C S1A1 30CD Al Al D4 1 00 o N D4 SlELEV. AITING A1 ® 4 4 CM D4 0 � _Y 22 D4 S1A1 Al Al S1A 012 1A 30CD c�+ FM r D4 S1Al 0 ELEV — 1 CALL TW ELEV — OM STATIONS � I Ix 72 O SAL S MG 10 17 S1 A3 S1 A1A3 CD S1A1-5 1021 15CD R - - 1 IQ 1 0 p S1A1-4 OS1 Al 1 A175CD S1A1-6 FC 4-016 15CD �, S1A D4 16 1 23 1A1 8 1 cM R R Al Al 1A1 D4 1_3 E P Y _7 LOU FOCD KKI:A1A1 1019 A1A S1 15 -6 I-14 D D4 S Al (TOTAL 6) A1A1-7 SlAl-15 A1A1 15CD RECEIVING S1A1 D4 1017 — A — — 101 A2 S1 2 A2-4 A1A2 — � FO SHT 'n I CD N S1A2-8 75CD �M TRASH COLLECTION 1030 1 TO 2, SEE 4.03 4> D1 CD SASH 1015 cM,ChORRI® 15 D 1016 A1A1 1A1 D4 I I D2 DATA-2 TO/FROM P1, SEE FA4.00 DATA 2 SEE F 2 TO LEVEL 2, 4.02 Ll EXEC DIR. 1025 [No Slope] FDN SALES MG 1024 T D' 1018 MOP INK z D LE 4 ® MINII BUS X L Q �� j 1 I DN a '• .' S F STAIR — -0 I UP P Dz ii s 1 z D1 I PD UP 0. Dl I LEVEL LE LE 2 SLAB. M AND THE WEST ST IRWELL SHALL BE LOCATED IN THE A1A3-3 S1A3-3 177CD D4 S1A3 S1A4 A1A3 A S 1 A3-4 I A3-4 7CD D4 S1A3 S1A4 Al A1A3-5 S1A3-5 3 177CD 2-THN ROOM LE EL D4 S1A4 BETWEEN THE MAIN ELECTRICAL AND TA THE ET STAIRWELL SHALL BE LOCATED IN T 2 SLAB. E II I I I I I I I Li D4 S1 A4 0 DN 0 0 S1 A4-2 S S1 Al 48 NERATOR 1031 CD N S1A4-1 MECHAN 5 1032 D SP 4-030 0 C O 0 0 0 o 0 0 FIRE ALARM: LEVEL 1 PLAN SCALE: 1 /8" = 1' ►•C ■ WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.coll WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BM ITTAL 3/20/2023 R ES U BM ITTA L 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1/25 Sheet Number FA4,001 0 2023, WASHINGTON ALARM - S FEMN 0-WIRING IS SHOWN POINT TO POINT ONLY. ELECTRICAL AND/OR FIRE ALARM CONTRACTOR SHALL ANNOTATE ALL WIRE RUNS, CONDUIT SIZES, RISER LOCATIONS, AND OTHER SYSTEM INFORMATION TO FACILITATE ACCURATE AS BUILT DRAWINGS. 1-ALL SPEAKER/STROBES SHALL BE SET TO 1/2W UNLESS U W 3 4 5 6 7 8 OTHERWISE NOTED ON PLANS. 2-PROVIDE MODULES TO MONITOR ALL SPRINKLER POINTS, VERIFY ACTUAL AS BUILT CONDITION WITH SPRINKLER CONTRACTOR. 3-ELEVATOR MACHINE ROOM/SHAFT SHALL SPRINKLED. VE ALL ELEVATOR REQUIREMENTS WITH ELEVATOR CONTRACT WITH RESPECT TO RELAY LOCATIONS, ACCESS THEREOF, AN SHAFT/MACHINE DETECTION AS REQUIRED. 4-ALL SLC SHALL BE INSTALLED IN CONDUIT. ALL SLC WIRIN ONCE IT EXITS THE 2-HOUR ENCLOSURE SHALL BE IN A CONTINUOUS RACEWAY. 5-EACH SLC HOMERUN SHALL BE RUN TO AN ISO LOCATED THE FACP OR AT THE NODE. 10 12 13 FIELD 12'-5 5/8" 14'-4 1 /2» 6'-2" 13'-0" 18'-6" 23'-3 1 /2» 28'-6" 27'-3 1/2)) 13'-8 3/4» 9'-5 3/4" 23'-7„ RI FY OR, D G AT 0 A2A4-11 S s A2A4-1 Ll A2A4-7 ET L— C 3 218 A s A2A6 A2A s O S2 P2A A2A5-4 11 52A5-4 10CD A2A 15CD 5 A5 5- A2A5-2 cD L—Cl TYPE AlS2A5-2 Al 216 110CD S2A5 A2A5 S A l__l� ❑ � A2A S2A D C .MP2 A5 A5 (� MO S2A5 TO IL—B5 214 ° A2A4 o IL—B1 212 A2A4-9 s A2A4 ° S A2A4 8 b s s A2A4-6 IL—B6 210 E:1 ,-,{O ° Al 2 0 IL—B1 208 s A2A4 A2A4-5 ° 2A4 A2A4-3 s ° El A2A4 A IL—C3 s 206 O� A2A4 Eli s A2A4-1 6 A2A6 A6-2 2A6 � A2A6 A2A4-4 b A2A6-3 s E� A2A 15CD S2A1 S2A1 A2A1 15CD S2A1 A2A1 177CD S2A1A2A1 5-004 SD5 PAIAI cm 1-1 1-4 D A2A4 2 O AMP2A cM T'5001 5-008 cM 5-007 cM 5-005 P D S P D5 SS P As S2A1-7 � 75CD STOR.P 2005 ° ILI a ° 4 S2A1-2 30CD EIE] A2 S2 S S2A3-10 15CD 3 2A1 A j A2A6-5 L— B 1 220 A2A6 2A1 S P 5 01 El El S A2A9-4 O� IL—C4 A2A9 S A2A9 Ai ❑ S A2A9-2 O� I L— B 6 211 A2A9-1 s A2A9 TO MP A2A9 HOMERUN TO TWC POWER SUPPLY, SEE FA4.01 EL E V. WA4 TbN G $ p5 TW1 L ELEV — TELEV — H ERU TO S2A'-1 1 M ER 9ALL 15C T 15CD ❑ ❑ D5 S 5-003 2- OUR ° CQ S2A3 A A2A3-8 S2A3-9 110CD A2A3-7 S20CD IE—05 TYPE Al 20 A2A3 S2A FE A2A3-6 S2A3-7 FIF] -g10 IDF ELEC S2A 1- 2006 15CD A 0 C A2A9 A9-6 s E 2A1 Al Al Al JAN L2 621 D F o 03 5-001 FC W112 5-002 D5 c CM D5 AMPS AMP5 AMP6 A2A9- 3 0 I L— A2 222 s -mull PS2 AMP2 AMP 4 NODE A2A6-6 0s ° .j AlLU Al 2A1 2A1 CM D5 ° El A9 I L— A2A9 7 A2 Ps 2 1 A2 IL —Al TYPE 2 3- 3- A2A3 110 A2A15CD 3 S2A A2A3 � ACP S2A1-10 S2A1-15 15CD K & N TO 2 HR s2 cM TRASH S ° 01 S 3-6 15 S2 2-1 DE 223 S A2A A2A A1- CD 7RK S s A2A9-8 L6 S2A3 A2A3 A6 A2A6 8 L— B 1 224 ° DATA-2 TO LEVEL 3, SEE FA4.03 5P01 � °LI)A El D5 S A2A9-9 00 COURTYARD 5CD ENCU URE 5-0227 O $ P D5 S2A IF] I A3 A2A 3 -1 TO 4.03 A2A3-5 S2A3-4 110CD A2A3-4 S2A3-3 110CD I L— B 3 TYP E A 202 FE I L— 201 2A3-2 5 S A2A9-10 IL— 2 225 L V L1,S EFA4.01 D2 D1 LEVEL 1, S E UP D1 1 S A2A3-3 I UP A3 2A3 D2-003 s b S2A1 S2A1 S DN I I CN A2A1- S2A1-11 15CD -013 $P cM D5 5-014 SP D5 5 015 $ D5 5 016 $P D5 5-017 D5 SP cM A2A1-9 SP 5 ON D5 L AiM 020 019 5-018 ^ + S2A1 A2A1 CM A2A1-7 S2A1 A2A1 aM S2A1 A2A1 A2A1-8 IS11 A2A7 S A2A7-8 L— C2 226 A2A7 s A2A7-7 A2A7-6 s A2A7 I L— B 5 A7 5 228 s 414 \IJ A2A7-3 S s A2A7 A2A7-4 I L— Op B 2 � Qo- A2A7 s s MP2A I L— B 3 0 l 6 � Qo- s A2A8-8 A2A8-7 s _ 234 � Qa Op A2A8-5 I L— B 6 s s A2A8 A2A8-6 236 � Qo- A2A s s A2A8 A2A8-4 F IL—B6 238 Q � QLl A2A8 s A2A8-2 F0� AMP2A A2A8 L— B 6 s A2 240 QO ° p 2A7 A2A7 A2A7-2 FIRE ALARM: LEVEL 2 PLAN SCALE: 1/8" = 1' NORTH m 0 ■ L I � C N I CD N N I E 00- I 4 0 N L I \ K F ) WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.corr WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA4,002 02023, WASHINGTON ALARM - S FEMN 0-WIRING IS SHOWN POINT TO POINT ONLY. ELECTRICAL AND/OR FIRE ALARM CONTRACTOR SHALL ANNOTATE ALL WIRE RUNS, CONDUIT SIZES, RISER LOCATIONS, AND OTHER SYSTEM INFORMATION TO FACILITATE ACCURATE AS BUILT DRAWINGS. 1-ALL SPEAKER/STROBES SHALL BE SET TO 1/2W UNLESS OTHERWISE NOTED ON PLANS. 2-PROVIDE MODULES TO MONITOR ALL SPRINKLER POINTS, FIELD VERIFY ACTUAL AS BUILT CONDITION WITH SPRINKLER C 2 3 55 6 7 C8) CONTRACTOR. 