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14-850-002FIRE-LITE •r r BATTERY CALCULATIONS Fl NAC #1 WIRE SIZE + F1 iaiiiTOTAL NAC #1 WIRE SIZE PER.DEV. MB- 1310 -24 -13 BELL N/A FIRE ALARM PANEL 1 N/A N/A 0.040 0.040 0.145 0.145 18 0.00777 1= TOTAL CIRCUIT #2: 0.040 (A) TOTAL STANDBY 0.230 BG-12LX PULL STATION 0.912 (B) STANDBY HOURS (24 OR 60): 24 #WA 12 0.00193 (A) X (B) = (C) (C) TOTAL STANDBY AMP HOURS: ANN-80-W ANNUNCIATOR #NIA 10 0.00121 (D) ALARM SOUNDING PERIOD IN MINUTES (5 OR 15): 5 MINUTES = 0.083 HOURS #NIA TOTAL ALARM X 0.083 = (E) TOTAL ALARM AMP HOURS: i+ MONITOR !! -© 14 + + +! r 5.596 MULT. BY DEBATING FACTOR - 1.2 0.00307 C- 00 CONTROL RELAY L= QTY:2 REQUIRED MINIMUM 7 AH BATTERY PROVIDED CHARGE CAPACITY IS 18 AH 38 f to m 1= 0.790 REMOTE TEST STATION i0 VD= . + .+ ! ! + ++ + i !!f L= 20.39 % OF VOLTAGE DROP 1,044 0.06% WHERE VD = VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ALL ADDRESSABLE D -=���� OK "R" = RESISTANCE OF WIRE IN OHMS PER FOOT 0.176 f f f SW WALL MOUNT STROBE (VALUES OF RESISTAANCE FOR COPPER WIRE PER TABLE ABOVE) NAC #3 WIRE SIZE N/A N/A "I" = TOTAL CIRCUIT CURRENT IN AMPERES R= CIRCUIT #2 2.5 Amps Max. (SPARE) ;RYA " U'= LENGTH ONE WAY OF THE CIRCUIT IN FEET L= N/A 0.158 0.632 PC2W CEILING MOUNT HORN/STROBE ° #NIA STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE ° ore IT= PER U.L. & NFPA REQUIREMENTS % OF VOLTAGE DROP ° IWA TOTAL + +i+ CIRCUIT #2 2.5 Amps Max. NAC #1 WIRE SIZE CD F1 DC RESISTANCE FOR SOLID NAC #1 WIRE SIZE ALARM PER.DEV. MB- 1310 -24 -13 BELL N/A 1 1 N/A N/A 0.040 0.040 0.145 0.145 18 0.00777 1= TOTAL CIRCUIT #2: 0.040 (A) TOTAL STANDBY 0.230 ALARM 0.912 (B) STANDBY HOURS (24 OR 60): 24 #WA 12 0.00193 (A) X (B) = (C) (C) TOTAL STANDBY AMP HOURS: 5.520 #NIA 10 0.00121 (D) ALARM SOUNDING PERIOD IN MINUTES (5 OR 15): 5 MINUTES = 0.083 HOURS #NIA TOTAL ALARM X 0.083 = (E) TOTAL ALARM AMP HOURS: NAC #2 WIRE SIZE 0.076 14 (F) TOTAL ALARM + STANDBY AH: 5.596 MULT. BY DEBATING FACTOR - 1.2 0.00307 6.715 L= QTY:2 REQUIRED MINIMUM 7 AH BATTERY PROVIDED CHARGE CAPACITY IS 18 AH 38 INITIATING CIRCUITS TO BE CLASS B BACKFLOW TAMPERS PIV TAMPER -, 0 I M14 M13 M12 M11 M10 M9 M8 M7 M6 M5 M4 M3 M2 M1 i • i i i • tE T-E T-E tE tE TE D8 D7 D6 D5 D4 m_, PHONE LINE #I- PHONE LINE (TO CENTRAL ST TION) A f MIA FIRE -LITE FOPS -24FS8 BATTERY CALCULATIONS P1 8.0 AMPS MAXIMUM DRAW NAC #1 WIRE SIZE CD F1 DC RESISTANCE FOR SOLID NAC #1 WIRE SIZE ALARM PER.DEV. TOTAL ALARM COPPER