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DRAWINGSNORTH BUILDING N, 7 WE . Z4, NE `�4' ��a E INTEGRATED FIRE MONITORING ING SY, STEM FIRST FLOOR MIRE IALARA ALAN SCALE: SOUTH BUILQ[�CG °art DescrlptiO6 Each Total Each To6r 7706-ULF Gonventional 6 -Zone FACP With SutTscriher 0.305 0.305 0.360 0.360 Parcel- 0 - Panel Alarm- 0.3fi0 RA -61375 LCD Annunciator - tfMFr' ONE PER SYSTEM 6.020 P -LINK Standbys 0.000 P -LINK Alarm: 0:000 PS -24 Potter Photoelectric Smoke Detector 0.000045 0.150000 PS -24F1 Potter Phowete€tric{#eatDetgetor 41.0 445 0.150000 L 2w-9 System Sensor Photoelectric -Detector G.W0050 0.000050 11130000 0.130000 2wT-B system° sensor Photaetectric/MeatDetector 0.0"50 0.130000 SLR -24 HOchiks Photoelectric Smoke Detector 0000045. 0.150000 SLR -24H Hochiki Photoelectric/ Heat Detector 0.000045 0.150000 UsirAdded Xdd des€ii nfon aOista-,ivdb f/aratz r hfra_ ReqtIred Battery-AmpHours: 5.25 Use£ Added .odd description: and standby/alarm info. � 7 € 3 � OMPA;IBILIi 1N main -Fuse spm+tation .$aft. Fuse Specification # User Added Add description vl "p tion and standb alarm info. `� �J"�i4� >.....N l._..._ LAMP TEST PRESS TENTER), tSi ' Total Alarm £3:130000 Maximumsi oricircutt (Alarm) current is limited to aims per initiatulg zone I6x 32tnA1 ( OJ92OW1 IDL Standby, 0.000050 IDC Alam �� 0,1920ti• NAC, Notification Ham Strobe. 0:00000 0.19800 1BA w l SCALE: N.T.S. High Ridge l 1111812015 r Fanei Current, 0.30500 0.3600t3 P -Link Currents 0.00000 0.00000 RX Device €unm*. 0.00005 0.19200 NA+Cr lCurrett z, o,00000 0119s11a Total Sundbr. 0.305= TstalAlas . 0,75000 Standby,#ietim. 24 Alarm Miss:: 5 AH Required: 7.33 AH Required: 0.07 Total Combined Standby & Alarm AmpHours Required: 7.40 720 VAC, R35A I I AMP tow Efficiency Factor. SIN% ReqtIred Battery-AmpHours: 5.25 Battery AmpHours Provided: j 121 7706 -ULE gdbANTENNALAatif INTEGRATED EIRE MONITORING SYSTEM CAUTION: DE -ENERGIZE UNIT PRIOR TO SERVICING 120VAC 6OHa ary ctto separate BLACK 7706-ULF Integrated Fire Monitoring System unswitched AC circuit /'� unswi E 7 " �,-�- GROUND Use 14 AWG or heavier gauge �„ s wire with 600V insulation WARNING: RADIO FREQUENCY FROM - U TB1 TRANSMITTING DEVICES MAY IMPAIR INTENDED OPERATION OF THE CONTROL TINA. MAINTAINE T85 i ..._.. `-^T' ' WARNING: DONOTCONNECT. A MINIMUM OF 30 CM BETWEEN TRANSMITTING F2 � � L } DEVICES AND CONTROL UNIT � 1 ALARM SIGNALACRVATIONP-tEss E LEFT & DIGHT Prep ry AC BaiteryChargfng ARROW KEYS AT SAME 720 VAC, R35A I I AMP tow flux'a•r'aT 0vaara:>�oxt TIME TOTRIGGER ALARM � AC Detec Mai Tow AC Detect 96VAC Ltyw.eattery ; Bat E 1 0 I SIGNAL ACTIVATION. oyttaxea ❑vatinar, i'��.'i MIC rcvdimp thmoe Values detect@20.4VDC $hortQ"o OOhms _ I m s1 S 1 Open Circuit: >10K Earth; Fault to any terminal0 Ohms � 7 € 3 � OMPA;IBILIi 1N main -Fuse spm+tation .$aft. Fuse Specification # THEONL LISTAAT ARE (��., THE COAIPATIB{D1YOSiARE TO BEUSED-m• -.. - - .,.. �f�,-_�,(� : �-t itL-'"i� . 1.6A-2SOVAC 2.SA-250VAC .._ _ -_-t `� �J"�i4� >.....N l._..._ LAMP TEST PRESS TENTER), tSi ' iesv -1 - F1 TB4 - T83 iico,nera T82 signagTy;e-RFTyPe6 Rax:esa ict5Za45tr�',f4Amt'jt ND-&e_Fu otf RXU&,tisoff_flaSWnu. vmr;tmtLttumt is & Battery- ,� Sattany. - • . -. " o H RX II& is ON Steady lim more than 20seconds, do not P' use this unit. Contact Factory. 0 Coax cable to antenna must Ise Protected in conduit '8atierytonnection 24V POWERCS (non-potroer limited). - Use two (2)12V U. batteries conricmed E,O.L E.O.L. E.O.L F-O.L E.01. E.O.L E.O.L. insarias. 6Cory mkm. 1inputs, fuY;y Progammabie smoke detectors F.C.C.&sppe.2s?-:vire This device has Liven verified to comply vrth FCC Rules Part 15, * . A8 !