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Plans (7) F'PS2015 - 00190 RECEIVED DEC 2 2015 CITY O BUILDING D V ON �U Z v =Q( m Q CL LAC3 - (j w U. -93 lz o0c g (WD � LoLINCOLN 1h v �cnW �W> 0 a MYut CG c0:5tq EDWARD JONES STE 140N FIRE ALARM SYSTEM imm W W •3 W a L_ T W OOm N 3 W T b W D W N }W} O i L SITEINSTALLER DRAWING INDEX DWG# DESCRIPTION r LINCOLN 1 CAPITAL ELECTRIC FA-001 COVER SHEET FA-002 GENERAL INFORMATION 10300 SW GREENBURG RD 11401 NE MARX ST FA-101 DEVICE PLACEMENT PLAN &CALCULATIONS W 0 TIGARD OR 97223 PORTLAND , OR 97220 FA-701 WIRING TYPICALS o m a E PHONE : 971 -506-3072 CONTACT: DA WILSON N 3 W Q a W O ri v W `o Q n m L O C O m�W G a L T W O C M a C R� T �r+' C s . O Q H E _. C r MYOFTIGARD LtJ T r UL N APPr�►v� � �� �.� Q W ti OTC: r Permit �'"-"� r 0 fir/ .� = Address; 0= �NNW ../ J C!3 D s Suitt#: Data 0 C5 BY: Liz az E EE �_- w OFFICE COPY W J h N C O N M! TZ C 1 O W O W C W W C z Lu E X c E � O GJ 6305 SW ROSEWOOD ST, SUITE A Q LAKE OSWEGO, OR 97035 W a N � M M c W PHONE: 503-683-9000 w BY: J.JOHNSON ell SERVICE. 503-683-900 1 CHEC ED BY J. JOHNSON m FAX. 503-675-6521 ISSUE DATE: 11/30/15 JOB# PROJECT It 448:989315201 s _ t SIMPLEXGRINNELL© 2015 TM SYSTEM: r �, Smarter. �, FIRE ALARM SYSTEM ii SHEET: q W W SALES REPRESENTA T1 VE SCHEDULING DRA WINGS PREPARED BY COVER SHEET a� BRYAN ADAMS FAITH KASKE JEFF JOHNSON ms 503-683-9000 503-683-9000 NICET LEVEL 111 #121846 0 Lu bradams@simplexgrinnell.Com fkaske@simplexgrinnell.Com FA- 1 ? m x 00 Q � m a'9 GENERAL MOTES SYSTEM DESCRIPTION / SCOPE OF WORK SYMBOL KEY ail r sc m ui 1. THE FIRE ALARM CONTRACTOR WILL PROVIDE 48 HOUR NOTICE TO THE OWNER AND TESTING AGENCY FOR ALL OCCUPANCY TYPE: B BUSINESS GROUP ui TESTING REQUIRED. THE AUTHORITY HAVING JURISDICTION SHALL BE NOTIFIED OF THE DATE AND 11ME OF THE FIRE ALARM SYMBOLS LEGEND o FINAL FIRE ALARM TESTING, AND SHALL ASSIST/WITNESS SUCH TESTING WHEN ABLE. SPRINKLER PROTECTION: BUILDING IS FULLY SPRINKLED ¢a W 2. THE FIRE ALARM CONTRACTOR SHALL PROVIDE A COMPLETED AND SIGNED "RECORD OF COMPLETION' TO THE ,u INSPECTOR OF RECORD AFTER COMPLETION OF OPERATIONAL ACCEPTANCE TESTS. SYMBOL DESCRIPTION MODEL# BAC K B O X C3 a 5 3. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR MODIFY EXISTING FIRE ALARM SYSTEM: PROVIDE NEW DEVICES & RELOCATE EXISTING DEVICES AS I� INSTALLATION. SHOWN ON DRAWINGS. SUPPLIED BY SIMPLEXGRINNELL g C> 4. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V, FACP FIRE ALARM CONTROL PANEL SIMPLEX 4100-9111 (REFER TO MOUNTING DETAIL FOR SPECIFIC DIMENSIONS) (b o�8 .m 20A BRANCH CIRCUIT BREAKER, AND SHALL HAVE A RED MARKING, LOCK-ON PROVISION AND SHALL BE IDENTIFIED DESIGN IS FOR THE NOTIFICATION OF THE OUTLINED AREA OF WORK. W / 18AH BATTERY SET SIMPLEX 2081-9275 W/4905-9947 ADAPTER SKIRT WHEN SURFACE MOUNTED m �Q t AS "FIRE ALARM CIRCUIT CONTROL° THE LOCATION OF THE CIRCUIT DISCONNECT