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09-852-002FIRE ALARM NOTES 1 THESE UNITS OR DEVICES SHALL BE INSTALLED USING APPROVED MATERIALS AND WIRING PRACTICES IN ACCORDANCE WITH THE NATIONAL ELECTRICAL CODE # 70 AND THE NATIONAL FIRE PROTECTION ASSOCIATE ARTICLE # 760 POWER LIMITED SECTION AND ALL APPLICABLE LOCAL WIRING ORDINANCES. 2 CONDUCTORS AND CABLES FOR USE WITH THIS POWER LIMITED FIRE ALARM SYSTEM SHALL BE INSTALLED IN ACCORDANCE TO THE NATIONAL FIRE PROTECTION ASSOCIATION ARTICLE # 760 POWER LIMITED SECTION AND SHALL BE LISTED FOR THIS USE. CONDUCTORS SHALL HAVE A MINIMUM RATING OF 300 VOLTS AND SHALL BE OF SOLID COPPER OR BUNCH - TINNED STRANDED COPPER CONDUCTORS WITH A MAX. OF 7 STRANDS FOR SIZES 16 AND 18 GA. AND 19 STRANDS FOR SIZES 14 OR LARGER PER N.E.C. 760 3 CABLE PENETRATION INTO OR THROUGH DUCTS, PLENUM AND OTHER AREAS USED FOR TRANSFER OF ENVIRONMENTAL AIR SHALL BE TEFLON INSULATED TYPE OR OF AN APPROVED TYPE IN ACCORDANCE WITH SECTION 760.2 OF THE NEC. 4 FPLP OR FPLR SIGNAL CIRCUIT CABLE FOR USE IN ACCORDANCE WITH NEC ART 760 AND NEC ART 725 CLASS 2 OR 3 CIRCUIT. 5 MINIMUM CABLE SIZE, A.- #18 AWG COPPER 018 FPL OR FPLP, THHN OR TFFN) FOR INITIATING CIRCUITS, B.- #16 AWG COPPER ( #16 FPL OR FPLP, THHN OR TFFN) NOTIFICATI ❑N DEVICES. 6 THE FIRE ALARM PANEL MUST HAVE AN EARTH GROUND CONNECTION AS PER MANUFACTURERS RECOMMENDATIONS, AND ARTICLE 760 OF THE NATIONAL ELECTRICAL CODE, MINIMUM WIRE SIZE IS 14 AWG FOR GROUND CONNECTION. (NOTE PANEL NEUTRAL OR CONDUIT GROUND IS NOT ACCEPTABLE). 7 CONDUIT FILL r 40% OR LESS OF THE CROSS SECTION AREA AS PER NEC CHAPTER 9 8 ALL FIRE STOP PENETRATIONS SHALL BE MADE WITH APPROVED (NEC) ELECTRICAL TUBING AND SHALL BE SEALED WITH A U.L. APPROVED FIRE STOP MATERIAL. (PENETRATI ❑NS AS NOTED ON DETAIL) 9 VISUAL DEVICES INSTALLATION SHALL COMPLY WITH ARTICLE 11- 4,28.3 OF FLORIDA BUILDING CODE. 10 THE LOCATION OF THE AUDIBLE DEVICES HAS BEEN DESIGNED AS TO BE EFFECTIVELY HEARD 15 DB ABOVE AMBIENT NOISE LEVEL OBTAINED UNDER NORMAL CONDITION OF OCCUPANCY AS PER ARTICLE 7.4.4 OF THE NFPA 72 (2002 EDITION) THE NFPA 101 ARTICLE 9- 6.3.8, THE FLORIDA ACCESSIBILITY CODE FOR BUILDING CONSTRUCTION AND THE FLORIDA BUILDING CODE 11 ALL SMOKE DETECTORS MOUNTED MORE THAN 3' AWAY FROM A/C DIFFUSERS. 12 PULL STATIONS SHALL BE INSTALLED AT 48' (CENTER POINT OF DEVICE) AFF AS PER ARTICLE 4.2.5 OF THE FLORIDA ACCESSIBILITY CODE FOR BUILDING CONSTRUCTION 97 EDITION AND THERE SHALL BE A MINIMUM OF 1 ON EACH FLOOR OR WITHIN 200' OF THE NEAREST PULL STATION INSTALLED AND NO MORE THAN 5' FROM ALL EXITS 13 ALL EQUIPMENT TO BE U.L. LISTED FOR FIRE SERVICE AND SHALL BE COMPATIBLE WITH THE SYSTEM BEING USED. 14 ALL EQUIPMENT SHALL BE NEW AND U.L. LISTED. 