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F PS2O1 5 - 00087 v�EDcu RE'CEIC MAY 21 2015 It V. 1- CITY OF TIGAR BUILDING DIVISION P O. a .,,U 1 %6 & g i II i ,LINCOLN 5 .. BRIDGEwELL .. 4TH FLOOR � Cdr _1 L nm� a cry ,_do .. EEg 1 lid 1 1 iti ! co I FIRE ALARM SYSTEM ,a 3 i s b z .,a i A SITE GENERAL CONTRACTOR Sheet List Table I Sheet Title LINCOLN 5 FASheet-001Number COVER SHEET RUSSELL CONSTRUCTION 10200 SUIT GREENBURG RD 20915 SW 105TH FA-002 GENERAL INFORMATION FA-101 DEVICE PLACEMENT PLAN I I TIGARD, OR 97223 TUALATIN , OR 97062 FA-601 CALCULATIONS AND SCHEDULES FA-701 WIRING TYPICALS a I CK I0 OWNER INSTALLER u_ SHORENSTEIN REALTY SERVICES SAFE TECHNOLOGY GROUP INC = I d- 10220 SW GREENBURG RD 6400 NE HWY 99, SUITE G #3 J Jg PORTLAND, OR 97223 VANCOUVER WA 98665 w1 a i .1 PHONE: 360-521 -8137 I FAX: JASON SWEET ' o 4 w CO 0 v cc m wN s m J� � 0 t o 0 i7 = c3 a < , = z a J O� 1 J ii 31 a w J t` d i z z o CITY OF TIGARD FOR CODE COMPLIANCE II L'kSte‘ S h4tS E i Permit A ('�� ? , w o Address: e2 � 10► e1 )J)t 1 itliCt, . Suite .-� - 3 B v• ' Dates ( I (S 6305 SW ROSEWOOD ST, SUITE A Q I L. LAKE OSWEGO, OR 97035 OFFICE COPY E SimplexGrinnell PHONE: gEgE8 CHECKEBY: M.GERRONESERVIE. 5DRAWN BY: M.GERRONE SiISSUE FAX. 503-675-6521JOB*:DATE: 5/19/15 PROJECT#: 448:984678701 SIMPLEXGRINNELL© 2015 Safer. Smarter. TycoTM SYSTEM: FIRE ALARM SYSTEM ;b SKIT: 11 SALES REPRESENTA TI VE SCHEDULING DRAWINGS PREPARED BY COVER SHEET b BRYAN ADAMS FAITH KASKE MARIA GERRONE 1 co 503-683-9000 503-683-9000 NICET LEVEL III #126987el .. bradams@simplexgrinnell.com fkaske@simplexgrinnell.c©m FA-001 R i GE\ ERAL NOTES SYSTEv DESCIPTIO\ / SCOPE DF WORK SYM 30L <EY C oCM ii ikti " E U OCCUPANCY TYPE: B BUSINESS GROUP 1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT & FIELD DEVICES. EXACT ROUTING OF z .g CONDUITS TO BE DETERMINED IN THE FIELD BY THE INSTALLING CONTRACTOR TO SUIT CONDITIONS. ALL CHANGES f g SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. SPRINKLER PROTECTION: BUILDING IS FULLY SPRINKLED ¢ u a 2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR FIRE ALARM SYMBOLS LEGEND 4' ��, ,� DEVIATIONS IN THE WORK SHOWN, THE CONTRACTOR SHALL CONTACT SIMPLEXGRINNELL IN A TIMELY MANNER SO AS NOT MODIFY EXISTING FIRE ALARM SYSTEM: PROVIDE NEW DEVICES, RELOCATE AND DEMO EXISTING TO IMPAIR THE CONSTRUCTION SCHEDULE. DEVICES AS SHOWN ON DRAWINGS. to) t--c" 3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING SYMBOL DESCRIPTION MODELS COMMONLY USED BACKBOX, REFER �� o _,4. oS AS REQUIRED TO ACCOMMODATE THE RELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY DESIGN IS FOR THE NOTIFICATION OF THE LINCOLN 5 4TH FLOOR AREA OF WORK. TO DATA SHEET FOR OTHER OPTIONS CO) t3 AUTHORIZED CHANGE. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. ro0 4 4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR ALL NEW WIRING TO BE CLASS B. NAC EXTENDER PANEL E i 8(92, s uP INSTALLATION. NAC# # DESIGNATES THE NAC PANEL NUMBER SIMPLEX 4009-9201 SUPPLIED BY SIMPLEXGRINNELL I- �cLL; - 5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V, 20A THE EXISTING FIRE ALARM SYSTEM SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE W / 6.2AH BATTERY SET SIMPLEX 2081-9272 E2 u,,0> BRANCH CIRCUIT BREAKER, AND SHALL HAVE A RED MARKING, LOCK-ON PROVISION AND SHALL BE IDENTIFIED AS "FIRE WITHOUT WRITTEN PERMISSION FROM THE OWNER. IT IS THE CONTRACTOR'S RESPONSIBILITY TO `� "~-' gw N ALARM CIRCUIT CONTROL." THE LOCATION OF THE CIRCUIT DISCONNECT MEANS (CIRCUIT BREAKER) SHALL BE COORDINATE WITH THE OWNER THE TIMING OF ANY EXISTING FIRE ALARM SYSTEM DEMOLITION WORK. I P I MANUAL PULL STATION SIMPLEX 4099-9001 SINGLE GANG BOX 2 1/2" DEEP N PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT. 6. UPDATE THE AS-BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS-BUILT DRAWING SET TO SIMPLEXGRINNELL NO LATER THAN 7 DAYS AFTER FINAL TEST. SMOKE SENSOR / BASE SIMPLEX 4098-9714 $ 7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMAN LIKE MANNER. O SIMPLEX 4098-9792 BASE 4" OCTAGONAL BOX 1 1/2" DEEP m• 8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED SIMPLEXGRINNELL TECHNICAL REPRESENTATIVE. s 9. ANY SMOKE DETECTOR HEAD INSTALLED BEFORE THE BUILDING IS CLEANED AND ACCEPTED SHALL BE COVERED TO PROTECT FROM DUST. ANY FALSE ALARMS DUE TO DIRT CONTAMINATED HEADS SHALL BE THE RESPONSIBILITY OF THE FIRE ALARM INSTALLER. AIM INDIVIDUAL ADDRESSABLE MODULE SIMPLEX 4090-9001 SINGLE GANG BOX 2 1/2" DEEP WITH COVER E 10. THE FIRE ALARM INSTALLER WILL MAINTAIN THE FIRE RESISTANCE INTEGRITY OF ALL WALL, CEILING, AND ROOF ASSEMBLIES ANY TIME THAT WORK IS NOT ACTIVELY BEING PERFORMED. 11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND NON-POWER LIMITED FIELD WIRING MUST BE INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH WF WATERFLOW SWITCH SUPPLIED BY OTHERS INSTALLED BY MECHANICAL CONTRACTOR K MANUFACTURER'S INSTRUCTIONS AND NEC. FRE A LA R I V A P D L I C/\ 3 L_ CODES & STA \ D/\ R D S 12. ALL WIRING SHALL BE INSTALLED ACCORDING TO NEPA 70 (NEC). 13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPROPRIATE SECTION OF NEC 760. MARK ALL FIRE i VS TAMPER SWITCH SUPPLIED BY OTHERS INSTALLED BY MECHANICAL CONTRACTOR ALARM WIRES IN ACCORDANCE WITH NEC 760 SECTIONS FOR POWER LIMITED AND NON-POWER LIMITED WIRE. 13 14 FIRE ALARM CABLE INSTALLED IN DUCTS, PLENUM, AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE TYPE 1 e. FPLP. .6- 15. 15. FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATE MORE THAN ONE FLOOR OR CABLES INSTALLED IN OREGON FIRE CODE, 2014 EDITION O© RELAY IAM SIMPLEX 4090-9002 4" SQUARE BOX 2 1/8" DEEP W/TWO GANG COVER VERTICAL RUNS IN SHAFTS SHALL BE TYPE FPLR. 16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET OREGON MECHANICAL SPECIALTY CODE, 2014 EDITION a LOCATIONS. .71 17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOOR SHALL BE INSTALLED IN ACCORDANCE WITHWALL MOUNT MULTI-CANDELA STROBE ONLY WHITE SIMPLEX 4906-9103 4" SQUARE BOX 1 1/2" DEEP "i OREGON ELECTRICAL SPECIALTY CODE, 2011 EDITION NEPA 70 ARTICLES 760, 770, 725 AND 800 WHERE APPLICABLE. # =CANDELA RATING W=WHITE W/4905-9940 ADAPTER SKIRT WHEN SURFACE MOUNTED 18. ALL WIRING, INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS. NATIONAL FIRE ALARM CODENFPA 72 2013 EDITION 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. g WALL MOUNT MULTI-CANDELA HORN/STROBE WHITE SIMPLEX 4906-9129 4" SQUARE BOX 1 1/2" DEEP 21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING. # =CANDELA RATING W=WHITE W/4905-9940 ADAPTER SKIRT WHEN SURFACE MOUNTED 22. MAINTAIN 40 PERCENT CONDUIT FILL RATIO AS PER NEC REQUIREMENTS. END-OF-LINE RESISTOR 3.3K (EOL) SIMPLEX 4081-9002 N 23. EXISTING CONDUITS MAY BE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY, HOWEVER, ANY EXISTING END-OF-LINE RESISTOR 4.7K3K (EOL)WILL BE USED ONLY IF CONDUITS MEET CURRENT STANDARDS AND CODES. SIMPLEXGRINNELL MAKES NO AAAr ( ) SIMPLEX 4081-9003 . STATEMENTS WRITTEN OR VERBAL AS TO THE CONDITION