MEANS (CIRCUIT BREAKER) SHALL °° u0 s BE PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT. ALL NEW WIRING TO BE CLASS B. NAC EXTENDER PANELC/i $ 0� 5. UPDATE THE AS-BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS-BUILT DRAWING SET TO NAC # DESIGNATES THE NAC PANEL NUMBER SIMPLEX 4009-9201 SUPPLIED BY SIMPLEXGRINNELL v �o0 H SIMPLEXGRINNELL NO LATER THAN 7 DAYS AFTER FINAL TEST. THE EXISTING FIRE ALARM SYSTEM SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE W / 6.2AH BATTERY SET SIMPLEX 2081-9272 q1 �� 6. IF AN EXISTING FIRE ALARM SYSTEM EXISTS, IT SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE WITHOUT WITHOUT WRITTEN PERMISSION FROM THE OWNER. IT IS THE CONTRACTOR'S RESPONSIBILITY TO o H cWi' WRITTEN PERMISSION FROM THE OWNER. -2IT IS THE CONTRACTOR'S RESPONSIBILITY TO COORDINATE WITH THE COORDINATE WITH THE OWNER THE TIMING OF ANY EXISTING FIRE ALARM SYSTEM DEMOLITION WORK. F-F-AA-1 FIRE ALARM ANNUNCIATOR PANEL SIMPLEX 4606-9101 6 SINGLE GANG BOXES 3 1/2- DEEP OWNER THE TIMING OF THE EXISTING FA SYSTEM DEMOLITION WORK. THE LOCAL FIRE AUTHORITY AND CENTRAL MONITORING STATION SHAM BE NOTIFIED 48 HOURS IN ADVANCE OF EXISTING FA SYSTEM SHUTDOWN. 7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMAN LIKE MANNER. 8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED SIMPLEXGRINNELL TECHNICAL []F MANUAL PULL STATION SIMPLEX 4099-9001 SINGLE GANG BOX 2 1/2" DEEP REPRESENTATIVE. 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 SMOKE SENSOR / BASE SIMPLEX 4098-9714 THE FIRE ALARM INSTALLER. SIMPLEX 4098-9792 BASE 4" OCTAGONAL BOX 1 1/2" DEEP 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. g 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 ® DOOR HOLDER BY OTHERS MANUFACTURER'S INSTRUCTIONS AND NEC. FIRE ALARM APPLICABLE CODES & STANDARDS 12. ALL WIRING SHALL BE INSTALLED ACCORDING TO NEPA 70 (NEC). 13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH NEC SECTION 760-10. MARK ALL FIRE ALARM to WALL MOUNT MULTI-CANDELA STROBE ONLY WHITE SIMPLEX 4906-9103 4" SQUARE BOX 1 1/2° DEEP WIRES IN ACCORDANCE NEC SECTION 760-31g AND 760-42. CANDELA RATING Wj49p5-9940 ADAPTER SKIRT WHEN SURFACE MOUNTED 14. FIRE ALARM CABLE INSTALLED IN DUCTS, PLENUM, AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE # _ TYPE FPLP. 15. FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATE MORE THAN ONE FLOOR OR CABLES OREGON FIRE CODE, 2014 EDITION ®C CEILING MOUNT MULTI-CANDELA V/0 WHITE SIMPLEX 4906-9104 HANDY BOX 1 1/2- DEEP INSTALLED IN VERTICAL RUNS IN SHAFTS SHALL BE TYPE FPLR. =CANDELA RATING 16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET OREGON MECHANICAL SPECIALTY CODE, 2014 EDITION LOCATIONS. 