Loading...
Plans (132) F PS2O 19-00038 _ 0\q-- OW S \QJ'3S ,,- ) GR_PsLcV)L \ ?__8( .__-„ _ --,. . ce04' -,= _Tho c,IA' ,_ _1411:11.1. , L:1 -1\,:iC o_-_____-_-: IA 7 ---1--_,-(‘.- P -) 0 ,N.----w---4 . 6.. ..,- = ft corr)1.`n VI ...,„...„, •• LJ �Johnson � . -- CEI VEp�E C O 1.-- E = MAR 2 Z 201 9 O tl Q Controls = va BUI p OF 7!GARD o o JNG DIVISION O oma, V Luo 0 porn oWN �� M �o DRAWING INDEX LEGENDS APPLICABLE CODES & STANDARDS JOHNSON CONTROLS CONTACTS Ei al '61 H oY5 JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTED CODE.CHECK WITH THE Sales Representative Drawings Prepared By LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS. Oregon Structural Specialty Code,2014 Edition DEREK ANDERSON MARIA GERRONE DEREK.ANDERSON@JCI.COM MARIA.GERRONE@JCI.COM Oregon Fire Code,2014 Edition PHONE:503-683-9000 PHONE:503-683-9000 9 NICET LEVEL IV #126987 Sheet List Table Oregon Mechanical Specialty Code,2014 Edition Scheduling Sheet# Sheet Title Oregon Electrical Specialty Code,2017 Edition FAITH KASKE FA 001 COVER SHEET FIRE ALARM SYMBOL LEGENDPHONE:5 3E 83-9000 FA-101 4TH FLOOR DEVICE PLACEMENT PLAN,WIRING TYPICALS&CALCS National Fire Alarm Code(NFPA 72),2013 Edition PHONE:503 683 9000 SYMBOL DESCRIPTION BRAND MODEL BACKBOX WIRE TYPE PANELS&ANNUNCIATORS NAC4 4009 1DNET NAC EXTENDER,120 VAC SIMPLEX 4009-9201 16-I/4"Wx13-1/2'Hx4-3/16"D • INITIATING DEVICES 4098-9714 HEAD M S • TRUEALARM PHOTO SMOKE SENSOR SIMPLEX 4••OCTAGONAL BOX 11/2"DEEP 4098-9792 BASE OCCUPANCY TYPE(S): SPRINKLER PROTECTION: NOTIFFIICATION APPLIANCES B Business Group BUILDING IS FULLY SPRINKLED 3,Z # MULTI-CANDELA STROBE,WALL-MOUNT,WHITE SIMPLEX 4906-9103 4"SQUARE OR 1-GANG OR 2-GANG, V 1-1/2"D EXISTING ING CEIL ING MOUNTED SPEAKER EXISTING EXISTING S • ` SPEAKER SCOPE OF WORK PROJECT DIRECTORY MISCELLANEOUS DEVICES END-OF-LINE RESISTOR 10K(EOL) I 4081-90U8 MODIFY EXISTING FIRE ALARM SYSTEM: PROVIDE NEW DEVICES,RELOCATE AND DEMO EXISTING DEVICES AS SHOWN ON DRAWINGS. Site Johnson Controls District-448 -NW 10K I NOTE EXISTING DEVICES SHOWN SHADED FOR REFERENCE ALL NEW WIRING TO BE CLASS B. LINCOLN TOWER 10260 SW GREENBURG RD 6305 SW ROSEWOOD ST,SUITE A NEW AND RELOCATED DEVICES ARE SHOWN BOLD. THE EXISTING FIRE ALARM SYSTEM SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE WITHOUT WRITTEN PERMISSION FROM THE OWNER. IT IS THE TIGARD,OR 97223 PAKE PHONE:OO97035 503-683-9000 CONTRACTOR'S RESPONSIBILITY TO COORDINATE WITH THE OWNER THE TIMING OF ANY EXISTING FIRE ALARM SYSTEM DEMOLITION WORK. FAX: 503-675-6521 SERVICE:503-683-9001 Owner Installer SHORENSTEIN REALTY SERVICES PKC CONSTRUCTION DESIGN STATEMENT 10220 SW GREENBURG RD 520 W 103RD ST,#299 TIGARD,OR 97223 KANSAS CITY,MO 64114 DESIGN IS FOR FIRE ALARM NOTIFICATION OF THE 4TH FLOOR RESTROOMS. General Contractor PKC CONSTRUCTION 520 W 103RD ST,#299 KANSAS CITY,MO 64114 FIRE ALARM WIRE LIST ACCEPTABLECABLETYPESNI ce O ■ ■ ■ o W CIRCUIT DESCRIPTION CONSTRUCTION GAUGE CIRCUIT PROPERTIES a 92 1 EE c Q ABBREVIATIONS LEGEND DEVICE TAG LEGEND V (VISUAL SIGNAL 2 COND.SOLID 14 AWG X X X 0 CONDUIT SIZE MAX CONDUCTOR AREA CONDUIT SIZE MAX CONDUCTOR AREA NOTES AC = ABOVE CEILING NEC = NATIONAL ELECTRIC CODE 1/2" 0.12 SQ INCH* 1-1/4" 0.60 SQ INCH* *40%FILL PER N.E.C. AFF = ABOVE FINISHED FLOOR NFPA = NATIONAL FIRE PROTECTION ASSOCIATION PANEL DESIGNATOR 3/4" 0.21 SQ INCH* 1-1/2" 0.82 SQ INCH* SUBSCRIPT"u":UNSHIELDED CABLES MIXED WITH AHJ = AUTHORITY HAVING JURISDICTION NIC = NOT IN CONTRACT • FA:= FACP(NON-NETWORK) LL, 1" 0.34 SQ INCH* 2" 1.34 SQ INCH* SHIELDED CABLES OF SAME CIRCUIT DESIGNATION. ALM = ALARM NPU = NETWORK PROCESSING UNIT • #:=NODE NUMBER LU ANN = ANNUNCIATOR NTS = NOT TO SCALE • T#:=TRANSPONDER NUMBER ,y, **OUTDOOR AERIAL CABLE REQUIRES MESSENGER STP=SHIELDED TWISTED PAIR,UTP=UNSHIELDED TWISTED PAIR BMS = BUILDING MANAGEMENT SYSTEM PAP = PRE-ACTION PANEL • #:T#= NODE:TRANSPONDER NUMBER 3 ITEMS SUCH AS CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT DESIGN OF THIS SYSTEM C = CEILING MOUNTED RC = EXISTING TO REMOVE AND COVER INSTALLATION.THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR SELECTING AND INSTALLING CABLE MANUFACTURER AND MODEL CD = CANDELA RATING RD = EXISTING DEVICE TO BE RELOCATED • N#:=NAC EXTENDER NUMBER a DET = DETECTOR RL = RELOCATED DEVICE CIRCUIT DESIGNATOR 2 THAT MEETS OR EXCEEDS THE ABOVE REQUIREMENTS.RECOMMENDED CABLE MANUFACTURERS AND MODEL NUMBERS ARE AVAILABLE DGP •- DATA GATHERING PANEL RR - REMOVE EXISTING&REPLACE WITH NEW • A#:#=EPS(NUMBER:IDNAC2 CHANNEL NUMBER UPON REQUEST. E = EXISTING TO REMAIN SCC = STATUS COMMAND CENTER • D#=DOOR HOLDER CIRCUIT NUMBER O E EOL= END OF LINE SLC = SIGNALING LINE CIRCUIT • F#=FIRE PHONE CIRCUIT O EPO = EMERGENCY POWER OFF SMK = SMOKE • H#=AUDIBLE(HORN)CIRCUIT NUMBER FAA = FIRE ALARM ANNUNCIATOR SUPV = SUPERVISORY • M#=IDNET LOOP NUMBER W FACP = FIRE ALARM CONTROL PANEL. TAC = TRUEALERT ADDRESSABLE CONTROLLER • P#=POWER CIRCUIT NUMBER - /1/ 1 FATC = FIRE ALARM TERMINAL CABINET TRBL=TROUBLE • S#=SPEAKER CIRCUIT NUMBER ■�� FBO = FURNISHED BY OTHERS TS = TAMPER SWITCH FCC = FIRE COMMAND CENTER TYP =TYPICAL • V#=VISUAL CIRCUIT NUMBER 0 ;, • Z#=ZONE NUMBER FSD = FIRE SMOKE DAMPER UON = UNLESS OTHERWISE NOTED • Lk.' cG FTR = FIRE ALARM TRANSPONDER VCC = VOICE COMMAND CENTER DEVICE NUMBER r H = HIGH HUMIDITY VT = VALVE TAMPER BRANCH/ISOLATED LOOP DESIGNATOR: HT = HEIGHT W = WATTAGE • (L#)=IDNET ISOLATED LOOP NUMBER O DC HVAC = HEATING VENTILATION&AIR CONDITIONING W/ = WITH • (#)=IDNAC BRANCH NUMBER Inee. CeCO N IMS = INFORMATION MANAGEMENT SYSTEM W/O = WITHOUT en • (E#:#)=EPR3 NUMBER:BRANCH NUMBER MAX = MAXIMUM WF = WATERFLOW W r�r� rte, 1.EPS=ENHANCED POWER SUPPLY W N 0- MIN = MINIMUM WG = WIRE GUARD 1:T2:A2:1-L.(E1:1) 2.IDNAC=ADDRESSABLE NOTIFICATION CIRCUIT Z 0 OMC N/A = NOT APPLICABLE WP = WEATHERPROOF 3.EPR-ENHANCED POWER REPEATER al NAC = NOTIFICATION APPLIANCE CIRCUIT XP = EXPLOSION PROOF - �' NDU = NETWORK DISPLAY UNIT 0 `1 o O 3 SYSTEM SE UENCE OF OPERATIONS v zo e U Z N c.9 CTRL UNIT ANNUNCIATION NOTIFICATION j I FIRE SAFETY CONTROL Il 1--1 P ._< . / . .../ / • % . . 7/1 //// //,,-/ // , / 7 / CQ �� / 0ti:, P� ��' O� O� ��''C�5 5 / O./' S5/ ,_ . / 3 JAS p� �v�P/�Q��� �C� <�����O.��O //�/ .����� / / ���O/ / / t J<1 P'' ' AC"1/5"v/ �P P' �� O�,& & 'cia7`��SJQ / 4,> * / / //. ' i/ ;/�J5 0 tl`� 5�0 1V�P 5o�/O� �.�' 5�v �o ic?P�5 PSS 5 per'/5JQ `o �5 ��/Q - 05,/ ' /' �P ,, / ,,./ ,L / / 7 , % o �P Off/ ,„; / , / /5 4) Y \f-'' c))/4"//<- ,c) 4-- �5';zp• �5 4,-/\'�P' �O# ooh ��O oc,-,/ ,;,' / // OA \S' O� Jo "o. ,-'O9 J4,'QQ si- JP;/JP JP. Q /Q� �J `Q j �L ��J -pQ/��i' Pv/ ii / / / c.; _--,,,,--4, -4�=�'<,,;Qti P` P`JP`.0 / &/''.'.0 `,`J P�`P&4/.:,..