OF EXISTING CONDUITS. END-OF-LINE RESISTOR 6.8K (EOL) SIMPLEX 4081-9004 END-OF-LINE RESISTOR 10K (EOL) SIMPLEX 4081-9008 V NOTE: EXISTING DEVICES SHOWN SHADED FOR REFERENCE. E JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTED CODE. CHECK WITH THE LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS. K 1 WIRE SC - ED., LE AB3REV AT O\ S LEDE\ D ISER DIAGRAM AC = ABOVE CEILING HT = HEIGHT O C = CEILING MOUNTED HVAC = HEATING, VENTILATION, & AIR CONDITIONING 0 E = EXISTING TO REMAIN INS = INFORMATION MANAGEMENT SYSTEM GENERAL NOTES- RC € = EXISTING TO REMOVE AND COVER MAX = MAXIMUM RD = EXISTING DEVICE TO BE RELOCATED MIN = MINIMUM 1. DEVICES SHOWN ARE TYPICAL SEE FLOOR PLAN N Y RR = REMOVET EDXISSTING AND REPLACE W/NEW NAC = NOTIFICATION APPLIANCE CIRCUIT EXTENDER ALLCE N/A = NOT APPLICABLE FOR TS AND LOCATION. o FIE ASR M WIRE LISTNDU = NETWORK DISPLAY UNIT 2. ALL WIRING SHALL COMPLY WITH NFPA 70, ARTICLE o WP = WEATHERPROOF 760, POWER LIMITED SYSTEMS. v1 V i NAC4:V1 F S CIRCUIT DESCRIPTION RISER RATED: FPLR SINGLE CONDUCTOR(THHN,TFFN) PLENUM RATED: FPLPNEC = NATIONAL ELECTRICAL CODE E i Zr 5--E-'s (y_ L-s `(NA10K ) XP = EXPLOSION PROOF NFPA = NATIONAL FIRE PROTECTION ASSOCIATION 3. EXISTING DEVICES SHOWN SHADED FOR RLFLRENCE. M MAPNET/IDNET CIRCUIT SG ANIX./PAIGE 740215 SG ANIX./PAIGE 740214E AREA=0.0196 SQ. INCH AREA=0.0196 SQ. INCH H = HIGH HUMIDITY NIC = NOT IN CONTRACT V 1 PAIR 18 AWG TWISTED 4. TIE NEW AND RELOCATED STROBES AND V2 11 j \ i 4:V2) 1 AFF = ABOVE FINISHED FLOOR NPU = NETWORK PROCESSING UNIT NAC4 11 ' /ri_ OVERALL SHIELD ANIXTER PART NUMBER ANIXTER PART NUMBER HORN/STROBES INTO EXISTING NOTIFICATION T740215 FAMC-1802C-1-2S-03B5 AHJ = AUTHORITY HAVING JURISDICTION NTS = NOT TO SCALE CIRCUITS. MAINTAIN SUPERVISION OF EXISTING 4009 _I ALM = ALARM PAP = PRE-ACTION PANEL CIRCUITS. V3 V i s V VISUAL/SIGNAL CIRCUIT SG ANIX./PAIGE 454718ARE SG ANIX./PAIGE 454719ARE ANN = ANNUNCIATOR SCC = STATUS COMMAND CENTER 1�� s"-) --1�-- � `� ^'`(10K"N3) J 2 CONDUCTOR 14 AWG AREA=0.6380 SQ. INCH AREA=0. 333 SQ. INCH BMS = BUILDING MANAGEMENT SYSTEM SLC = SIGNALING LINE CIRCUIT KEYED NOTES CLOSET 422 LJ a, SOLID ANIXTER PART NUMBER (2) #14 AWG ANIXTER PART NUMBER CBC = CALIFORNIA BUILDING CODE SMK = SMOKE FA-1402C-1-1N-03-BX AREA=0.0097 SQ. INCH (EACH) FA-1402C-1-2N-03 CD = (eg. 15CD) CANDELA SUPV = SUPERVISORY O1 TIE INTO NEAREST EXISTING IDNET DEVICE. EGRESS a CSFM = CALIFORNIA STATE FIRE MARSHAL TAC = TRUEALERT ADDRESSABLE CONTROLLER CONTROL W N a q CONDUIT SIZE CONDUCTOR AREA CONDUIT SIZE CONDUCTOR AREA DET = DETECTOR TRBL = TROUBLE PWR BY LL 1/2" 0.12 SQ INCH * 1-1/4" 0.60 SQ INCH * DGP = DATA GATHERING PANEL 120 VOLT AC OTHERS M !n d 3/4" 0.21 SQ INCH * 1-1/2" 0.82 SQ INCH * TS = TAMPER SWITCH v 1' 0.34 SQ INCH * 2" 1.34 SQ INCH EPO = EMERGENCY POWER OFF * EOL END OF LINE TYP = TYPICAL 1 E oLION = UNLESS OTHERWISE NOTED * 40% FILL PER N.E.C. co FACP = FIRE ALARM CONTROL PANEL VCC = VOICE COMMAND CENTER 4TH FLOOR �/ 0 (0 THE CABLES SPECIFIED HERE ARE FOR REFERENCE OF REQUIRED ELECTRICAL FATC = FIRE ALARM TERMINAL CABINET - _ CHARACTERISTICS AS WELL AS CODE REQUIREMENTS. ALTERNATE SUPPLIERS MAY BE FBO = FURNISHED BY OTHERS WF = VALVETTFLOWRL.O 0 FCC = FIRE COMMAND CENTER W = (eg. 1/2W) WATT o SUBSTITUTED PROVIDING EQUIVALENT CHARACTERISTICS ARE MAINTAINED. ITEMS SUCH AS FAA = FIRE ALARM ANNUNCIATOR w/ = WITH I rY r- Et CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT FTR = FIRE ALARM TRANSPONDER W/O = WITH OUTD 71 FSD = FIRE SMOKE DAMPERz co DESIGN OF THIS SYSTEM INSTALLATION. LC) REFERENCE https://www.anixter.com/customer/tycofs FOR SG ANIXTER CABLE DATA Z w ti EV CE A»R-SS \G LEGE\ SEQ � =\CE OF OERATIO\ .__Ico ct 13 0 0 �, o J Y 0 .1 CO d Z O CV ' 0 .�j p i'- -I L CONTROL UNIT ANNUNCIATION NOTIFICATION FIRE SAFETY CONTROL .fi aADDRESSABLE CARD (IDNET OR MAPNET) r DEVICE ADDRESS o\GP �o� ��P�°•��GS�P LTeP� ��° SGP �V �� � GLst• 's ADDRESSABLE DEVICES NUMBERING 5 - 5 o P o 0 0 ° o :>; O o ° o P 5 5 ti P��P3�5Q S;Jz .<pJ.p F,\0;`,, c \#.4',�° o° �o� �,� Poo . . \, o. . \, o� �o Q� J° \�e �� °�0�0 �� ��P°o`� �� o° ;z� _ 64s ��v�oP�G��P��°��P������P , �, �, �`' ,-,,Q.4- <3-�zJ�oma`' •<(' SC' CIRCUIT DESIGNATOR PcP. P. PcP. P. N.- P' P '\ .�\� J� �� P� k O ��" 2 SYSTEM INPUTS A B C D E F G H I J K L M N 0 P Q R S T U V 44 X Y Z AA AB AC AD AE AF AG AH AI AJ REMARKS I 4009 MAC PANEL V=VISUAL OR A/V, H=AUDIBLE ONLY) (WHEN APPLICABLE) (-DEVICE DESIGNATOR 1 1 g 2 SMOKE SENSOR/DETECTOR • • • . • • • • • • 2 t' Q NAC 1 :V2-1 3 MANUAL PULL STATION • • • • • • • • • 3 $ m 4 DUCT SENSOR/DETECTOR • • • • a • • •• 4 i 0 5 ATRIUM BEAM DETECTOR • • • • • • • a • • • 5 2 LUVISUAL. AUDIBLE OR A/V DEVICE 6 MAIN FLR. ELEV. LOBBY SMOKE DETECTOR • •• e •• e •o •• 6 e vi 7 ELEVATOR LOBBY SMOKE DETECTORS (EXC. MAIN FLR.) • • • • • • • • a • • • 7 17 8 ELEVATOR MECH. ROOM SMOKE DETECTOR • • • • • • • • • • • • 8 0 9 g 9 9 a 10 10 ec .. 11 WATERFLOW SWITCH • • • • • • • • . 11 w E 12 TAMPER SWITCH • • • • • • 12 0. : 13 13 Y 14 FIRE ALARM AC POWER FAILURE • •• a •• , •• 14 0 V 15 FIRE ALARM SYSTEM LOW BATTERY • • • • • 15 0 4 a 16 OPEN CIRCUIT OR GROUND FAULT • • • • • 16 0 Q 17 CLASS B NOTIFICATION CIRCUIT (NAC) - SHORT • • • a • 17 SI rn 18 18 w 3 N 19 • 19 a ✓ 20 20 0 21 21 0 22 22 io Ci) a 2 N 23 23 m rn 24 24 0 u> 25 25 9 O 26 26 Lu z 27 27 DRAWN BY: M.GERRONE EE 29 29 CHECKED BY: M.GERRONE - g 30 30 ISSUE DATE: 5119/15 31 31 JOB#: :5 o 32 A BCDEF I JK LMNOPQRSTUVWX Y Z AA AB AC AD AE AF AG AH AI AJ 32 PROJECT#: 448:984678701 9 9 SIMPLEXGRINNELL© 2015 0 i SYSTEM: '9 FIRE ALARM SYSTEM . . SHEET: L• z It f GENERAL INFORMATION o 'E m L m P (n w E Lo 5 w c Q U a N FA-002 x • E o 4 2 ,4 GENERAL NOTES: \ 1. EXISTING DEVICES SHOWN SHADED FOR REFERENCE. 45 KEYED NOTES: omit ,n ON CONTROL REIAY FOR EGRESS CONTROL VERIFY I §EI O LOCATION ON SITE. 3. iii Iz .. O Q ULL 2- _\ (1 w VT E Lc:1 .i CO 12 `E owe [ II.,,:=,..,,,,,.„,..... t4391.1 " LL . jhr �o� F] a a _ _ OFFICE CONFERENCE OFFICE `1 �' `A,Yw -ti (/t/ (RL) W / 409 410 411 111111. to s NAC4:V2-8 • l • V • W NAC4:V2-7 OFFICE m c �gN ) ) E , 30 = 30 NAC4:V2-2■ fl i G ( • 408 15 W (�) IP ■ J U ■ — • - I 1 -� -} •VFERE �� �NAC4:V2-3 • CONFERENCE fi ■ ■ NAC4:V2-9iii •V (- 404 T 110 t (RI) V W 412 OFFICE • �� HALL ` f , 1 _ s. `• NAC4:V2-1 434Ili J• . - . STORAGE4 -1 I CENTER 403 �� I I ' I I I I!-ct ,i15 438 STORAGE N III }) - 407 (�) I .� - I , . , ,i--J ) © �� NAC4:V2-4 r i ) '--1 ) Ri .. V O ) ,5 - • ( 1) - I RECEPTION- w v 1 1 1 1 1 1 ,_...) 1.wL OFFICE _ (NAC4:V2) 402 �rNA�c��2 6 STORAGE -1 L� 432 O 1 E 10K NAC4:V2-1o;' 30 (�� v OPEN • I111 1 i j -_,�E^ --II �r- ` . OFFICE NAc4:vt�15 433,I JL JL � � I, �► I 413 OFFICE a I 30 V1 I 414 y A _ T _ , 30IONAC4:V1-4 M1 92 M1-93 4:V2-5 M1-95 W V NAC4:V115 W HALL 1 O HALL 1 OO 0 436 V (RL) M7-91 P O M1-102 405 I I INAC4:v3-2 ,.._ (--„, — ____ ___ , M1-90 ---- -,:j., ® 75 a — — — CO ma; ai I I F W '� O J J (A OFFICE - - O 1 v 431 i I I I V @ r Z Mt s7 CLO ET' 98 VS\NT 42 r M1-1co _...1 , , i. F I I_, 1 1 1 \ /W .