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Plans (14) F I PS2014 00079 X N O RECEIVE s �" L Sor So r— co oC APR 3 6 2014 Uj CITY OF TIGARD _ - BUILDING DIVISI®NC3 o w U € c B BARD SERVER ROOM � U)co �� Ngo x L 0rng d C0c oCc co wow owe .. -5; TIGARD SCHOOL DISTRI T HIU �cntw.)Q iRN cn MOW r� cc SAPPHIRE SPECIAL HAZARDS SYSTEM v, ,ten i m m d a 3 m U N T C A d L_ a C tU O Ol N L_ T d N N tO O N d O d N N O _T SITE t9 Sheet List Table y 9 Sheet Number Sheet Title TIGARD TUALATIN SCHOOL DISTRICT HZ-001 COVER SHEET HZ-002 GENERAL INFORMATION SW SANDBURG STREET HZ-101 DEVICE PLACEMENT PLA N - SAPPHIRE SYSTEM O T TIGARDOR 97223 HZ-102 DEVICE PLACEMENT PLAN - VESDA SYSTEM O ry HZ-201 RISER DIAGRAM � 0 HZ-501 PANEL DETAI L- 4010 ES W HZ-502 PANEL DETAIL - NAC PANEL n a HZ-601 CALCULATIONS AND SCHEDULES ULj3 HZ-701 WIRING DETAILS - ALARM AND DETECTION U) 3 0 HZ-702 WIRING DETAILS - ALARM AND DETECTION D OWNER INS TALLERHZ-703 WIRING DETAILS _ VESDA N a m M `o W 2 TIGARD TUALATIN SCHOOL DISTRICT SIMPLEXIGRINNELL m 1v 0 o 6960 SWSANDBURG STREET 6305 ST. SUITE A �-- L Ua TIGARD , OR 97223 LAKE OSWEGO , OR 97035 H N V) U 0 0 H U O o O O 0 as = v� Y _ u O C z0'fM L W :D N 0. CV Qp rn J z Q � _ � U) 0 nc n 0- � U) O (D Q Q Of Q LD o O � c/) C � E E 3 >. c a 3o S L Qj N N � O N d' C Q C O N m tU O C W V/ O t0 Q O cW C O m Q CI Or 1 1G�RD E Y 1 REVIEWED FOR CODE COMPLIANCE ZCi PP - A roved. OTC: Permit#: a'�S �_ --Qn0- c? 0 0 Address: U U By: Date: a U y o 6305 SW ROSEWOOD ST SUITE A (3v11�/ Q LAKE OSWEGO, OR 97035 OFFICE COPY ZD Q' 3 N o C M o w PHONE: 503-683-9000 z SERVICE: 503-683-9000 DRAWN BY: MJ EASLEY t CHECKED BY: J MORSE < ellFAX: 503-675-6521 ISSUE DATE: 4/28/14 JOB#: PROJECT#: 448:976892901 a SIMPLEXGRINNELL© 2013 y a TM Safer. Smarter. SYSTEM: C®AF SPECIAL HAZARDS SYSTEMZ5 Z5 SHEET: 3 N � t z SALES REPRESENTA TI VE COVER SHEET � E N ADAM HAN S E N 503-683-9000LU 2 w a U m CV X HZ-001 z _2 � Z � o M Q N O O N d N L FlwvUvw o I J1%11 P%%J 1 VL "Q F% ILL %JVP% I IVIYPIL FI1vL %J I GENERAL NOTES SYSTEM DESCR _ PT ON / SCOPE OE WORK SYMBOL KEY � mp O V) t ,\ mCD a co CD M M m O O o � OCCUPANCY TYPE: B BUSINESS GROUP LL; 1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT & FIELD DEVICES. EXACT ROUTING OF =EIRE ALARM SYMBOLS LEGEND _ m CONDUITS TO BE DETERMINED IN THE FIELD BY THE INSTALLING CONTRACTOR TO SUIT CONDITIONS. ALL CHANGES � ¢�� SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. SPRINKLER PROTECTION: BUILDING IS FULLY SPRINKLED QTY. SYMBOL DESCRIPTION M 0 D E L# BAC K B 0 X � � w 2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR C3 DEVIATIONS IN THE WORK SHOWN, THE CONTRACTOR SHALL CONTACT SIMPLEXGRINNELL IN A TIMELY MP INER 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. o 3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING 1 SCP SUPPRESSION CONTROL PANEL SIMPLEX 4010-9403 SUPPLIED BY SIMPLEXGRINNELL 00A AS REQUIRED TO ACCOMMODATE THE RELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY ALL NEW WIRING TO BE CLASS B. � � t AUTHORIZED CHANGE. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. co woM o 4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR THE EXISTING FIRE ALARM SYSTEM SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE owe L INSTALLATION. WITHOUT WRITTEN PERMISSION FROM THE OWNER. IT IS THE CONTRACTOR'S RESPONSIBILITY TO 2 SRP SUPPRESSION RELEASE PERIPH & ENCLOSURE SIMPLEX 4090-9006 SUPPLIED BY SIMPLEXGRINNELLCf)LUN 5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V, 20A COORDINATE WITH THE OWNER THE TIMING OF ANY EXISTING FIRE ALARM SYSTEM DEMOLITION WORK. � `r;�> U) haw BRANCH CIRCUIT BREAKER, AND SHALL HAVE A RED MARKING, LOCK-ON PROVISION AND SHALL BE IDENTIFIED AS "FIRE o m Ju a ALARM CIRCUIT CONTROL." THE LOCATION OF THE CIRCUIT DISCONNECT MEANS (CIRCUIT BREAKER) SHALL BE 1 r VLC VESDA LASER PLUS SCANNER SIMPLEX VLC-600 SUPPLIED BY SIMPLEXGRINNELL PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT. y 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. 7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMAN LIKE MANNER. 1 NAC NAC POWER SUPPLY SIMPLEX 4009-9201 SUPPLIED BY SIMPLEXGRINNELL 8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED SIMPLEXGRINNELL TECHNICAL 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 THE SMOKE DETECTOR W/BASE SIMPLEX 4098-9601 FIRE ALARM INSTALLER. 6 02 STANDARD BASE 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. 11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND # SIMPLEX 4903-9425 NON-POWER LIMITED FIELD WIRING MUST BE INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH 1 HORN/STROBE COMBINATION, WALL MOUNT SIMPLEX 4903-9426 4" SQUARE BOX 1 1/2" DEEP MANUFACTURER'S INSTRUCTIONS AND NEC. EIRE ALARM APPLICABLE C 0 D E S 8c STANDARDS # = CANDELA RATING SIMPLEX 4903-9427 W/4905-9937 ADAPTER SKIRT WHEN SURFACE MOUNTED 12. ALL WIRING SHALL BE INSTALLED ACCORDING TO NFPA 70 (NEC). 13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPROPRIATE SECTION OF NEC 760. MARK ALL FIRE # 1 WALL MOUNT MULTI-CANDELA V/0 RED SIMPLEX 4904-9168 4" SQUARE BOX 1 1/2" DEEP ALARM WIRES IN ACCORDANCE WITH NEC 760 SECTIONS FOR POWER LIMITED AND NON-POWER LIMITED WIRE. CANDELA RATING W/4905-9937 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 INSTALLED IN OREGON FIRE CODE, 2010 EDITION 2 RELAY IAM SIMPLEX 4090-9002 SINGLE GANG BOX 2 1/2" DEEP WITH 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, 2010 EDITION LOCATIONS. 17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOOR SHALL BE INSTALLED IN ACCORDANCE WITH OREGON ELECTRICAL SPECIALTY CODE, 2010 EDITION 1 ®R TRACK MOUNTED SINGLE RELAY SPDT W/ENCLOSURE SIMPLEX 2088-9008 4" SQUARE BOX 2 1/8" DEEP W/SINGLE GANG COVER NFPA 70 ARTICLES 760, 770, 725 AND 800 WHERE APPLICABLE. C (APC MR-101/C) E 18. ALL WIRING, INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS. NATIONAL FIRE ALARM CODE (NFPA 72), 2010 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. 1 EPo EMERGENCY POWER OFF SWITCH SIMPLEX XXXX-XXXX SUPPLIED BY OTHERS 21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING. a 22. MAINTAIN 40 PERCENT CONDUIT FILL RATIO AS PER NEC REQUIREMENTS. U) 23. EXISTING CONDUITS MAY BE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY, HOWEVER, ANY EXISTING 1 CA 1 8 W CONDUIT WILL BE USED ONLY IF CONDUITS MEET CURRENT STANDARDS AND CODES. SIMPLEXGRINNELL MAKES NO ❑ MANUAL PULL STATION SIMPLEX 4099-9012 4" SQUARE BOX 2 / " DEEP /SINGLE GANG COVER STATEMENTS WRITTEN OR VERBAL AS TO THE CONDITION OF EXISTING CONDUITS. W/LABEL KIT SIMPLEX 4099-9802 75 0 15 11 CA ABORT SWITCH SIMPLEX 2080-9056 SINGLE GANG BOX 2 3/4" DEEP O a 00-000 0 0 4 ars INDIVIDUAL ADDRESSABLE MODULE SIMPLEX 4090-9001 SINGLE GANG BOX 2 1/2" DEEP WITH COVER 0 JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTED CODE. W CHECK WITH THE LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS. 1 CS COIL SUPERVISORY MODULE SIMPLEX 2081-9046 SINGLE GANG BOX 2 1/8" DEEP WCOVER > LL a WIRE SCHEDULE ABBREVIATIONS LEGEND1 MS MAINT SWITCH W/LAMP SIMPLEX 2080-9060 TWO GANG BOX 2 3/4" DEEP �W V) U AC = ABOVE CEILING HT = HEIGHT 1 LP LOW PRESSURE SWITCH ANSUL 570585 SUPPLIED BY SIMPLEXGRINNELL 0 C = CEILING MOUNTED HVAC = HEATING, VENTILATION, & AIR CONDITIONING ��// o E = EXISTING TO REMAIN IMS = INFORMATION MANAGEMENT SYSTEM I.I. o _ EIRE ALARM WIRE LIST RC = EXISTING TO REMOVE AND COVER MAX = MAXIMUM RD = EXISTING DEVICE TO BE RELOCATED MIN = MINIMUM 1 ® LOW AIR SWITCH POTTER PS-40 SUPPLIED BY SIMPLEXGRINNELL < 2 0, 0 B RUI/N2 COMMUNICATION - 1 PAIR 18 AWG TWISTED OVERALL SHIELD RL = RELOCATED DEVICE N/A = NOT APPLICABLE a ® NON-PLENUM RATED: FPL NON-PLENUM RATED: FPLR PLENUM RATED: FPLP RR = REMOVE EXISTING AND REPLACE W/NEW NAC = NOTIFICATION APPLIANCE CIRCUIT EXTENDER M o c ANIXTER 740215 ANIXTER 740215 ANIXTER 740214L LLI WP = WEATHERPROOF NDU = NETWORK DISPLAY UNIT a AREA=0.0196 SQ. INCH AREA=0.0196 SQ. INCH AREA=0.0196 SQ. INCH XP = EXPLOSION PROOF NEC = NATIONAL ELECTRICAL CODE 1 SS SURGE SUPPRESSOR DTK-120HW SUPPLIED BY SIMPLEXGRINNELL QJ NFPA = NATIONAL FIRE PROTECTION ASSOCIATION Z F AGENT RELEASING CIRCUIT - 2 CONDUCTOR 14 AWG SOLID NON-PLENUM RATED: FPLR CONDUIT ONLY: THHN PLENUM RATED: FPLP _ AFF = ABOVE FINISHED FLOOR NIC = NOT IN CONTRACT , O BELDEN 512OUL (2) #14 AWG (YELLOW/BLUE) BELDEN 612OUL AHJ = AUTHORITY HAVING JURISDICTION NPU = NETWORK PROCESSING UNIT 1 O ELECTRIC ACTUATOR ANSUL 570537 SUPPLIED BY SIMPLEXGRINNELL ' 1 ; H AREA=0.0356 SQ. INCH AREA=0.0097 SQ. INCH (EACH) AREA=0.0330 SQ. INCH ALM = ALARM NTS = NOT TO SCALE v Q ANN = ANNUNCIATOR PAP = PRE-ACTION PANEL P AUXILIARY POWER CIRCUIT - 2 CONDUCTOR 14 AWG SOLID BMS = BUILDING A ANAGEMENT SYSTEM SCC = STATUS COMMAND CENTER 280LBS TANK ASSEMBLY ANSUL 570639 �/ D NON-PLENUM RATED: FPLR CONDUIT ONLY: THHN PLENUM RATED: FPLP CBC = CALIFORNIA BUILDING CODE SLC = SIGNALING LINE CIRCUIT 1 MOUNTING BRACKET ANSUL 570336 SUPPLIED BY SIMPLEXGRINNELL Of W BELDEN 512OUL (2) #14 AWG (YELLOW/BLUE) BELDEN 612OUL CD = (eg. 15CD) CANDELA SMK = SMOKE N AREA=0.0356 SQ. INCH AREA=0.0097 Q. INCH (EACH) AREA=0.0330 SQ. INCH CSFM = CALIFORNIA STATE FIRE MARSHALL SUPV = SUPERVISORY �� U o C LLj DET = DETECTOR TAC = TRUEALERT ADDRESSABLE CONTROLLER v) p R RELAY CIRCUIT - 2 CONDUCTOR 14 AWG SOLID DGP = DATA GATHERING PANEL TRBL = TROUBLE 1 1.00" 180' BRASS NOZZLE ANSUL 570517 SUPPLIED BY SIMPLEXGRINNELL r p NON-PLENUM RATED: FPLR CONDUIT ONLY: THHN PLENUM RATED: FPLP EOL - END OF LINE TS - TAMPER SWITCH 0 E10 c H BELDEN 512OUL (2) #14 AWG (YELLOW/BLUE) BELDEN 612OUL (_n p AREA=0.0356 SQ. INCH AREA=0.0097 SQ. INCH (EACH) AREA=0.0330 SQ. INCH EPO = EMERGENCY POWER OFF TYP = TYPICAL Q FACP = FIRE ALARM CONTROL PANEL UON = UNLESS OTHERWISE NOTED END-OF-LINE RESISTOR 3.3K (EOL) SIMPLEX 4081-9002 Q E- FATC = FIRE ALARM TERMINAL CABINET VCC = VOICE COMMAND CENTER END-OF-LINE RESISTOR 4.7K (EOL) SIMPLEX 4081-9003 J W - Z 'VCM #K SUPPLIED BY SIMPLEXGRINNELL Q V VISUAL/SIGNAL CIRCUIT - 2 CONDUCTOR 14 AWG SOLID FBO = FURNISHED BY OTHERS VT = VALVE TAMPER END-OF-LINE RESISTOR 6.8K (EOL) SIMPLEX 4081-9004 W C NON-PLENUM RATED: FPLR CONDUIT ONLY: THHN PLENUM RATED: FPLP >" BELDEN 512OUL (2) #14 