\:\-----5 ����5 J�\s) ,,,,,,-/ ( - /"�``� // / / ./� \e:---'<,,,i+o SYSTEM INPUTS AIBICIDEIF G H I ' J ! K I L _ M ! N 0 I P 0 ! RIS = T U V I W ' X : Y ' Z I AA ! AB AC 'AD ' AEI AF 'AGI AH 1 AI I Al REMARKS a 1 SMOKE SENSOR/DETECTOR • ! • : - i • • ' • 1 • ; • ! • ! y I • ' ! ! • I I I • ' • 1 • i • 1 2 MANUAL PULL STATION I ' • 2 Luce 3 HEAT SENSOR/DETECTOR • : • , I ; • • _ • 1 • ! • • I1 ' I ! i I ? II I • 3 • r , 4 DUCT SENSOR/DETECTOR • ; • I ! • • • • • ! • I • I • 1 ( {• • ! • • i • 4 • j • ! • • i • • • , • ! • • • ! • i ' • I • • 1 • 5 GENERAL NOTES RISER DIAGRAM 5 MAIN fLR ELEV.LOBBY SMOKE DETECTOR I a 6 ELEVATOR LOBBY SMOKE DETECTORS(EXC.MAIN FLR.) • I • ' I ! ! • • ; • I • ' • ' • ' ( • ! • i • Ii 1 • I I • I • ! • I • 6 1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT&FIELD DEVICES.EXACT ROUTING OF CONDUITS IS TO BE DETERMINED IN RISER NOTES: 7 ELEVATOR MECH.ROOM HEAT DETECTOR • ! • 1 l • • : • ! • 1 • 1 • ( I i 1I • I • 7 THE FIELD BY THE INSTALLING CONTRACTOR TO SUIT CONDITIONS. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. 8 ELEVATOR MECH.ROOM SMOKE DETECTOR • I • ! i • • • ! • • • • 1 • ' • ? • 1 I • ? • • I • 8 c 2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR DEVIATIONS IN THE WORK 1. RISER IS A DIAGRAMMATICAL REPRESENTATION OF THE SYSTEM 9 ELEVATOR SHAFT HEAT DETECTOR • 1 • I 1 ` • • • I • • ! • ' I ( I ! ! i • • 9 a SHOWN,THE CONTRACTOR SHALL CONTACT JOHNSON CONTROLS IN A TIMELY MANNER SO AS NOT TO IMPAIR THE CONSTRUCTION SCHEDULE. ARCHITECTURE IN BUILDING CROSS SECTION.IT IS NOT INTENDED TO 10 ! i ! I • I • 1 10 0'2 3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING AS REQUIRED TO ACTUAL WIRE RUNS,PANEL CONFIGURATIONS OR 11 I I ! 1 CI 11 ACCOMMODATE THE RELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY AUTHORIZED CHANGE.ALL CHANGES SHALL BE REPRESENTU S, C U • •• , • • , • • • I • : I • I i • I I • • 12 PENETRATIONS.REFER TO FLOOR PLANS AND PANEL DETAILS FOR 12 WATERFLOW SWITCH I 13 TAMPER SWITCH ! • w • ! • I • • ! ! I i • 13 CLEARLY INDICATED ON THE RECORD DRAWINGS. CIRCUIT ROUTING AND CONFIGURATION INFORMATION. • 4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR INSTALLATION. 14 POST INDICATOR VALVE SWITCH • I • : ; • • I • I I i 1 • 14 v SUPPLIES SHALL BE ON A DEDICATED 120V 20A BRANCH CIRCUIT BREAKER,AND 2. ALL WIRING SHALL COMPLY WITH APPLICABLE ELECTRICAL CODES. 15 FIRE PUMP RUNNING • • • 5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWERSU S R c SHALL HAVE A RED MARKING,LOCK-ON PROVISION AND SHALL BE IDENTIFIED AS"FIRE ALARM CIRCUIT CONTROL" THE LOCATION OF THE CIRCUIT REFER TO'APPLICABLE CODES&STANDARDS'ON SHEET FA 001 FOR 16 FIRE PUMP POWER FROM ALTERNATE SOURCE I I I ! ! I • 16 a SPECIFIC CODE REFERENCES. • • • • ' • DISCONNECT MEANS(CIRCUIT BREAKER)SHALL BE PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT. 17 FIRE PUMP PHASE LOSS/REVERSAL ; • 1 • _ • I • : • 1 1 I i I • 17 6. UPDATE THE AS-BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS-BUILT DRAWING SET TO JOHNSON CONTROLS NO LATER THAN 7 3. DEVICES ARE TYPICAL SEE FLOOR PLAN FOR QUANTITY&LOCATIONS. 18 GENERATOR RUNNING • 1 • ' • I • • • ! I ! • 18 4. EXISTING DEVICES ARE SHOWN SHADED FOR REFERENCE. NEW AND 19 GENERATOR FAULT i • I • ! • • I • ! I I I • 19 ~ 2 DAYS AFTER FINAL TEST. RELOCATED DEVICES ARE SHOWN BOLD. 1 • i • • 1 • • • i i 1 I • 20 G o; 7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMANLIKE MANNER. 20 FIRE ALARM AC POWER FAILURE I p1 8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED JOHNSON CONTROLS TECHNICAL REPRESENTATIVE. 