_ System S'r'stem must be fully tested akin insiadlation. Class A Operation is subject to the fpilow7ngconditions: intended for indoor use in dry locations on4'- 1.This device may net muse radio interference. 7764 separation of power limited siring from non -power limited unring must be at Z. This device must attept any intertereiz<e reserved �� east u4 Potter Potter nduchng any that may cause undesired operation. Lnsta3l in accordance with InstallationFP.anuai, Part No. 40-Tf06-UtF Rev tt RA-SO75 Remote - v� v� N.G ����� azM Operating lim c struons, Dart No. 4G -7706 -PI Rev Lim See Smoke Detector Compatibility Ideonfer "A". FiAlFdMi NFPACommerdal Protected Premises Control Unit for UL installations: s: §j 13, iD, and NFPA 7Z 51v2A'_SySTf39 CU'fRCL LNI:T Alarm. raquiritig activation of two Pr more automadC detetCSn IIOCi.lME ITS &AS FL11FINISHED-WITH-EOi IMENT &JOR DEVICES_ Ll utii¢e anytime delay. 28511-burystrnet Peabody,MA019WI15A G 'cV_ Usef.ot Service Use for UL tnstzlta4ans: vrww.aes-mrp cora _OFg Ameima -Le ,.. * ALL. FIRE. ALARM WIRING SMALL BE POWER L.IMITi`ER * CABLE SIZE SHALL COMPLY WITH N.E.C. ARTTtCLE 7%-7-t -Remote 54atian m � -Proprietary Acknowledgements :Proprietary Geatex•, Cooper Whe,lock•,and System Senor-synth-irstton Fiehl"im size.mustlm the same as factory wiresee when connectingtmth protocols used with permission. Casper Wheelock Patent Nos. 5,400,005. 7788F w'av_ttoth=same strewterminal. PIN 40.77061.1 Reu 5 7085UES Dc not mix use ofsogdand stranded vrus on the Same, Screw terminaL Piece one wire on each side of the terminal s head: 1,4 j! ,NL Cabinet Wiring 4 i SCALE= H.T. NORTH BUILDING OO NEW s- s- €36-C3LFZ- 7706 ULE INTEGRATED FIRE 4 MONITORING SYSTEM 4 ELECTRICAL ROOM IST FLOOR- s RISER DIAGRAM �.SCALE: N T.S. __..-..- .AAAA- AAAA- - SOUTH --- 9db ii ANMMA NP H 75cd Z2 F Z E of Zo'. w CWF] E Z4 TS- E Z5 Ig1!Moj. [iITTi�iZ••Ah� 9db ANTENNA I � NP }i Z2 Ems. z' - Z3 rrr E WWFN Z4t E TS ii Z'5N BUILDING S�. Zs=Zs= NEVil _ 77/3 ULF 7706 -ULE INTEGRATED FIRE MONITORING SYSTEM ELECTRICAL ROOM 1 ST FLOOR I !SYL400L LEGEND SYMBOL ary I3EESCRIPTIO , 2 NEW FIRE AES 77W ULF SIC � INTEGRATEOr }� f P DESCRIPTION FME. MONITORING SYSTEM NEW SYSTEM- S S -OR 2-W5 PHOTOELECTRIC --- SMOKE DETECTOR WP --- J NEW CENTEX WCEC24-75 HORN STROBE kf 2 OUT 00 'WEA 'HERPROOF ��((c 2 NEW AES ANTENNA 9DR , 96", 20OW E DENOTES EXISTING TO AE AM DEVICES WIRE LEGEND +System Sensor Inifiating Devices - Smoke, Detector • Potter Notification Device - Bell TYPE DESCRIPTION SIZE � OF NOTES All the work Wit be done to compliance Wittil: Oak Tuz& d- �; tE • FFPC - Fifth ed CONDUCTORS • NFPA 101 - 2012 ed. m Z SEE NOTA 2 O #EE -CS 1$ AWG 2 4MCKT • FBC - 2ti43 ed. z • NFPA 4 - 2M2 ad,cs ALL LOCAL PREVAILING CODES ' P' SEE NOTE 2A -ON SHEET j 14 AWG 2 24V POWERCS M i - t ¢ y U. 1 U- ILDIN IN PERMIT Q) M �. O TTIFIN=* 14 AWG IGROt1Nf3 . ALL WIRING 1NSTALLATiON SHALL BE IN COMPLIANCE WITH NFPA 72, LIFE SAP M 0" 101, & t _E.0 {Ct4 � MTS. ti h * CONNECTIONS AT DEVICES, SHALL BE AS INDICATED ON INSTALLATION 6> IIOCi.lME ITS &AS FL11FINISHED-WITH-EOi IMENT &JOR DEVICES_ ei-t m * ALL. FIRE. ALARM WIRING SMALL BE POWER L.IMITi`ER * CABLE SIZE SHALL COMPLY WITH N.E.C. ARTTtCLE 7%-7-t m � SCOPEOF WORK, BASS UNITED FIRE: AND SECURITY WILL INSTALL NEW AES/POTTER. 