WIRE AT 75 DEGREES -C R= ° #NIA SIB OHMS PER FOOT L= 0.145 0.145 18 0.00777 1= 12 0.00193 % OF VOLTAGE DROP 16 0.00489 VD= ° ;QUA 14 0.00307 VOLTAGE AT LAST DEVICE ° #WA 12 0.00193 % OF VOLTAGE DROP ° #NIA 10 0.00121 ACCEPTABLE V - DROP ° #NIA VALUES TAKEN FROM 1999 NEC CHAPTER 9 TABLE 8 NAC #2 WIRE SIZE 75 14 N/A R= 0.176 0.00307 FORMULA FOR CALCULATION OF VOLTAGE L= 5 38 DROP IN DC 2 WIRE CIRCUITS 1= 0.790 0.04 NAC #3 WIRE SIZE VD= "I" = TOTAL CIRCUIT CURRENT IN AMPERES 0.01 VD =R x 2 L x ! VOLTAGE AT LAST DEVICE L= 20.39 % OF VOLTAGE DROP 1,044 0.06% WHERE VD = VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ACCEPTABLE V - DROP 1 OK "R" = RESISTANCE OF WIRE IN OHMS PER FOOT 0.176 0.176 SW WALL MOUNT STROBE (VALUES OF RESISTAANCE FOR COPPER WIRE PER TABLE ABOVE) NAC #3 WIRE SIZE N/A N/A "I" = TOTAL CIRCUIT CURRENT IN AMPERES R= ° ;RYA " U'= LENGTH ONE WAY OF THE CIRCUIT IN FEET L= N/A 0.158 0.632 1= VD= ° #NIA STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE ° #NIA PER U.L. & NFPA REQUIREMENTS % OF VOLTAGE DROP ° IWA TOTAL CIRCUIT ACCEPTABLE V - DROP ° #NIA NAC #4 WIRE SIZE 115CD 75CD 75CD 75CD R= ° #NIA ( INFORMATION PROVIDED BY CUSTOMER) L= N/A 0.218 0.218 1= VD= ° #WA N/A VOLTAGE AT LAST DEVICE ° #WA SW WALL MOUNT STROBE % OF VOLTAGE DROP ° WA N/A ACCEPTABLE V - DROP ° #WA INITIATING CIRCUITS TO BE CLASS B BACKFLOW TAMPERS PIV TAMPER -, 0 I M14 M13 M12 M11 M10 M9 M8 M7 M6 M5 M4 M3 M2 M1 i • i i i • tE T-E T-E tE tE TE D8 D7 D6 D5 D4 m_, PHONE LINE #I- PHONE LINE (TO CENTRAL ST TION) A f MIA FIRE -LITE FOPS -24FS8 BATTERY CALCULATIONS P1 8.0 AMPS MAXIMUM DRAW NAC #1 WIRE SIZE CD QTY STANDYBY TOTAL STANDBY ALARM PER.DEV. TOTAL ALARM PER.DEV. MAIN PANEL I= 1 0.065 0.065 0.145 0.145 CIRCUIT #1 3.0 Amps Max. 16.79 12 0.00193 % OF VOLTAGE DROP 17.68% 10 0.00121 ACCEPTABLE V - DROP PC2W CEILING MOUNT HORN /STROBE 115 3 N/A N/A 0.218 0.654 P2W WALL MOUNT HORN STROBE 185 0 N/A N/A 0.297 0.000 PC2W CEILING MOUNT HORN /STROBE 75 6 N/A N/A 0.176 1.056 SCW CEILING MOUNT STROBE 75 5 N/A N/A 0.158 0.790 (VALUES OF RESISTANCE FOR COPPER WIRE PER TABLE ABOVE) NAC #3 WIRE SIZE 14 "I" = TOTAL CIRCUIT CURRENT IN AMPERES TOTAL CIRCUIT #1: 2.500 CIRCUIT #2 3.0 Amps Max. L= 146 1= 1,044 P2W WALL MOUNT HORN /STROBE 75 1 N/A N/A 0.176 0.176 SW WALL MOUNT STROBE 75 3 N/A N/A 0.158 0.474 SCW CEILING MOUNT STROBE 75 4 N/A N/A 0.158 0.632 PC2W CEILING MOUNT HORN /STROBE 75 5 N/A N/A 0.176 0.880 17.97685 r % OF VOLTAGE DROP 11.88% TOTAL