AWG (RED/BLACK) BELDEN 612OUL FCC = FIRE COMMAND CENTER WF = WATER FLOW END-OF-LINE RESISTOR 10K (EOL) SIMPLEX 4081-9008 O 0 t p AREA=0.0356 SQ. INCH AREA=0.0097 SQ. INCH (EACH) AREA=0.0330 SQ. INCH FAA = FIRE ALARM ANNUNCIATOR W = (eg. 1/2W) WATT = U) Y r p ********** REFER TO SIGNAL CIRCUIT DISTANCE CHART ********** FTR = FIRE ALARM TRANSPONDER W/ = WITH = U U Z ZONE CIRCUIT - 2 CONDUCTOR 18 AWG SOLID FSD = FIRE SMOKE DAMPER W/0 = WITH OUT c , M of; ( p NON-PLENUM RATED: FPLR CONDUIT ONLY: TFFN PLENUM RATED: FPLPv w z N D BELDEN 5320UL (2) #18 AWG (YELLOW/BLUE) BELDEN 6320UL N AREA=0.0179 SQ. INCH AREA=0.0055 SQ. INCH (EACH) AREA=0.0179 SQ. INCH J d CONDUIT SIZE CONDUCTOR AREA CONDUIT SIZE CONDUCTOR AREA DEVICE ADDRESSING LEGEND SEQUENCE OF OPERATION 0 = Q 1/2" 0.12 SQ INCH * 1-1/4" 0.60 SQ INCH 3/4" 0.21 SQ INCH * 1-1/2" 0.82 SQ INCH * I- 1" 0.34 SQ INCH * 2 1.34 SQ INCH * 40� FILL PER N.E.C. * U) or- 0 UQ THE CABLES SPECIFIED HERE ARE FOR REFERENCE OF REQUIRED (DC < _ rn ELECTRICAL CHARACTERISTICS AS WELL AS CODE REQUIREMENTS. ALTERNATE SUPPLIERS MAY BE SUBSTITUTED PROVIDING EQUIVALENT CHARACTERISTICS ARE MAINTAINED. ITEMS SUCH AS CAPACITANCE CONTROL UNIT ANNUNCIATION NOTIFICATION FIRE SAFETY CONTROL 2,E 10s BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL ADDRESSABLE CARD (IDNET OR MAPNET) DEVICE ADDRESS O�cP� `O� ��P\O�\O�`,�P�O N E TO THE CIRCUIT DESIGN OF THIS SYSTEM INSTALLATION. P°� �� \GP �o��P��P�� �o 0��5�0 0�0 3 c� �G Q� Q� ��O ��,P �C� �,� J M 2- 1 �� ��,o �c� o� O �� ������` �� ��, J� o 8 ALL WIRING SHALL BE IN CONDUIT. 5�5�\O�P � �\oma, SJe�JQ�� Q � J o c ADDRESSABLE DEVICES NUMBERING O �o o� O o `� J P `� �` J�5 �\� �5 F, OGP\ QCT PGJ .`J`' �OFP��00�� 00� .o o 5� 46 w CIRCUIT DESIGNATOR V=VISUAL OR A V H=AUDIBLE ONLY SYSTEM INPUTS 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 AI AJ REMARKS iX 4009 NAC PANEL / ' ) 1 SMOKE SENSOR DETECTOR • • 1 0 (WHEN APPLICABLE) DEVICE DESIGNATOR Ez _ I- 2 MANUAL PULL STATION 2 NAC 1 :V2- 1 3 PRE-ACTION SPRINKLER, FIRST SENSOR DETECTOR • • • • • • • • 3 m 4 CLEAN AGENT RELEASING SYSTEM • • • • • 4 0 51 FIRST SENSOR DETECTOR 5 VISUAL, AUDIBLE OR A/V DEVICE 6 SECOND SENSOR DETECTOR • 6 E 7 AFTER 30 SECOND COUkTDOWN TIMER • 7 8 ABORT SWITCH 8 0 9 MANUAL RELEASE STATION • • • 1 9 a 10 MAINTENANCE SWITCH • • 10 o 11 FIRE ALARM AC POWER FAILURE • 11 w € 121 FIRE ALARM SYSTEM LOW BATTERY 0 0 a • 1 12 13 OPEN CIRCUIT OR GROUND FAULT • • 0 0 13 Y o 14 CLASS B NOTIFICATION CIRCUIT NAC - SHORT • • • 14 v *v 15 VESDA 15 16 16 y 171 17 Lp 18 181 w 8 19 191 a 20 20 6 0 € 21 21 o 0 221 22 �w o N 23 23 � 24 24 0 25 25 0 26 26 Lu �- 27, 27 DRAWN BY: MJ EASLEY 28 28 29 1 1 291 CHECKED BY: J MORSE Q 30 1 30 ISSUE DATE: 4/28/14 J 31 31 JOB#: E 32 32 PROJECT#: 448:976892901 0 A B C D E F G H I 1 J K L M N 0 P Q R S T U V W X Y Z AA AB AC AD AE AF AG EAHtAlAJ SIMPLEXGRINNELL© 2013 0 SYSTEM: c L C SPECIAL HAZARDS SYSTEM T U tO N m SHEET: 1 z .Q GENERAL INFORMATION Z E a� U U y O O CD N_ m `o w E w U � a Q W Um X HL7_ 002 z E � o O M d � t _ I I\AAA\I J - V\ AI VAAA1 \1P�1AA AV \ V I A A1AAA/1\ J - d E PIPE INSTALLATION PIPE HANGERS 1. PIPE: o� a 1.1. PIPING SHALL BE OF NONCOMBUSTIBLE MATERIAL HAVING PHYSICALco --- - +1IN GENERAL, THE INSTALLATION SHOULD START AT PIPE HANGERS MUST BE SPACED ACCORDING TO AND CHEMICAL CHARACTERISTICS SUCH THAT ITS DETERIORATION UNDER 1� c� N WA I KO'N I N Auo` THE UNION ELBOW/MANIFOLD ASSEMBLY AND THE SIZE OF PIPE (SEE TABLE 11). STRESS CAN BE PREDICTED WITH RELIABILITY. WHERE PIPING IS o0 M PROGRESS ALONG TO THE DISCHARGE NOZZLES. HANGERS MUST BE PLACED WITHIN 12in. '�"�' 71 INSTALLED IN SEVERELY CORROSIVE ATMOSPHERES, SPECIAL CORROSIVE - �CL THIS SPACE IS PROTECTED BY A SAPPHIRE" INSTALL THE PIPEWORK TO THE INSTALLATION (300mm) OF THE DISCHARGE NOZZLE (SEE RESISTANT MATERIALS OR COATINGS SHALL BE USED. z NG THAT THE _-_____.