•Vkik DQE V - , Ott 1o�H LL I 1.... — • W� Mt-94 W W\ Mt 99 416 s NAC4:V .. .r _g j 0 (RL) ►�1 75 \ V r �_� W `a [ I 1 L J J -,30 30 NAC4:V1-2 NAC4:V1-1 j .. Xa O ;, M I LOBBY 30 V• NAC4:V3-1 — OPEN�E NAC4:v1-10 OPEN I I.T. STORAGE _ — _ 110 OFFICE r 7 401 423 421 15 415 - 1 ON EREN 4 E 1��4 428 J G Y c43° ii - , L J- - FS( STORAGE L _ - J I i �--i, •• NAC4:V1-9 1 /- - -11 ~ I _ 419 �F—i I _ _ 1 • — -----I---") — I— I —• li 1_ — z N ELEC. O u) I _ Li-_,1-I] ( '�a3)c 42Q 30 NAC4:V3 3 e CLOSET 4 W g • ` _ y I I I 425 • 01.1 Wy ` • O 11. V V _ I NAC - W • i — + _ d NAC4:V3-9 110 N4:Y3-8 75 y I I— I MINN L•11 OFFICE _ _ -1 _ _ (RL) s 429 I I �� �' 1 T I f�I I I = — T — � �' - T - � f- T - -1 r - -1 I 75 I- 8 L � •_ NAC4:V315 —' 1 .__ H.' —LII 1 I I I I V I I I I I I I I I I I I \ .. —�- J �;- JL J HI I- f- '--IL__JL—± (R, 1 1i_ _ I- - -I- - -1 W 4:V3-6 •NG4:VW e_ PEN \ G (RI) J LOUNGE I •• Y I I I 124E I I Fca I I I I I I I I I -� L.LI tm 1 427 I (�) L _ _1 v • 2�- r F.. �I F _ ii_ MILMOB 0 0 � 1 - ± k - ± 1 - + 1 d L. J CONFERENCE "" AK all //(t 4:Y,-7 I I I I I I y —� W As Lr.N. —j �j _'110 I I I_ _ _ ± ....... ...iF — + — �I F — + — �I I I I1.... — + — HI I I I CONFERENCE _ 417 Q E 1 1 I I 418 CO g I /1 W 0 CO Or9 I I I I I I I I I I I I I �_ L,. � - J L _ � : J15 CO 0 1 ti / NAC4:V3-74V rx 0\---0 L _ � _ J �_ _!_- J L - J = - n -a Z ci U..1 7 6 Z � 0 J 8 0 Lo CD i z � ZiU Z CoQ Z © 0 0 LI 1 t5 a PLAN NORTH IF OPTIONAL SHIELDS ARE USED FOR IDNet WIRING. FOLLOW THESE PRECAUTIONS. N 13 LL b S FROM PREVIOUS ZDNet DEVICES DEVICE P_AC E M ENT P_AN 1. IF ZDNet WIRING CONTINUES ON TO ANOTHER DEVICE, ( ( TAPE SHIELDS TOGETHER. DO NOT TERMINATE SHIELD AT OR HOST IDNet CONTROL PANEL 4 4009 ZDNet. N TO ADDITIONAL IDNet DEVICES SCALE: 1/8• - 1.-0" ��_ 2. IF IDNet WIRING TERMINATES AT THE 4009, TAPE SHIELD. l c b S OR RETURN TO HOST IDNet CONTROL PANEL :0 0 4- 6 DO NOT TERMINATE SHIELD AT 4009 ZDNet. DNet CONTROLLER ADDRESS: 1 (IN FEET) NAC4:V3 i �V > NAC4:V2 2 6"V Yi 2 NAC4:V1 1 iv 's 1 r — r .5 m l o B w L - I 8 00 0 o s ®®m X00 W a TiAC 1 2 H�3 NIC � JQ,) IDNEf y LL., € ❑ o 000 . .t„ aIa ❑ N ��p�]� :11,...1 d pd V ❑❑❑❑ pPd®d O QU i AUX POWER 8 I o o O w s� ())) 1.18 'V'eti Oto o] Q V tO pas I 0o o O p 0N BM e BATTERY O N q� s 01 8 4009-9201 IDNet NAC EXTENDER I)p-,I;;I A O O O — ® ® ����� �/�//� DRAWN BY: M.GERRONE I INTERNPL 1111Z15 `HARNESSSS77333991,I- (��] L / - // GROUND s CHECKED BY: M.GERRONE a + — + — NnnRA� ISSUE DATE: 5/19/15 S -CONNECT TO 120VAC 60HZ INPUT 3A MAX. JOB HOT 120V S E cSTRIUPNL PROJECT#: 448:984678701 — p PARSTRIP ` 733-9IT 91 SIMPLEXGRINNELL© 2015 gi 7 BATTERY BATTERY `�-Z SYSTEM: g - O FIRE ALARM SYSTEM 8 6 im SHEET: 2c t r CONNECT IN THEAWG ELECTRICAL DISTRIBUTION PANELLMTOAF DEVICE PLACEMENT PLAN THE 4009 SAFETY GROUND STUD. 1 i .5 ly �. CO EXISTING NAC PANEL DETAIL o1 Q U c �. SCALE: "� FA-101 = t x 0 liftra I IDNET CHANNEL M1 SWITCH SETTINGS IDNET CHANNEL M1 SWITCH SETTINGS LINCOLN 5 4100es FACP Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8 Address 1 2 3 4 5 6 7 8 LINCOLN 5 - NAC4 (4TH FLR ELECT RM) iii. I Standby Total Alarm Total M1-1 PHOTO SMOKE L5 1FL TUNNEL LINCOLN 5 ENTRANCE x x x x x x x x ON M1-126 IAM WATER L5 5FL STAIR 2 WATERFLOW x X X X X X X x ON Standby Total Alarm Total §7 Module Qty Description Current Standby Current Alarm M1-2 PHOTO SMOKE L5 1FL SOUTH BY TUNNEL x X x x x x x x ON M1-127 X X X X X X X x ON Module Qty Description Current Standby Current Alarm ,� Panel Equipment M1-3 PHOTO SMOKE L5 1FL SOUTH OF RESTROOMS X X x x x x x x ON M1-128 x x x x x x x XON Panel Equipment �� M1-4 PHOTO SMOKE L5 1FL OUTSIDE OF RESTROOMSx x x x x xxx ON M1-129 X x x x x X x X ON w g 4100-9111 1 4100 CONFIG. DOMESTIC 120V * 0.3730 0.3730 0.4700 0.4700 4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850 z„ .8 M1-5 NAC4PT SIGNAL L5 1FL ELEC RM NAC1 X x X x x x x x ON M1-130 x X x x x X x x ON Mal a`021 4100-3202 1 4 RELAYS, 10 AMP CONTACTS 0.0150 0.0150 0.1750 0.1750 Panel Totals 0.0850 0.1850 \ aLL M1-6 ADRPUL PULL L5 1FL EAST ENTRANCE x X x x x x x x ON M1-131 X X x x x x x X o" 4100-5005 3 ZONE MODULE, 8 IDC, CLASS B 0.0750 0.2250 0.1950 0.5850 M1-7 PHOTO SMOKE L5 1FL EAST ENTRANCE X x x x x x x XON M1-132 x x x x x x x x ON Notification Appliances Q ti f.. x ON x x XON 4906-9103 2 V/0 MC NON-ADDRESS, WHT, WALL 110 0.0000 0.0000 0.2520 0.5040 �� `) 4100-5101 1 EXPANSION PWR SUPPLY (XPS) - 120VAC 60HZ 0.0500 0.0500 0.0500 0.0500 M1-8 PHOTO SMOKE L5 1FL MAIL ROOM x x x x x x xM1-133 x x x x x M1-9 PHOTO SMOKE L5 1FL ELEV LOBBY X x x x x x x XON M1-134 x x x x x x x XON 4906-9103 8 V/0 MC NON-ADDRESS, WHT, WALL 15 0.0000 0.0000 0.0600 0.4800 �� L o�� 4100 6052 1 EVENT REPORTING DACT 0.0300 0.0300 0.0400 0.0400o� co 4100-96xx 1 REMOTE ANNUNCIATORS Sc MINIPLEX TRANSPONDERS RUI CURRENT DRAWS INCLUDED BELOWiJd M1-10 PHOTO SMOKE L5 1FL WEST ENTRANCE x X x X x x x x ON M1-135 X X X x x x x XON 4906-9103 7 V/O MC NON-ADDRESS, WHT, WALL 30 0.0000 0.0000 0.0940 0.6580 LI) ' Oo P x x x ON M1-136 x x x X x x x XON 4906-9103 5 V/0 MC NON-ADDRESS, WHT, WALL 75 0.0000 0.0000 0.1860 0.9300 °Lu s Panel Totals 0.6930 1.3200 M 1-11 ADRPUL PULL L5 1 FL WEST ENTRANCE x x x x xowe Mi-12 PHOTO SMOKE L5 1FL BY STAIR 2 x x X X x x x x °N M1-137 X x x x x x x X O" 4906-9129 3 A/V MC NON-ADDRESS, WHT, WALL 110 0.0000 0.0000 0.2850 0.8550 �o� IDNet Addressable Devices (SIC) L. CC - 0 M1-13 PHOTO SMOKE L5 1FL ELEC RM x x x XON M1-138 x x XON 0) �.- iow> Y x x x x x x x x x x 4906-9129 1 A/V MC NON ADDRESS, WHT, WALL 15 0.0000 0.0000 0.0750 0.0750 `�- N � w 4099-9001 14 IDNET SINGLE ACTION PULL STATION ** 0.0000 0.0000 0.0000 0.0000 e6 o insu, M1-14 IAM SO L5 1FL STAIR 2 TAMPER x X x x x x x x ON M1-139 X X x X x x x XON 4906-9129 3 A/V MC NON-ADDRESS, WHT, WALL 30 0.0000 0.0000 0.1160 0.3480 4090-9001 21 IDNET SUPERVISED IAM ** 0.0000 0.0000 0.0000 0.0000 M1-15 IAM WATER L5 1FL STAIR 2 WATERFLOW x x x X x x x x ON M1-140 ADRPUL PULL L5 6FL STAIR 1 x x X X x x x XON 4090-9002 5 IDNET RELAY IAM �* 0.0000 0.0000 0.0000 0.0000 x oN x x x XON 4906-9129 1 A/V MC NON-ADDRESS, WHT, WALL 75 0.0000 0.0000 0.2210 0.2210 M1-16 IAM SO L5 1FL STAIR 2 TAMPER x x x x x x x M1-141 PHOTO SMOKE L5 6FL ELEV LOBBY x x x x s 4098-9714 46 TRUEALARM PHOTO SMOKE SENSOR 0.0000 0.0000 0.0000 0.0000 M1-17 IAM WATER L5 1FL STAIR 2 WATERFLOW X x x x x x x x °N M1-142 PHOTO SMOKE L5 6FL ELECT RM x x x x x x x x °N Peripheral Totals 0.0000 4.0710 M1-143 NAC4PT SIGNAL L5 6FL ELECT RM NAC6x x x RUI Totals 0 0.0000 0.0000 4098-9733 7 TRUEALARM HEAT SENSOR 0.0000 0.0000 0.0000 0.0000 M1-18 PHOTO SMOKE L5 1FL TUNNEL x X x x X x x x ON x x x X XON ** Current draw included under "Device Addresses Used" (See "Additional Current Draws:") Total Standby 0.0850 Total Alarm 4.2560 4009-9201 7 4009 IDNET NAC EXTENDER, 120 VAC ** 0.0000 0.0000 0.0000 0.0000 M1-19X X x x X x x x °N M1-144 ADRPUL PULL L5 6FL STAIR 2x x x x X x x X °N 1 2-wire detector alarm current is