3-ELEVATOR MACHINE ROOM/SHAFT SHALL SPRINKLED. VERIFY ALL ELEVATOR REQUIREMENTS WITH ELEVATOR CONTRACTOR, WITH RESPECT TO RELAY LOCATIONS, ACCESS THEREOF, AND SHAFT/MACHINE DETECTION AS REQUIRED. 4-ALL SLC SHALL BE INSTALLED IN CONDUIT. ALL SLC WIRING ONCE IT EXITS THE 2-HOUR ENCLOSURE SHALL BE IN A CONTINUOUS RACEWAY. 5-EACH SLC HOMERUN SHALL BE RUN TO AN ISO LOCATED AT THE FACP OR AT THE NODE. n9 n10 n12 n1,3 12'-5 14'-4 23'-3 27'-3 13'-8 9'-5 5/8„ 1 /2" 6'-2" 13'-0" 18'-6" 1 /2„ 28'-6" 1 /2„ 3/4„ 3/4" 23'-7» CLR 0 IL-C3 IL-Cl IL-B5 IL-B1 F3A. B6 IL_-B1 318 316 314 A3A3-11 s A3A3-1A3A3-7 312 ❑ S A3A4 A3A -4 A3A4 A s S A3A A4 2 A3A4-1 S A A3A4 A3A4 A4 TO A P3A A3A3 A3A3-9 A3A3 S s s A3A3-6 ❑ A3A3 s A3A3-5 3A3 A3A3-3 s A3A3 s A I L- C 3 306 S A4-5 3A4 A3A4-6 s A3A4 Q J (D ME) AM — s A3A3-8 ( A3A3-4 ° ❑ O� A3A3 71L�:°C( -L=ff 0 s A3A3-1 A3A1 Al 2 15CD 15CD S3,A1 A3A1 177CD S3A1 A3A1 1-1 1-4 A3A3 S3A1 S3,A1 A3A1 � cM r6". 6-008 cM 6-007 6-005 6-004 CM1 D A3 AMP3A D6 PD60 EE P S3 A3 S3 i A4 ° S3A1-7 15CD STOR. 3005 � ° Qa Li °71 D6 S3A1-2 30CD A3A4 8 L- B 1 IL 320 3A4 3A1 SP 6-01 El ❑ ❑ �p S A3A7-4 A3A7 s A3A7 A3A7 ❑ S A3A7-2 ❑� L- B 7 3A7-1 s TO AMP3 A3A7 E E V. T TWC 30�® ER SUPPLY, SEE FA4.01 6-006 D6 TW1 TT ELEV O ERUN T(ELgc 1 MASTER CALI,) TA. 3A1 (ILE 3A1 15CD ❑ ❑ J A N 0 03 6 001 s FC 3 6-002 D6 3 BPS3 D6 S 6-003 2 OUR ° 0 A3A2-8 s A3A2-7 S 30 A3A2 S ❑ A3A2-6 EIF-1 3 -010 S S3 1�06 15CD A [ 0 A3A7 A7-6 s A3A7- S IL-A2 322 I L- B 2 D E 323 + A3A4-9 0s ° -61 Al Al D6 A3A7 Au O ERUN TO TR S S 01 CM ° 'El3 s A3A7-7 A3A2- S I L A l 3 AM 5 A3A � 6 C O R S3 CM 15CD 1 1 1 1 A3A2 A3A A3A4-10 AV Al- 15 � 0 S A3A7-8L s RA ° 4 - ILB1 A3A4-11 S P -ol ° � 6-019 S P 3A2 A3A2-5 s S A3A2-4 DATA-2 TO[:] LEVEL 4, SEE FA4.04 13A1--325 D6 ° S A3A7-9 I L 3 3A2-2S B 2 1 SP D6 V 1 TO 4, SEE 4.04 D1 LEVEL 2, S E 4. 2 U P D1 I L- B 3 302 J(3A7-10 I L2 E FA4.02 D23A1 S A3A2-3 3A2 S--S D D2 s D2- � b A3A1 _ S. DN �'�t S3A1 im A3A1 S3A1-11 15CD 6 013 SP CM D6 6-014 D6 6-015 S S3A1 A3A1 D6 6 016 D6 6-017 SP cM A3A1-9 D6 SP 6-018 SP SP S3A1 A3A1 CM A3A1-7 °M S3A1 A3A1AIAI A3A1-8 I I I ILI 1 n r) A3A5 ° b ILI L) ° L) ° s A3A5-8 A3A5 In A3A5-6 sAMP3A ❑ ❑ ❑ ❑ ❑ ❑ AMP3A 3A5 L- C2 326 s A3A5-7 q 328 S A5 5 A3 s s A3A5 A3A5-4 5-3 I L- B 2 s s 3A5 I L- B 6 A3A5 1332 S A3A6 8 A3A6- — BE, s A3A6 A3A6-5 I L- B 6 S S A3A6 6 A3A A3A6 S S A3A6 4 -31 L- B 6 A3A6 A3A6 s s A�Ab� A3A6-2 I L- B 6 A3A5 A3A5-2 338 FIRE ALARM: LEVEL 3 PLAN SCALE: 1/8" = 1' NORTH m CV 0:� � � I U N CV I 00- I 0 N I CV N r ii o \ � M N N I1 C C D E F G H J K L NA WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonallarm.corT WA Lic: WASHIAII282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA4.03 02023, WASHINGTON ALARM - S FEMN 0-WIRING IS SHOWN POINT TO POINT ONLY. ELECTRICAL AND/OR FIRE ALARM CONTRACTOR SHALL ANNOTATE ALL WIRE RUNS, CONDUIT SIZES, RISER LOCATIONS, AND OTHER SYSTEM INFORMATION TO FACILITATE ACCURATE AS BUILT DRAWINGS. 