___�__.__________.__....____... _.._..__..._.__.._.___. .____..._._._ N ___ ZN ____._�_.________________..._______-__ DRAWINGS PROVIDED, ENSURING FIGURE 30 . o .. _._ �_____ _ _______-.. FIRE SUPPRESSION SYSTEM ) _......._.............................._........._._..........._............_......._..................................._......._........, ................................-.................... _........................... ........._.._....__.............. ........................................... FOLLOWING IS ADHERED T0. �LL - HANGERS MUST BE PLACED BETWEEN ELBOWS NAC SRP2 AIM SCP:M1-33 I 1�fHEI� SYSTEM IS DISCHARGED AS ,� RESULT THE PIPING MATERIAL MUST CONFORM TO THAT ARE MORE THAN 12in. (300mm) APART 1.2. PIPING MATERIALS MUST CONFORM TO THE REQUIREMENTS AS OUTLINEDC3 w / SEE FIGURE 31 . SECTION 2-2.1 CURRENT EDITION. SCHEDULE 40 OR v THE REQUIREMENTS OF ASTM NFPA 2001 IN NFPA 2001, _ € OF FIRE, CAUTION MUST BE TAKEN TO AVOID 2_2 ( ) SCHEDULE 80 PIPE MUST CONFORM TO ASTM A53 OR A106. Cn EXPDSURETO PRODUCTS OF COMBUSTION. HANGERS MUST BE FIXED TO A STRUCTURE �M 6.8K • THE PIPE MUST BE REAMED, BLOWN CLEAR CAPABLE OF SUPPORTING THE PIPEWORK. ORDINARY CAST IRON PIPE, STEEL PIPE CONFORMING TO ASTM A-120, oho D NOT ENTER WITHOUT APPROVED SELF- AND SWABBED WITH AN APPROPRIATE OR NONMETALLIC PIPE SHALL NOT BE USED. 4) oofC M SOLVENT TO REMOVE MILL VARNISH AND CONTAINED BREATHING .APPARATUS OR CUTTING OIL BEFORE ASSEMBLY AS REQUIRED � v�� M1-16 ! : LNTIL AREA IS PR(DPERLY VENTIIr4TE13. 1.3. STENCILED PIPE IDENTIFICATION SHALL NOT BE PAINTED OVER, o,,,2 2 s { BY NFPA 2001 2-2. CONCEALED, OR REMOVED PRIOR TO APPROVAL BY THE AUTHORITY � I ! PTFE (TEFLON) TAPE IS THE ONLY �' �o2 H i ACCEPTABLE PIPE SEALANT AND MUST BE HAVING JURISDICTION. � ��,> M1-25 APPLIED TO THE MALE THREADS. CD c a�v 2 2. FITTINGS: N .. ►...._....._....................... PPHRF •- 2.1. PIPE FITTINGS MUST CONFORM TO THE REQUIREMENTS AS OUTLINED IN FITTING DESCRIPTION PIPE SIZE MAXIMUM SPACING NFPA 2001, SECTION 2-2.3, CURRENT EDITION. MALEABLE IRON 3 PIPE SIZE (IN.) FITTINGS MUST BE 300 LB. CLASS CONFORMING TO ASTM LESS THAN OR FT. (M) i R( Cy'1 R 1 �r CLASS 300 MALLEABLE OR DUCTILE IRON EQUAL TO Sin. SPECIFICATION A-197. 150 LB. CLASS AND ORDINARY CAST IRON WHEN'H 1�1 D NPS 3/8 5.0 (1.5) FITTINGS ARE NOT PERMITTED. M AM M �� 1 1/2 5.0 (1.5) ASTM A-106/A-53 SEAMLESS GRADE B > 3in. NPS ALL 2.2. ONLY UL LISTED "VICTAULIC" OR OTHER UL LISTED GROOVED PIPE a 3/4 6.8 (1.8) FITTINGS MAY BE USED AS WELL AS THREADED, WELDED, OR FLANGED FIRE ......... ..... �� 101E - 10 FI 't TABLE 10: US FITTINGS O NOTE: THE FLOW PROGRAM CONTAINS PIPE AND 1 7.0 (2.1) FITTINGS, AS LONG AS THEY CONFORM TO THE ABOVE REQUIREMENTS. SEE HZ-102 FOR M1-15 ( ; HOLE-CUT FITTINGS (OR SIMILAR) MAY NOT BE USED. I PROT' TION FLUIQ FITTINGS OPTIONS TOGETHER WITH EQUIVALENT 1-1/4 8.8 (2.4) VESDA PIPE DESIGN. 