15 THIS SYSTEM SHALL BE POWER LIMITED AND ALL FIRE ALARM EQUIPMENT FOR THIS PROJECT SHALL BE RATED 'POWER LIMITED' 16 THE INSTALLATION OF THIS FIRE ALARM SYSTEM SHALL COMPLY WITH, - NFPA -1, FIRE PREVENTI ❑N CODE, 2889 EDITI ❑N 2�0 - NFPA -70, NATIONAL ELECTRICAL CODE, 2005 EDITION - NFPA 72, NATIONAL FIRE ALARM CODE, 2002 EDITION - NFPA 101, LIFE SAFETY CODE, -2883- EDITI ❑N Zoe - FLORIDA ADMINISTRATIVE CODE CHAPTER 69A -48 - FLORIDA BUILDING CODE, 2004 EDITION - FLORIDA FIRE PREVENTI ❑N CODE, 2092 EDITI ❑N 200, 17 THIS FIRE ALARM SYSTEM SHALL BE TOTALLY SUPERVISED THROUGH AN END OF LINE RESISTOR, 18 THIS SYSTEM IS AN EXISTING REMOTE SUPERVISING STATION FIRE ALARM SYSTEM AND WILL BE PROVIDE WITH 24 HOURS OF SECONDARY POWER SUPPLY, 19 METHOD OF COMMUNICATION, TWO TELEPHONE LINE AND ONE SHALL BE DEDICATED. 20 01-I1 DOOR FIRE ALARM - DEVICE TO BE WEATHERPROOF. - -- 21 ALL WEATHER PROOF DEVICES SHALL COMPLIES WITH NFPA 72 4.4.4,2.4 (2002 EDITI ❑N) 22 DUCT DETECTORS SHALL BE PROVIDED FOR SYSTEMS ABOVE 2000 CFM IN THE DOWNSTREAM SUPPLY AIR DUCTS AND IN THE AIR RETURN DUCT FOR SYSTEMS PER RECIRCULATING OVER 15,000 CFM AND SERVING MORE THAN ONE FLOOR AS PER NFPA 90A ARTICLE 4 -4.1. ACTIVATION OF A DUCT DETECTOR SHALL PRODUCE A SHUT DOWN HVAC DUCT SMOKE DETECTORS SHALL BE CONNECTED TO THE FIRE ALARM CONTROL PANEL AND SHALL ACTIVATE A SUPERVISORY SIGNAL ONLY. 23 CONDUCTORS USED IN DUCTS OR PLENUM CEILINGS FOR ENVIRONMENTAL AIR SHALL EMPLOY THE USE OF ELECTRICAL METALLIC TUBING OR TEFLON INSULATED TYPE CABLE WHICH MEETS THE REQUIREMENTS OF THE NATIONAL FIRE PROTECTI ❑N ASSOCIATION AND ARE U.L. LISTED OR COMPATIBLE FOR THIS USE. 24 SHUNT TRIP POWER SHALL BE SUPERVISED IN COMPLIANCE WITH NFPA (2002 EDITION) CHAPTER 6.15.4.4. 25 . F.A.C.P, NAC PANEL LOCATED AT ANY ROOM SHALL BE MECHANICALLY VENTILATED AND COMPLIES WITH PROPER WORKING SPACE AND EQUIPMENT' CLEARANCES PER NFPA -70 110.26 (2002 EDITION) 26 'BUILDING DESCRIPTION, 1.- THIS'IS A BUSINESS OCCUPANCY':BUILDING;:' t'- 2,- SCOPE . OF WORK WZY,272 SQUARI="_ FELT" TOTAL 3.- 10' HIGH DROP CEILING THRUOUT. NOTE , BUILDING IS A BUSINESS OCCUPANCY NFPA 101 , CHAPTER- 38. System No. W -L -1413 r" February 07, 2007 I 3 3 2 3 F -Ratin -I and 2 Hr (See Item 1) T� Rating - 0 Hr I' • ' 2 , LA e.cem AJ1 1. Wail Anembty -- The 1 or 2 hr fire -rated gypsum wallboard /stud well assembly shill be constructed of the materials and in the manner specified in the individual U400 or V400 Series Wei end Partition Design in the UL Fire Resistance Directory and shall incorporate the fdlaurog construction features: A Sted Studs - 'C -H' or 'C -T' shaped studs, min 2 -1/2 in (64 mm) wide by 1 -1/2 in (38 mm) deep. fabricated from min No. 25 gauge (0.6 mm thick) gch steel, spaced max 24 in (610 mm) OC. B. Gypsum Board* - 1 'in. (25 mm) thick 24 in. (610 mm) wide gypsum finer pands kretalled vertically. Max. dam of circular cutout h gypsum, 6rw pond is 10 ill. (254 mm) C. Gypsum Board' - 1/2 n. or 5/8 in. (13 or 16 mm) thick, 48 in. (11 m) wide gypsum boords s, gypsum boanI type, thiclur number of IaM fostmer type am sheet orientation shat be as specified in the ndnidud Wall -and Partition Design. Max dam of -circular mb ut n• gypsum board is 1D in. (254 mm). The hourly F Rating of the fimlop system t equal In the hourly fh ralIN of the wall usembly in which is inetlled. 2. Thraph Penetrant - One metallic pipe, conduit or thing to be installed either cancerdrically or eamrtrically, within tie firestap system. The annular space between pips, conduit or tubing and periphery of opening shall be minimum 0 in. (0 mm, point contact) to max 2 in. (51 mm). Pipe, conduit or tub'rg to be rigidly supported on both sides of wall assmlbly. The following types and sizes of metallic pipes, conduce or tubing may be used: A. SIWPpe - Nam 8 in (203 mm) d'am (or smaller) Schedule 10 (or heavier) sled PiPe. B. Iron Pipe - Nan 8 in. (203 mm) dive (or smaller) service weight (err heavier) wet iron soil pipe, nom 8 n. (203 mm) dam (or smaller) or Class 50 (err heavier) ductile iron pressure pipe. C. Condut - Nom 6 in dam (152 mm) dom (or smaller) steel conduit or nom 4 in. (102 mm) dam (or smaller) steel electrical metallic tuft D. Cappef7ubbng - Nom 6 lint (152 mm)dam (or smaller) Type L (or heavier) copper tubing. E. Capper pipe - Nom 6 is (152 mm) dam (or srrdkr) Regular (or heavier) copper pipe- 3. Fill, VOW orCsvtyMatenal' - Caulk as sealard - Win 1 in. (25 mm) thickness of fill material opplied Win the gypsum board firer parel flush with the faces of the rarer peel Mn 5/8 in. (16 mm) thickness of fit material applied within the gypsum board amulus, flush with the firished side of the wall. kin 112 n. (13 mm) dam beodof caulk applied to penetrard /gypsum board interface at the point contact location on the rrnished We of the wall. 711111 COMPANY - CP2SWB+Caulk or FB-)D00 Wr Sealant 'Deming the UL Ckssifica6an York SEQUENCE OF OPERATION FIRE ALARM CONVENTIONAL AUTOMATIC RESPONSE SHALL BE INITIATED ONLY BY THE FIRST FIRE ALARM RECEIVED. ADDITIONAL ALARMS SHALL BE RECEIVED, ENUNCIATED AND SHALL INITIATE FUNCTI ❑NS ASSOCIATED EXCLUSIVELY WITH SUBSEQUENT ALARM. COMMON ALARM FUNCTI ❑N SHALL NOT BE INITIATED UNLESS THE FIRST ALARM IS RETURNED TO NORMAL. THE ACTUATION OF THE FIRE ALARM INITIATING DEVICE SHALL AUTOMATICALLY INITIATE THE FUNCTI ❑N DETAILING BELOW, - MANUAL FIRE ALARM PULL STATI ❑N, 1.