77- 1 FRCP/COIL tJN1CATOA WIT -If BI LT IN ->AES RADIO MODULE TO NfONITOR EXISTINGFIRE SPRINKLER FLOW SWITCHES, TAMPER SWITCHES AND BELL ON THE NORTH SIDE OF THE SOUTH BUILDING -AND - THE SOLI SIDE Of T14E NORTH BUILDING Our scope -of work inctudesinstallation, parts, materials, -programming', testing, and cer0cation of the -system consisting, ot: • AES Fire Alarm Control PaneuCommunlcator +System Sensor Inifiating Devices - Smoke, Detector • Potter Notification Device - Bell O t All the work Wit be done to compliance Wittil: tE • FFPC - Fifth ed • NFPA 101 - 2012 ed. m • NFPA 72 - 2040 ed, : NFI A 70)NEC -,2011 ed. • FBC - 2ti43 ed. z • NFPA 4 - 2M2 ad,cs ALL LOCAL PREVAILING CODES z -- - - -- AAAA- M i - U. 1 U- ILDIN IN PERMIT It1 0 o ��o >- Q O py<Wot 2 �.it > L�. ca 'r t �WQLL Z�z Z j EL n g mr�)a-LL, t0 � zit ct C CC- cm 0-a -� � co W ..5 LU 1 1116 1. CO2 _ ZiTZ 0 cm co c3l W. �''•'GIMP ' • •fi ���� .• � �• .• y PROJECT NUMBER: V .1' : 10056 gp• •• W : STATE OP sHEErtttn; '• .�-01 0 2 a FUNCTION: ALM = ALARM TRBL = TROUBLE ARC At-ARM RFtEtP-T CAPABi�)T'DURING ABNORMAL 1 C N3ITIO ABNORMAL CONDITION: R = REQUIRED CAPACITY X = INDICATION REOUIRED AT PROTECTED PREMISES AND AS REQUIRED BY NFPA 72, CHAPTER 8 (PERFORMANCE OF INITIATING DEVICES (#DC'S) AS PER NFPA-72 (ED. 2007) ARTICLE 6.5-) 01111- CCUUT'SIF ECULFLiCATl GHS NOTIFICATION APPLiANCE CIRCUITS NACv CLASSB A ABNORMAL CONDITIONS cinir- ir nnuE_�i V vi SINGLE GROUND WiRr - T O-WIRF SHORT COMMENT ALARM TROUBI F CAPARII ITY IN -KATION DURING AT PROTECTED ABNORMAL - PREMISES CONDITIONS 3 4 V �R X - Ah7O D.hM�, AS -AL Ghh IDjTi(�.N X INDICATION RCQUiRED AT PROTECTED PRLMISES R - REQUIRED CAPABILITY (PERFORMANCE Or NOTIFICATION APPLIANCE CiHCUITS (NACs), AS PER NFPA 72 (ED. 2007) ARTICLE 6.7") - tCIRCUIT 'SPE. it SCALE. NTS 4" MIN — HEATDETECTOR ALARM ROL)BLE CAPABIIITY '"I'ATION DURING T PROTECTED ABNORMAL PREMISES CONDITIONS 1 2 i 11 CLOSESTEDGEOFTHE X R X I COMMENT ALARM TROUBI F CAPARII ITY IN -KATION DURING AT PROTECTED ABNORMAL - PREMISES CONDITIONS 3 4 V �R X - Ah7O D.hM�, AS -AL Ghh IDjTi(�.N X INDICATION RCQUiRED AT PROTECTED PRLMISES R - REQUIRED CAPABILITY (PERFORMANCE Or NOTIFICATION APPLIANCE CiHCUITS (NACs), AS PER NFPA 72 (ED. 2007) ARTICLE 6.7") - tCIRCUIT 'SPE. it SCALE. NTS SCALE: #TSE IN SLEEPING AREAS AT7ZrT4Wt >OR=24"STROBE=l1(� K-> 6" MIN <rSTROBE=177cd WPA 72, 20IO ED. SECTtON1814.6:2 j TOP OF WALLMOUNTED 4" MIN — HEATDETECTOR 11 i ' CEILING ACCEPTABLEHERE I} )I I -- SHOWN ARE TO THE j I {�- I SPK FiRE NTYA, 72 2010E3 i 11 CLOSESTEDGEOFTHE II Ii TOP OF WALL MOUNTED -� I1 5. WALKT.EST, SiLENT ORAUDIBLE I HFATAETECTORNFR A. 4V MW WIRING FOR 24 hTOLT s I3C GO3#TROL ALARM`N{%TIF#CA3ION• CONDUIT SIN SIMILARNEPOOR AND IN THE SAME CONDUIT AS iNTIIATlNG AND SIGNALING LINE CIRCUITS. AS INITIATING ij • UL 864, INDICATE A MINIMUM VALUE OF 20AV (END OF USEFUL BATTERY LIFE) AS PER NFPA 72 ARTICLE 18.322.3 (THIS VALUE THEN BECOMES THESTARTING POINTFOR THE VOL TAGE_DROPfiALCULATION THAN DON'T COMPLY WITH PUBLISHED TEST STANDARD DATE MAY, 12004, THE 722010ED, (S€CTION I ) -- --- 1.0.2 SUPERViSION -- —-- ACCEPTABLE_ • FOR (OLDER) APPLIANCES FOR ( IM ) APPLIANC S THAT COM L BI t7.7 VOLTS, . FOR {NEW) APPLIANCES THAT COMPLY WITH PUBLISHED TEST STANDARD DATE MAY 1, 2004 THE MINIMUM � 1 4__ �/ NEVER HERE WIt2ERND CABLES# SHAi:t.COMPLY i ALARM SYSTEM. NUMBER AND SIZE OF CONDUCTORS SHALL BE AS RECOMMENDED BY THE FIRE ALARM BUT NOT LESS THAN 16 AWG (2#16 AWG FP1.P, SOLID COPPER CONDUCTOR) FOR INITIATING 1.fl 3 PWE_R SUPPLY FIO -- APPLIANCE LOAD AT THE END OF THE CIRCUIT. MANUFACTURER: DEVICE 5,16 AWG {2#16 TWtLP S LID U SOLID COPPER SIGNALING LI FOR NOTIFICATION AS i E APPLIANCE AWG. FPLP SOLID UNSHIELDEt3-FOR SIGNALING LINE CIRCUIT, AS PER NEC, � — - _ _ _-------- ---- ONE PRIMARY AND ONE ST TWO INDEPENDENT AND RELIABLE POWER SUPPLIES SHALL PROVIDED, AT LEAST -- - Lo n >LU eIMP n ¢� - Z p a -t- €7Q EM � cn CIRCUIT, AND 16 AWG (2#1S , ANDi1 SCALE: #TSE