17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOOR SHALL BE INSTALLED IN ACCORDANCE OREGON ELECTRICAL SPECIALTY CODE, 2011 EDITION WALL MOUNT MULTI-CANDELA A/V RED SIMPLEX 4906-9127 4- SQUARE BOX 1 1/2' DEEP WITH NEPA 70 ARTICLES 760-7, 770, 725 AND 800 WHERE APPLICABLE. =CANDELA RATING W/4905-9937 ADAPTER SKIRT WHEN SURFACE MOUNTED 18. ALL WIRING, INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS. NATIONAL FIRE ALARM CODE (NFPA 72), 2013 EDITION 19. ALL SHIELDED WIRE MUST HAVE SHIELD CONTINUITY AT FULL LENGTH OF THE WIRE. CEILING MOUNT MULTI-CANDELA A WHITE SIMPLEX 4906-9130 4° SQUARE BOX 1 1 2' DEEP 20. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT. N / 21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING. C # =CANDELA RATING 22. MAINTAIN 40 PERCENT CONDUIT FILL RATIO AS PER NEC REQUIREMENTS. END-OF-LINE RESISTOR 3.3K (EOL) SIMPLEX 4081-9042 END-OF-LINE RESISTOR 4.7K (EOL) SIMPLEX 4081-9003 EOLR END-OF-LINE RESISTOR 6.8K (EOL) SIMPLEX 4081-9004 SUPPLIED BY SIMPLEXGRINNELL END-OF-LINE RESISTOR 10K (EOL) SIMPLEX 4081-9008 NOTE: EXISTING DEVICES SHOWN SHADED FOR REFERENCE. a o 8 a WIRE SCHEDULE ABBREVIATIONS LEGEND RISER DIAGRAM 3 3 GENERAL NOT (AC) = ABOVE CEILING FSD = FIRE SMOKE DAMPER 1. DEVICES SHOWN ARE TYPICAL. SEE FLOOR PLAN v v4 (C) = CEILING MOUNTED GCC = GRAPHIC COMMAND CENTER FOR QUANTITY AND LOCATION. SPARE (E) = EXISTING HT = HEIGHT FIRE ALARM WIRE LIST (N) = NEW HVAC = HEATING, VENTILATION, & AIR CONDITIONING 2. ALL WIRING SHALL COMPLY MRH NFPA 70, ARTICLE v (RC) = EXISTING TO REMOVE AND COVER MAX = MAXIMUM Iso, POWER UMRED SYSTEMS. EOLR [ --�, �-�-� 5- -� v3 NAC 1 CIRCUIT DESCRIPTION RISER RATED: FPLR777jiWLE CONDUCTOR THHN,TFFN PLENUM RATED: FPLP (RD) = EXISTING DEVICE TO BE RELOCATED MIN = MINIMUM 3. EXISTING DEVICES SHOWN SHADED FOR REFERENCE. C C C C v 4009 V VISUAL/SIGNAL CIRCUIT SG MIX./PAIGE 454718ARE= SG MIX./PAIGE 454719ARE (RL) = RELOCATED DEVICE N/A = NOT APPLICABLE (N2) 2 CONDUCTOR 14 AWG AREA=0.0380 SQ. INCH ARF-A=0.0333 SQ. INCH (RR) = REMOVE EXISTING AND REPLACE W/NEW NAC = NOTIFICATION APPLIANCE CIRCUIT KEYED NOTES: EOLR ��--5 -�- v2 SOLID ANIXTER PART NUMBER (2) #14 AWG ANIXTER PART NUMBER (WP) = WEATHERPROOF NDU = NETWORK DISPLAY UNIT V R C V C C v ELECTRICAL RM FA-1402C-1-1N-03-BX (AREA=0.0097 SQ. INCH (EACH) FA-1402C-1-2N-03 O TIE INTO EXISTING NAC CIRCUR N1. MAINTAIN SUPERVISION. (N1) ( L) vi AFF = ABOVE FINISHED FLOOR NEC = NATIONAL ELECTRICAL CODE 1 E CONDUIT SIZE CONDUCTOR AREA CONDUIT SIZE CONDUCTOR AREA AHJ = AUTHORITY HAVING JURISDICTION NEPA = NATIONAL FIRE PROTECTION ASSOCIATION EflLR �--�-� C C� C i j2'° 0.12 SQ INCH * 1-1/4- 0.60 SQ INCH * ALM = ALARM NIC = NOT IN CONTRACT O O C 3Z4" 0.21 SQ INCH * 1-1/2- 0.82 SQ INCH * ANN = ANNUNCIATOR NPU = NETWORK PROCESSOR UNIT 120vAC a 1 0.34 SQ INCH * 2 1.34 SQ INCH * BMS = BUILDING MANAGEMENT SYSTEM NTS = NOT TO SCALE * 40% ALL PER N.E.C. CBC = CALIFORNIA BUILDING CODE SCC = STATUS COMMAND CENTER CD = (EX. 15CD) CANDELA SLC = SIGNALING LINE CIRCUIT CD FLOOR r THE CABLES SPECIFIED HERE ARE FOR REFERENCE