2 LENGTH INFORMATION FOR PIPE AND FITTINGS. M AM BEING RELEASED 1-1/2 9.0 (2.7) 2.3. ALL PIPE REDUCTIONS MUST BE MADE DIRECTLY AFTER THE TEE, WITH THE TEE BEING THE SAME PIPE SIZE AS THE INLET LINE TO THE TEE. s.BK SCP:M1-27 Cs MSS4*w P �; rc 2 11.0 (3.4) REDUCTIONS MUST BE MADE USING A CONCENTRIC BELL REDUCER OR s.BK °° 6.8K LP AIM 0 CONCENTRIC REDUCING COUPLING. REDUCING BUSHINGS WELD-O-LET '� SCP:V2-1 � „� 3 2-1/2 11.0 (3.4) s scP:v3-1 +# --- �+ AND HOLE-CUT FITTINGS ARE NOT ACCEPTABLE. P CA w 75 AM SCP:VI-1 AM AM 3 12.0 (3.7) $ SCP:M1-12 cn SCP:M1-5 o ASM CA SCP VLC JB ; Shipping Assembly 4 14.0 (4.3) 3. PIPE HANGERS AND SUPPORTS: M AM,2vDescription ) 3.1. CYLINDER(S) AND PIPING TO BE SECURELY BRACKETED, ESPECIALLY AT y so AR M1-24Part 6 17.0 (5.2 1OK 10K sI 15 2 570580 Warning Sign SCP -110K M'V S M TABLE 11: HANGER SPACING THE FITTINGS AND NOZZLES. (SC 4) a 570581 Agent Discharge Warning Sign CD U U3.2. PIPE SUPPORTS AND PARTS SHALL BE OF STEEL AND OF RIGID f� M M i PIPE PIPE CONSTRUCTION CONDUIT BEAM AND "C" CLAMPS SHALL NOT BE M1-20 M1-21 USED. RIGID SUPPORT BRACING IS REQUIRED AT ALL DIRECTION 2 2 UNI-STRUT CHANGE FITTINGS, TEES AND NOZZLES. MOUNT TO WALL, C CEILING OR FLOOR: C E(` I _ ti CAL 3.3. A HANGER SHOULD BE INSTALLED BETWEEN FITTINGS WHEN THE ` \� " ' FITTINGS ARE MORE THAN 2 FT. APART. MAXIMUM HANGER SPACING IS O I O N - . �.�.�`•_' r� � 15 FT. ALL HANGERS MUST BE U.L. LISTED AND RIGIDLY SUPPORTED. .n N_ E ._.................................................................... I IT _......................._...._.............................._......._............... :_.._....................................._........................,........................................_...-...._..___......_...................... -. :..........._._...............................,................................ ® 3.4. PIPING SHALL BE ANCHORED TO RIGID MEMBERS, SUCH AS WALLS, CEILINGS, AND COLUMNS, AND BRACED TO PREVENT LONGITUDINAL OR N E `f UNI LATERAL SWAY. NOZZLE PIPING SHALL BE WELL BRACED AGAINST L.L PIPE CLAMP, MAY BE NOZZLE BACK-THRUST. w y USED ON FLOOR OR /TWO HOLE PIPE CLAMP --- --• � CEILING ONLY. MAY BE USED ON WALL, -- -- FLOOR OR CEILING: 3.5. HANGERS AND SUPPORTS SHALL BE OF RUGGED DESIGN AND SHALL BE INSTALLED SO THAT THEY WILL NOT BE LOOSENED BY MOVEMENT OF THE SUPPORTED PIPE. 3 PLAN W NORTH 3.6. ALL SUPPORTS TO BE MOUNTED USING ANCHORS. USE OF POWER o ACTUATED STUDS ARE NOT ACCEPTABLE. PIPE LINES SHALL NOT BE 1v UNI-STRUT MOUNTING BRACKETS SUSPENDED FROM OTHER PIPE LINES. Q VICE PLACEMENT PLAN a SCALE: 1/4° = V-0" 3.7. PIPE SUPPORTS SHALL BE INSTALLED TO AVOID INTERFERENCE WITH 0 2 4 8 OTHER PIPING, CONDUIT, STRUCTURES, AND EQUIPMENT. Q (IN FEET) y 3.8. EARTHQUAKE BRACING SHALL BE USED AS REQUIRED BY LOCAL CODE. 00 9 n a` L 4. CLEANING AND FABRICATION: o 4.1. PIPE AND TUBING SHALL BE CUT CLEAN AND REAMED THOROUGHLY TO REMOVE ALL BURRS AND RIDGES. 4.2. PIPING AND TUBING SHALL BE CLEANED THOROUGHLY AS ASSEMBLED. U PULL WIRE FLUE BRUSH THROUGH PIPE LENGTH SEVERAL TIMES. PULL w CLEAN CLOTH SWABS TREATED WITH PERCHLOR ETHYLENE, OAKITE CLEANING SOLVENT, OR OTHER TRADE ACCEPTED DEGREASING CLEANER, H UNTIL PIPE INTERIORS ARE CLEAN, THEN TREAT WITH RUST INHIBITOR. U _ o WI HER$ S 4.3. ALL THREADED ENDS OF PIPE SHALL HAVE TEFLON TAPE APPLIED. Q E A cn 0 OF6 P 5. OTHER CONSIDERATIONS: p LIJ NOTE; NOEO 5.1. ALL PIPE LENGTHS ARE MEASURED CENTER TO CENTER OF FITTINGS. O J L.LJ O MAX Not 5.2. PIPE SIZES AND SCHEDULES MUST BE AS SHOWN. ANY CHANGES IN O O U j Y MAX: 1'.0<E gHq� PIPE LENGTHS (DUE TO FIELD CONDITIONS) MUST FIRST BE APPROVED 1',0� FRO 6 BY SIMPLEXGRINNELL. M $ (gyp) F M O E P z c� F ROM WEI�INO�CEO LL.I W04 M � �$aNj k. pR k 2 Q Q (8!