included in the alarm current of the Initiating Device Circuit. M1-20 x x X x X x x XON M1-145 IAM SO L5 6FL STAIR 2 TAMPER X x x x x x x XON 4098-9792 53 TRUEALARM SENSOR BASE ** 0.0000 0.0000 0.0000 0.0000 2. Backup Amplifier assumes Main Amplifier alarm current on failure. M1-21 x x X X x x x x ON M1-146 IAM WATER L5 6FL STAIR 2 WATERFLOWx X x x x x x x ON Miscellaneous Peripheral Devices That May Require System Power Standby Standby Alarm Alarm M1-22 x x X x X x x x ON M1-147 X X x x X x x XON 4603-9101 1 SERIAL LCD ANNUNCIATOR 0.0450 0.0450 0.2000 0.2000 M1-23 x x x x X x x XON M1-148 x x X x X X X XON Battery Set #1 (Cabinet/Charger #1) Current Total Current Total NotificationAppliances Select ALL Power Supplies on this battery set: M1-24 x x x X X x x x °N M1-149 X x X x X x x XONz. V 0 MC NON ADDRESS, RED, WALL x x x XON x x x XON 4009 0.0850 4.2560 4 4906 9101 6 / 15 0.0000 O.Q000 0.0600 0.3600 M1-25 x x x x x M1-150 x x x x Total 0.0850 4.2560 4906-9101 3 V/O MC NON-ADDRESS, RED, WALL 30 0.0000 0.0000 0.0940 0.2820 M1-26x X x x x x x XON M1-151 X x xx x x x XON 4906-9127 3 A/V MC NON-ADDRESS, RED, WALL 15 0.0000 0.0000 0.0750 0.2250 M1-27 x x x x x x x x ON M1-152 x x x x x x x XON Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah 4906-9127 2 A/V MC NON-ADDRESS, RED, WALL 75 0.0000 0.0000 0.2210 0.4420 M1-28 x x x x x ON x x xM1-153 x x x x x x oN x x Alarm Time = 5 Min 0.08333 x 4.256 = 0.3547 Alarm Ah M1-29 x x x x ON M1-154 x X x x x x x x oN 2.3947 4906-9128 2 A/V MC NON-ADDRESS, RED CEILING 15 0.0000 0.0000 0.0860 0.1720 x x x x s M1-30 PHOTO SMOKE L5 2FL SOUTH CORRIDOR x x x x x x x XON M1-155 x XX x x x x XON Additional Spare Capacity = 0% + 0.0000 GB6-24 1 24VDC 6 INCH BELL, RED 0.0000 0.0000 0.1000 0.1000 x x x x x XON x x x x oN Peripheral Totals M1-31 ADRPUL PULL L5 2FL STAIR 1 x x x M1-156 x x x x 2.3947 1 P 0.0450 1.7810x XON M1-157 x x x x x x x XON Battery Discharge Factor = 20% + 0.4789 RUI Totals 2 0.0070 0.0070 M1-32 PHOTO SMOKE L5 2FL OUTSIDE OF RESTROOMS x x x x x x x Address Totals 100 Addresses 0.0793 0.0979 M1-33 PHOTO SMOKE L5 2FL ELEV LOBBY x x x x x X x X °" M1-158 x x x x x x x XON Minimum Battery Required 2081-9272 6.2AH (2x) 2.8736 ** Total StandbyM1-34 PHOTO SMOKE L5 2FL EAST CORE x X x x x x x x °N M1-159 X x x x x x x x ON Battery Supplied 2081-9272 6.2AH (2x) 6 Current draw included under "Device Addresses Used" (See "Additional Current Draws:") 0.8243 Total Alarm 3.2059 _ M1-35 PHOTO SMOKE L5 2FL NORTH CORE x X x ON M1-160 x x x x x X x X °1 1. 2-wire detector alarm current is included in the alarm current of the Initiating Device Circuit. X X x X xPo 2. Backup Amplifier assumes Main Amplifier alarm current on failure. M1 36 PHOTO SMOKE L5 2FL WEST CORE x x X x x X x x O" M1-161 X x x x x x x XON Standby Standby Alarm Alarm M1-37 PHOTO SMOKE L5 2FL ELEC RM X x X x x X x x ON M1-162 x X x x x x x XON P M1-38 NAC4PT SIGNAL L5 2FL ELEC RM NAC2 x x x x x X x X ON M1-163 X X x x X x x XON Battery Set #1 (Cabinet/Charger #1) Current Total Current Total x x x x ON x x XON .1' Select ALL Power Supplies on this battery set: M1-39 PHOTO SMOKE L5 2FL NORTH CORRIDOR x x x xM1-164 x x x x x SPS-1 0.6880 1.4700 I M1-40 ADRPUL PULL L5 2FL STAIR 2 x x x X x X x x ON M1-165 X x X x x x x XON XPS-2 0.0500 1.6310 M1-41 IAN SO L5 2FL STAIR 2 TAMPER x x x X x X x x ON M1-166 x x x x x x x XON o Sub Total 0.7380 3.1010 M1-42 IAN WATER L5 2FL STAIR 2 WATERFLOW x x x X x X x x ON M1-167 X x x x x x x x oN M1-43 X X x X x X x x ON M1-168 X x x x x x x XON Additional Current Draws: .§- RUI eRUI Connected Peripheral Devices 2 x 0.0035 = 0.0070 x 0.0035 = 0.0070 M1-44 x x x xx x x XON M1-169 X x x x x x x XON -E MAPNET/ZDNet Device Addresses ordered / used 100 x 0.000793 = 0.0793 x 0.000979 = 0.0979 M1-45 XX X X X X X XON M1-170 ADRPUL PULL L5 7FL SOUTH STAIR 1x x x x x x x XON NAC - 4009 CIRCUIT SUMMARY & VOLTAGE DROP 4 M1-46 x X x x ON M1-171 PHOTO SMOKE L5 7FL SOUTH CORRIDOR X x x x x x x x ON Plan Sub Total 0.8243 3.2059 '; xx x xg. M1-47 x x X xx x x XON M1-172 PHOTO SMOKE L5 7FL WEST OF ELEV LOBBY x x x x x z x XON Circuit Description Load % Drop Spare addressable point ca acit M1-48 x x oN M1-173 PHOTO SMOKE L5 7FL ELEV LOBBY x x x x XON NAC4:V1 4FL NOTIFICATION WEST SIG11.576A 12.13% P P P Y 0% 0 x 0.000793 = 0.0000 x 0.000979 = 0.0000 x x x x x x x x x //��// Total 0.8243 3.2059 M1-49 X x x x X X x XON M1-174 PHOTO SMOKE L5 7FL TOP OF ELEV SHAFT x X X X x x x XON NAC4:V2 4FL NOTIFICATION NORTH SIG2 1.076A 7.84% LL s x x x ON x x x x x x ON NAC4:V3 4FL NOTIFICATION SOUTH SIG3 1.419A 10.73% M1-50 x x x x xM1-175 PHOTO SMOKE L5 7FL NORTH CORRIDOR x x Standby Time = 24 Hrs x 0.8243 = 19.7832 Standby Ni M1-51 X X X X X X X X ON M1-176 PHOTO SMOKE L5 7FL ELEC RM x x x x x x x x ON R. NAC4:V4 SPARE SIG4 O.000A 0.00% O t x x x XON x x x x ON 4.071A Total B' Alarm Time = 5 Min 0.08333 x 3.2059 = 0.2672 Alarm Ah M1-52 x x x x x M1-177 NAC4PT SIGNAL L5 7FL ELEC RM NAC7B x x x x 20.0504 M1-53 X x X x X X x x ON M1-178 PHOTO SMOKE L5 7FL NORTH CORR BY STAIR 2 X x x x x x x x ON �J Additional Spare Capacity = 0% + 0.0000 x x x x ON x x x x XON Li. M1-54 x x x xM1-179 ADRPUL PULL L5 7FL STAIR 2 x x x NAC4:V1 Distributed Load Voltage Drop 20.0504 M1-55 x x xx x x x x ON M1-180 IAM SO L5 7FL STAIR 2 TAMPER x x X X X x x XON = Battery Discharge Factor = 20% + 4.0101 M1-56 x x x x x x x XON M1-181 IAM WATER L5 7FL STAIR 2 WATERFLOW x x x x x x x x oN Allowable % Drop: 16% Wire Res. Per Ft. 0.0029 ® 60' Celsius Minimum Battery Required 2081-9287 25AH (2x) 24.0604 M1-57 X x x x X X x x °N M1-182 HEAT HEAT L5 7FL TOP OF SHAFT xx x x x x x x ON Wire Gauge: 14ga Min. Device Voltage: 16.vdc `Cr 1 Battery Supplied 2081-9276 33AH (2x) M1-58x x x x x x x XON M1-183 HEAT HEAT L5 7FL TOP OF SHAFT x x x x x x x x oN Starting Voltage: 19vdc % Voltage Drop 12.13% 1 M1-59 X X x x X x x x ON M1-184 HEAT HEAT L5 7FL TOP OF SHAFT x x X x x x x x ON $ M1-60 PHOTO SMOKE L5 3FL SOUTH CORRIDOR X x x x x x x x ON M1_185 X x x x x x x XON Normal Operation J s M1-61 ADRPUL PULL L5 3FL STAIR 1 X x x x x x x x ON M1-186 X x x x x x x x ON Distance Device Voltage Voltage At M1-62 PHOTO SMOKE L5 3FL OUTSIDE OF RESTROOMS x x ON M1-187 x xx x x x x XON Device # PID Candela (feet) Current Drop Device a' M1-63 PHOTO SMOKE L5 3FL ELEV LOBBY x x x x x x ON x x x x x ON NAC4:V1-1 4906 9103 75cd 24 0.18600 0.221 18.78 6. v x x M1-188 x x x NAC4:V1-2 4906-9129 30cd 37 0.11600 0.521 18.48 M1-64 PHOTO SMOKE L5 3FL SOUTH OF ELEC RM x x x x x x X x ON M1-189 XXSXXXXXON NAC4:V1-3 4906-9103 15cd 55 0.06000 0.931 18.07 W a X ON M1-65 PHOTO SMOKE L5 3FL ELEC RM x x x x x x X M1-190 x xxxx x x XON NAC4:V1-4 4906-9129 30cd 32 0.11600 1.158 17.84 M1-66 NAC4PT SIGNAL L5 3FL ELEC RM NAC3 x x x x x x X x ON M1-191 x x x x x x x XON NAC4:V1-5 4906-9103 3Ocd 39 0.09400 1.408 17.59 s Lir x x x oN x XON NAC4:V1-6 4906-9103 30cd 33 0.09400 1.602 17.40 0 E L.