CIRCUIT #2: 2.162 CIRCUIT #3 3.0 Amps Max. 115CD 75CD 75CD 75CD 75CD 75CD PC2W CEILING MOUNT HORN /STROBE 115 1 N/A N/A 0.218 0.218 SCW CEILING MOUNT STROBE 75 3 N/A N/A 0.158 0.474 SW WALL MOUNT STROBE 75 0 N/A N/A 0.158 0.000 PC2W CEILING MOUNT HORN /STROBE 75 2 N/A N/A 0.176 0.352 TOTAL CIRCUIT #3: 1.044 CIRCUIT #4 3.0 Amps Max. LLJ PC2W CEILING MOUNT HORN /STROBE 75 3 N/A N/A 0.176 0.528 SCW CEILING MOUNT STROBE 75 5 N/A N/A 0.158 0.790 PC2W CEILING MOUNT HORN /STROBE 115 2 N/A N/A 0.218 0.436 A r TOTAL CIRCUIT #4: 1.754 1i6 (A) TOTAL STANDBY 0.065 ALARM 7.605 (B) STANDBY HOURS (24 OR 60): 24 .158 .158 (A) X (B) = (C) (C) TOTAL STANDBY AMP HOURS: 1.560 .176 .176 (D) ALARM SOUNDING PERIOD IN MINUTES (5 OR 15): 5 MINUTES = 0.083 HOURS .176 TOTAL ALARM X 0,083 = (E) TOTAL ALARM AMP HOURS: .176 0,631 P1- CIRCUIT (F) TOTAL ALARM + STANDBY AH: 2.191 MULT. BY DEBATING FACTOR - 1.2 75CD 2,629 75CD QTY.2 REQUIRED MINIMUM 7 AH BATTERY PROVIDED CHARGE CAPACITY IS 18 AH 75CD 75CD 75CD 75CD 75CD P1 DC RESISTANCE FOR SOLID NAC #1 WIRE SIZE 14 COPPER WIRE AT 75 DEGREES -C R= 0.00307 SIZE OHMS PER FOOT L= 236 18 0.00777 I= 2.6 16 0.00489 VD= 3.61 14 0.00307 VOLTAGE AT LAST DEVICE 16.79 12 0.00193 % OF VOLTAGE DROP 17.68% 10 0.00121 ACCEPTABLE V - DROP YES VALUES TAKEN FROM 1999 NEC CHAPTER 9 TABLE 8 NAC #2 WIRE SIZE 14 r orf R= 0.00307 FORMULA FOR CALCULATION OF VOLTAGE L= 206 DROP IN DC 2 WIRE CIRCUITS I= 2.162 L CM L CM L CM VD= 2.72 VD--R x 2 L x I VOLTAGE AT LAST DEVICE 17.68 ti < % OF VOLTAGE DROP 13.34% WHERE VD = VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ACCEPTABLE V - DROP OK "R" = RESISTANCE OF WIRE IN OHMS PER FOOT (VALUES OF RESISTANCE FOR COPPER WIRE PER TABLE ABOVE) NAC #3 WIRE SIZE 14 "I" = TOTAL CIRCUIT CURRENT IN AMPERES R= 0.00307 " L" = LENGTH ONE WAY OF THE CIRCUIT IN FEET L= 146 1= 1,044 VD= 0.929473 STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE 19,47063 PER U.L. & NFPA REQUIREMENTS % OF VOLTAGE DROP 4.66% Pt -407 ACCEPTABLE V - DROP OK P1 -410 NAC #4 WIRE SIZE 14 R= 0.00307 (INFORMATION PROVIDED BY CUSTOMER) L= 226 .218 1= 1.764 .158 VD= 2.423161 VOLTAGE AT LAST DEVICE 17.97685 r % OF VOLTAGE DROP 11.88% ACCEPTABLE V - DROP OK !•i N0.040 1 STYLE FACP I ' B F1 • LOCATED 2 22 EAM THHNgCCONDUCTOI 20 AYP. 'Z1 # 12 AWG THHN CONDUCTOR 120 WLl'�UY. p 0VERC FIRE ALARM GENERAL NOTES: 1. NEW FIRE -LITE MS- 920OUDLS FIRE ALARM PANEL TO BE POWER LIMITED AND HAVE BATTERY BACKUP. 2. BUILDING IS EXISTING. 