21 OPEN CIRCUIT OR GROUND FAULT • i • 1 • • I • ; I 1 1 I I ! • 21 0 6 KEYNOTES: 22 FIRE ALARM SYSTEM LOW BATTERY I ! •• i •• ! • ( • , ! i ! -• ' ? •• 22 N a O 9. ANY SMOKE DETECTOR HEAD INSTALLED BEFORE THE BUILDING IS CLEANED AND ACCEPTED SHALL BE COVERED TO PROTECT FROM DUST. ANY FALSE 23 CLASS B NOTIFICATION CIRCUIT(NAC) SHORT • • i • ! • 1 i I • 23 2 °+ ALARMS DUE TO DIRT CONTAMINATED HEADS SHALL BE THE RESPONSIBILITY OF THE FIRE ALARM INSTALLER. -V • ; ! 24 10. THE FIRE ALARM INSTALLER WILL MAINTAIN THE FIRE RESISTANCE INTEGRITY OF ALL WALL,CEILING,AND ROOF ASSEMBLIES ANY TIME THAT WORK IS . TIE INTO EXISTING STROBE CIRCUIT N4:V1. MAINTAIN SUPERVISION. (N -AAA 0 J T;3 24 rc'i NOT ACTIVELY BEING PERFORMED. > > C 25 ? 1 ! I 25 26 ! I I I I I ! I I • ' I 1 I 26 O 11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND NON-POWER LIMITED FIELD i z WIRING MUST BE INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS AND APPLICABLE ELECTRICAL (N .2) V 27 1 I I I I I 1 ! I 1 I I I 27 (;)____;41, N4:2 , 28 i • ; j 1 ; l ( 28 DRAWN BY: R.HERMANT CODES.REFER TO'APPLICABLE CODES&STANDARDS'FOR SPECIFIC CODE REFERENCES. i0I`��� ) ) • 29 I I ! 29 • 5 12. ALL WIRING SHALL BE INSTALLED ACCORDING TO APPLICABLE ELECTRICAL CODES. • CHECKED BY: M.GERRONE 13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPLICABLE ELECTRICAL CODES. MARK ALL FIRE ALARM WIRES IN ACCORDANCE (N4:1) (RL) V -ti` 30 ! ! • 30 ISSUE DATE: 3/12/19 'V C N4:1 31 I 31 JOB#: WITH APPLICABLE ELECTRICAL CODE SECTIONS FOR POWER LIMITED AND NON POWER LIMITED WIRE. SOK - 0 32 I 1 i I I ! 1 32 14 FIRE ALARM CABLE INSTALLED IN DUCTS,PLENUM,AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE TYPE FPLP. PROJECT#: 448:611512501 15. FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATING MORE THAN ONE FLOOR OR CABLES INSTALLED IN VERTICAL RUNS IN O AIB C D E ! F ! G H I J K ! L M N 0 i P Q ' R S ! T U j V W I X Y i Z AA AB ' AC ! AD I AE j AF AG AH 1 AI Al JOHNSON CONTROLS©2019 SHAFTS SHALL BE TYPE FPLR. 16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET LOCATIONS. SYSTEM: 17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOORS SHALL BE INSTALLED IN ACCORDANCE APPLICABLE ELECTRICAL FIRE ALARM SYSTEM CODES,WHERE APPLICABLE. 4100 18. ALL WIRING,INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS. SHEET: NAC4 19. ALL SHIELDED WIRE MUST HAVE SHIELD CONTINUITY AT FULL LENGTH OF THE WIRE. 20. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT. 1 LOCA T EDIN ELEC P.M I 11/`110 VOLT AC 21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING. COVER SHEET 22. MAINTAIN MAXIMUM CONDUIT FILL RATIO AS PER APPLICABLE ELECTRICAL CODES REQUIREMENTS. 4TH FLOOR 23. EXISTING CONDUITS MAY BE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY;HOWEVER,ANY EXISTING CONDUIT WILL BE USED ONLY IF CONDUITS MEET CURRENT STANDARDS AND CODES.JOHNSON CONTROLS MAKES NO STATEMENTS WRITTEN OR VERBAL AS TO THE N CONDITION OF EXISTING CONDUITS. a' .-, W IMPORTANT NOTICE TO USER:This information may not be sold or transferred to any third party,used on other projects or additions to the a project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or FA OD • reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend, x indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly from any such - o unauthorized use. • ©Johnson Controls 2019.All rights reserved.Reuse,copying,modification or alteration of the drawings and other information contained herein is strictly prohibited. GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED �� OTHERWISE. �N�/ 2. EXISTING DEVICES SHOWN SHADED FOR REFERENCE. NEW AND RELOCATED DEVICES ARE 4 �^ o� SHOWN BOLD. �,'� co In