- M1 67 ADRPUL PULL L5 3FL STAIR 2 x x x x x M1-192 x x x x x x x x ON x x X ON NAC4:V1-7 4906-9129 110cd 89 0.28500 2.075 16.93 X M1-68 PHOTO SMOKE L5 3FL NORTH CORRIDOR x x x x x xM1-193 x x x x x M1 69 IAN SO L5 3FL STAIR 2 TAMPER X x X x x x x x ON M1-194 X X x x x x x X ON NAC4:V1-8 4906-9103 75cd 24 0.18600 2.162 16.84IX x x x ON x x x x oN NAC4:V1-9 4906-9103 30cd 36 0.09400 2.255 16.75 CO .2 th M1-70 IAM WATER L5 3FL STAIR 2 WATERFLOW x x x x x M1-195 HEAT HEAT L5 PH ELEV MACH RM x x x x NAC4:V1-10 4906-9129 110cd 18 0.28500 2.291 16.71 L1 0 X x x x ON x x XON CC v Mt-71 x x x xM1 196 HEAT HEAT L5 PH ELEV MACH RM x x x x x NAC4:V1-11 4906-9103 15cd 40 0.06000 2.305 16.69 I 1 ce M1-72 x x x X x x X x ON M1-197 PHOTO SMOKE L5 PH ELEV MACH RM X x X x x x x x ON Totals: 427 Ft. 1.576A m co g LO o, M1-73 x x x X x x X x ON M1-198 PHOTO SMOKE L5 PH ELEV MACH RM X x x x x x x x ON Z N s m M 1-74 x X x X x x X x ON M1-199 HEAT HEAT L5 PH ELEV MACH RM x x X x x x x XON Z W N" i M1-75 X X x X x x X x ON M1-200 HEAT HEAT L5 PH ELEV MACH RM x x x X X x x x ON J 13 x X X ON x x x x oN NAC4:V2 Distributed Load Voltage Drop = M1-76 x x x x x M1 201 RIAM PRIMARY L5 PH ELEV MACH RM PRIMARY RECALL x x x x Q M1_77 x x x X x x X x ON M1-202 RIAM ALTERN L5 PH ELEV MACH RM ALTERNATE RECALL x x x x x x x XON x x x x ON x x x x x ON Allowable % Drop: = M1-78 x x x x M1-203 RIAM RELAY L5 PH ELEV MACH RM HAT FLASH x x x 16% Wire Res. Per Ft. 0.0029 ® 60' Celsius J CO f i M1-79 x x x x x x x x ON M1-204 RIAM RELAY L5 PH ELEV MACH RM SHUNT TRIP x x x X x x X XON Wire Gauge: 14ga Min. Device Voltage: 16.vdc ii 0 Z 0o Q o M1-80 x x x x X x X x ON M1 205 IAM SUPERV L5 PH ELEV MACH RM POWER MONITOR x x x x x x x XON Starting Voltage: 19vdc % Voltage Drop 7.84% Z o X x X ON X X X X X ON J ~ m J M1-81 x x xx x M1 206 IAM LSDUCT L5 PH AC 1 DUCT MONITOR x x x11 w M1-82x X x x X x X x ON M1-207 IAN LSDUCT L5 PH AC-2 DUCT MONITOR x x xxx x x x ON Normal Operation I a M1-83x x x x M1-208 IAM LSDUCT L5 PH AC-3 DUCT MONITOR x x x x x ~ X x x x ON x x x oN Distance Device Voltage Voltage At w x X x ON x x x x ON Device # PID Candela (feet) Current Drop Device J M1-84 x x xx x M1-209 IAM SO L5 AHU CONTROL ROOM TAMPER x x x x M1-85 X x X x X x X x ON M1-210 PHOTO SMOKE L5 AHU CONTROL ROOM x x x x x x x XON NAC4:V2 1 4906-9103 15cd 82 0.06000 0.515 18.48 M1-86 X X x x X x x x ON M1-211 x x x x x x x XON NAC4:V2-2 4906-9103 15cd 39 0.06000 0.747 18.25 X x x x x ON X x x XON NAC4:V2-3 4906-9103 110cd 13 0.25200 0.820 18.18 .8 g M1-87 x x x M 1-212 x xx x NAC4:V2-4 4906-9103 15cd 53 0.06000 _ 1.038 17.96 S 5. M1-88 x x xx x x x x ON M1-213 XX x x x x x XON NAC4:V2-5 4906-9103 15cd 22 0.06000 1.120 17.88 M1-89X x x x x x x x ON M1-214 X x x x x x X x oN NAC4:V2-6 4906-9129 3Ocd 35 0.11600 1.240 17.76 M1-90 PHOTO SMOKE L5 4FL SOUTH CORRIDORx x x x x x x x oN M1-215 X x XX x x x XON NAC4:V2-7 4906-9103 30cd 30 0.09400 1.322 17.68 x x x x x ON x x x x ON Y M1-91 ADRPUL PULL L5 4FL STAIR 1 x x x M1-216 x x x x NAC4:V2-8 4906-9103 30cd 30 0.09400 1.387 17.61 2 z M1-92 PHOTO SMOKE L5 4FL BY RESTROOMS x x x x x z x x ON M1-217 X x x x x x x XON NAC4:V2-9 4906-9103 75cd 48 0.18600 1.466 17.53 s = M1-93 PHOTO SMOKE L5 4FL WEST OF ELEV LOBBY x x x x x x x x ON M1-218 x x x x x x x XON NAC4:V2-10 4906-9103 3Ocd 43 0.09400 1.490 17.51 0 Q M1-94 PHOTO SMOKE L5 4FL ELEV LOBBY x x x x X ON M1-219 X x x x x x x XON 8 x x x Totals: 395 Ft. 1.076A M1-95 PHOTO SMOKE L5 4FL NORTH CORRIDOR x x x ON M1-220 x x X x x x x XON I m co M1-96 PHOTO SMOKE L5 4FL ELEC RM X x x x x x X x ON M1-221 x x x x x z x XON i M1-97 NAC4PT SIGNAL L5 4FL ELEC RM NAC4 X x x x x x X x ON M1-222 X x x x x x x x ON co M1 98 PHOTO SMOKE L5 4FL BY STAIR 2 x X x x x x x x ON M1-223 X x x x x x x XON NAC4:V3 Distributed Load Voltage Drop o S) M1-99 ADRPUL PULL L5 4FL STAIR 2 x x x x M1-224 x x x x x ap x x x x ON x x x oN Er 1 M1-100 IAN SO L5 4FL STAIR 2 TAMPER x x x x x x x x ON M1-225 X x x x x x x XON Allowable % Drop: 16% Wire Res. Per Ft. 0.0029 0 60' Celsius M1-101 IAN WATER L5 4FL STAIR 2 WATERFLOW x x X x x x x x oN M1-226 x X x x x x x XON Wire Gauge: 14ga Min. Device Voltage: 16.vdc o M1-102 RIAM RELAY L5 4FL RECEPT EGRESS CONTROL x x x x x X X x ON M1-227 X X x x x x x x oN Starting Voltage: 19vdc % Voltage Drop 10.73% _ M1-103 X x X x x x XON ON M1-228X x x x x x x XON 0 x x x x x x x x ON M1-229 X x X x x x x XON Normal Operation a Q M1-105 X x x x x x x x ON M1-230 x X x x x X x XON Distance Device VoltageVoltage ' ' At N x x x x ON x x x x x XON Device # PID Candela (feet) Current Drop Device w 5 Tr. M1-106 x x x x M1-231 x x 1-- M1-107 X x x x x x x x ON M1-232 X x x x x x x x oN NAC4:V3 1 4906-9129 15cd 43 0.07500 0.356 18.64 0 o E 03 M1-108 X x x x x x x x oN M 1-233 X x x x x x x x ON NAC4:V3-2 4906-9129 75cd 52 0.22100 0.765 18.24 W Y tn N M1-109 x x X x x x x x ON M1-234 X x x x x x x XON NAC4:V3-3 4906-9103 3Ocd 71 0.09400 1.231 17.77 M1-110 x x x x x oN M1-235 x x x x x X x X ON NAC4:V3-4 4906-9103 75cd 22 0.18600 1.363 17.64 sa 'n M1-111 X x x XX x x x oN M1-236 X x x XX x x XON NAC4:V3-5 4906-9103 75cd 40 0.18600 1.560 17.44 6x x x ON x x x x x x ON NAC4:V3-6 4906-9103 15cd 15 0.06000 1.618 17.38 M1-112 x x x x x M1-237 X X NAC4:V3-7 4906-9103 15cd 34 0.06000 1.736 17.26 DRAWN BY: M.GERRONE y M1-113 X x x x x x x x ON M1-238 X x x x x x x XON n NAC4:V3-8 4906-9129 110cd 70 0.28500 1.956 17.04 CHECKED BY: M.GERRONE x x x x aN M 1-239 X x x x x x x XON s M1-114 x x x x NAC4:V3-9 4906-9103 110cd 56 0.25200 2.038 16.96 ISSUE DATE: 5/19/15 S) M1-115x x x M1-240 x x x x xx xxx ON xxxXON M1-116 X x x x x x x x ON M1-241 X X x x x x X XON Totals: 403 Ft. 1.419A PROJECT#: 448:984678701 M1-117 XX x x x x x x oN M1-242X x x x x x x XON SIMPLEXGRINNELL© 2015 M1-118x x X x X x x x ON MI-243 X x x x x x x XON SYSTEM: M1-119 X x xx x x x x oN M1-244 X x x x x x x XON FIRE ALARM SYSTEM ` M1-120 ADRPUL PULL L5 5FL STAIR 1 x x Xx x x x x ON M1-245 XX x x x x x XON M1-121 PHOTO SMOKE L5 5FL ELEV LOBBY X x x x x x x x W oN M1-246 x x x x x z x x oN SHEET: 21 %. M1-122 PHOTO SMOKE L5 5FL ELEC RMx x x x x z X x ON M1-247 X x XX x x x XONTs M1-123 NAC4PT SIGNAL L5 5FL ELEC RM NAC5x x x X X x Xx oN M1_24$ x x x x x x X XON CALCULATIONS AND g s ifM1-124 ADRPUL PULL L5 5FL STAIR 2 X x x x x x x x ON M1-249 x x x X x x X SON SCHEDULES M1-125 IAM SO L5 5FL STAIR 2 TAMPER x x x x x x X x oN THRU ON 10 co NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES. M1-250 x x x x x x x XON .....2 THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS. NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES. o g aANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING. THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS. r C/`q 1-60 1 z E x M gM1 DEVICE MOUNTING HEIGHT REFERENCE (PER NFPA 72) USE ONLY UL USTED FIRE ALARM SIGNALING LINE (ADDRESSABLE) CIRCUITS SHIELDING EXAMPLE g 41 i 0 TWISTED SHIELDED PAIR CABLE UL LISTED FIRE PROTECTIVE SIGNALING CABLES MAY BE SELECTED FROM THE SIMPLEXGRINNELL WIRE & CABLE TABLE, #WIRE TABLE CLASS A t F (TSP) FOR IDNETS, DATA COMM. mr A/C SUPPLY LINES, AUDIO, PHONE & SPEAKER + + o� o VISUAL APPLIANCE MOUNTING HEIGHT CONSIDERATIONS IN SLEEPING ROOMS E' '`'nn OR RETURN WIRING IN A FIRE ALARM SYSTEM. PRODUCT INFORMATION �� A� 1. MIN DISTANCE IN SLEEPING ROOMS IS 24" (610mm) FROM CEILING TO MIN. SIZE IS 18-2 AWG SOLID STP. DIFFUSER THE 4" REQUIREMENT FOR SMOKE DETECTORS HAS WIRING TECHNIQUES FOR SHIELDED CABLE: TOP OF LENS FOR 110CD STROBES WITHIN 16' OF THE PILLOW BEEN REMOVED FROM THE 2010 EDITION OF NFPA 72 EXAMPLE: �� 2 X18-2 AWG SHIELDED •SHIELDS AND DRAINS MUST NEVER TOUCH GROUND. .,,, 2. 