3. BUILDING IS 1009 SPRINKLERED. 4. OCCUPANCY: RETAIL STORE 5. SYSTEM AND INSTALLATION TO COMPLY WITH FLORIDA FIRE PREVENTION 2010, NFPA -72 2007 EDITION, NFPA -1 2009, AND NFPA -101 2009 EDITION. 6 N111ATING CIRCUITS 18/2 FPL INDICATING CIRCUITS 14/2 FPL (NAC) 7. CONDUIT IF REQUIRED WILL BE 1/2% MINIMUM 409 FILL MAX. 8. ALL DEVICES TO BE MOUNTED PER NFPA GUIDELINES OR ADA WHERE REQUIRED. 9. SYSTEM COMPONENTS SHALL BE U.L LISTED AND COMPATIBLE. 10. CIRCUITS TO BE CLASS B. 11. WHERE AUDIBLE APPLIANCES ARE INSTALLED, THEY SHALL HAVE A SOUND LEVEL OF AT LEAST 15dB ABOVE THE AVERAGE AMBIENT SOUND LEVEL OR 5dB ABOVE THE MAXIMUM SOUND LEVEL, HAVING A DURATION OF AT LEAST 60 SECONDS MEASURED 5 FEET ABOVE THROUGHOUT ALL OCCUPIED AREAS. AFA WILL CERTIFY THE DBA LEVEL WITH AN APPROVED DBA METER PRIOR TO THE ISSUANCE OF THE CERTIFICATE OF OCCUPANCY. 12. AUDIBLE RATINGS, AS MEASURED BY THE MANUFACTURER AND THE QUALIFIED TESTING LABS, ARE SPECIFIED AS A DECIBEL RATING AT A PREDETERMINED DISTANCE, USUALLY 10 FT. THE RULE OF THUMB IS THAT THE OUTPUT OF AN AUDIBLE NOTIFICATION APPLIANCE IS REDUCED BY 6dB IF THE DISTANCE BETWEEN THE APPLIANCE AND LISTENER IS DOUBLED. 13. CEILING HEIGHTS VARY, MAXIMUM MOUNTING FOR CEILING MOUNTED HORN /STROBE IS 30' -Q", AS PER NFPA -72, 2002, TABLE 7.5.4.1.1(B) SPACING FOR A CEILING MOUNTED 115CD DEVICE ON A MAXIMUM CEILING OF 20' IS 50'X50'. CEILING MOUNTED FOR THIS PROJECT ARE 115CD MAXIMUM 20` CEILING WHICH MEETS NFPA REQUIREMENTS 14. EACH STROBE SHALL BE ADEQUATE TO PROVIDE REQUIRED COVERAGE. 15. THE DESIGN INSTALLATION COMPLIES WITH FBC 2010. SCOPE OF WORK: 1. INSTALL NEW ADDRESSABLE FIRE -LITE MS- 92000DLS FIRE ALARM PANEL AT REFERENCED PROPERTY. 2. SCOPE OF WORK IS LIMITED ONLY TO WHAT IS PROVIDED ON FLOOR PLAN AND RISER. 3. FIRE ALARM CONTROL PANEL, POWER BOOSTER AND ANNUNCIATOR TO BE PROTECTED BY SMOKE DETECTOR. 4. INSTALL PULL STATIONS AT EXITS. 5. INSTALL HORN /STROBES AND STROBES THROUGHOUT. 6. AUDIBLE TROUBLE SIGNAL TO BE LOCATED AT FRCP AND ANNUNCIATOR. 7. RACKS IN THE MIDDLE OF THE RETAIL STORE VARY IN SIZE AND DO NOT EXCEED 6'6" A.F.F. 8. SYSTEM SHALL BE A FM PLACARDED SYSTEM WITH 24 HOURS OF STANDBY. 9. CEILING MOUNTED HORN /STROBES AND STROBES IN RETAIL STORE AREA ARE SPACED ACCQRIDING TO CORRIDOR SPACING, EXCEPT DEVICES P1 -409 & P1 -410 WHICH ARE AREA SPACING. PLEASE REFER TO NOTE 13 (GENERAL NOTES) FOR SPACING. SEQUENCE OF OPERATION: THE ACTUATION OF THE FIRE ALARM INITIATING DEVICE SHALL AUTOMATICALLY INITIATE THE FUNCTION DETAILED BELOW. A. MANUAL FlRE ALARM PULL STATION ACTIVATION OF THE MANUAL FIRE ALARM PULL STATION SHALL INITIATE THE FOLLOWING FUNCTIONS: 1. GENERATE AN AUDIBLE SIGNAL AT FIRE ALARM CONTROL PANEL. 