1-ALL SPEAKER/STROBES SHALL BE SET TO 1/2W UNLESS OTHERWISE NOTED ON PLANS. 2-PROVIDE MODULES TO MONITOR ALL SPRINKLER POINTS, FIEL VERIFY ACTUAL AS BUILT CONDITION WITH SPRINKLER CONTRACTOR. 3-ELEVATOR MACHINE ROOM/SHAFT SHALL SPRINKLED. VERIFY ALL ELEVATOR REQUIREMENTS WITH ELEVATOR CONTRACTOR, WITH RESPECT TO RELAY LOCATIONS, ACCESS THEREOF, AND SHAFT/MACHINE DETECTION AS REQUIRED. 4-ALL SLC SHALL BE INSTALLED IN CONDUIT. ALL SLC WIRING ONCE IT EXITS THE 2-HOUR ENCLOSURE SHALL BE IN A CONTINUOUS RACEWAY. 5-EACH SLC HOMERUN SHALL BE RUN TO AN ISO LOCATED AT THE FACP OR AT THE NODE. r�� n6 rl� W-01 ENI n10 n12 n13 y 190'-4 '— '— 23'-3 5 8 '— 13'-8 '— D 5/8" 1 /2„ 6'-2" 13'-0" 18'-6" 1 /2„ 28'-6" 1 /2" 3/4„ 3/4„ 23'-7" 0 IL-B5 IL-B1 IL-B6 ' 414 S4AalS4A3 -1 412 410 A3 7 I L- B 1 ' I L- C3 418 El A4A4 A4A4-4 A s s A4A A4-2 ILC1 - A4A4-1 416 s A4A4 TO A P4A A4A4 ~A4A4 S4A3 S4A3-9 S4A3 S s s S4A3-6 ❑ S4A3 s S4A3-5 4A3 S4A3-3 S4A3 s I L- C 3 S S 406 ' s A4-5 s 4A4 A4A4 A4A4-6 S A4A4 UO ❑ ILL MO s S4A3-8 (O C� S4A3-4 (� ❑ DIN ' , s S4A3-1 , A4A1 Al 2 A4A1 15CD S4A1 A4A1 15CD A4A1 1-1 1-4 15CD S4A3 S4A1 A4A1 cM 7-008 1=1CM CM 7-005 7-004 cM1 4 AMP4A T7'00 D7 SP D7 SP D SP A4A 4A4 ° S4A1-7 15CD STOR. E:P 1 1 1� 7]Eo E ❑ S4 A4 Q °S4A1-2 S4A2-10 1 30CD 15CD 3 A4A4-8 IL-81 420 A4A4 ILI 4A1 7 01 El El ❑ A4A7 O� s — A4A7-4 413 A4A7 S A4A7 A4A7 Ll s A4A7 2 O� A4A I— B 7 s A A7 TO AMP4 ELE . WN& N TO TWC 4000 POWER SUPPLY, SEE FA4.01 7-006 D7 TW1 _ _ = TV T L E V- E LE V- MA 0%TOL S4A1 1 TA LEVEL I 15CD E❑ D7 7-003 2 OUR A4A2-8 ° S4A2 9 110CD A4A2-7 S4A2-8 I L110�¢ T P E `—mil j 404 S4A3 S4A3 4A3 S4A2-7 110CD , ' FIF] 3 -010 S4A1 94006 15CD A 0 A4A7 A7-6 s 4A1 4A1 J A N 4003 7-001 S P F4 7-002 E c D7 IUN I L- A 2 422 s 4A10 4A1 BPS4 A4A4-9 ° .0115 Al Al D7 1 L— BQA7 AO ERUN TO TR S 44S 1 S 2-6 15 s E 423 Al S A4A7-7 AMP S4 15CD 1-1 A4A s A4A7-8 A4A4-10 —PACD s CM IL -Al TY 2 AW S4A2 D RA 7 TO CIDS4A2 R cM ° ' A4A2 4 C 3 S 2- 110 ' ° S4A2 5CID S4A2- 4 A4A2-5 S4A2-4 ' L- B 1 424 A4A4-11 S P01 � FP O 7-019 S 110CD 4A2 A4A2 S4A2-3 I L- B 3 T19P E ' ' DATA-2 TO LEVEL 5, SEE I — B 5 Ll A -1 TO Al 7 FA4.05 ° s A4A7-9 01 : I D7 5, SEE 4.05 S A4A7-10 I L- B 425 4A1 4A1 D7 4A2-2 s S T EVEL 3, S ET�'_> U P T2— 0 LEVEL 3, U S f�f�4� D2- P O ST1— 0 s A4A2-3 4A2 4A2 D SP 5p O A4A1 D SP DN ---- S4A1 A4A1 S4A1-11 15CD 7 013 SP cM D7 7-014 D7 7-015 S D7 7-016 D7 7-017 SP cM A4A1-9 D7 S 7-018 ' S S S4A1 A4A1 cM A4A1-7 S4A1 A4A1 °M S4A1 A4A1 A4A1-8 s 1[f LJ __L_ Ll I A4A5 n� ° ° a ° L) �Q � 0l ° Qa 0l � Qa � Qa Op � Qa ° Op � Qa ° 0� QO ° p s A4A5-8 A4A5 A4A5-6 s ❑ El❑ AMP4A ❑ ❑ El, AMP4A 45 IL-C2 426 LiA4A5-7 A4A5 IL-B 428 s A5 5 A4A5-3 A4A5 A4A5-4 s IL-B2 A4A5 A4A5-2 A4A5 s s IL-B6 A4A5 