- GENERATE AN AUDIBLE ALARM SIGNAL AT THE FIRE ALARM CONTROL PANEL. 2.- GENERATE AN AUDIBLE ALARM SIGNAL SIMULTANEOUSLY ON ALL AREAS OF THE BUILDING BY MEANS OF HORN DEVICES. GENERATE A VISUAL ALARM SIGNAL SIMULTANEOUSLY ON ALL AREAS OF THE BUILDING BY THE USE OF STROBE DEVICES OR COMBINATI ❑N HORN /STROBE NOTIFICATION DEVICES, 3.- INDICATE THE L ❑CATION OF THE DEVICES BY DISPLAYING THE ALARMED ZONE ON THE F.A.C.P. 4,- TRANSMITS A FIRE ALARM SIGNAL TO THE DESIGNATED REMOTE CENTRAL STATI ❑N SERVICE BY WAY OF DIGITAL TELEPHONE DIALER. - SMOKE DETECTOR. 1.- GENERATE AN AUDIBLE ALARM SIGNAL AT THE FIRE ALARM CONTROL PANEL. 2.- GENERATE AN AUDIBLE ALARM SIGNAL SIMULTANEOUSLY ON ALL AREAS OF THE BUILDING BY MEANS OF HORN DEVICES. GENERATE A VISUAL ALARM SIGNAL SIMULTANEOUSLY ON ALL AREAS OF THE BUILDING BY THE USE OF STROBE DEVICES OR COMBINATI ❑N HORN/STROBE N❑TIFICATI ❑N DEVICES. 3,- INDICATE THE LOCATION OF THE DEVICES BY DISPLAYING THE ALARMED ZONE ON THE F.A.C.P, 4,- TRANSMITS A FIRE ALARM SIGNAL TO THE DESIGNATED REMOTE CENTRAL STATION SERVICE BY WAY OF DIGITAL TELEPHONE DIALER. -DUCT DETECTORS 1.- GENERATE AN AUDIBLE SUPERVISORY SIGNAL AT THE FACP AS PER NFPA -90A (2002) ARTICLE 6.4.4.1. THE STATUS SHALL BE MONITORED AND DISPLAYED AT THE FACP 2.- INDICATE THE L ❑CATION OF THE DEVICE BY DISPLAYING THE ALARMED ZONE ON THE FACP, 3.- SHUT OFF THE AIR HANDLING UNIT AND A/C EQUIPMENT ASSOCIATED WITH THE DUCT DETECTOR. 4.- TRANSMITS A SUPERVISORY SIGNAL TO THE DESIGNATED REMOTE CENTRAL STATION BY WAY OF DIGITAL TELEPHONE DIALER. - ELEVATOR RECALL 1.- SMOKE DETECTORS IN ELEVATOR LOBBIES, SHAFT AND OR ELEV. MACHINE ROOM SHALL, A- GENERATE AN ALARM SIGNAL SIMULTANEOUSLY ON ALL AREAS OF THE BUILDING BY MEANS OF A HORN, STROBE OR COMBINATION HORN STROBE DEVICES FOR EVACUATI ❑N PURPOSES NFPA 101 -(2003 EDITION), CHAPTER 9.6.3.2.1 B- INITIATE THE RECALL OF THE ELEVATOR CARS AS FOLLOWS IN ACCORDANCE WITH NFPA 72 (2002 EDITI ❑N), CHAPTER 6.15.3 2.- PRIMARY ELEVATOR RECALLS ANY ELEVATOR LOBBY SMOKE DETECTOR LOCATED ON FLOORS 2nd AND ABOVE AND /OR ANY SMOKE DETECTOR INSIDE THE ELEVATOR MACHINE ROOM ON THE ROOF OR ELEVATOR SHAFT SHALL INITIATE PRIMARY RECALL WHICH WILL BRING THE ELEVATOR CAR TO THE 1st FLOOR AND LOCK THE DOORS IN THE OPEN POSITION. 3.- SECONDARY ELEVATOR RECALL, ANY ELEVATOR LOBBY AND /OR ELEVATOR MACHINE ROOM SMOKE DETECTOR LOCATED ON THE 1st FLOOR SHALL INITIATE RECALL WHICH WILL BRING THE ELEVATOR CAR TO THE 2nd FLOOR AND LOCK THE DOORS IN THE OPEN POSITION. 4.