MM KEYNOTES: v Q z O TIE INTO EXISTING STROBE CIRCUIT N4:V1, MAINTAIN SUPERVISION. C 0 oX DEVICE MOUNTING HEIGHT REFERENCE TrueAlert CONVENTIONAL APPLIANCES RELOCATE EXISTING DEVICE. CHANGE CANDELA SETTING TO30CD. 0 PER NFPA 72 SIMPLEX 4906 SERIES WALL MOUNTED VISUALVI -, • `� VISUAL APPLIANCE MOUNTING HEIGHT CONSIDERATIONS IN SLEEPING ROOMS C 0 o Ch o 1. MIN DISTANCE IN SLEEPING ROOMS IS 24"(610mm)FROM CEILING TO TOP A/C SUPPLY STANDARD ELECTRICAL 80x U °O �p�°°n OF LENS FOR 110CD STROBES WITHIN 16'OF THE PILLOW OR RETURN THE 4" REQUIREMENT FOR SMOKE DETECTORS HASIC) I O "' ^� DIFFUSER ELECTRICAL BOX MOUNTING a"SQUARE BOX, , o,,,o 2. 177CD STROBES,USED IN SLEEPING ROOMS,CAN BE WITHIN THE 24° BEEN REMOVED FROM THE 2010 EDITION OF NFPA 72 P o DEEP W (610mm)MINIMUM DISTANCE FROM THE CEILING.THE HIGHER INTENSITY ° \� �% 02 �o" IS TO COMPENSATE FOR A POSSIBLE SMOKE LAYER. 3'(914mm) 4 NOTE:MEASUREMENTS , SURFACE MOUNT ADAPTER �'� MINIMUM (102mm) SHOWN ARE TO THE CLOSEST ° SKIRT 151IT(41mm)DEEP. / F c � � �I CEILING EDGE OF THE DETECTOR. C ' � CONDUIT CUTOUTS ARE ( ( 1 /1f// \\\\\ //////� .��/iii/iff//ilii✓//iiiir/7/f/_ . . ° t //l///////f/f/ff/ff////f///f/�% V/lffE'/////f/,/fl Niii.. l PROVIDED ON ALL FOUR SIDES.(////l/f//f////////////f/////!/IO/////Ii/j/f f//////f/////ff/f/1///✓////////////////f//Lf//////f///NFPA 72 AUDIBLE APLIANCE 6' MIN EILING MOUNTED I 4" ; /o ° SURFACE MOUNTING FOR CEILING HEIGHTS LESS THAN 86 (2180mm), � �� THE VISUAL LENS MOUNTING HEIGHT SHALL BE (152Amm MIN) BELOW FINISHED CEILING SMOKE/HEAT (102mm) i�, r o CLICK HERE TO WITHIN 6"(150mm)OF THE CEILING. DETECTO 12"(MAX) `NAI 1 4 / \ NAC44009-4TH FLOOR, ELK RM ACCEPTED HERE (305mm MAX) CHANGE WIRING �� STYLE Standby Total Alarm Total 411 i HEAT DETECTORS I j l � . Qom-CANDELA INTENSITY O{+) O(+) Module QTY Description Current Standby Current Alarm L_ J t, I.] , �' NEVER HERE 1I� R � `F,R e F,a e� / \ ' PLUG ACCESSIBLE FROM AUDIBLE/VISUAL AUDIBLE ONLY WALL MOUNTED // • \w........,,,,,„ REAR OF HOUSING Panel Equipment N TO EXIT DOOR SMOKE/HEAT / f 1 ` ---- o� 50 G 5 ; &VISUAL ONLY DETECTOR) 4009-,�01 1 40091I?;'�ET NAC EXTENDER;120 VAC 0.0850 0.0850 0.185 APPLIANCES 90" MIN(2286mm MIN)ABOVE FINISHED 5'(MAK.( (_} f_) TO NEXT DEVICE I Panel Totals 0.0850 0.1850 FLOOR(OTHER MOUNTING HEIGHTS SHALL • (1524mm) TOP OF LENS: NAC CIRCUIT _ OR EOL SYNCHRONIZE MORE BE PERMITTED BY THE AH1 PROVIDING IT k� _ 96"(2044mm)A.F.F MAXIMUM (+) (+) RESISTOR Notification Appliances THAN TWO APPLIANCES MEETS THE SOUND LEVEL OUTPUT REQUIRED.) �� <� CEILINGS FROM CEILING TERMINATION F F 6TERMINATION VIEW:REAR OF DEVICE 4906-9103 1 1 V,/0 MC NON ADDRESS, WHT, WALL 0.0000 0.0000 0.2520 0.2520 IN ANY FIELD OF VIEW. MAGNETIC 5" CLASS B WIRING ti Q, r WALL 0.0000 0,4000 0,0600 1.3800 96"MAX(NEPA,ADA) DOOR (127mm) BOTTOM OF LENS: 49.5-9103 23 V/0 MC NON-ADDRESS. WHT (2440mm MAX) HOLDER ME WALL 80"(2032mm)A.F.F.MINIMUM WIRING NOTES ABOVE FINISHED FLOOR 4906-9103 3 V/0 MC NON-ADDRESS,WHT,WALL 30 0.0000 0.0000 0.0940 0.2820 TO TOP OF LENS p j FINISHED F 1. MAINTAIN CORRECT POLARITY ON TERMINAL 4905-910.3 2 V/O MC NON-ADDRESS„ WHT, WALL 0.0000 0.0000 0.186 '"3720 REF.80"MIN(IBC) ® WALL MOUNTING OPTION B CONNECTIONS. - (2032mm MIN) REF.96" 80" MIN(ADA) • DOH 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER Peripheral Totals 0.0000 2.2860 • MAX p8C)(2440mm MAX) (2032mm MIN) MANUAL PULL [.. LESS 3' TERMINALS. NEVER LOOP WIRES UNDER TERMINALS. *Current draw included under"Device Addresses Used'•(See"Additional Current Draws:") Total Standby 0.0850 Total Alarm 2.4710 ABOVE FINISHED FLOOR 80" MIN(NFPA) FIRE STATION (76mm) 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ 1. 