OF REQUIRED ELECTRICAL CSFM = CALIFORNIA STATE FIRE MARSHALL SMK = SMOKE W ull CHARACTERISTICS AS WELL AS CODE REQUIREMENTS. ALTERNATE SUPPLIERS MAY BE DET = DETECTOR SPRV = SUPERVISORY c SUBSTITUTED PROVIDING EQUIVALENT CHARACTERISTICS ARE MAINTAINED. ITEMS SUCH AS DGP = DATA GATHERING PANEL TAC = TRUEALERT ADDRESSABLE CONTROLLER T EOL = END OF LINE TRBL = TROUBLE CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT EP = EXPLOSION PROOF TYP = TYPICAL DESIGN OF THIS SYSTEM INSTALLATION. EPO = EMERGENCY POWER OFF LION = UNLESS OTHERWISE NOTED FACP = FIRE ALARM CONTROL PANEL VCC = VOICE COMMAND CENTER REFERENCE https:Zlwww.anixter.com f customerf tycofs FOR SG ANIXTER CABLE DATA FATC = FIRE ALARM TERMINAL CABINET VT = VALVE TAMPER _ FBO = FURNISHED BY OTHERS WF = WATER FLOW cq -a FCC = FIRE COMMAND CENTER W = (EX. 1/2W) WATT o W/ = WITH .. 0 w64 U w r- DEVICE ADDRESSING LEGEND SEQUENCE OF OPERATION 9 O qD 10 : _jc/5n U cc I-- �! CONTROL UNIT ANNUNCIATION NOTIFICATION FIRE SAFETY CONTROL l � CIRCUIT DESIGNATOR w 4009 NAC PANEL " T r DEVICE DESIGNATOR N 14-1 VISUAL. AUDIBLE OR AN DEVICE ����� �_egg JQ Qk'BOJ °`�� �'' �k.�P G v �'��' Q�`n�'' 4 P°Q �` �` -l�G�~ y�� �y 1 O G.�J GAJ Z P P P P P SYSTEM INPUTS A R C D E F G H I J K L M N O P Q R S T U V W X Y Z AA AB AC AD AE AF AG AH REMARKS O 1 SMOKE SENSOR DETECTOR • • • * • • • • • 1 w 2 MANUAL PULL STATION « « • « « « « « 2 -� 3 DUCT SENSOR DETECTOR • • • • • • • 3 r 4 MAIN FLR. ELEV. LOBBY SMOKE DETECTOR : « • • + • • • • • • • • • 4 0 5 ELEVATOR LOBBY SMOKE DETECTORS EXC. MAIN FIR. • • « « « « « • 0 1 « . 5 61 ELEVATOR MECH. ROOM HEAT DETECTOR • 1 • 1 6 co 7 ELEVATOR MECH. ROOM SMOKE DETECTOR « • • • • • • • • « « • • 171 z 8ELEVATOR SHAFT HEAT DETECTOR $ O 9 ELEVATOR SHAFT SMOKE DETECTOR • • • • + • • • • • • 91 a 10 ELEVATOR POWER MONITOR « « « • . . . 10 a 11 FIRE ALARM AC POWER FAILURE • • • • • • • 11 c Lu 121 FIRE ALARM SYSTEM LOW BATTERY • • + + • 12 13 OPEN CIRCUIT OR GROUND FAULT • : • • 13 Y 14 CLASS B NOTIFICATION CIRCUIT NAC - SHORT • • • • 14 15 15 16 16 6 a 171 1 1 17 18 1 1 1 1 1 18 W v 19 19 20 20 o c' Ln 21 21 Lu 0221 22 W_ 23 23 r�ai 24 1 1 241 25 25 26 2 W z 2 2 DRAWN BY: J.JOHNSON 28 a 29 29 CHECKED BY J.JOHNSON c~i) 30 301 ISSUE DATE: 11130115 31 31 JOB#: 32 A B C d E F G H I J K L M N 0 P Q R S T U V W X --- Y Z AA AB AC AD AE AF AG AH 321 PROJECT# 448:989315201 SIMPLEXGRINNELL© 2015 s SYSTEM: FIRE ALARM SYSTEM SHEET: GENERAL INFORMATION a CC s E Lu U} t o� w W FA-002 M GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO IE 10' A.F.F., SMOOTH CONSTRUCTION UNLESS NOTED 0 OTHERWISE a 2. EXISTING DEVICES SHOWN SHADED FOR REFERENCE co oCMto 72 cv A ti 0 cQ tD r At to KEYED NOTES: u; m OTIE INTO EXISTING NAC CIRCUIT N1. MAINTAIN SUPERVISION. 0 - ` au d a a. Lu �'"'► �� n 1 CWC � L 0ct0m o0rn `3.