432 A4A6k—B6 S s 434 A4A6-8 A4A6-1L—B6 A4A6 A4A6 6S S 436 A4A A4A6 s s A4A6-4 1L-B6 A4A6 s s A4 IL:-B6 A4A6 A4A6-2 440oA ' ' 438 FIRE ALARM: LEVEL 4 PLAN SCALE: 1/8" = 1' NORTH 0 0 C N coI D N N I E N I I N N N 00 I_ N F G L I1A WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.corr WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA4,004 02023, WASHINGTON ALARM - S FEMN 0-WIRING IS SHOWN POINT TO POINT ONLY. ELECTRICAL AND/OR FIRE ALARM CONTRACTOR SHALL ANNOTATE ALL WIRE RUNS, CONDUIT SIZES, RISER LOCATIONS, AND OTHER SYSTEM INFORMATION TO FACILITATE ACCURATE AS BUILT DRAWINGS. 1-ALL SPEAKER/STROBES SHALL BE SET TO 1/2W UNLESS OTHERWISE NOTED ON PLANS. 2-PROVIDE MODULES TO MONITOR ALL SPRINKLER POINTS, FIEL VERIFY ACTUAL AS BUILT CONDITION WITH SPRINKLER CONTRACTOR. 3-ELEVATOR MACHINE ROOM/SHAFT SHALL SPRINKLED. VERIFY ALL ELEVATOR REQUIREMENTS WITH ELEVATOR CONTRACTOR, WITH RESPECT TO RELAY LOCATIONS, ACCESS THEREOF, AND SHAFT/MACHINE DETECTION AS REQUIRED. 4-ALL SLC SHALL BE INSTALLED IN CONDUIT. ALL SLC WIRING ONCE IT EXITS THE 2-HOUR ENCLOSURE SHALL BE IN A CONTINUOUS RACEWAY. 5-EACH SLC HOMERUN SHALL BE RUN TO AN ISO LOCATED AT THE FACP OR AT THE NODE. n5 n6 n7 n8 n9 n10 n12 n13 D 12'-5 5/8„ 14'-4 1 /2„ 6'-2" 13'-0" 18'-6" 23'-3 1 /2„ 28'-6" 27'-3 1 /2" 13'-8 3/4„ 9'-5 3/4" 23'-7" 0 , Ll ❑ ❑ IL-Cl IL-132 IL-131 IL-B6 I -B1 ' 516 514 A5al ASA3-1 512 510 A5A3-7 508 , L- C 3 ❑ 518 s A5A4 A5A S 4 A S S A5A A4-2 A5A4-1 A5A4 S �4 A A4 TO A P5A A5A3 S A5A3 A5A3-9 s s A5A3-6 El S A5A3 A5A3-5 5A3 A5A3-3 S A5A3 I L- C 3 506 A S , , A4-5 5A4 A5A4 A5A4-6 s A5A4 UO ❑ 00 S A5A3-8 `—' (1 ((�� UO 0 _V6 C� L A5A3-4 0 0 ❑ ON ° A5A317 , ' in ° L (I s A5A3-1 , A5A14 4 - Al 2 t�.) A5A1 S5A1 I 15CD S5A1 A5A1 15CD S5A1 1-1 1-3 15CD S5A1 A5A1 A5A3 A5A1S 8-008 °"' °"' 8-005 8-004 CM D 5 O AMP5A FM T8'00 SP D $P D5 sP D5 ' A4 ° S5A1-7 15CD STOR. El S5 5A1-- -IF-] 5005 ° a ° 4 S5A1-2 30CD 6, 1 A5A4-8 5A1 El El ❑ 0� 0� ELEV. WAIIT)WI3JN TO TWC 5000POWER SUPPLY, SEE FA4.01 5004 ° A5A2-8 s ' , FIFI L- B 1 ❑ 8-006 J A N A5A2 7 s 520 A5A4 71 -010 S P I D F 15C F A A5A7 A7-6 S S A5A7 A5A7-4 A5A7 513 3 S A5A7-1 I — MP5 A5A7 A5A7-2 A5A7 511 D5 TV/1- — — — T ELEV — ELEV — 5A1 5A1 0 03 D5 -D8 8 001 i s FC P 5 8-002 Q � I L- 5 50 A5A2 , , A5A7- S L- A2HON1 522 g p1 O 1 MASTER CALL 15CD 1 TA. 5A1 E D5 S P8-003 I 2- OUR ❑ S A5A2-6 ' BPS5 A5A4-9 ° �� A1 5 I- D5 B 2+ Au O ERUN TO TRASH 1 ' s E 52 c� s A5A7-7 AMP 5 A5A2- p g s TO L- Al A� CID 50 R S5 CM 15CD 1-1 1 1 A5A2 ' ' A5A A5A4 5A1 1 5CD 10 s A5A7-8 s RA ° NL RE 4 IL-131 524 A5A4-11 DATA-2 TO FF S1 -01 ° 8-019 JL S P O Ll A5A2-5 s 5A2 s A5A2-4 IL-133 502 , , L V L U LEVEL 6, SEE FA4.06 5A1 ° D5 s A5A7-9 IL— 50 5A2-2 B 5 s D5 A 1-1 V TO 6, SEE D1 _ EVEL 4, S E 4 STAR UP T2-0 ' , , S L A5A7-10 I 2 525 E