IN SLEEPING AREAS AT7ZrT4Wt >OR=24"STROBE=l1(� K-> 6" MIN <rSTROBE=177cd WPA 72, 20IO ED. SECTtON1814.6:2 j TOP OF WALLMOUNTED _�- HEATDETECTOR 11 i ----------- (THE SECONDARY POWER SUPPLY SHALL CONSIST OF A STORAGE BATTERY DEDICATED TO THE FIRE ALARM FIRE ALARM SYSTEM HAVE THREE BASIC TYPE CIRCUITS ACCEPTABLEHERE I} )I I -- SMOKEDETECTOR I SPK i FIRE I {�- I SPK FiRE I—) SYNCRONIZE MORE FINISH FLOOR f� AUDiONISUALAND VISUAL- ON.Y DEWCES THAN MAPPLIANCES I I I IN ANY FIELD OF VIEW i NEPA.72201oED. j SECTION 18.5.4.32 (3&4) Ijlll FAGP AND POWER SUPPLY IMOUNM jI HEIGHT THE APPLIANCE SHfiMBE PLACED 80 in (2030 MM) ABMTIIEHIGHESTFLOGR LEVEL WITHIN THE SPACE ORr(152wrt)-SELOIN THE CEILING, WHICHEVER IS LOWER FBC. FIFTIREDtTION. ARTA I-428.3 (6) AUDIBLE W MIN. NFPA7220t0EDITION (SEG-i'ION18.5.4A) VWAL lt'i`MAX 86" MK NFPA 12, 2010 EDITION (SECTION- 18.5.4.1 AND 18.5.42} V /14 LACSUPPLYDIF€USER f MAGNETIC DOOR HOLDER MANUAL PULL STATION - FIRE PHONE JACK - • I ICE TO TOP OF PANEL IL ENCLOSURE i 48' MAX -(ADA) 42" MIN/54" MAX (NFPA) TOTHEPANDLEILf - N.F.P.A. 72, 2DIDED SECTION tTt4.4 _ �4 CEILING MOUNTED — . dHEATDE €CTDR- CEILING -- NOMMEASURBMRM SHOWN ARE TO THE 1.0.1 CONTROL PANEL -- ------------------ i ----------- (THE SECONDARY POWER SUPPLY SHALL CONSIST OF A STORAGE BATTERY DEDICATED TO THE FIRE ALARM FIRE ALARM SYSTEM HAVE THREE BASIC TYPE CIRCUITS M CLOSESTEDGEOFTHE C FUNCTIONS: 1. REAL TIME CLOCK/CALENDAR WITH DAYLIGHT SAVING TIME CONTROL SMOKEDETECTOR ACCEP'fAi3LE I I NTYA, 72 2010E3 i 11 i Ii TOP OF WALL MOUNTED -� I1 5. WALKT.EST, SiLENT ORAUDIBLE I ACCEPTABLE HERE �1 6. 80 CHARACTER ALPHAI+tUMERiCLCDDISPLAY 7. PAS (POSITIVE ALARM SEQUENCE) OPERATION. WIRING FOR 24 hTOLT s I3C GO3#TROL ALARM`N{%TIF#CA3ION• CONDUIT SIN SIMILARNEPOOR AND IN THE SAME CONDUIT AS iNTIIATlNG AND SIGNALING LINE CIRCUITS. AS INITIATING ij • UL 864, INDICATE A MINIMUM VALUE OF 20AV (END OF USEFUL BATTERY LIFE) AS PER NFPA 72 ARTICLE 18.322.3 (THIS VALUE THEN BECOMES THESTARTING POINTFOR THE VOL TAGE_DROPfiALCULATION THAN DON'T COMPLY WITH PUBLISHED TEST STANDARD DATE MAY, 12004, THE I FINISH FLOOR f -este" System No. C -A]-1571 P Rating - 2 #fir T Dating - 0, 1/4 and 1/2 Hr 1. Floor or Wall Assembly Min 4-1/2 in. thick reinforced lightweight or normal weight I . (3.W_j_SO pM zor crete, Wail .roay a1w be eortsbwcted Df any UL Classi€3ez# Concrete Blocks"�. Max (ham of opening is 10-1/4 In. ' '}osier' See Concrete Blocks (CAZT) category in the Fre Resistance Directory for names of mane€acturers.. 2. Through Penetrants - One metallic ,pipe, or tubing to be installed, eltherconcentrically-or l eccentrically within the firestop system. The annular space between tube and periphery of opening shall be min 0 im to max 2-3/4 in. Penetrants to be rigidly supported on both sides of floor or wail assembly. The fonowitlg types and riles of irOetafiific pipes or tubings may be used: A. Steel pipe - Nom 8 in. diem (or smatter) Schedule 10 (or tseairter) steel #rile• B. Conduit- Nom 6 in. diam (or smaller) steel conduit, or nom 4 in. (or smaller) steel C. Copper Tubing - Nom 4 in, diam (or smaller) Type L (or heavier) copper tube. D. Copper Pipe - lora 4:in, d+am for smaltw) lir (---heavier) copper pipe 'Cleating is -t/2 hr when armutar space is l -T/8 in; orfessand min-IJ2 irr: thickness of sealant and min 4 in. thickness of mineral wool is used. T Rating is 1/4 hr when annular space is 1-718 in. or less, and min 114 in thickness of sealant and rain 2 in. thickness of mineral wool is used, The T Rating is 0 hr for annular spaces greater than 1-7/8 in. 3: fhvs€op System -The details of the firestop system strait