�l 0° N c/) O ooMM SAPPHIRE TANK INFORMATION Q o o 0 w � � SAPPHIRE TANK: (D (D 0 THE AGENT STORAGE TANK CONSISTS OF A TANK FITTED WITH A VALVE AND INTERNAL SIPHON TUBE, FACTORY FILLED WITH o a O SAPPHIRE, AND SUPER-PRESSURIZED WITH DRY NITROGEN TO 360 N PSI (25 BAR) AT 70°F (21°C). TAN'S SHARING THE SAME MANIFOLD E a T O SHALL BE EQUAL IN SIZE AND FILL DENSITY. TANKS ARE AVAILABLE o A o � p0 IN VARIOUS SIZES (SEE TABLE). A NAMEPLATE IS ADHERED TO THE TANK DISPLAYING THE AGENT WEIGHT, TARE WEIGHT, GROSS WEIGHT, I Q�8 FILL DENSITY AND CHARGE DATE. ��---- Od MOUNTING BRACKETS ( o w m� O U) 02 STRUT NOTE: 1 Ne QO PART N0. TANK SIZE LENGTH (E) A SINGLE BRACKET ASSEMBLY IS I I - 75 „ REQUIRED FOR 20, 50, 90, 140, 280, I � 570085 10 DIA. 15.7 390, AND 450 LB TANK SIZES. TWO / M 570092 16" DIA. 23.6" BRACKET ASSEMBLIES N ARE REQUIRED FOR THE 850 LB SIZE 570336 24" DIA. 27.3" TANK. E W U) o c z CL TANK INFORMATIONCn a NOMINAL TANK AGENT QTY APPROX. EMPTY VALVE OUTLET TANK o 0 TANK NUMBER o�� ��, SIZE (LBS.) (LBS.) WEIGHT (LBS.) HEIGHT (A) SIZE DIAMETER (B) s Y 570635 20 10 TO 21 33 12" 1" 10" L a 570633 50 20 TO 46 41 19.8" 1" 10" 570634 90 37 TO 88 57.5 32.8" 1" 10" Lu �i 570638 140 58 TO 138 108 23.5" 2" 16" o T O € 570639/570657 280 116 TO 280 158 40.2" 2" 16" j � 3 N 570640/570652 390 161 TO 388 198 53.3" 2„ 16" cn < o 570641/570653 194 TO 459 233 64.3" 2" 16" Z SAPPHIRE PIPING ISO - SERVER ROOM 375 TO 851 456 57.7" 3" 24" SCALE: NTS DRAWN BY: MJ EASLEY CHECKED BY: J MORSE U) ISSUE DATE: 4/28/14 38 JOB#: PROJECT#: 448:976892901 0 0 L SIMPLEXGRINNELL© 2013 ° a SYSTEM: SPECIAL HAZARDS SYSTEM C U A d 0) SHEET: a 'c y m t j DEVICE PLACEMENT PLAN - SAPPHIRE SYSTEM = E .Q N � O N Cn m o w E W L O w v Q U m X HZ-101 ? E Z 0 € � L 6 E rn a 0 CD L Mc C co a? CD CD Lo ASPIRE2 Installation Data Pack Page 1 of 3 ASPIRE2 Installation Data Pack Page 3 of 3 w � � z T C3 Q a n ! 0 LU \ [ \ I [ Pipe:main pipe ~� € moo I Total Pipe Length 47' \ 0 rn Installation Data Pack for Tualatin Server Room Ambient Pressure OPa 00A I ! Pipe Type America Sector Pressure 208Pa o Contact ADAM HANSEN Number Of Sample Points 6 �o N i Date 4/20/14 Pipe Flowrate 36.01/min t) O U T I Installer SIMPLEXGRINNELL L.: U) E f( Calculated By JIM MORSE Seetion1 N o �g U E I Units US Altitude 0' t Pipe Diameter 0.874in Mow N Designed with Hole Sizes 1/8" Direction Hole Ca ilia Trans ortPressure Flow Hole Diameter Ca illa Intersection Detector : VL�i-600a❑❑Diameter L ngth Time ❑❑ Se Qsitivity❑Diameter Pressure OD CD I Type VESDA VLC V2 80m/240ftft ft �n ft sec Pa I(min /o/ft m m Pa \ I \ I E 0000000000 O O Endcap Usage Create a Balanced Design y ! E Application Default Tee 8'4" 2'10"®0000��0000 g E ! Temperature 68.0'F I [ E Absolute Pressure 1013.OhPa n i I Section1.1 E System Flowrate 36.01/min a ' [ Manifold Pressure 208Pa m Pipe Diameter 0.874in i I i - -- — — { Total Pipe Length 47' I Number Of Sample Points 6 Distance Relative Direction Hole Capillary Transport Pressure Flow Flow Hole Diameter Capillary Intersection r i ! Maximum Transport Time 1. ��❑❑❑Diameter Length