-co co C.D s c0 c 3:CO LU 02 = t�nWj co Mew a a 1:05 to t m a 4 6 7 9 NAC-1 BATTERY CALCULATIONS - 1ST FLR ELECT RM y Standby Total Alarm Total A VIM11 1 11 Module Description Qty Current Standby Current Alarm F Panel Equipment - - - - - - - FA 10- 1c, 4009-9201 4009 IDNET NAC EXTENDER, 120 VAC 1 0.085 0.085 0.185 0.185 OFFICE OPEN l� A M1-1i Total Panel Stb102 10110 Y 0.085 Total Panel Alarm 0.1850 106 CE K RM Notification liance Circuits From NAC Schedule 4.1365 M1- Ow 15 Total Periph Stby 0.000 Total Periph Alarm 4.136 -yy C V N _ Iota[ Standby Ps 0.085 Total arm Ps 4.321 M1 9 "I, N 1-4 15 (RR) U V C ®C `=' Standby Alarm (= M1-13 N1-6 15 V V -- Qty Current Current C L Control Panel Power (Master Power Supply) 0.085 0.185 75 r 1 15 ELECTRICAL M M - 1 Power For External Peripheral Devices 0.000 4.136 E EQUIP/ 1 �~"" Ml-12 1 0.085 <-- Totals --> 4.321 S� F' 1-7 C y PASSAGE N 1-3 _C - N 1-2 4 Standby Time = 24 Hrs 1.951 Standby Ah -9 LJ ® UP M 1-1CL 1 � Alarm Time = 5 Mins. 0.344 Alarm Ah Q Battery Supplied 2081-9272 6.2AH 3.784 Total All E O 30 ELEPHONE N1-8 G SUITE i 1515 i N1100 M1-3O N1-1 141-2� N2-1 - - 15 C ML C 15 a N1-10 BREAK RM ' m '02 NAC-1 NOTIFICATION APPLIANCE CIRCUIT SCHEDULE 15 PLAN CKT PANEL CIRCUIT DESCRIPTION I OF DEMCESCURRENT (A) N CONFERENCE C WORK N1 NAC 1 1ST FLOOR WEST NOTIFICATION 13 1.542 N 1-12 15 104 N2 NAC 2 1ST FLOOR WEST NOTIFICATION 13 1.649 $ N3 NAC 3 1ST FLOOR WEST NOTIFICATION 7 0.945 Is ' SERVER RM C1 N4 NAC 4 SPARE 0 0.000 N3-1 V o 75 a N1-1 N1-13 V G OPEN G EOLR 75 VOLTAGE DROP CALCULATIONS - N1 M1-8 OFFICE N3-2 C WIRE GAUGE 14 AWG 2X WIRE RESISTANCE PER FOOT 0.00614 OHMS V V STARTING VOLTAGE (AT END OF BATTERY DISCHARGE CYCLE) 20.4 VDC s 15 15 15 MINIMUM DEVICE VOLTAGE 16 VDC a OPEN C CG PERCENTAGE VOLTAGE DROP 9% E E a E OFFICE N3'-3 N3-4 01 DEVICE MODEL CD DISTANCE DEVICE NAC VOLTAGE VOLTAGE AT INTERVIEW INTERVIEW INTERVIEW NUMBER NUMBER FT CURRENT A CUR DR V DEVICE,-(V 1 6 108 11 N1-1 4906-9130 15 31 0.086 1.542 0.29 20.11 Iz -- - - - - - - - - - - It - N1-2 4906-9127 15 23 0.075 1.456 0.21 19.90 N 1-3 4906-9130 75 20 0.250 1.381 0.17 19.73 T N1-4 4906-9104 15 25 0.075 1.131 0.17 19.56 s N1-5 4906-9104 15 25 0.075 1.056 0.16 19.40 1,11-6 4906-9104 15 15 0.075 0.981 0.09 19.31 �-- N1-7 4906-9130 15 15 0.086 0.906 0.08 19.22 D `�`- N1-8 4906-9104 30 32 0.125 0.820 0.16 19.06 W N1-9 4906-9103 15 32 0.060 0.695 0.14 18.92 to N 1-10 4906-9103 15 15 0.060 0.635 0.06 18.87 in N 1-11 406-9130 75 38 0.250 0.575 0.13 18.73 N 1-12 4906-9104 EC51 50 0.075 1 0.325 0.10 18.63 r N1-13 4906-9130 1 75 1 20 1 0.250 0.250 0.03 18.60 d PLAN W cr, NORTH ��,,,, (� $ DEVICE PLACEMENT PLAN SCALE: 1/$ 1 0 WIRE GAUGE 14 AWG Ll,! N - VOLTAGE DROP CALCULATIONS - N2 r-. -"� m c� 0 4 (IN 16 2X WIRE RESISTANCE PER FOOT 0.00614 OHMS LLI ti STARTING VOLTAGE (AT END OF BATTERY DISCHARGE CYCLE) 20.4 VDC MINIMUM DEVICE VOLTAGE 16 VDC PERCENTAGE VOLTAGE DROP 13% 0 DEVICE MODEL CD DISTANCE