be as follows. A. paddM Mate"- A' n 2 in, thickness of min 4 pd rsilneral wool batt insulation' firmly packed into opening as a permanent form. Packing material to be recessed from top surface of floor or wait as required to accommodaWthe required thiickness of fill material. B. Fill Vold or Cavity Materials* - Caulk - Min 114 in. thickness of fill material applied vfAhln the annulus, .flush with top.surfaceof floor or surface of wail Min 1/2 in. diam bead .of caulk applied to the penetrant/concrete interface at the point contact location on the top i surface of floor or surface of wall - FLAME TECH INC - Firestop 814+ (UL479/ASTM-E814) sealent (filler for through peiaetrdti[�}. System No. W -L-1422 P Rating - 1 and 2 lir T Rating - 0 ,Hr SECTION A -A 1. Wall Assembly - Min 1 or 2 hr. fire rated gypsum board/stud wall assembly shall be eanStructO#'Of tate materials and t manner specified M #hz individualt u3W or U400 Serres Wall and Partition Designs its the UL fire Resistance Directory and shall included the following cooirkicium floc+ • Studs - Wall framing may consist of either wood studs or steel channel studs. Wood surds ta-,eerssist of non- 2 by, 4 in, lumber. spaced iia in'. OC. Steel-clrannal studs ta;be rnia 4»1/2 In, wide and spaced max 24 In OC. Gypsum, Board* - One or -two layers of non 518"thick gypsum board as specified in -the - individual Wali and Partition Design. Max dam of opening is 14-1/2". T hourly F rating, of the firestop system is equal to the hourly fire rating of the wall assenibly- 2. Vii%sieve - (optional) - CYli WM- i sfee+re fluted from min Nu. 26 gauge ga#v sheet steel and having.a min 1 in. overlap along the longitudinal seam. Ends of sleeve to be fiu>sh with or -extend amax T inr. tib aach surface of sva#t: 3. Through Penetrats - One metallic pipe, conduit or tubing to be installed concentrically 'of eccentric; wwit ; flrestop sylstern: Fid rendult €srtabing to be Tigidlya supported on both sides of wall assembly. The following types and size of metallic pipes, conduit or tubing may useaL Steel Pipe - Nom 12 in diam (or smaller) Schedule 10 (or heavier) steel pipe. An annular space of D in. (point contact) to 1-7/8 im is requiredwithinthe firestop system • Iron Pipe - Nom 12 In diam (or smaller) Schedule 10 (or heavler) cast Iron pipe. An annular space, of 0 in- (point contact) to. 1-314 in- is required within the firestop, system - Cooper IWAV - ystem.Cooper'lfulsing- Nom 4 in diam (:orsmaller)1 y m L (urbeaviet,) copper t , An annular space of 0 in. (point contact) to 1-7/8 in is required within the firestop system. • -.: Copper Pipe. - Nom "4 in'diam (- -1311-) Regular (Or heavier) txWer Pipe- An annular- space of 0 in. (point contact) to 1-7/8 in is required within the firestop system. ♦ Conduit- Norn 6 in djam, (or smaller) Steel conduit: or nm 4 im diam (or shatter} steel electrical metallic conduit. An annular space of 0 in. (point contact) to 1-7/8 in is required within the firestop systere, 4. MFtrestop System - The firestop system shalt consist of the following: packhMMateriat-In 2hrassembties. • Ffior Cavity Mates rial - Caulk - Min i /2 In. thickness of fill material applied l Vald within the annulus of the wall assembly. FLAME TECH INC - Firestop 814+ (UL479/ASTM-E814) j GENPEN' T1 TAIL j SC ki F__, " ' -CEN] 5 -aml SCALE: SHORT CIRCUIT OF INPUTS CIRCUIT M l�__1.