- INDICATE THE L ❑CATION OF THE DEVICES BY DISPLAYING THE ALARMED ZONE ON THE F,A,C.P. 5,- TRANSMITS A FIRE ALARM SIGNAL TO THE DESIGNATED REMOTE CENTRAL STATI ❑N SERVICE BY WAY OF DIGITAL TELEPHONE DIALER, TROUBLE CONDITION IF AN INITIATING OR SIGNALING DEVICE IS DISCONNECTED OR WIRING TO THOSE DEVICES ARE CUT, AN APPROPRIATE YELLOW TROUBLE LED SHALL ILLUMINATE AND AN AUDIBLE SIGNAL SHALL SOUND AT THE CONTROL PANEL. TRANSMITS A TROUBLE SIGNAL TO THE DESIGNATED REMOTE CENTRAL STATION SERVICE BY WAY OF DIGITAL TELEPHONE DIALER. IF THE TELEPHONE WIRE IS DISCONNECTED OR A TONE FAULT IS DETECTED, THE TROUBLE SEQUENCE SHALL OPERATE AND THE COMMUNICATOR SHALL SEND THE TROUBLE SIGNAL TO THE DESIGNATED REMOTE CENTRAL SERVICE BY WAY IIF DIGITAL TELEPHONE - DIALER USTNG THE BArK UP LINE. SCOPE OF WORK SCOPE OF W❑RKi RELOCATE FIRE ALARM DEVICE AT 3TH FLOOR + 1 (6) STROBE LIGHT (3) HORN STROBE 75cd ID NUMBERS ID NUMBERS (ID NUMBERS) HAVE BEEN ATTACHED TO ALL INITIATION AND NOTIFICATION DEVICES ON THIS SET OF PLANS FOR IDENTIFICATION AND CROSS-REFERENCING PURPOSE. THE ELECTRONIC ADDRESS OF THE INTELLIGENT DEVICE MAY DIFFER FROM THE ID NUMBER AND VILL BE SELECTED AT THE TIME OF INSTALLATION. FIRE ALARM LEGEND _ di Q o LOAD �. ANNUNCIATOR VOLTAGE N.A.C. ## MAXIMUM CURRENT RANGE N.A.C. #1 ©O GENTEX- STROBE LITE EXISTING- GES24 -75WR O GENTEX- HORN STROBE EXISTING GEC24 -75WR N.A.C. #3 3.0 A Z E -SMOKE DETECTOR EXISTING t E -DUCT DETECTOR EXISTING Q E -PULL STATION EXISTING E EXISTING ER EXISTING TO RELOCATED 1M11- END OF THE LINE RESISTOR PARKING AREA AV2 75cd 8E AVI 75cd E FP/1 �1 75cd E AV7 ELEV UP ON ON UP PARKING AREA PARKING AREA 75cd E E 75ed AV6 AV3 AV4 75cd E M. 3 E Ug 7AVS 5cd FIRE ALARM GROUND FLOOR KEY PLAN SCALE:NTS SCOPE OF WORK = =�=' VOLTAGE DROP - CABLE WIRE STARTING VOLTAGE AT - SIZE LENGTH VOLTAGE LAST DEVICE #14 139' 20.4 V 18.95 V 75 7p5 p75 75 75 75 75 E -CKT #4 M �1 IL�I ,Q, lea AAAAA ••.•1 EOL V20 AV21 AV 23 AV24V25 V26 x x 17 E 18 E 19 E 4 FLOOR 75 75 75 75 75 75 75 75 75 E -CKT #3 _ Q. Q _ M _ _ _ _ L- L 7�SCOPIE_017 WORK �"E '�"E ,= JE` /E ��E ` --E \ /E \=/E `/E 8 9 10 11 12 13 14 15 16 3 FLOOR 75 75 E -CKT #2 EOL AV9 AVID -" E "--" E u E ,�_ 4 5 6 7 75 75 75 75 75 75 X15 75 E -CKT #1 2 FLOOR EOL N.A.C. (VISUAL) Ei"E 7 `'' E 3 E (POWER LIMITED) FIRE CABLE SLC INTEWGENT LOOP (INITIATING CIRCUIT) 16 /18/2 F.P.L 1/2' C. (POWER LIMITED) FIRE CABLE. E -FP -1 F.A.C.P. m SAf ETECH 3000 + 2�--4� GROUND FLOOR 20 A 2 112 (BLK/YhtT) 1/2-COND. CAPACITY : 5.75 AMP DEDICATED CIRCUIT MAX. DEVICE PER LOOP 126 HOUSE PANEL, BREAKER WAOCK 20 AMP MAX. POWER SUPPLY 24 VDC BUILT IN OVER CURRENT PROTECTION BATTERY CHARGER 1 112 (GREEN) 1 /ZCOND. PER NEC 760.51 rG,ROUNDING/BON II NG 120 V R NEC 250 - F INL ;L_�RM RISER DIAGRAM- - -- - �a �ER E AV, 2 CORRIDOR OZ 16 75cd ® ER Oi4 "15 JANITOR ELECT. RM. CORRIDOR 0� ELEV. 75cd u ELEV. LOBBY UP DN V16 N E DN UP O12 3 ©B AV15 ©9 E 75c O13 CORRIDOR 75cd CORRIDOR 19 O10 E ER E 0 0 0 (0) E T\. I\\- 75cd O11 k7 V 75cd V17 75 V1 FIRE ALARM 3TH FLOOR PLAN SCALE: 1/8" =1' - 0" N MJIANO,I -ICI: D;L- C0t)I' -IT�r ;FIRE CI�:PA17 rV� E:t,11' 61.DC1.