FA4.0450- P D2 s A5A2-3 5A2 S--S S AI 0 ST1 2 sP 6 � b A5A1 s - DN ' D S5A1 8 013 A5A1-6 SP S5A1-11 1 SCE A' D5 8-014 D5 8-015 D5 8-016 =10S D5 8-017 SP ° A5 1-9 D5 SP 8-018 � SP S S5A1 A5A1 S5A1 A5A1 AS5A1-7 01A S5A1 A5A1 A5A1-8 s LJ A5A5 ° �Q ° � Qo- 0�l ° � Qo- ° � Qa ° � Qo- � Qa ° s ASAS-8 A5A5 A5A5-6 s ❑ El AMP5A El El❑ El' AMP5A 5A5 I L- C 2 526 s A5A5-7 q IL 528 s 5-5 s S 5 A5A5 A5A5-4 5-3 IL s s 5A5 A5A I B 6 532 A5A6-7 I L- s s A5A6 8 6 � A5A61 B 6 s s A5A6 A5A6-6 A5A S s A5A6 A5A6 4 -� L— B 6 A�Ac-g 6 s S A5A6 A5A6-2 ' , 82 530 A5A5 A5A5-2 RFI — 088 , FIRE ALARM: LEVEL 5 PLAN SCALE: 1/8" = 1' NORTH LO 0 C CV I D N N I 4--CE F �-CG L I1A WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.corT WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA4.05 02023, WASHINGTON ALARM CONDITION: I SPOKE WITH THE DESIGNER OF THE PLANS AND CONFIRMED THAT THE NOTIFICATION FOR APARTMENTS ON THIS FLOOR ARE TO BE SPEAKERS AS CONSISTENT WITH THE OTHER APARTMENTS LOCATED IN THE BUILDING. FIRE ALARM: LEVEL 6 PLAN SCALE: 1/8" = 1' NORTH EVATOR MACHINE DETAIL K NORTH WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.cort WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BM ITTAL 3/20/2023 R ES U BM ITTAL 5/1/2023 RESU BMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1/25 Sheet Number FA406 • 0 2023, WASHINGTON ALARM NORTH FIRE ALARM: ROOF PLAN SCALE: 1/8" = 1' WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.cort WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 RESUBMITTAL 3/20/2023 RESUBMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE ALARM/ TWC SYSTEM DRAWING RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA407 • 02023, WASHINGTON ALARM STAIR - 1 ELEVATOR STAIR - 2 P_R_E_S_S_. F_A_ N_ P_R_E_S_S_. F_A_ N_ P_R_E_S_S_. F_A_ N_ _ r AUTO I I _ r AUTO I I _ r AUTO I I 1 OFF ON I I I I I T OFF ON I I I I I qD I I I I I T OFF ONqD qD I I I I I I I I I I N U ® O 1 I I I I I ® U I OW POWER ON I FAULT OFF ON I 1 FAULT OFF ON 1 I FAULT OFF ON I I- - - - - - - - - - J L------===J I- - --_------ SYSTEM NORMAL ® ELEV LOBBY SMOKE ® STAIR SMOKE ® OTHER SMOKE SPF-1 EPF-1 F-1 ® WATER FLOW © ® © t © ® HEAT DETECTOR FAULT CLOSED OPEN FAULT CLOSED OPEN FAULT CLOSED OPEN ® MANUAL STATION SYSTEM FAULT DUCT DUCT DUCT DUCT DETECTOR SMOKE SMOKE SMOKE SPRINKLER SUPERVISORY TOP OF POWER DISCONNECT SHAFT ' SMOKE SMOKE FLLOW LEVEL 6 I R 1 LOBBY 1 I SMOKE O SMOKE 1 SMOKE 1 O SMOKE FLOW LEVEL 5 LOB Y Q SMOKE SMOKE UJ SMOKE FLOW LEVEL 4 LOB Y SMOKE SMOKE J UJ R ® R 0 SMOKE FLOW LEVEL 3 LOBBY SMOKE DISCHARGE SMOKE DAMPER r----, ® ALTERNATE RECALL I I I OPEN STAIR SMOKE WATER FLOW LEVEL 2 LOB Y IR SMOKE SMOKE j CLOSED M = I X. FCC j FAULT j ' ROOM PRIMARY L----J r - - - - - - - - - - n RE ALL SMOKE FLOW I ; LEVEL 1 LOBBY SMOKE ` ' `Fy I