2-wire detector alarm current is included in the alarm current of the Initiating Device Circuit. PHONE APPROVED METHODS. (2032mm MIN) JACK !E2. Backup Amplifier assumes Main Amplifier alarm current on failure. TO BOTTOM OF LENS ® Standby Standby Alarm Alarm 1 MOUNTING OPTIONS Battery Set#1 (Cabinet/Charger#1) Current Total Current Total NOTE:REFER THE PROPER DEVICE 48"MAX(ADA)(1219mm) I OPTION'. DESCRIPTION NOTE I . Select ALL Power Supplies on this battery set: INSTALLATION INSTRUCTIONS • 48" MAX 121 ( (NFPA,ADA) 9mm MAX) FOR BACKBOX MOUNTING HEIGHT. 42" MIN(NFPA) (121 m MIN) A SINGLE GANG BOX, 1-1/2"(64mm)DEEP BY OTHERS.WHEN SURFACE 4009 0.0850 2.4710 MEASUREMENTS SHOWN ARE I B 4"(102mm)SQUARE BOX,1-1/2"(38mm)DEEP,MINIMUM MOUNTING USE 4905-9937(RED)OR Sub Total 0.0850 2.4710 TO TOP OF PULL HANDLE I C 2 GANG BOX,1-1/2'1(38mm)DEEP 4906-9940(WHITE)SKIRT S are addressable ca acit o 0 x 0 = 0.0000 x 0 = 0.0000 /FINISHED FLOOR D SIMPLEX 2975 9145,7 718"H x 5 1/8"W x 2 314"D ORDERED SEPARATELY P pointcapacity 0% (127mm x 98mm x 56mm)REQUIRES 4905-9931 PLATE Total 0.0850 2.4710 1. FOR ADDITIONAL MOUNTING OPTIONS,DOWNLOAD DATA SHEET 4906-0002 FROM HTTP:/JWWW.SIMPLEX-FIRE.COM . Standby Time= 24 Hrs x 0.0850 = 2.0400 Standby Ah Alarm Time= 15 Min 0.25 x 2.471 = 0.6178 Alarm Ah 2.6578 Additional Spare Capacity= 0% + 0.0000 2.6578 Battery Discharge Factor= 20% + 0.5316 Minimum Battery Required2081 9272 6.2AH (2x) 3.1893 Battery Supplied 2081-9272 6.2AH (2x) NAC4-4009 CIRCUIT SUMMARY&VOLTAGE DROP - -_ --- - - - ----- .--.._....._. --*-=-- ____ --- __ ___ 4.4.4.4.. _ . 4444. ................ ____- ..........,._.,.._.__-_ 4444._. 4._, _._......__.___.._.._.4.4.44.._ _._ _4444_ .............._.,.,. _.. _. 4_4_44.._ _. _ _ _. __ � - Plan ,I .; Description % Circuit P Load Drop W 3 I N4:V1 4TH FLOOR NOTIFICATION -CENTER SIG1 0.806A 3.07% E F OFFICE OFFICE I N4: 2 4 LOO NOTIFICATION- UTI- 5102 6.820A .5.461 CI 43 , [437 i I N4:V3 4TH FLOOR NOTIFICATION-NORTH 5163 0.660A 5.16% 0 OFFICE �. �- __ 5164 0. A 0.00 OFFICEOFFICE OFFICE LTG(1 FI C)FFICIOFFICE OFFICE OFFICE OFFICE C)FF€GE OFFICE Ol" CE N4:V4 SPARE r-462! [408 4 s7 1j 455 454; ! 449 448( 471 44s; 44 ► 44 4 �__ .:::., %� y 441 \ 2.286A Total .\ HALL.:).-1.;' OFFICE / ■ I I vA-. WAY 479 HALLWAY \\��� : • I E J� QOM, \\,„„,„.,„.:... ... .��' = a L E. / I. 11 „' HALLWAY c �4OOU •\,� ,%i • • r v. N4:V1 Distributed Load Voltage Drop N4.V3 8 mom:_ ri N4:V3-3 /; �� 4444 _ N4.V3 /' �\ o �" HALL \. -- I \\ li €{ /., ,-�V \ - . \�/ \`\ 15 \\\ p2 WAY \ ` -. :... \ •// \ I'Fl E /� Allowable /e Drop:l 18% Wire Res.Per Ft. 0.0031 I @ 75°Celsius / k. OFFICE V •• • 15 �� "� \j% 15 - 2V O C \ : Wire Gauge: 14 a Min.Device Voltage: 0 400E)E3 r 1 %" • �STORAG � Ni 43s� \\� 9 9 9 16.vdc 463 I td4 '3 9 V I, �y HALLWAY • \v i%" OFFICE • OFFICE �" '400 I \\\ Starting Voltage:I 19.5vdc %Voltage Drop 3.07% I HALL OFFICE i C3FFiCE N4:V3 6 V 40OX� N4 V3 5 s // i i OFFICE \\ i 1 WAY I 15 444 1 433 3 4 :A V\� Circuit Capacity I 2.A A 1456 453 I /- 11 r... 44(T€ • a `` `'") \�" S NormalNormal OperationOFFICEDistance cie e r Voltage At i Il 4fi1 � \ ... -- -- rl y V vi IC S Devtce PID Candela ( ) Current Device 1 • -_,, E \\ op a OFFICE \ �1 ; �.r, ` HALLWAY _4444..