�3 SYSTEMOUTPUTS CONTROL UNIT ANNUNCIATION GENERALNOIIFICATION FIRE SAFE(YCONTROL SUPPLEMENTARY oho U / e�¢ ��o / s e �o� y` AT /wo w / c' � ��� fig, `� Q '` / •r ca ���P ��oQ ?o% Poe 2d 4010 fi , I G D ! E j F G H t K i A l e C-1 D I c 1 F! G I H l_ 1 ! J 1 K 1 L 1.0.4 SECONDARY POWER SUPPLY 1.0.6 CIRCUIT 1.0.1 CONTROL PANEL -- ------------------ i ----------- (THE SECONDARY POWER SUPPLY SHALL CONSIST OF A STORAGE BATTERY DEDICATED TO THE FIRE ALARM FIRE ALARM SYSTEM HAVE THREE BASIC TYPE CIRCUITS A. THE FIRE ALARM AND DETECTION, SYSTEM SHALL BE MICROPROCESSOR BASED, POWER -LIMITED, SUPERVtSEl7 24 VDT, NONiGODEDSYSTEM THE SYSTEbt:SttALL BE CAPABLE OF PROVIDING THE FOLLOWING SYSTEM, WER SOURCE OF THE FIRE ALARM CONTROL PANEL SHALL HAVE SUFFICIENT CAPACITY TO 1. INITIATING DEVICES CIRCUIT (IDC) - TWO -WIRE CIRCUIT AN END -OF -LINE RESISTOR FUNCTIONS: 1. REAL TIME CLOCK/CALENDAR WITH DAYLIGHT SAVING TIME CONTROL THE SECONDARY PO OPERATE THE FIREALARM =SYSTEM UNDER QIIIESCENTLOAD (SYSTENIOPERATING INf4NOi*#ALARMCONDt'fWN). OF HOURS, AND AT THE fl+ID OF THAT PN2tOD SHALL BE CAPABLE OF OPERATING ALL ALARM 2. NfTTiFICATtON°APPLIANCE CIRCUITS- (NAG)-TVU€QkWtf2ECIRCUIT AND °END=OF-tJNEREStS7flR 3. SIGNALING tINE CtRCUtT (SLC) -TWO ktit#i€ CIRCUIT AND END -OF -LINE CIRCUIT. C 2. ALARM VERIFICATION SELECTI ON PER DETECTOR POINT SELECTABLE STROBE SYNCHRONIZATION PER NAG FOR A MINIMUM NOTIFICATION APPLIANCE USED FOR EVACUATION AT TO DIRECT AID TO THE LOCATION OF AN EMERGENCY FOR III ALL FIRE ALARM SYSTEM CABLE AND WIRING INSTALLATION SHALL BE 1N ACCORDANCE WITH LOErAt, STATE AND & 4. BUILT-IN PROGRAMMER 15MINUTES, AS`PERNFPA 72 ARTICLE #0.5.6:3'1. � NFPA 70,. SPECIFICALLY WITH ARTICLE 760 OF NFPA 70 (76Q 52(5)POWER LIMLTED F I RE P ROT ECT ION SIGNAL 5. WALKT.EST, SiLENT ORAUDIBLE O to ` gLLul Utz = O �, U C#RC A T S REQUIREMENTSOFM41A 72` 6. 80 CHARACTER ALPHAI+tUMERiCLCDDISPLAY 7. PAS (POSITIVE ALARM SEQUENCE) OPERATION. WIRING FOR 24 hTOLT s I3C GO3#TROL ALARM`N{%TIF#CA3ION• CONDUIT SIN SIMILARNEPOOR AND IN THE SAME CONDUIT AS iNTIIATlNG AND SIGNALING LINE CIRCUITS. AS INITIATING 1.0.5 VOLTAGE DROP CALCULATION: • UL 864, INDICATE A MINIMUM VALUE OF 20AV (END OF USEFUL BATTERY LIFE) AS PER NFPA 72 ARTICLE 18.322.3 (THIS VALUE THEN BECOMES THESTARTING POINTFOR THE VOL TAGE_DROPfiALCULATION THAN DON'T COMPLY WITH PUBLISHED TEST STANDARD DATE MAY, 12004, THE —� LIMITED AUXILIARY FUNCTIONS MAY BE RUN -Tei£ ALARM CURRENT DRAW OF THE ENTIRE FIRE ALARM SYSTEM SHALL NOT EXCEED 80 PERCENT OF THE -- --- 1.0.2 SUPERViSION -- —-- A. SUPERVISED AN D POWER LIMITED COMMUNICATION LOOP, STYLE 4 (CLASS Bj SUPERVISION OF ALL INITIATION DEVICES fS;REQ UIRED. RIOTlFICAT, OMti APPLfANCE-WJRWG_ SfdALL ALSO -BE STYLE Y (CLASS.E). • FOR (OLDER) APPLIANCES FOR ( IM ) APPLIANC S THAT COM L BI t7.7 VOLTS, . FOR {NEW) APPLIANCES THAT COMPLY WITH PUBLISHED TEST STANDARD DATE MAY 1, 2004 THE MINIMUM � f?OtN€RSI—Y'114OQULERATING, WiTfI'NF_G 7607'#.AND`AS RECOMMENDED`RECOMMENDED`BY'THE MANUFACTURE OF FIRE.OPERATiNO _ _-- VOLTAGE SMALL 81=16 VOLTS_ • TO CALCULATE THE VOLTAGE DROP CALCULATION WE ARE USING THE SIMPLEST METT iOD 7O EUMP SUM ALL WIt2ERND CABLES# SHAi:t.COMPLY i ALARM SYSTEM. NUMBER AND SIZE OF CONDUCTORS SHALL BE AS RECOMMENDED BY THE FIRE ALARM BUT NOT LESS THAN 16 AWG (2#16 AWG FP1.P, SOLID COPPER CONDUCTOR) FOR INITIATING 1.fl 3 PWE_R SUPPLY FIO -- APPLIANCE LOAD AT THE END OF THE CIRCUIT. MANUFACTURER: DEVICE 5,16 AWG {2#16 TWtLP S LID U SOLID COPPER SIGNALING LI FOR NOTIFICATION AS i E APPLIANCE AWG. FPLP SOLID UNSHIELDEt3-FOR SIGNALING LINE CIRCUIT, AS PER NEC, � — - _ _ _-------- ---- ONE PRIMARY AND ONE ST TWO INDEPENDENT AND RELIABLE POWER SUPPLIES SHALL PROVIDED, AT LEAST -- - Lo n >LU eIMP n ¢� - Z p a -t- €7Q EM � cn CIRCUIT, AND 16 AWG (2#1S , ANDi1 SECONDARY,.EACH Of WHICH SHALL-BEADELtUATECAPAClTY FORTHEAPPLtCAT1ON Q ¢ t>tt 1ul Lu ac ALARM SYSTEM WIRING SHALL BE