SMOKE MANUAL STATION SMOKE L--------J STAIR WATER ELEV STAIR r. rSMOKE FLOW LEVEL P01 LOBBY SMOKE SMOKE -1 IF7 LAMP TEST (0 LAMP TEST FIRE FIGHTER'S SMOKE NTR L PANEL WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.cort WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BMITTAL 3/20/2023 R ES U BMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title FIRE FIGHTER'S SMOKE CONTROL PAB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA5*00 0 2023, WASHINGTON ALARM TWO-WAY COMMUNICATION SYSTEM SCOPE OF WORK S1 S2 PUSH FOR HELP 1° *_ s a• a° §. so •. § 1° LOCATION FLOOR PERSONS ABLE TO USE THE EXIT STAIRWAY DO SO AS SOON AS POSSIBLE, UNLESS THEY ARE ASSISTING OTHERS. AFTER ACTIVATING THE TWO—WAY EMERGENCY COMMUNICATION SYSTEM, WAIT HERE FOR ASSISTANCE. N1 EMERGENCY COMMUNICATION rs s• ra I- 8o%1 r %i rro - TWO-WAY COMMUNICATION SIGNAGE SCHEMATIC: NOT TO SCALE CABLE TYPES: RATH SYSTEMS Source Circuit Circuit Type Circuit Abbr Wiring Style Symbol Type Description Gauge RATH Power Indicating Z Class B Fire Alarm 18/2 SOL JKT FPLR 1 M RL RED #18 2500-21OFM$ Emergency Two -Way System RATH Communication S Class B Two -Way 22 AWG 2 Pair Bare Copper, Overall Shielded Plenum RATH RP700094 OR EQUAL #22 RATH Power T 18 AWG 2 CONDUCTOR FPLP, RED #18 $ TWO-WAY IN -BUILDING WIRED EMERGENCY COMMUNICATION SYSTEMS THAT ARE INSTALLED WHERE THE BUILDING HAS LESS THAN 2-HOUR FIRE -RATED CONSTRUCTION SHALL HAVE A PATHWAY SURVIVABILITY OF LEVEL 1,2, OR 3. NFPA 72 (2016) 24.3.14.7. ROOF o EMERGENCY PHONE 1 T LEVEL 6 1S A EMERGENCY PHONE 1 T LEVEL 5 1S • • A EMERGENCY LEVEL 4 1 T 1S EMERGENCY PHONE 1 T LEVEL 3 1S • • EMERGENCY PHONE LEVEL 2 1 T Fire alarm cabling and terminations by others M LOW VOLTAGE POWER SUPPLY ��/ / 2500-PWR24U e Addressable/ m Fire Alarm 2Pcir-Twisted 24-22 AWG %Module/ Cabling run per floor o1PowEas P (Provided by others)/ Dedicated analogtelephone line =� �0//////z (POTS) or 1 Pair, 18 AWG cabling. VOIP interface device Homerun each call station. • • SMARTRESCUE BASE STATION 1 T v,., d0/!dh LEVEL 1 1S o A EMERGENCY PHONE LEVEL 2 EMERGENCY COMMUNICATIONS RISER DIAGRAM SCHEMATIC: NOT TO SCALE THE SCOPE OF THIS PROJECT IS TO PROVIDE AN EMERGENCY TWO—WAY COMMUNICATION SYSTEM FOR THE ELEVATOR LOBBIES OF A 5 STORY OFFICE BUILDING. THE PROJECT CONSISTS OF THE FOLLOWING: • MASTER TWO—WAY COMMUNICATION SYSTEM LOCATED IN VESTIBULE 101. • SIGNAGE WILL BE PROVIDED FOR OCCUPANT INSTRUCTION AND DIRECTIONS ON EACH LEVEL. • CALL STATIONS PROVIDED IN THE ELEVATOR LOBBY PER LEVEL (ON LEVELS 2-5). TWO-WAY COMMUNICATION SYSTEM INSTALLATION NOTES NSTALLATION NOTES: 1. ALL WIRING AND CABLING ASSOCIATED WITH THE TWO-WAY COMMUNICATION SYSTEM SHALL BE INSTALLED IN 2HR FIRE RATED ENCLOSURE OR PATHWAY. 