DEVICE NAC VOLTAGE VOLTAGE AT Z NUMBER NUMBER FT CURRENT A DROP V DEVICE 0 o W N2-1 4906-9130 110 36 0.30 1.649 0.36 20.04 N2-2 4906-9130 15 54 0.086 1.329 0.44 19.59 M 0 J � H o N2-3 4906-9104 15 50 0.075 1.243 0.38 19.21 �� 1 E 1 t7 y a. N2-4 4906-9104 15 38 0.075 1.168 0.27 18.94 LL.1 u- N2-5 4906-9130 30 49 0.132 1.093 0.33 18.61 N2-6 4906-9104 15 36 0.075 0.961 0.21 18.40 Q N2-7 4906-9127 15 21 0.075 0.886 0.11 18.29 Lu N2-8 4906-9130 75 34 0.250 0.811 0.17 18.12 N2-9 4906-9104 15 25 1 0.075 0.561 0.09 18.03 3 N2-10 4906-9130 15 31 0.086 0.486 0.09 17.94 N2-11 4906-9104 15 20 0.075 0.400 0.05 17.89 N N2-12 4906-9130 1 75 39 0.250 0.325 0.08 17.81 :y N2-13 490679104 15 31 0.075 0.075 0.01 17.80 h O co oVOLTAGE DROP CALCULATIONS - N3 g 0 WIRE GAUGE 14 AWG LL 2X WIRE RESISTANCE PER FOOT 0.00614 OHMS STARTING VOLTAGE (AT END OF BATTERY DISCHARGE CYCLE) 20.4 VDC 9 m MINIMUM DEVICE VOLTAGE 16 VDC w M PERCENTAGE VOLTAGE DROP 3% > DEVICE MODEL CD DISTANCE DEVICE NAC VOLTAGE VOLTAGE AT co NUMBER 4906-9104 15 40 0.075 BER (EI) CURRENT A CURRENT0.945 A 0.23 0.17'LV). z o ,11 N3-2 4906-9130 75 29 0.250 0.870 0.15 20.01 a A N3-3 4906-9104 15 20 0.075 0.60 0.08 19.94 0 9 N3-4 4906-9104 15 23 0.075 0.545 0.08 1 19.86 0 N3-5 4906-9104 15 23 0.075 0.470 0.07 19.79 N3-6 4906-9130 110 31 0.320 0.395 0.08 19.72 = Q N3-7 4906-9104 15 35 0.075 0.075 0.02 19.70 a � CL W 8 o Tri q to 04 K:? O � � s FW- z DRAWN BY: J.JOHNSON 11 CL PLAN CHECKED BY J. JOHNSON NORTH ISSUE DATE: 11/30/15 ,C/,,-f'7'� K EY P LA N JOB# PROJECT#: 448:9$9315201 $ j SCS: NTS SIMPLEXGRINNELL 0 2015 S. ,. SYSTEM: FIRE ALARM SYSTEM15 SHEET: & DEVICE PLACEMENT PLAN & g CALCULATIONS co E 0.^ W OR O a m U W FA-101 W t M R DEVICE MOUNTING HEIGHT REFERENCE (PER NFPA 72) TrueAlert7 NON—ADDRESSABLE MULTI—CANDELA AUDIBLE/VISIBLE NOTIFICATION APPLIANCE qa PRODUCT INFORMATION „" N VISUAL APPLIANCE MOUNTING HEIGHT CONSIDERATIONS IN SLEEPING ROOMS A/C SUPPLY FEATURES: (CEILING MOUNT) 3 1. MIN DISTANCE IN SLEEPING ROOMS IS 24" (610mm) FROM CEILING TO ODIFF SERO THE 4" REQUIREMENT FOR SMOKE DETECTORS HAS • CLASS B (STYLE Y) OPERATION REQUIRES CONNECTION tocq t' Am E TOP OF LENS FOR 110C STROBES WITHIN 16' OF THE PILLOW BEEN REMOVED FROM THE 2010 EDITION OF NFPA 72 TO A COMPATIBLE SMARTSYNC NAC OR ToCD Lo SMARTSYNC CONTROL MODULE (SCA) 4905-9938 2. 177CD STROBES, USED IN SLEEPING ROOMS, CAN BE WITHIN THE 24" 4" NOTE: MEASUREMENTS • CLASS A (STYLE Z) OPERATION WHEN CONNECTED TO THE z (61 qmm} MINIMUM DISTANCE FROM THE CEILING. THE HIGHER 3' MIN 4905-9938 SCM OR 4100 SERIES FIRE ALARM / • ��- INTENSITY IS TO COMPENSATE FOR A POSSIBLE SMOKE LAYER. (MIN) 102mm SHOWN ARE TO THE 4 sQUARE aox, 1-1 2 DEEP � �� 914mm MIN -� ( ) CLOSEST EDGE OF THE CONTROL PANEL NAC'S OPTIONAL 4905-9928 ADAPTER PLATE. ~ qaw { } CEILING w DETECTOR. REQUIRED FOR SURFACE C3U SPECIFICATIONS: MOUNTED ELECTRICAL BOXY., �� g ,} CEILING