NEW. CALOR CODE MAY NOT APPLY TO EXISTING WIRE. (EASEL ALL I • PRIMARY POWER SHALL CONSIST OF A TWO -WIRE 120 VAC, MAXIMUM 20 AMPERES AND THE CONNECTION U I CO (� CO LLz LL i=1 ALL FIRE EXISTING WIRE ACCORDINGLY). MUST BE FROM A BRANCH CIRCUIT DEDICATED TO IRE AiJtiRM SYSTEM_ THE CIRCUIT AND GON TI MUST BE MECHANICALLY PROTECTED_ THE CIRCUIT DISCONNECTING MEANS MUST HAVE A RED MARKING AS �- m W Q ALL W*tE A }; E � E BEi TED #Nf3lf3iZ �1F P€ I ,N�' IST# �Y FOR USE WITH t A T-}RE-ALARIAClitCffr, INSIDE THE FIRE -ALARM SYSTEis400NIFROL UW- THE PRIMARY POWER IS SUPPLIED � I PROTECTIVE SIGNALING SYSTEM. BY A CONNECTION FROM UTILITY -GENERATED ELECTRIC POWER (COMMERCIAL POWER). i4 CIRCUITS SHALL BE IDENTIFIED AT TERMINALS AND JUNCTION LOCATION TO COMPLY WITH NEC } • THE SYSTEM MUST HAVE 24 HR. OF STANDBY POWER, FOLLOWED BY 5 MINUTES OF ALARM (15 MINUTES FOR j FIRE ALARM ARTiCf E760A0 A VOICE MIEN) - I WIRE AND CABLES NOT INSTALLED IN CONDUIT SHALL HAVE AFIRE RESISTANCE RATING.SWTABLE FOR � � � INSTALLATION AS INDICATED IN NEC 760. 1 1 ALL FIELD WIRING SHALL BE COMPLETELY SUPERVISED, IN THE EVENT OFA PRIMARY POWER FAILURE, DISCONNECTED STANDBY BATTERY, REMOVAL OF ANY INTERNAL MODULES OR ANY OPEN CIRCUITS IN THE FIELD BLDG IS SPRINKLERED VVIRiNG, ATROUBL:E SIGNAL WILL BE ACTIVATED UNTiLTHE SYSTEM AND ITS ASSOCIATED FIELD WIRIING ARE l i RESTORED TO NORMAL CONDITION_ -CEN] 5 -aml SCALE: SHORT CIRCUIT OF INPUTS CIRCUIT M l�__1.�3 SYSTEMOUTPUTS CONTROL UNIT ANNUNCIATION GENERALNOIIFICATION FIRE SAFE(YCONTROL SUPPLEMENTARY oho U / e�¢ ��o / s e �o� y` AT /wo w / c' � ��� fig, `� Q '` / •r ca ���P ��oQ ?o% Poe 2d 4010 fi , I G D ! E j F G H t K i A l e C-1 D I c 1 F! G I H l_ 1 ! J 1 K 1 L 117 � BUILDING SPECIFIGATIONS 1 SCALE.IL'm 0 h f� N O 80 O; (a Co --- J� o 15 W It W. Z, ILL ,,11'' if 0� Lu ID U Co W g,;. £ 00 '_ W d LLI W zn tL c� M 00, > O J =o _V M A" `oO4t. oZ= C) C. at N t m CL b CL F O- 'L° s C- 0 Q= o 0 Ai , L fi 0 4 cs.0 RI z m t- � `z`88gj �goIna >>��i►iiiHiiiiiy s`,%A ?jh,%K Ge 41 yy4 .� ���,�� . �GEN$F••.• .f. �/i PROJECT NUMBER: 10056 • Z r — s • S#{EETNU1dBEtT: ATE OF - Urw •� Z OF 2 BUILDING SPECIFICATIONS i12 d a- Q 0 O to ` gLLul Utz = O �, U AiARI'i�i"SYSTEM CIRCUITS MONITORED aI=F NOT MONITORED OFF SITE O E E)MMUNICATiON TO THE MONITORING - FIRE DETECTION SYSTEM COMMENT PROJECT NAME HIGH t RIDGE i 100-118 COMMERCE ROAD BUILDING C'3 X Lel Z - OCCUPANCY a cert) 4�Ia Mg. Z CD 1 LII p a Old tO - Z _s .-I LU z l� ®LL L11 z fl 1i- N-- in Z12 n ttr� Luz E-© moi- .�Q ult-- cr CO -- - Lo n >LU eIMP n ¢� - Z p a -t- €7Q EM � cn _ }O d LL Q 13 O ., - - D >LU <c� L j Z Q O -Q Irl- 0 to 0 - Q ¢ t>tt 1ul Lu ac t- to >- '� LL W C?0 0 > U I CO (� CO LLz LL i=1 CIO rn Z vi m © W �- m W Q - - a- �W, ¢ Z CC tu "(�D u L1jo` !� F -- f/3 E} L!1 ea{ <' [lC � � � � 00 , Lp- � �' � � BLDG IS SPRINKLERED CID 117 � BUILDING SPECIFIGATIONS 1 SCALE.IL'm 0 h f� N O 80 O; (a Co --- J� o 15 W It W. Z, ILL ,,11'' if 0� Lu ID U Co W g,;. £ 00 '_ W d LLI W zn tL c� M 00, > O J =o _V M A" `oO4t. oZ= C) C. at N t m CL b CL F O- 'L° s C- 0 Q= o 0 Ai , L fi 0 4 cs.0 RI z m t- � `z`88gj �goIna >>��i►iiiHiiiiiy s`,%A ?jh,%K Ge 41 yy4 .� ���,�� . �GEN$F••.• .f. �/i PROJECT NUMBER: 10056 • Z r — s • S#{EETNU1dBEtT: ATE OF - Urw •� Z OF 2 IST 2RIS=ER DIAGRAM SCALE: NT.S. UNIT 100 UNIT 101 r----- -----� j�/ t f NORTH BUILDING # � zi IN 1 � N i NEW Z2 NEW �n —. _ — _ �, I TG-7FS SK -5104,E := �:;=-.