__._ 1 \\ # �.. _ _____-_/� �Feetce ..., / Device E L ( 1 [ ati �( n N4:V31 \\ N4:V1-1 4906-9103 110cU 35 0.252 0:173 19,33 LU tin o -'r" 464 ;-' I_._..__a.., 1 ,f / s_ _444_4_._._, N HALLWAY �-- 15 I ' V Y HALLWAY \\\ 15cd 43 0.060 0,319 19.18 oC N4:V3 4 v I N4 V1 2 4900 9143 W 490AAI -V N I:V3 7 HALLWAY OFFICE` OFFICE 15 _.._.__._.._..._.__. 4OOT OFFICE ;I \ AA\�:\ N4:V1-3 4906-9103 30cd 23 0.094 0.389 19.11 [.7 v. ." N4:V3-10 OOY -,- _ • Al X35 \\\ 0.458 19.04"'-:: 450 ' •Y a . 443 VA N4:V14 4906-9103 7590 28 0.186 0 CC \. 15 _.._._ _. r ._....... r:._ i , I 0 18.99 v" ,-///•-• N4:V1-5 4906-9103 30cd 39 0.094 0 5 9 • f '�� 4 OFFICE i. i 13' i; OFFICE OFFICE\ � \ Faru / � , m M 2.3 18.98 N °br.- / f y N4.V1 6 4966 9103 1590 9 4 454 115 p �'- \ r, - .�..-� -' F - / ..,._.... ._ ._.4444. E :433 // 4 ,\ f \ \ 478 .: :477 r.__.. - € / € /;,/ 1 OFFICE \': ;€ / I 15cd �s 539 18.96 N L �\` �, UFIE - W W N4.V1 7 490 9103 1 6G 4 ;46 J - �; `� + - ..__ �; 473 I • OFFICE Totals: 230 Ft. 0.$06A0 5 "9 472 J y ce al �. 1 - STOFi �._ V 7 , l �: I l . 1 , [ l; oFFlC;Iw OFFICE - = n` CO ;' , oOI�: , .__._: I J �7 OG E HALL OFFICE OFFICE is WAY r 4521 451 \. // \ ' � i t 0 f i ' HALL 0O o 46O • 1459 STAIR E LL I OOCC r:, L k L.._._ _ _ _, , E __._._.__._._._._. -..- - OO , E EU ELI=V I` z T ` 1 f I I j .\ / `' I T I ," I,! l j 1 /' I N4•V2 Distributed Load Voltage Drop V J i \ _ " .1 b` i s ii = O o o� v 4 4_ i :: - a a.; ��__...---_.__..---- --. .......... ...... .� I' ,. -- ,, �::_. E E o a o @ 75°Celsius a \ � OFFICE o ° �, ;� I' L E I; 1 i �\ m OFFICE Allowable / Drop: 18°/ Wire Res.Per Ft.I 0.0031 u u Q flF _._ _T__. _ AL1 . 5� ., (N4.d 3 e... c r= 4.444.._._ -- - -- ._._._ �� ! �I ! 1431 432 M m.Device Volt N _ i ; Wire Gauge: 1499 Voltage:MI6 " OFF€CE , t 9 d - =� IOK HALL +JAY .\ r % 16 v c Z i 15 V 75 v ;471 19.5vdc9 Drop I 5.46/6 J e� Starting Voltage: Voltage HALLWAY 4OOFFi L 0kt Capacity 2.A J �b` N4:V3 11 j 000[3; C N�:VI LOBBY �R S M1 5 STAIR / C •• V I 1, • Normal Operation 73 AREA OF WORK 400A1 RECEPTION - i a - - - ;, :. -5,6-0 ;WW:.._ _- .................i �._ -_� _ ...._.__.. Distance Device Voltage Voltage At d -- -. .---_4444 , ..: _4444.. 3 4444,,,4444,..,,, -\ OFFICE • HALL - - _ 4444_._ OFFICE PID Drop • - €�IALLWAY �' C -V HALLWAY j 429 N4.'V I 4905 9103 ISLE s- fl.GtiG 0.151 '.3 i ii 466 VVAY Device# Candela (Feet) Current P Device 5 C OFFICE• OFFICE v• ! S N4:1/2-3 4OOEEl 3 .41-1 `` \ /, '" OOP'. N4:42 t ''+ � OOIV! 2 0 482 464 I (RL)F\:-/ RL OFFICE OFFICE • ----Icy ,,,,-;":::--40,`, � ;-V .� 15 • 30 ._._.•�- 1N4.1/2-1 N4 V2 2 4906-9103 1590 21 0.060 0.249 1925 N 2 ( ) X76 : (47i V 7 E 30 30 - �N4,l u..__.___. �_._ ._ .. _ �=_ .__ _ 4906-9103 .3090 23 0.G9� G.3.$ X9._5 0 ... ,, _444.4. _ :�::-_ .. _ 4444 4444 . . ... .. ............. ,: -� .<:..:�. 23 • N4:V1-3 _ 4e _ x 19.00 } 44__44 . / ,•. 906 903 _5-d 1 0.060 0.50. cv 1 \\ • o N4:V1-5 : I _ 15 . /r. / I N4:V2-5 4906-9103 159'0 59 0.060 0.698 1880 �tI�.� r' LV t 1 LV (RC) \ i 4 1 r 15 \� I N4:V2-6 906-9103 15cd 19 (i 060 0.755 1$:75 HALL N4:415 5 Q (RC) V lO BUSINESS WAY N4:V1 2 1 Vie,v' FLF Lp(1NGE OFFICE OFFICE :FFIC:,,,,,t/7\72" 49906.910 7 OFFICE OFFICE 3 5cd 33 0.060 0841 1$.66 OFFICE 4004)) • [33EI -- - 14696 I 15 \� 4906-9103 1590 32 0.454 0.913 18.59 r6I� 483 1 \ 4.V1$ JN OFFICE N4 V2 7 - - ,480 \ tN4 V1) �. - : ,.... 468 N4:V2 4 �` a 7 I N4:V2-9 4906 903 75cd 55 0:186 1:01. 1848 _OK1 MEN WC31liEN �_:W OFFICECIOFiH BOARDROOM N4 4'210 4906 9143 1590 38 0.0 0 1.044 1$446 Q 15 OOGG fi 1 _ . ` J rV4:.2 f1 9i1a'a G3 b0 1.064 18,44 \ r., 4-0-6-0 :, (428 I / :f d C�7 15:0 S4A{ t' � '" ;< €14:Y1-! .P } mss- :1J, .