177CD STROBES, USED IN SLEEPING ROOMS, CAN BE WITHIN THE 24" TWISTED PAIR CABLE - MOST GROUNDS ARE DUE TO SHIELDING ISSUES. w 4" -,._ NOTE: MEASUREMENTS o-- (610mm) MINIMUM DISTANCE FROM THE CEILING. THE HIGHER 43' MIN • MOST SHORTS ARE SHIELD TO CONDUCTOR. ( ) (102mm) SHOWN ARE TO THE r INTENSITY IS TO COMPENSATE FOR A POSSIBLE SMOKE LAYER. • BY CREATING A PROPER PROCEDURE FOR WIRE IIc3 ...„ 3 LLLL (914mm MIN) CEILING CLOSEST EDGE OF THE •TRIM AWAY ONLY HANDLING WITH ADDRESSABLE CIRCUITS p LU -g '////////////////////////////////////////////////////////////////////// //// \\A\ ////////////////////////// /////////////// / //////////A DETECTOR. EEPSiHE DRAIN Q MOST GROUNDS AND SHORTS CAN BE ELIMINATED. i U� 5 WIRE UNDAMAGED. •ALL UNSHIELDED WIRE MUST BE ENTIRELY IN GROUND CONDUIT. ,,, CEILING MOUNTED •CONDUIT SYSTEM MUST HAVE A GOOD REFERENCE TO EARTH GROUND QI orn� - FOR CEILING HEIGHTS LESS THAN 86" (2180mm), NFPA 72 AUDIBLE APPLIANCE SMOKE/HEAT 4p • PIGTAILS, (T-TAP) WIRING IS PERMITTED TO ADDRESSABLE DEVICES N 08°c h' THE VISUAL LENS MOUNTING HEIGHT SHALL BE SHIELD FOR CLASS B CIRCUIT WIRING. ie w0:4 6" MIN (152.4mm MIN) DEFECTOR (102mm) 12" (MAX) f ,, � �,�,�, o WITHIN 6" (150mm) OF THE CEILING. AUDIBLE ONLY 1 BELOW FINISHED CEILING (305mm MAX) PREPAE THE CABLE BY DRAIN WIRE EXAMPLE FOR �Nw t HEAT DETECTORS REMOVING 2" TO 4" OF q WIRING LABELING �pc� 90" MIN (2286mm MIN) w f 4110 AO= ACCEPTED HERE NEVER HERE ' JACKET AS NEEDED. 14t �W> �� ( i ` ABOVE FINISHED FLOOR r • WIRE o �S.n OTHER MOUNTING HEIGHTS SHALL BE DISCARD r TAG 9 (0 "t `Fi?E � FRE_, � �' ( � REUSE INSULATION-�- 11 Q H PERMITTED BY THE AHJ PROVIDING IT �/�= GENERAL WIRING GUIDELINES SHIELD N`.ML CLASS 'B' AUDIBLE/VISUAL MEETS THE SOUND LEVEL OUTPUT REQUIRED.) / 1. ALL WIRING IS TO BE COPPER CONDUCTOR. ALL EQUIPMENT MUST + + - - BE INSTALLED IN ACCORDANCE Wi1H THE MANUFACTURERS � & VISUAL ONLY WALL MOUNTED MOIR TO EXIT DOOR RECOMMENDATIONS AND THE SPECIFICATIONS AND STANDARDS .n.n � APPLIANCES SMOKE/HEAT OF THE AUTHORITY HAVING JURISDICTION. HE INSTALLATION OF ^� r DRAIN WIRE TO PREVENT CONFUSION AND POSSIBLE 5' MAX. ALL WIRING, CABLE AND EQUIPMENT MUST BE IN ACCORDANCE �1�' ERRORS, ALL WIRES MUST BE TAGGED. (MAX.) DETECTOR WITH NFPA 70, NATIONAL ELECTRICAL CODE NEC), AND SPECIFICALLY SEE WIRE LEGEND FOR TYPES. WIRES MUST BE CONNECTED (1524mm) WITH ARTICLE 760, FIRE ALARM PROTECTIVE SIGNALING SYSTEMS; SEPARATELY UNDER TERMINALS. SYNCHRONIZE MORE THAN DOOR ARTICLE 800, COMMUNICATION CIRCUITS, WHERE APPLICABLE. 5� A CONTINUOUS WIRE LOOP TWO APPLIANCES IN ANY -r WIDTH 2. IF SHIELDED WIRE IS USED, THE FOLLOWING MUST BE OBSERVED: rDRAIN WIRE IS NOT ALLOWED. FIELD OF VIEW. LESS 3" A. METALLIC CONTINUITY OF THE SHIELD MUST BE MAINTAINED AND RED " 7fimm INSULATED THROUGHOUT THE ENTIRE LENGTH OF THE CABLE. STRIP OFF APP 0X. ONLY CLASS B IDNET, MAPNEi OR a ( ) B. SHIELDS SHALL ONLY BE CONNECTED Al THE CONTROL UNIT. 1-2 INCHES OF PUSH REUSED INSULATION �� H SHIELD MUST NOT BE CONNECTED TO, OR TOUCH CONDUIT, ELECTRICAL BLACK INSULATION TO CAREFULLY DOWN INTO DATA COMM. CABLE MAY BE it g 1,, BOXES, OR ASSOCIATED HARDWARE AT ANi POINT. SLIDE ONTO DRAIN WIRE. . JACKET. SECURE WITH T-TAPPED. R MUST BE DONE �. n 96" MAX (NFPA, ADA) SIDE WALL C. THE ENTIRE LENGTH OF THE CABLE MUST HAVE A RESISTANCE GREATER ELECTRICAL TAPE. IN A JUNCTION BOX WITH (2440mm HAN 1 MEGOHM TO EARTH. CABLE STRAIN RELIEF I.E. MAX)) (127mm) D. ALL CONDUCTORS ARE TO BE FREE OF SHORTS AND GROUNDS. ( ) CORD CLAMP/BUSHING, AND ii ABOVE FINISHED FLOOR MANUAL 3. UNDERGROUND WIRING MUST BE LISTED FOR APPLICATION AND FREE OF ALL WATER. / BLACK TAPE WRAPPED AS SHOWN HERE. 77 REF. 80" MIN (IBC) 4. WIRING OTHER THAN THAT CONNECTED TO ELEVATOR CABS MUST NOT BE RUN TO TOP OF LENS PULL IN ELEVATOR SHAFTS (REF.NFPA 70, ARTICLE 620). REDUCE EXPOSED WIRES TO 6 (2032mm MIN) DRAIN WIRE STATION 5. WIRING IN DUCTS, PLENUMS AND OTHER AIR HANDLING SPACES MUST BE USTED ABOUT 5/16" TO 3/8" FOR r REF. 96" MAX (IBC) FOR PLENUM USE AND INSTALLED IN ACCORDANCE um NFPA 70, ARTICLE 300. INSERTION INTO BOX TYPE 80" MIN (ADA) (2032mm MIN) FIRE 6. SPLICING IS PERMITTED IN ACCORDANCE WITH NFPA 70. ALL JUNCTIONS MUST OR SCREW-CLAMP TERMINALS. \ STRIP THE INSULATED WIRES (2440mm MAX) PHONE MAGNETIC BE INSULATED AS SOUNDLY AS THE ORIGINAL JACKET. CONTINUITY OF ANY SHIELD \`\ ABOUT 5/16' TO 3/8' FOR s 80" MIN (NFPA) (2032mm MIN) (WHERE USED) MUST BE MAINTAINED. \\l ELECTRICAL TAPE. INSERTION INTO BOX-TYPE OR ABOVE FINISHED FLOOR JACK DOOR SCREW-CLAMP TERMINALS ON g SECURE THE TO BOTTOM OF LENS 1 EI' 7. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT. 7 THE ADDRESSABLE DEVICE. O DRAIN WIRES INTO • HOLDER 8. THE COMMUNICATION CIRCUIT MEETS THE OPERATIONAL CHARACTERISTICS DEFINED FORA STYLE 4 ,a. THE CONNECTOR a tm e AND STYLE 6 SIGNALING UNE CIRCUIT. MAXIMUM WIRE RUN NOT TO EXCEED 2500 FT. IL / " APPROVED FOR FINISHED 9. ALL CIRCUITS ARE SUPERVISED AND PO -llNITED UNLESS OTHERWISE INDICATED. SHIELD WIRES ARE NOT SUPERVISED. THE OURPOSE. Fo ® WALL 1D. OPERATING POWER, FOR ZDNet DEVICES, MUST ORIGINATE FROM APOWER-LIMfTED POWER SUPPLY LISTED FOR FIRE WIRES MUST BE NOTE: REFER TO THE PROPER DEVICE PROTECTIVE SIGNALING USE OR, FROM THE FA CONTROL PANEL POWER SUPPLIES INDICATED IN THE APPROPRUIIE ��T1GHT ENOUGH DIAGRAM. MAXIMUM WIRE NOT TO EXCEED 1KM 3270 FT. "�-�y.---THE SHIELD/DRAIN IS NEVER Zx,. ( ) J TO HOLD SECURELY INSTALLATION INSTRUCTIONS 48" MAX (ADA) (1219mm) CONNECTED TO THE DEVICE. 11. WHEN COMMUNICATION WIRING OR OPERATING WIRING LEAVES THE BUILDING, OVERVOLTAGE PROTECTORS ARE AND NOT SUP OUT FOR BACKBOX MOUNTING HEIGHT. REQUIRED; USE 2081-9044, INSTALL ONE WHERE iT LEAVES THE BUILDING AND ONE WHERE IT ENTERS THE NEXT BUILDING. OF THE CONNECTION. 48" MAX (NFPA, ADA) (1219mm MAX) 12. TO PREVENT CONFUSION AND POSSIBLE ERRORS, TAG AIL CONDUCTORS, CODE AT INSTALLATION, TO IDENTIFY ® ENSURE BARE DRAINS FINISHED 42" MIN (NEPA) (1067mm MIN) CIRCUIT ASSIGNMENT, POLARITY AND IN OR OUT DIRECTION OF THE WIRING. LOG ON AS-BUILTS. ) I ARE SECURED AND FLOOR 13. LEAVE ADEQUATE SLACK IN THE WIRING TO ALLOW FOR TROUBLE SHOOTING. UNABLE TO MAKE re MEASUREMENTS SHOWN ARE SIMPLEXGRINNELL IS NOT RESPONSIBLE FOR ELECTRICAL CONTRACTOR'S WIRE CONDITIONS. TRIM THE BARE DRAIN EXTERNAL CONTACT. I , \ I 14. IDNet COMMUNICATION UNE SPECS.: TO ABOUT 1 1 2 JOIN SEE NOTE 2 TO TOP OF PULL HANDLE / MAX. 36 VDC ® .5A 15. IDNET MAXIMUM NUMBER OF DEVICES: THEM WITH AN ELECTRICAL 3333 BAUD NON-CODED 250 CONNECTOR LISTED AND 330 MAX. UNE RESISTANCE CODED PIEZO BASES 43 MAX. APPROVED FOR WIRE SPLICING. 