2. ARCHITECT TO PROVIDE THE APPROPRIATE SIGNAGE AT EACH TWO-WAY COMMUNICATION CALL STATION AND AT THE MASTER CALL CENTER. 3. THE MAXIMUM DISTANCE BETWEEN EACH OF THE CALL STATIONS AND THE MASTER CALL CENTER CAN NOT EXCEED 325 FEET. 4. MOUNT CALL CENTER AT NO MORE THAN 48" FROM FINISHED FLOOR. 5. CONNECT POTS TELEPHONE LINE TO MASTER CONTROLLER 6. ALL 120VAC CIRCUITS SHALL BE ON EMERGENCY GENERATOR POWER MEMBRANE PENETRATIONS. MEMBRANE PENETRATIONS SHALL COMPLY WITH SECTION 713.3.1. WHERE WALLS OR PARTITIONS ARE REQUIRED TO HAVE A FIRE -RESISTANCE RATING, RECESSED FIXTURES SHALL BE INSTALLED SUCH THAT THE REQUIRED FIRE -RESISTANCE WILL NOT BE REDUCED. EXCEPTIONS: 1. MEMBRANE PENETRATIONS OF MAXIMUM 2-HOUR FIRE -RESISTANCE -RATED WALLS AND PARTITIONS BY STEEL ELECTRICAL BOXES THAT DO NOT EXCEED 16 SQUARE INCHES (0.0103 M"2) IN AREA, PROVIDED THE AGGREGATE AREA OF THE OPENINGS THROUGH THE MEMBRANE DOES NOT EXCEED 100 SQUARE INCHES (0.0645 M^2) IN ANY 100 SQUARE FEET (9.29 M-2) OF WALL AREA. THE ANNULAR SPACE BETWEEN THE WALL MEMBRANE AND THE BOX SHALL NOT EXCEED 1/8 INCH (3.1 MM). SUCH BOXES ON OPPOSITE SIDES OF THE WALL OR PARTITION SHALL BE SEPARATED BY ONE OF THE FOLLOWING: 1.1. BY A HORIZONTAL DISTANCE OF NOT LESS THAN 24 INCHES (610 MM) WHERE THE WALL OR PARTITION IS CONSTRUCTED WITH INDIVIDUAL NONCOMMUNICATING STUD CAVITIES; 1.2. BY A HORIZONTAL DISTANCE OF NOT LESS THAN THE DEPTH OF THE WALL CAVITY WHERE THE WALL CAVITY IS FILLED WITH CELLULOSE LOOSE —FILL, ROCKWOOL OR SLAG MINERAL WOOL INSULATION; 1.3. BY SOLID FIREBLOCKING IN ACCORDANCE WITH SECTION 717.2.1; 1.4. BY PROTECTING BOTH OUTLET BOXES WITH LISTED PUTTY PADS; OR 1.5. BY OTHER LISTED MATERIALS AND METHODS. = CD x m J Z = J Q U TWO-WAY COMMUNICATION 2 g C.D z Q OPERATIONS Lil N J MATRIX W U ZO Q g Z U LLI Z M F— N O m O m O Q Z < J g J J N O OU O w J U J U J w C) Q Q U O Q Q w J Q Q Q Q ~ Q Q Q U O U ¢ m J of TWO—WAY COMM. INPUT ¢ Q n N Q Q CD o RING UP TO 5 TIMES ! RING UP TO 10 TIMES • CALL FROM CALL BOX i # CALL BOX HAS BEEN RECEIVED ! ! RECEIVED CALL FROM COMMAND CENTER # CALL ON HOLD ! ANNUNCIATE AT COMMAND CENTER SOLID RED LIGHT TROUBLE f MULTIPLE CALLS ! ! PAUSED ALL OTHER ! ! OF pCALL(S) ES08 P ON BIVITAI �, PRESS RED LIGHT WASHINGTON ALARM P: 360.733.133 1420 King St, Ste Bellingham, WA, 9822 www.washingtonalarm.cory WA Lic: WASHIA1282C Project Title ANTHOLOGY OF EDMONDS 21200 72ND AVE W EDMONDS, WA 98026 Project Numbers 21836-1 Issue & Revision Dates 2/9/2023 RO-INITIAL DESIGN 2/22/2023 R ES U BMITTAL 3/20/2023 R ES U BMITTAL 5/1 /2023 RESUBMITTAL 7/6/2023 R3-CITY REVIEW COMMENTS Sheet Title TWO-WAY COMM DETAILS RESUB Jul 12 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT F I R2023-0040 Prepared By Nicet Review B. Haws Brady B. Haws 138751 Expires 5/1 /25 Sheet Number FA6*00 0 2023, WASHINGTON ALARM