MOUNTED • HOUSING DIMENSIONS (INCLUDING LENS) : 4-3/41 X 6-7/8' W X 2-5/8'D �` ago FOR CEILING HEIGHTS LESS THAN 86 21$Omm , • TEMPERATURE RANGE 37 F TO 122' F (0' TO 50' C) c { } NFPA 72 AUDIBLE APPLIANCE (K�n SMOKE/HEAT 4 Q lz ao THE VISUAL LENS MOUNTING HEIGHT SHALL BE 102mm • HUMIDITY RANGE 10% TO 93% NON-CONDENSING AT 100' F (38' C) c wow 6 MIN (152.4mm MIN) DETECTOR ( ) i2" MAX) • TERMINAL BLOCKS FOR 18 AWG TO 12 AWG; TWO WIRES PER OPTIONAL 4905-9915]-9916 ADAPTER _..._If It... vs �c0� ` WITHIN 6 (150mm) OF THE CEILING. AUDIBLE ONLY BELOW FINISHED CEILING __E 0UJ� (3g5mm MAX) TERMINAL FOR IN/OUT WIRING. cnw HEAT DETECTORS v { ) ACCEPTED HERE W> 90 MIN 2286mm MIN �, tea- ABOVE FINISHED FLOOR NEVER HERE WIRING TERMINALS AREo �g� LOCATED BEHIND HOUSING FEEFVE U? (OTHER MOUNTING HEIGHTS SHALL BE STROBE OPTIONAL 4905-9927 PERMITTEAUDIBLE/VISUAL MEETS THDE S SOUND LEVETHE AHJ L OUTPUNG IT T REQUIRED.) - RATED VOLTAGE RANGE: UL: 16 VDC TO 33 VDC PER UL 1971 IF � � IE FIRE GUARD ULC: 20VDC TO 3OVDC PER ULC S526-M878 ° & VISUAL ONLY WALL MOUNTED - FLASH RATE IHz STROBE INTENSITY VIEWING APPLIANCES TO EXIT DOOR SMOKE/HEAT - SYNCHRONIZED MODE NAC LOADING: MAXIMUM OF 35 SYNCHRONIZED STROBES PER NAC CIRCUIT. 5' (MAX.) DETECTOR INTENSITY SELECTION PLUG, (1 M) *CURRENT DRAWS REFLECT STROBE FLASHING AND HORN ON. ACCESSIBLE ONLY FROM REAR OF LENS SYNCHRONIZE MORE THAN DOOR HOUSING LETTERINGSTROBEM CURRENT ® HOUSING, FACTORY SETTING IS 15cd TWO APPLIANCES IN ANY WIDTH MODEL NUMBER COLOR COLOR RATING FIELD OF VIEW. LESS 39128 - (76mm) 96" MAX NFPA ADA 76 mA 57 mA ( ) 5" SIDE WALL 222 mA 167 m�A .91 (2440mm MAX) (127mm) 84 rrA 213 mA ABOVE FINISHED FLOOR REF. 80 MIN (IBC) MANUAL (2032mm MIN) TO TOP OF LENS PULL HORN STATION - SOUND OUTPUT CHARACTERISTICS: 2400 TO 3700 Hz SWEEP, ts x REF. 96" MAX (IBC) MODULATED AT 120 Hz RATE — ---- 80" MIN (ADA) (2032mm MIN) FIRE (2440mm MAX) 80" MIN (NFPA) (2032mm MIN) PHONE MAGNETIC s ABOVE FINISHED FLOOR JACK „� DOOR Q TO BOTTOM OF LENS HORN SOUND OUTPUT RATINGS O 10 FT. (3m) HOLDER acr+«r- W+aa- 10-01 "1 BON' VOLTAGE 16 VDC 24 VDC 33 VDC m FINISHED SOUND TYPE * STEADY CODED STEADY CODED STEADY I CODED Mim WALL REVERBERATE CHAMBER NOTE: REFER TO THE PROPER DEVICE UL 464 86 dBA 82 dBA 88 dBA 84 dBA 90 dBA $6 dBA 0° a a € INSTALLATION INSTRUCTIONS 48” MAX (ADA) (1219mm) ANECHOIC CHAMBER 92 dBA 91 dBA 94 dBA 95 dBA 96 dBA 96 dBA _$ END-OF-LINE E FOR BACKBOX MOUNTING HEIGHT. » FROM FACP 24VDC NOTIFICATION + + RESISTOR (VALUE "' 48 MAX (NFPA, ADA) (1219mm MAX) * CODED VALUES ARE TYPICAL OF THE OUTPUT MEASURED WITH A TEMPORAL APPLIANCE CIRCUIT OR SIMPLEX IS DEPENDENT FINISHEDCODED OR A MARCH TIME CODED PULSE AND WITH A SOUND LEVEL METER 4905-9914, 9922 OR 9938 42" MIN (NFPA) (1067mm MIN) READING ON A 'FAST' SETTING. UNDER THE SAME TEST CONDITIONS, CODED SYNC MODULE OR PRECEDING DEVICE ON FRCP) FLOOR MEASUREMENTS