€'�Rr.11'i FIRSOLIP•PRESSe0N 7,1ATERWi. ;Nu _X'r: DM-.k -7. % '7001q 4Y: FIRE ALARM SYS'I -M `lam JAI, U TNSTALLED IN ACCORDANCL; WlTb NFPA 72; 70; 101 EMST l OF__ntt NlJS SKAtt- COMPLY WITH THE PROVISION'S OF EXISTING OCCUPANCIES, AS SET FORTH IN THE FLORIDA FIRE PREVENTION CODE. _12\ N �o a~ I° _ di Q o LOAD �. VOLTAGE N.A.C. ## MAXIMUM CURRENT RANGE N.A.C. #1 3.0 A EXISTING N.A.C. #2 3.0 A EXISTING N.A.C. #3 3.0 A 1.704 A 16 -33 V N.A.C. #4 3.0 A SPARE TOTAL 5.75 A = =�=' VOLTAGE DROP - CABLE WIRE STARTING VOLTAGE AT - SIZE LENGTH VOLTAGE LAST DEVICE #14 139' 20.4 V 18.95 V 75 7p5 p75 75 75 75 75 E -CKT #4 M �1 IL�I ,Q, lea AAAAA ••.•1 EOL V20 AV21 AV 23 AV24V25 V26 x x 17 E 18 E 19 E 4 FLOOR 75 75 75 75 75 75 75 75 75 E -CKT #3 _ Q. Q _ M _ _ _ _ L- L 7�SCOPIE_017 WORK �"E '�"E ,= JE` /E ��E ` --E \ /E \=/E `/E 8 9 10 11 12 13 14 15 16 3 FLOOR 75 75 E -CKT #2 EOL AV9 AVID -" E "--" E u E ,�_ 4 5 6 7 75 75 75 75 75 75 X15 75 E -CKT #1 2 FLOOR EOL N.A.C. (VISUAL) Ei"E 7 `'' E 3 E (POWER LIMITED) FIRE CABLE SLC INTEWGENT LOOP (INITIATING CIRCUIT) 16 /18/2 F.P.L 1/2' C. (POWER LIMITED) FIRE CABLE. E -FP -1 F.A.C.P. m SAf ETECH 3000 + 2�--4� GROUND FLOOR 20 A 2 112 (BLK/YhtT) 1/2-COND. CAPACITY : 5.75 AMP DEDICATED CIRCUIT MAX. DEVICE PER LOOP 126 HOUSE PANEL, BREAKER WAOCK 20 AMP MAX. POWER SUPPLY 24 VDC BUILT IN OVER CURRENT PROTECTION BATTERY CHARGER 1 112 (GREEN) 1 /ZCOND. PER NEC 760.51 rG,ROUNDING/BON II NG 120 V R NEC 250 - F INL ;L_�RM RISER DIAGRAM- - -- - �a �ER E AV, 2 CORRIDOR OZ 16 75cd ® ER Oi4 "15 JANITOR ELECT. RM. CORRIDOR 0� ELEV. 75cd u ELEV. LOBBY UP DN V16 N E DN UP O12 3 ©B AV15 ©9 E 75c O13 CORRIDOR 75cd CORRIDOR 19 O10 E ER E 0 0 0 (0) E T\. I\\- 75cd O11 k7 V 75cd V17 75 V1 FIRE ALARM 3TH FLOOR PLAN SCALE: 1/8" =1' - 0" N MJIANO,I -ICI: D;L- C0t)I' -IT�r ;FIRE CI�:PA17 rV� E:t,11' 61.DC1.€'�Rr.11'i FIRSOLIP•PRESSe0N 7,1ATERWi. ;Nu _X'r: DM-.k -7. % '7001q 4Y: FIRE ALARM SYS'I -M `lam JAI, U TNSTALLED IN ACCORDANCL; WlTb NFPA 72; 70; 101 EMST l OF__ntt NlJS SKAtt- COMPLY WITH THE PROVISION'S OF EXISTING OCCUPANCIES, AS SET FORTH IN THE FLORIDA FIRE PREVENTION CODE. _12\ N �o a~ I° _ di Q o ,N O -0- o �A 0- V) 4 L7 �a w _o M jU Of o0 • i ° Z bi +- E i W < Of ° o� 1 1 1 �e '0 l"' i H--I -- `, LICENSE NO.:« EH 0000046 CC-'18091 CAD FILE: 0100 -69 SHEET DESIGNATION AND NUMBERED: ' F- 0` 1 / 1 6HEET e b