217 ADDRESSES STiLL AVAILABLE FOR OTHER DEVICES. END—OF—LINE RESISTOR CODES 4090-9002 IDNet SLC, INDIVIDUAL ADDRESSABLE OUTPUT MODULE RELAY (AOM) 0 PRODUCT INFORMATION FEATURES: , f NOTE: REFER TO PANEL/MODULE AND DEVICE INSTALLATION •A• LSINLISTED EDADDRESSABLE POINT BOTH CONTROLS A 2A FORM /���� i. r INSTRUCTIONS FOR PROPER TERMINATIONS. "c" CONTACT AND TRACKS ITS STATUS ` its !!!! •COMPATIBLE WiTH SIMPLEX MODEL 4010 AND 4100 ADDRESSABLE �' �� FIRE ALARM CONTROL PANEL \ I I * USE WITH RETROFIT OR HIGH CURRENT MODULE •LATCHING RELAY DESIGN ALLOWS DATA AND POWER TO BE ! \l s BOTH SUPPLIED BY IDNet COMMUNICATIONS �' I �' s REFERENCE •COMPACT, SEALED CONSTRUCTION: MODEL NUMBER OHMS 1ST BAND 2ND BAND 3RD BAND 4TH BAND 5TH BAND WATTS CIRCUIT TYPE FIRE ALARM PANEL/MODULE - SCREW TERMINALS FOR WIRING CONNECTIONS - REDUCES DUST INFILTRATION b 4081-9001 733-892 2.2K RED RED RED GOLD N/A 1/2 ANNUNCIATOR (4300) 4004, 4010 (TROUBLE) SPECIFICATIONS:NO. INITIATING 4004*, 4004R, 4005*, 4006, • RELAY IAM POWER: SUPPLIED BY IDNet COMMUNICATIONS4" SQUAE X 2 1/8" DEEP BOX • RELAY IAM CONTACTS (FORM "C SPOT)PULL, SMOKE, HEAT, 4100, 4120, 41000, ZAM'S J, K SUPPLIED BY CONTRACTOR4081-9002 733-893 3.3K ORANGE ORANGE RED GOLD N/A 1 WATERFLOW, TAMPER, ETC. • POWER LIMITED RATING: 2A Ai 24VDC, TRANSIENT SUPPRESSEDLOADS, 1A 0 24VDC FOR INDUCTIVE LOADS4.24 PT. I/O SWITCH SUPV. 4605-7401, 4100 SERIES • NON POWER LIMITED RATING: 1/2A ® 24VAC, TRANSIENT SUPPRESSED i LOADS, 1A 0 24 VDC FOR INDUCTIVE LOADS • CURRENT LIMITED NO. INITIATING 40909001 IDNET IAM (EOLR) . WIRE CONNECTIONS: SCREW TERMINALS FOR IN OUT4081-9003 733 896 4.7K YELLOW VIOLET RED GOLD N/A 1/2 NOTIFICATION (DACT) 2080 9024 # AWG WIRE / 4:7WIRING, 18 TO 14 1 • COMPATIBLE WiTH SIMPLEX 2081-9044 OVER VOLTAGE PROTECTORS N.O. INITIATING 4004, 4005, • DIMENSIONS: 4 1/8"H x 4 1/8"W x 1 3/8"D (105mm x 105mm x 35mm) ` ' 4081-9004 733-886 6.8K BLUE GREY RED GOLD N/A 1/2 PULL, SMOKE, HEAT, 4090-9001 IDNET IAM • HOUSING MATERIAL: BLACK THERMOPLASTIC o TI _ WATERFLOW, TAMPER, ETC. 2190-9173 MAPNETII 2 PT I/O • MOUNTING PLATE MATERIAL: SHEET METAL GALVANIZED RELAY IAM J i. 4-20MA ZAM (TROUBLE) • TEMPERATURE RANGE: 32' F TO 120' F (0' C TO 49' C) INTENCURRENT LIMITED N.O. INITIATING • HUMIDITY RANGE ED FOR NUPDTOR 093% RHHNAT 100' F (38' C) J 4081-9005 733-984 1.8K BROWN GREY RED GOLD N/A 1/2 (IN LINE) 4090-9001 IDNET IAM DESCRIPTION: ;� ` BACK BOX COVER OPTIONS; LL.i il IDNet SLC RELAY MODULES ALLOW THE SIMPLEX FIRE ALARM SEMI-FLUSH TRIM PLATE 4090-9801 (SHOWN) c 4081-9006 733-890 560f1 GREEN BLUE BROWN GOLD N/A 1 N.C. INITIATING (EOLR) 4005*, 4090-9001 IDNET IAM WITH LIGHT PIPE FOR LED VIEWING 1 D / CONTROL PANEL TO CONTROL A REMOTELY LOCATED FORM C� SURFACE TRIM PLATE 4090-9802 4100, 4100U C" CONTACT USING IDNet ADDRESSABLE COMMUNICATIONS WITH LIGHT PIPE FOR LED VIEWING o FOR BOTH DATA AND POWER. TYPICAL APPLICATIONS 2-GANG BACK BOX COVER 4081-9007 733-891 1.2K BROWN RED RED GOLD N/A 1 N.C. INITIATING (EOLR) 4005 WOULD BE FOR SWITCHING LOCAL POWER FOR CONTROL SUPPLIED BY CONTRACTOR ^ E 5. u¢ FUNCTIONS SUCH AS ELEVATOR CAPTURE, OR CONTROL OF `,J 4004, 4005, 4006, 4008, HVAC COMPONENTS. PRESSURIZATION FANS, DAMPERS, ETC. LE 4081-9008 733-894 10K BROWN BLACK ORANGE GOLD N/A 1/2 NOTIFICATION rs p o o Q E 4009, 4010, 4100, 4100U RELAY STATUS IS ALSO COMMUNICATED REQUIRING ONLY ONE 0 O CI o - DEVICE ADDRESS. 4081-9009 733-912 2051 RED BLACK BLACK GOLD N/A 1 TO MR-101 RELAY COIL 4005 8 POINT I/O l _ ® ® ® ® ® ® ® ®ti WIRING NOTES: .� n �'�N.C. INITIATING (ACROSS CONTACTS) 4005*, 4090-9001 IDNET IAM 1. IDNet LINES ARE TO BE #18 AWG TWISTED PAIR (CONSULT --- NORMALLY CLOSED (NC.) lu I NORMALLY CLOSED (NC.) 1.1.. 0 rnSG SALES ENGINEERING FOR EXCEPTIONS). ^ KTI r` I4081-9010 733-973 1K BROWN BLACK RED GOLD N A 1 24 PT. I/O (ACROSS CONTACTS) 4605-7401, 4100 SERIES 2. MAXIMUM ALLOWABLE UNE RUN, FROM THE FA.C.P. TO THE FARTHEST - � COMMON _ _ COMMON CO 0/ - CURRENT LIMITED N.O. INITIATING DEVICE, NOT TO EXCEED 2500 FEET. '�I NORMALLY OPEN (N.O.) r •, �� NORMALLY OPEN (KO.) 4090-9001 IDNET IAM ( - - - - - _ 1 f, cc (IN SERIES WITH CONTACT) 3. MAXIMUM QUANTITY OF DEVICES PER CIRCUIT: CONTROL PANEL I 1 - . 1.-2,.•• ..:,11 I I- - I ��l n .�® U NOT USED NOT USED MODULE DEPENDENT I i- - I 7 -116._--1- 11m co °' 4081-9011 733-974 10051 BROWN BLACK BROWN GOLD N/A 1/2 ANNUNCIATOR (N2) 4006, 4008, 4010 4. CONTRACTOR WIRING TO RELAY CONTACTS IS UNSUPERVISED. I I �� �� I I z N 1:34081-9012 733-985 22K RED RED ORANGE GOLD N A 1 2 SPEAKER CIRCUIT 4003 USE #14 AWG WIRE TO LOCAL CODE. I I 1 I o o O I I I I 0 0 0 1 m` / / 5. RELAY CONTACTS RATED 2A, 24VDC (1A FOR INDUCTIVE LOAD) I I 1 I I I 1 I Z W ti _ >n 4081-9013 734-086 4.99K YELLOW WHITE WHITE BROWN BROWN 1/2 RELAY CONTACTS RATED 0.5A 120VAC (NON POWER LIMITED) ti. CT) c FOR POWER-LIMITED OPERATION, POWER MUST BE PROVIDED I I 1 L +I_, I ADDRESS SETTING UNDER J C N.C. INITIATING FROM FACP OR POWER-LIMITED POWER SUPPLY USTED FOR FIRE 4081-9014 734-092 2.4K RED YELLOW RED GOLD N/A 1/2 4090-9001 IDNET IAM I L L J I i RE-SEALABLE LABEL O 0 / / (SECURITY MONITORING EOLR) PROTECTIVE SIGNALING USE. 6. SEE INSTALLATION INSTRUCTIONS 574-184. I I I I z co ci 5 CURRENT LIMITED N.O. INITIATING 7. IF SHIELD IS PRESENT, CONNECT TO THE OUTGOING IDNet SHIELD PRIMARY I I I SECONDARY IDNet SLC ONES ) J n 4081-9015 734-093 1.5K BROWN GREEN RED GOLD N/A 1/2 {SECURITY MONITORING EOLR) 4090-9001 IDNET IAM TO PROVIDE A CONTINUOUS SHIELD OVER THE LENGTH OF THE IDNet SLC LINES O -p ZDNet CHANNEL METHOD OF SPLICE DETERMINED BY AHJ. III ® ® © U O Q ; 4081-9016 734-149 150K BROWN GREEN YELLOW GOLD N/A 1/2 8. WHEN CONNECTED TOA NON POWER-UNITED SOURCE, THE WIRING ©©© OPTIONAL SHIELD p z N MUST MAINTAIN A MINIMUM 1/4 INCH SEPARATION FROM IDNet WIRING. 4. D S ® S ` 5 z . a 4081-9017 734-171 3.9K ORANGE WHITE RED GOLD N/A 1 9. WHEN USED WITH NON POWER-UNITED SOURCE, THE 'POWER UNITED R I I B R I 1B LLI 4081-9018 734-168 10K BROWN BLACK ORANGE GOLD N/A 1 70VRMS CONSTANT SUPV. NACS 4100-1260 WIRING" INDICATION ON THE DEVICE LABEL MUST BE OBLITERATED. I I I 10. WHEN BOTH POWER-UNITED AND NON POWER-UNITED SOURCES ± 378-090 8.2K GRAY RED RED GOLD N/A 1/2 SECURITY MONITORING (EOLR) 4100, 4100U ARE PRESENT, USE TYPE FPL, FPLR OR FPLP POWER LIMITED + - + - na CABLE FOR POWER-UNITED CIRCUITS. FROM PREVIOUS SLC DEVICE ZDNet SIC W 378 046 5.6K GREEN BLUE RED GOLD N/A 1/2 N.O. SECURITY MON. (SERIES) 4100, 41000 11. MAXIMUM TOTAL WIRE (INCLUDING ALL T-TAPS) ON CIRCUIT, FROM THE < 1 OR F.AC.P. © TO FACP. Ili LT 378-069 12K BROWN RED ORANGE GOLD N/A 1/2 N.C. SECURITY MON. (SHUNT) 4100, 4100U FA.C.P. NOT TO EXCEED 10,000 FEET OR .58uF. (CLASS B ONLY) 12. REFER TO FIELD WIRING DIAGRAM 842-073 o 8 TrueAlertT"NON—ADDRESSABLE MULTI—CANDELA AUDIBLE/VISIBLE NOTIFICATION APPLIANCE TrueAlertTMNON—ADDRESSABLE MULTI—CANDELA VISIBLE NOTIFICATION APPLIANCE 1 g PRODUCT INFORMATION PRODUCT INFORMATIONcc (ELECTRONIC HORN W/STROBE) (WALL MOUNT) EDDSKIRTRNO. 