=_ 'WF E -FACP = =Z8 -tet ARES Z3 ' _ II wFE 1 TELGUARD FACP �� T'Z4 4 r j - TC-7PS' ( Z5 t L = TS E ELECTRICAL ROOM i INDOOR JOUTDOOR SCOPE OF WORK N.I.C. N.I.C. ' NORTH BUILDING N.I.C. 1 i U NIT UNIT UNIT UNIT N , 102 ; 103 104 105 y A Z2 r 1 � WF E � d �J Z3 3 / - ;uFi E f / -3S E ELECTRICAL4 �Z5 I i �r I . ROOM T E YP i E w1 NEW NEW TELGUARD " SK -5104 � TG-7FS FACP N.I.C. SCOPE OF WORK 1 FI FIST FLOOD- _FIRE ALAIRM PLAT SCALE: N.T.S. JOB: HIGH RIDGE I 100 COMMERCE ROAD BOYTON BEACH, FLORIDA 33426- BATTER- cAL- TIONS SK5104 FIRE ALARM COMMUNICATOR CURRENT TOTAL OTY MODEL DESCRIPTION SUPV .ALARM SUPV ALARM 1 5104 PANEL 0.0750 0.1850 0.0750 0.1550 1 SSM24-6 ALARM BELL 0.0000 0.0585 0.0000 0.0585 TOTAL 0.0750 0.1885 A TOTALSUPERVISORY CURRENT B NUMBER OFSTANDBYHOURS 0.0750 24 0.1885 C MULTIPLY LIN ESATIMESB 1.800 D ENTERTOTALAIARM CURRENT 0.1855 A!-AFN CONTROL PANEL E ENTER ALARM TIME IN MINUTES 5 N-EWSYSTEM SENSOR 2 -WB PHOTOELECTRIC F MULTIPLYLIN EDxLIN EEx.017" 0016 G TOTALOF LINES CAN D F 1.816 H M I t LT IPLY LINE G BY 1.2 (Battery Deratng Factor) 2.18 TOTALAMPERE} HOURS REQUIRED 'ruse nextsize battery with capacity greater than required MINIMUM Amp Hour Rating of Supplied Battery Set S-K -S f 04 RATTERIT CALCIJLATIO14S i SCALE. N.T.S. P 2.18 4.00 N.I.C. N.I.C. d 4-- U i O c Em C c d E d iF. t3 'a co— O 0M = i E O Cn C .Q w- N 7 i t3 N Q N 0 0 00 00N�Q0'aco0 0 Ts 6 u c E In 3:2a—a=cicnway Q0oa3. �cc 2Q. ! Q *' .a N 0) O a+ N 3 S w c z= M E y wc O 0 cm— H O R -0 i °NOF Q- W OF CL fN O r M O Q. cC LiJ ev.�..p0 yin' > ED O N i N N 0 0) M ,0 caa i r Fa 0 o K i V cc m 4 c Et TO -ad ��", N.I.C. -- =- _ -SYMBOL LEGEND SYMBOL QTY DESCRIPTION - - A�W-Sl' ENT KNIGHT SK=5104 SIX ZONE FIRE I NOTES Z A!-AFN CONTROL PANEL 18 AWG 2 N-EWSYSTEM SENSOR 2 -WB PHOTOELECTRIC P SEE NOTE 2.4 ON SHEET SMOKE DETECTOR 2 24V POWER NEW SYSTEM SENSOR 2 -WB PHOTOELECTRIC 1 SMOKE DETECTOR 1 NEW SILENT KNIGHT SSM24-6 ALARM BELL E DENOTES EXISTING TO REMAIN DEVICE N DENOTES NEW DEVICE LINETYPE LEGEND LINE TYPE DESCRIPTION - INITIATING DEVICE CIRCUIT (IDC) $ NOTIFICATION APPLIANCE CIRCUIT NAC) I WIRE LEGEND TYPE DESCRIPTION SIZE # OF CONDUCTORS I NOTES Z SEE NOTE 2 ON SHEET CS 18 AWG 2 iDC CKT P SEE NOTE 2.4 ON SHEET 14 AWG 2 24V POWER G THHN * 14 AWG 1 GROUND * ALL WIRING INSTALLATION SHALL BE IN COMPLIANCE WITH NFPA 72, LIFE SAFETY CODE 101, & N.E.C. (CURRENT EDITIONS) * CONNECTIONS AT DEVICES SHALL BE AS INDICATED ON INSTALLATION DOCUMENTS & AS FURNISHED WITH EQUIPMENT VOR DEVICES. ALL. FIRE ALARM-WIMG SHALL BE POWER LIMITTE7 * CABLE SIZE SHALL COMPLY WITH N.E.C. ARTTI CLE 760.71 SCOPE OF WORK BASS UNITED FIRE AND SECURITY WILL INSTALL NEW AES/POTTER 7706-ULF FACP/COMMUNICATOR WITH BUILT IN AES RADIO MODULE TO MONITOR EXISTING FIRE SPRINKLER FLOW SWITCHES, TAMPER SWITCHES AND BELL ON THE NORTH SIDE OF THE SOUTH BUILDING AND THE SOUTH SIDE OF THE NORTH BUILDING. Our scope of work includes installation, Parr, uratenals, Programming, testing, and certification of the system consisting of: • AES Fire Alarm Control Panel/Communicator Systems Sensor Initiating Devices - Smoke Detector • Potter Notification Device - Bell Fel: the work will be done in compliance with: • FFPC - Fifth ed. • NFPA 101 - 2012 ed. • NFPA 72 - 2010 ed: • NFPA 70/NEC - 2011 ed. • FBC - 2013 ed. • NFPA 1 - 2012 ed.. • ALL LOCAL PREVAILING CODES O n h M CO U T In N AG)(0 A Ci LL J W U)0 F W c°3i W caf } pu-) ET Win { b01 w k N W LL o M CO N M O a �mW 0 U 6 g a a3 MOcn a 1H j ua ! to C7 m Q m �iom I W 2 oLL U o g F U1 M O !=WDLL z�zW =o�c a i Qo0 p COMO..LL 0 0 Z Q e'2220 PROJECT NUMBER: 10056 a� STATE OF � k J!) 9e SHEET NUMBER: 5 ! DATE: i CIF JUN 0 1 2016 co C2 CM M CC cc, 00 LU1 C) rca ca bLU U. Z E = � C.3 (A CSS O LU in Ca T a J D OLu O cc Cz _ O Li. m e'2220 PROJECT NUMBER: 10056 a� STATE OF � k J!) 9e SHEET NUMBER: 5 ! DATE: i CIF JUN 0 1 2016