�:>. < _. --- ._`.' _... ...,....._ _ .,. _.__.._. ______' _- _ 4444... _......... 4444....., .�:E__ __ 44, \ i �%a OFFICE ` � - -' GE �. \ Totals: 405 Ft. 0.820A0w : . il �•. � 4O3 : OFFICE OFF€C E i =_-: =T T S0AV / / ©FFIGE �� -�; �'( 41C;: 019 I, IF� �� I '" N4.V2,8 '� . ; \. �. REFRESH 1 /A l COMMS j/ ;/r 401 CI \ € '' • I F I I �I SERVICE -� N4:VL / € 400E € N4:V3 / \ \. : , - PANTF{Y I4 L I �` ` Distributed load Voltage Drop v OFFICE 1 F---- i ..�v I � 1 .. 1 4, ; i4flfl1 g•-• �Oc� :: I � \ OFFICE z 4 OFFICE OFFICE OFFICE OFFICE, t� ;t, VC STUC3IC) A\ % HALLWAY 427 l Allowable%Dro : 75°Celsius 05 I - �' _- Drop:I 18/o Wire Res.Per Ft. 0.0031 @ OFFICE ., . 1408 411 412_j 415 Il ', ._. 400J a _--_ "- 91' ._ 00 Wire Gauge:I 1499 Min.Device Voltage: 16 vdc `4021 \, (:--is- �T' € T 'I t / % a \ / , , .,v. ?''' ----- i ,4,444._. C 1 HALLWAY a `�✓ i ;I rt-_V ;' �� yr" kJ Starting Voltage:'. 19.5vd Voltage Drop I S. 6°,6 w 40fTKK'F Y Ckt C Pc 2A _ a 1 3' /•% a a ityI C NOperation i r - V AfhLLbV Normal = 9 HALLWAY -- , _ :- ____ .._, _ ... .. M - � I_._ E Distance Device Voltage Voltage At �+ OFFIG a e a e OFFICE N4:V2 5 HALLWAY -V N4:V2 10 N4:V2 9 426 1404 (N4:V2',, N4:d2 11 /� V 15 Device# PID Candela (Feet) Current Drop Device Q lOK • 15 __�__�---,_ (400LL �}. 15 y % ", ` ' 75 HALLWAY _ .,. _� __ 1\14:V3-1 4906-9103 1590 67 0.06C"" 6.272 19,23 _ rt / OO ... 7a 7 _ \ _ /% 1." 1\14:V3-2 4906-9103 _5cd 30 O.GbG 0.382 1�._2 N4' u._. _ _.. N4:V3-3 4906-9103 15cd 36 0.060 0501 19.60 a \ /" is{I a %- :.\ N4:V3-4 4906-9103 15cd 51 0.060 0.652 18.85 • ai ,..../././ ; s-, \ 1 N4,-V3-5 4906-9103 1590 33 0.060 0.737 18.76 I I N4:V3-6 4906-9103 15cd 36 0.060 0.815 18.68I-j a °.7 OFFICE OFFICE C)FFIC OFFICE OFFICEOFFICE OFFICE OFFICE OFFICE OFFICE• OFFICE OFFICE N4:'2 6 C)FFICIZ OFFICE 1€I, _ __ N4:V3-7 49Gb-9'103 15cd 25 0.060 0.864 18.64 C14065 - 1407 I 4091 4101 413 414 14 7 4 8 420 I 421 422 [ j 4231 1� I OOfl 1 425 1V4:l3 8 4906 9102 15Cd 47 0.060 0.934 18 57 o • I I I. • OFFICE 1• N4:V3-9 4906-9103 15cd 33 0.050 0.970 18.53 • ,i ., I i 424 N4:V310 4906-9103 1590 31 0.050 0.993 18.51 - • , -..,- . E , N4:V3-11 4906-9103 15cd 35 0.06.01 1.006 18.49 DRAWN BY: R. HERMANT I.M a I 1 CHECKED BY: M.GERRONE - 4444. -- Totals: 425 Ft. 0.660A --- 4444.. - - -- - � - -- -----_ ._. 1444 .._ - - - � 1441_._ t,_.. .... ........ .. ...... .... _...._.»R., _ ..........-: .._...... .-::4::444... _._....... : _.....,..... ....:..,..:. .......::.:.-: -,..,........,.. ,1,141,._« 1414... 4441.. 4444:-4444. 4444, ...,,... -4111:. _ _. : __ --•.- .r ., :.:. ., -:..� .::::: ._:::-_- --._ - '---. -. , -_. - -. __-__- •._-__-_ -.-._._ -__-_-� _•[-1411-. _._.., 4144_. _... ...,.....4444_- -7_ ..::.:- ....._..... -:::::::.. .:::::: .. 4444 ::::: 4444 ............ ......... .. ,...:...' ... ,::,. :............4444. ...,. ...-:.,_ .-..4:444 ,4414. 44:4':4:- 4444:..4444.. .. ..,.._..., ,' ... ISSUE DATE: 3/12/19 JOB#: PROJECT#: 448:611512501 JOHNSON CONTROLS C 2019 SYSTEM: PLAN FIRE ALARM SYSTEM NORTH SHEET: Au DEVICE PLACEMENT PLAN - 4TH FLOOR 4TH FLOOR DEVICE wiry SCALE 1/8" = 1'-0" _�m. PLACEMENT PLAN, WIRING 0 4 8 16 TYPICALS & CALCS (IN FEET) N l,7 •-1 LU .:C ...z FA-ion x E, M ©Johnson Controls 2019.All rights reserved.Reuse,copying,modification or alteration of the drawings and other information contained herein is strictly prohibited.