4905-9937 UOR 4' SQUARE x 1-1/2" DEEP BOX FEATURES: FEATURES: WHITE SKIRT NO. 4905-9940 •CLASS B (STYLE Y OPERATION REQUIRES CONNECTION WHEN 4905-9937SURFACE MOUNTING USE ) RED SKIRT 05-9 0 (RED) 4" SQUARE x 1 1/2" DEEP BOX •UL USTED TO STANDARD 1971 4905-9931 ADAPTER PLATE o 2975-9145 BOX TO A COMPATIBLE SMARTSYNC NAC OR TO WHiTE SKIRT NO. 4905-9940 (WHITE) •ADA COMPATIBLE O SMARTSYNC CONTROL MODULE (SCM) 4905-9938 IMPORTANT! MINI= �� SYNCHRONIZATION FLASH RATE MODE FOR USE WITH: z •CLASS A (STYLE 2) OPERATION WHEN CONNECTED TO THE WALL MOUNT INSTALLATION ��� o o o I 4905-9938 SCM OR 4100U SERIES FIRE ALARM HEIGHT REFERENCE �_ •SEPARATE STROBE SYNCHRONIZATION MODULES THAT ARE AVAILABLE —.--.--) 4905-9961 o� o CONTROL PANEL NAC'S °'(__ ' FOR CLASS B OR CLASS A OPERATION Ij1�l=l=l�l.��LiII) GUARD (SHOWN SHOWNHERE ORONAL E ELECTRICAL BOTTOM OF TENS •SEPARATE SMARTSYNC CONTROL MODULES SCRs THAT PROVIDE REFERENCE ONLY, CAN BE SPECIFICATIONS: BOX OUTLINE IS EITHER EVEN WITHABOVE 7,7_,, ( ) II�'I����.I�I�III ' USED ON OTHER MOUNTING , ombpif s OR SUGFILY A804EoCLASS B OR CLASS A OUTPUT FROM CONVENTIONAL NAC INPUTS Dm •HOUSING DIMENSIONS INCLUDING LENS 5 1 8°H X 5" W X 2 3/4"D BOTTOM OF I/,1I�I�I�I�I■lidOPTIONS) ■, .,( ) / C0OMPATIBLE BOXES �y v SPECIFICATIONS: �"�••�••� I <�. ���Lu •TEMPERATURE RANGE: 32' F TO 122' F (ff TO 50' C) �{(�411%, \ . •HOUSING DIMENSIONS: 5-1/8" H X 5" W X 2-3/4' D (130mm X 127mm X 70mm) I '.�'VIII / ° Er¢ •HUMIDITY RANGE: 10% TO 93% NON-CONDENSING AT 100' F (38' C) Njit / o - • •TEMPERATURE RANGE: 37F TO 122'F (0 TO 50'C) /� _ /I�'I' / �.4 IC/3 • TERMINAL BLOCKS FOR 18 AWG TO 12 AWG; TWO WIRES PER o /� �(► ►� o •HUMIDITi RANGE: 10% TO 93% NON-CONDENSING AT 100'F (38"C) III ' U R'W:111 111111111„0 '® , Zm TERMINAL FOR IN/OUT WIRING. ���;� NEPA 72 REQURES THAT U - •TERMINAL BLOCKS FOR 18AWG TO 12AWG; TWO WIRES PER •— 411111111111* 0 aTHE ENTIRE LENS BE NOT ` TERMINAL FOR IN OUT WIRING, op Bo" ' / � ALTERNATE BACK BOXES s MIN. LESS THAN 80"MID NOT ' Q ,/ 1. 2 GANG 1-1/2" DEEP BOX � —. GREATER THAN 96'ABOVE i I ALTERNATE BACK BOXES WIRING: / o I •.�== THE FINISHED FLOOR. I 2. SINGLE GANG 1-1/2' DEEP BOX O E (/LL..I�I I ..Irl)I 1. 2 GANG 1 1/2" DEEP BOX 1. NOTIFICATION APPLIANCES ARE RATED PER INDIVIDUAL NAMEPLATE LABEL STANDARD ELECTRICAL BOX MOUNTING �� 7 4905 99b1 OPTIONAL WIRE 1JllU•IUIIIl! Ip 7 2. SINGLE GANG 1 1/2" DEEP BOX 2. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS. DO NOT LOOP 4° SQUARE BOX, 1-1/2" DEEP I' /�'�� _ Q GUARD (SHOWN HERE FOR T��I.I.LLi■11� b ��' 0`�/ WIRES UNDER TERMINALS. p REFERENCE ONLY, CAN BE3. ALL NAC WIRING CONNECTIONS ARE SUPERVISED AND POWER-LIMITED. USED ON OTHER MOUNTING giiiiiiiiiiii-- 111 oOPTIONS ' 4. SEE INSTAllATION INSTRUCTIONS (579 548) FOR ADDITIONALINFORMATION.Q ) - - ' ` 'IL SEMI FLUSH MOUNTING co Q R. -err 2975 9145 BOX �8� SEMI-FLUSH MOUNTING STROBE: SURFACE MOUNTING ��. -- v � _�I, o `s I� _ I l/ •RATED VOLTAGE RANGE: UL USTED: 16 VDC TO 33 VDC PER UL 1971 a ULC LISTED: 20 VDC TO 3D VDC PER ULC S526-M878 rii HORN •FLASH RATE: 1Hz SURFACE MOUNT ADAPTER SKIRT o In - SOUND OUTPUT CHARACTERISTICS: 2400 TO 3700 Hz SWEEP, •SYNCHRONIZED MODE NAC LOADING: MAXIMUM OF 35 SYNCHRONIZED STROBES PER NAC CIRCUIT. 1 5/8" (41mm DEEP. 5 MODULATED AT 120 Hz RATE 4905-9931 ADAPTER PLATE CONDUIT CUTOUTS ARE PROVIDED co a A cv *CURRENT DRAWS REFLECT STROBE FLASHING ON ALL FOUR SIDES. TO ADDITIONAL NOTIFICATION cn APPLIANCE DEVICE OR RETURN s rn HORN SOUND OUTPUT RATINGS 0 10 FT. (3m) TO ADDITIONAL NOTIFICATION HOUSING LETTERING STROBE RM CURRENT 9 TO FACP FOR STYLE Z APPLICATION s MODEL NUMBER COLOR COLOR RATING 16 VDC 18 VDC 24 VDC — — — -t iii VOLTAGE 16 VDC 24 VDC 33 VDC — — APPLIANCE DEVICE OR RETURN IF LAST DEVICE ON CIRCUIT IN A =t 4906-9101 RED WHITE 15cd 60 mA 53 mA 40 mA TO FACP FOR SME Z APPLICATION I — — —t STYLE Y APPUCATiON PLACE A SOUND TYPE * STEADY CODED STEADY CODED STEADY CODED T � �� + IF LAST DEVICE ON CIRCUfi INA 30cd 94 mA 84 mA 63 mA I 1 + '-'� — _T 75cd 186 mA 165 mA 124 mA TERMINALS 3 & 4 ME NOT USED I 10K 1/2W END-OF LINE RESISTOR H STYLE Y APPLICATION PLACE A DRAWN BY: M.GERRONE 1 REVERBERATE CHAMBER 86 dBA 82 dBA 88 dBA 84 dBA 90 dBA 86 dBA TERMINALS 3 & 4 ARE NOT USED 10K 1/2W END-OF UNE RESISTOR 110cd 252 mA 224 mA 168 mA P a UL 464 TEST 4906-9103 I WHITE I RED 15cd 60 mA 53 mA 40 mAI CHECKED BY: M.GERRONE ANECHOIC CHAMBER 92 dBA 91 dBA 94 IDA 95 dBA 96 dBA 96 dBA I I I 30cd 94 mA 84 mA 63 mA I . I I I I 1- i . 75cd 186 mA 165 mA 124 mA _ _ '4 TISSUE DATE: 5/19/15 �� I r iJ I 0!--'47-<3'-- iD * CODED VALUES ARE TYPICAL OF THE OUTPUT MEASURED WiTH A TEMPORAL I :fi dl " I C)�il .- 110cd 252 mA 224 mA 168 mA • " I ,. /�� JOB#: F CODED OR A MARCH TIME CODED PULSE AND WiTH A SOUND LEVEL METER I I , I I I �� { 1 'I O O (,O} I 0 -10 ,. 8 READING ON A °FAST" SETTING. UNDER THE SAME TEST CONDITIONS, CODED O (��l ' I OO O) IIMPORTANT! FROM A COMPATIBLE SIMPLEX I _ I PROJECT#: 448:984678701 0 SMARTSYNC NAC OR FROM + "tat u SIMPLEXGRINNELL© 2015HORN OUTPUT "PEAK' SOUND LEVEL READINGS ARE TYPICALLY 4 dBA HIGHER. FROM A COMPATIBLE + : u1-- JJ _r— M © WALL MOUNT INSTALLATION SMARTSYNC CONTROL L 5_ I I I]I O LILISIMPLEX SMARTSYNC L Zip_ O L + L ( 'IiI©© _ O � HEIGHT REFERENCE MODULE (SCM) 4905-9938 1..— 0 I I■ IMO® I SYSTEM: STROBE NAC OR FROM I! r v OPI OR SIMPLEX 4905-9914SMARTC COOL 1-- I. no ..�� [}L BOTTOM OF LENS II I I II FIRE ALARM SYSTEM - RATED VOLTAGE RANGE: UL: REGULATED 24VDC PER UL 1971 ELECI1ACAL OR 9922 SYNC CUBE 1♦ I immirWi ULC: 20VDC TO 3OVDC PER ULC 5526 M878 MODULE (SCM) 4905 9938 Ij �1 F E I BOX OURINE IS EITHER EVEN WITH I 1 i i 2 - FLASH RATE: 1Hz i I I ' ORSLIGHTLY BOXES I U_I ' I (. .� L SHEET: - SYNCHRONIZED NODE NAC LOADING: MAXIMUM OF 35 SYNCHRONIZED STROBES PER NAC CIRCUIT. El II BOTTOM OF *CURRENT DRAWS REFLECT STROBE FLASHING AND HORN ON. I ` .f I I. .I ABM ! 1 — _� i HOUSING LLFILRING SiROBE RMS CURRENT ® I ( I o MODEL NUMBER COLOR COLOR RATING i6 VDC 18 VDC 24 VDC I� I lir:/1...,,E5111 �� I Q -- I �ii I� �'II Q Q ( �I WIRINGTYPICALS m EL 4906-9127 RED WHITE 15cd 75 mA 67 mA 50 mA I 061:1111111111111111 11110 IQ ,� I `\a_ I�I=IJ `� �I=I v J By30cd 116 mA 103 mA 11 mA J I—I JTNEPA 72 HE ENiIREELOENSBE NOT "'~— -' ! � I75cd 221 mA 196 mA 147 mA ) ( r °' 1 0 mA -�� �_I� FIVII SO" LESS THAN 80'MID NOT INTENSITY SELECTION °' co 4906-9129 WHITE RED 110cd 75 mA 25367 mA 50 mA INTENSITY SELECTION ® MIN' GREATER THAN 9a'ABOVE PLUG, ACCESSIBLE ONLY �® w E w 30cd 116 mA 103 mA 77 mA PLUG, ACCESSIBLE ONLY THE FINISHED FLOOR. FROM REAR OF HOUSING; ' _ a 75cd 221 mA 196 mA 147 mA FROM REAR OF HOUSING il ill 110cd 285 mA 253 mA 190 mA FACTORY SETTING IS 15cd FACTORY SETTING IS 15cd 4111111 o x<* VIEWING SLOT STROBE INTENSITY Z = STROBE INTENSITY VIEWING SLOT FA-701 a M iict E m 2