2. GENERATE AN AUDIBLE ALARM SIGNAL SIMULTANEOUSLY ON DESIGNATED AREAS OF THE BUILDING BY MEANS OF A HORN /STROBE DEVICE. GENERATE A VISUAL ALARM SIGNAL SIMULTANEOUSLY ON ALL AREAS OF THE BUILDING BY THE USE OF STROBE DEVICES OR COMBINATION HORN /STROBE NOTIFICATION DEVICES. 3. INDICATE THE LOCATION OF THE PULL STATION, BY DISPLAYING IN ENGLISH THE ALARMED DEVICE AND ITS LOCATION ON THE FACP AND REMOTE ANNUNCIATOR DISPLAY. 4. WHEN ALARMED, TRANSMITS A FIRE ALARM SIGNAL TO THE CENTRAL STATION. B. SMOKE DETECTOR/HEAT DETECTOR - ACTIVATION OF THE SMOKE DETECTORS SHALL INITIATE THE FOLLOWING FUNCTIONS: 1. GENERATE AN AUDIBLE SIGNAL AT FIRE ALARM CONTROL PANEL. Z GENERATE AN AUDIBLE ALARM SIGNAL SIMULTANEOUSLY ON DESIGNATE? AREAS OF THE BUILDING BY MEANS OF A HORN /STROBE DEVICE. GENERATE A VISUAL ALARM SIGNAL SIMULTANEOUSLY ON ALL AREAS OF THE BUILDING BY THE USE OF STROBE DEVICES OR COMBINATION HORN /STROBE NOTIFICATION DEVICES. 3. INDICATE THE LOCATION OF THE SMOKE DETECTOR, BY DISPLAYING IN ENGLISH THE ALARMED DEVICE AND ITS LOCATION ON THE FACP AND REMOTE ANNUNCIATOR DISPLAY. 4. WHEN ALARMED, TRANSMITS A FIRE ALARM SIGNAL M THE CENTRAL. STATION. C. TROUBLE SIGNAL 1. TROUBLE AND SUPERVISORY DEVICES SHALL NOT ACTIVATE AUDIBLE AND VISIBLE DEVICES, INSTEAD THEY SHOULD SHOW A SUPERVISORY OR TROUBLE INDICATION AT FACP AND REMOTE ANNUNCIATOR IF INSTALLED. A TROUBLE SIGNAL COULD INDICATE A BREAK IN THE CIRCUIT WIRING OR A DETECTOR THAT IS NOT OPERATING PROPERLY. 2. WHEN ALARMED, TRANSMITS A TROUBLE SIGNAL TO THE CENTRAL STATION. D. DUCT DETECTORS - ACTIVATION OF THE SMOKE DUCT DETECTORS SHALL INITIATE THE FOLLOWING FUNCTIONS: 1. GENERATE AN AUDIBLE SUPERVISORY SIGNAL AT FIRE ALARM CONTROL PANEL ONLY. 2. INDICATE THE LOCATION OF THE SMOKE DUCT DETECTOR BY DISPLAYING IN ENGLISH THE ALARMED DEVICE AND ITS LOCATION ON THE FRCP ANNUNCIATOR DISPLAY . 3. SHUT OFF THE AIR HANDLING UNIT AND A/C EQUIPMENT ASSOCIATED WITH THE DUCT DETECTOR. 4. WHEN ALARMED, TRANSMITS A SUPERVISORY SIGNAL TO THE CENTRAL STATION. E. TAMPER AND FLOW SWITCH OPERATION 1. ALL TAMPER SWITCHES (VALVE SUPERVISORY SWITCHES) SHALL INITIATE A SUPERVISORY SIGNAL INDICATING AN OFF - NORMAL CONDITION OF THE VALVE AT THE FIRE ALARM CONTROL PANEL AND THE CENTRAL STATION. 