SHOWN ARE HORN OUTPUT 'PEAK' SOUND LEVEL READINGS ARE TYPICALLY 4 dBA HIGHER. W TO TOP OF PULL HANDLE V o s TrueAlert7 NON—ADDRESSABLE MULTI—CANDELA VISIBLE NOTIFICATION APPLIANCE PRODUCT INFORMATION CEILING MOUNT FEATURES: ( ) •UL LISTED TO STANDARD 1971 (EI21CO NO. 512) T-BAR •ADA COMPATIBLE WITH CUPS AND SCREWS SUPPLIED BY CONTRACTOR 3 SYNCHRONIZATION FLIM RATE MODE FOR USE WITH: •SEPARATE STROBE SYNCHRONIZATION MODULES THAT ARE AVAILABLE FOR CLASS B OR CLASS A OPERATION HANDY BOX, 1-1f2' DEEP OR SINGLE GANG BOX, 2-1/2' DEEP ;i •SEPARATE SMARTSYNC CONTROL MODULES (SCMs) THAT PROVIDE SUPPLIED BY OTHERS CLASS B OR CLASS A OUTPUT FROM CONVENTIONAL NAC INPUTS SPECIFICATIONS: Q a SINGLE GANG Box 0 (WIREMOLD V5744S) s 2-1/4' (57mm) •HOUSING DIMENSIONS: 4-3/4' L X 2-5/16' W X 2-5/8' D (121 mm X 75mm X 67mm) SUPPLIED BY OTHERS a •TEMPERATURE RANGE 37F TO 127E (0 TO 50'C) •HUMIDITY RANGE 10% TO 93% NON-CONDENSING AT 100'F (38'C) 4905-9910 ADAPTER PLATE, •TERMINAL BLOCKS FOR 18AWG TO 12AWG; TWO WIRES PER 000 REQUIRED FOR SURFACE MOUNT TERMINAL FOR IN/OUT WIRING. I WITH HANDY BOX UNLESS USING THE 4905-9926 WIRE GUARD WIRING NOTES: ---� 1. NOTIFICATION APPLIANCES ARE RATED PER INDIVIDUAL NAMEPLATE LABEL 2. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS. DO NOT LOOP �•�"� $ WIRES UNDER TERMINALS. ,------------ E m U 3. ALL NAC WIRING CONNECTIONS ARE SUPERVISED AND POWER-UMITED. �' Ne n9 sbt 4. SEE INSTALLATION INSTRUCTIONS (579-548) FOR ADDITIONAL INFORMATION. , tntensityselel onpka --- aooesable only from rear of lens .- � STROBE: L--------------------------- �s15Cds } W ol •RATED VOLTAGE RANGE: UL LISTED: 16 VDC TO 33 VDC PER UL 1971 rn OPTIONAL 4905-9926 WIRE GUARD ULC LISTED: 20 VDC TO 30 VDC PER ULC S526-M878 CEIUNG MOUNT WITH MOUNTING PLATE C> •FLASH RATE: 1 Hz a •SYNCHRONIZED MODE NAC LOADING: MAXIMUM OF 35 SYNCHRONIZED STROBES PER NAC CIRCUIT. FROM FACP 24VDC NON-CODED TO ADDITIONAL NOTIFICATION NOTIFICATION APPLIANCE CIRCUIT — _; TO FAC CE DEVICE RRETURNG� TO FRCP FOR STYLE Z APPLICATIONuj w *CURRENT DRAWS REFLECT STROBE FLASHING OR PRECEDING DEVICE, OR }._.._ —S IF LAST DEVICE ON CIRCUIT IN A HOUSING I LETTERING STROBE RMS CURRENT A SIMPLEX 4905-9914, 9922, OR + STYLE Y APPLICATION PLACE AN a MODEL NUMBER COLOR COLOR RATING 9938 SYNC MULE END-OF UNE RESISTOR. (RESISTOR rIo o aVALUE IS FACP DEPENDENT.) w � � •- ..�� m Ch-7TiTcd 316 mA -2U-iW-MT-7W � 4906-9104 1 WH 1 mA W N B Ill mA Pqw 75 cd 1 233 n*yA 07 MA 1 155 mA Q W m �- 11 Ucd 1 51 b MA 281 mA 1 211 mA 4 C) --i u) C] W Z El z M cc o EE o o m ui Q m C) - Z U. c W o - V 1x1 y Lu E Z h O fJ9 G7 U U) Q Y 2 v t a � � a tl. .2 w g M O ko0 w a C> cn Z DRAWN BY: J.JOHNSON CHECKED BY J.JOHNSON ISSUE DATE: 11/30/15 JOB PROJECT#: 448:989315201c � SIMPLEXGRINNELL© 2015 SYSTEM: g FIRE ALARM SYSTEM SHEET: ° q 70'd'C C WIRING TYPICALS m .. Wg coui W U .o cli FA-701 z E �" o Z t M 0