2. THE ACTUATION OF ANY FLOW SWATCH SHAD. INITIATE AN ALARM SIGNAL AT THE FIRE ALARM CONTROL PANEL AND CENTRAL STATION, AND INITIATE THE SMOKE CONTROL FUNCTIONS FOR THE RELATED ZONE IN ALARM. 3. THE ACTUATION OF ANY FLOW SWITCH SHALL ALSO ACTIVATE THE BELL LOCATED AT THE SPRONKLER RISER. F. FLOW BELL OPERATION 1. FLOW BELL SHALL SOUND UPON ACTIVATION OF FLOW SWACH ONLY. 2. FLOW BELL SHALL SOUND AS LONG AS WATER IS FLOWING. 3. FLOW BELL SHALL NOT BE CAPABLE OF BEING SILENCED FROM FACP. WIRE LEGEND SYM. WIRE TYPE AND DESCRIPTION A 14 -2 FPL WIRE FOR HORNS AND STROBES B 18 -2 FPL WIRE FOR INITIATION C 12 AWG THHN WIRE FOR FACP & POWER SUPP, POWER D 12 AWG THHN WIRE FOR FACP & POWER SUPP. GROUND F 18 -2 FPL 24 VOLT POWER E 4C -#18 FPLR F 14 -2 THHN WIRE FOR BELL FIRE ALARM NOTES, DETAILS, RISER �n SCALE:NTS 20 AYR Z1 ! 12 AWG THHN CONDUCTOR •. . i e.. l .176 .158 .158 .158 .158 .176 ,176 .158 .218 .218 i P1- CIRCUIT #4 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 115CD 115CD r orf 1.754 AMPS USED CM L CM L CM L CM L CM CM CM L CM CM CM ti < 3.0 AMPS MAX. •0 E.O.L. STYLE Y A P1 -401 Pt -402 P1 -403 P1 -404 P1 -405 P1 -406 Pt -407 P1 -408 Pt -409 P1 -410 .218 .158 .176 .158 .176 .158 r r P1- CIRCUIT #3 115CD 75CD 75CD 75CD 75CD 75CD 1.044 AMPS USED CM L CM CM [0 CM CM L CM 3.0 AMPS MAX. E.O.L. ..r LLJ STYLE Y P1 -301 P1 -302 P1 -303 P1 -304 Pt -305 P1 -306 0 A r 1i6 .158 .176 .158 .158 .158 .158 .176 .176 ,158 .158 .176 ,176 .176 i Lj a P1- CIRCUIT #2 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 2.162 AMPS USED i L L L L CM L CM CM CM L CM L CM CM CM CM 3.0 AMPS MAX. s i ry C E.O.L. STYLE Y A P1 -201 P1 -202 P1 -203 P1 -204 P1 -205 P1 -206 P1 -207 P1 -208 Pt -209 P1 -210 P1 -211 P1 -212 P1 -213 zt .218 .218 .218 .176 .158 .158 .176 .158 .176 .158 .176 .158 .176 .176 P1- CIRCUIT #1 r+�l 115CD 115CD 115CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 2.500 AMPS USED CM CM CM CM L CM L CM CM L CM CM L CM CM L CM CM m CM 3.0 AMPS MAX. CHECKED BY S.P. 3 SHEET ' I A . 0 E.O.LSTYLE Y RPS A P1 -101 P1 -102 P1 -103 P1 -104 P1 -105 P1 -106 P1 -107 P1 -108 P1 -109 Pt -110 P1 -111 P1 -112 P1 -113 P1 -114 ZEE UTE P LOCATED NEXT R BOOSTER TO FACP FIRE ALARM NOTES, DETAILS, RISER �n SCALE:NTS 20 AYR Z1 ! 12 AWG THHN CONDUCTOR •. . i e.. l a• i i r orf t ti < •0 i r r r f 0 ..r LLJ 0 r 1i6 LLJ i Lj a Ld i i 1 s i ry C r LL_ J L0 zt is r+�l -202F-3166 REVISION: 0 r • 06/04/2014 DRAWNBY F.O. CHECKED BY S.P. 3 SHEET ' I A . 0