Time �❑ % Sen°s'�ft ity❑Diameter Pressure a Minimum Hole Flow Rate 1.01/min # ft ft in ft sec Pa I/min /o in in Pa d O d O Elbow 14' 6 8"����������� Inverted Detector No 79 N 3/4 3/4 rr) cV Fire Threshold 0.061%/ft Capillary 118"©� 172 6.0 16.7 0.365 0.874 0.375 189 j �2 Capillary 26'8" 10'8" 1!8"© 10 169 670 16.6 0.368 0.874 0.375 185 I 5-8 \ O 5—$ Balance Data �3 Endcap 27'8"�1 1/8" 10 184 6.0 16.7 0.365 0.874�� o "' — Section1.2 t Group name Aggregate Sensitivity Balance Suction pressure(least) Endcap Sensitivity Factor o - I VLC € [Default Group] 0.061%/ft 99% 184Pawo t........................._...... ...............�.....�T tT.............................................................._................ Pipe Diameter 0 874in t ........................................................................_............... ......................._.__........ ......_........................................ ............. .. �' I ! Distance Relative Direction Hole CapillaryTransport PressureMFlow[FnIow Hole Diameter Capillary Intersection❑❑ Diameter Length Time ❑ Sensitivity❑Diameter Pressureft ft m ft sec Pa /o!ft m m Pa �OODOODO0�00000 Elbow ® Capillary 16'0� 1/8"©�5 172 6.0 16.7 0.365 0.874 0.375 189 �000�00000F 16 6 5D 5 Capillary 26'8" 10'8" 118" 6' 10 169 6.0 16.6 0.368 0.874 0.375 185 a © Endcap 2T 8"�1'� 1/8"� 10 184 6.0 16.7 0.365 0.874�� to n O c .n O 1..........................................__...__._.......... _.................... --...... .........__............................__......._........_.....--_.......................__.._. _._.. _........................................._.._............._.__...........-....................._._ €.._.............................._.............._....__._........_.._..........---......._....... ............._................................................._. ..............._....._................._......._._......_...........__ O o c 0 E E f jf 8 / f L o -- n PLAN NORTH 3 U VES DA FLOOR PLAN SCALE: 1/4" = V-0" Q m L 0 2 4 8 n/ o (IN FEET) LL_ a 0 file:///C:/Pro rainData/Xtralis/As ire2/IDP.htnil 4/21/2014 file:///C:/Pro ram Data/Xtralis/As ire2/IDP.html 4/21/2014 0 ASPIRE2 Installation Data Pack Page 2 of 3 c o O) _ C SAMPCAP I--- T 0 a t X0)5 o � w 1. 0 2.0 0 H e U) 0) �'�5 w 5 0 LU y IO�g O) 5 0 O 0 o 5 = u) Y 0 �5 2 = U �0 5 ° 0) 5,g � V z 0 M 2.0 � n�'c '^ � m N �,J f �kc) � � Qom o CAP ° � — Qz a Q o � _ cn 0 ti SqM llgRY �� 'Ll HO PIIN Q a. o c $ 0 U) ASH 0 E O .n o r' y O DI .3 •`s. o � L h N N � C d O �N y � Q ry i0 r, c 0 m LU Isometric View for VLC-600 (n O Q / E m E -o O U o \ ✓ O U r,. LL I € Q CP file:///C:/Pro ramDatar Xtralis/As ire2/IDP.htmi 4/21/2014 0 ,r 0p € _ CD Cn O u, Q _o £ w � , a DRAWN BY: MJ EASLEY U) r r/ CHECKED BY: J MORSE Q ! ISSUE DATE: 4/28/14 � �. JOB#: Ef PROJECT#: 448:976892901 0 SIMPLEXGRINNELL© 2013 € r SYSTEM: SPECIAL HAZARDS SYSTEM c g PLAN SHEET: NORTH N � L Z` U E S D A PIPING ISOMETRIC DEVICE PLACEMENT PLAN - " " VESDA SYSTEM CALCULATIONS VESDASYSTEM E CD SCALE: 1/4" = 1 —0 N SCALE: NTS m w U) 0 2 4 8 W E w (IN FEET) o — U m z x HZ-102 CD Q Z N Cl) o a € 2 rINVL.0U Li L� 1 P%1V P1%! 1 VLiLa7f\ GLogW P%I IV19P%L rI-%VLJVV 1 2 o Fn CD L0o L ,\ C6L M F[7 C.0 C�o .Z M M OLo a a c m Z O XX a \ =Q � tl w Q n � w U E Lo 1\ ^ CDC)O o d7 0 OOA 000 00 Lu 0'-? 0 0U o U �U)U L �0 2 4� cn o`1ry- N o gw cn y 3 d L U _ a t9 O_ T O O _N T a d �p N d A O R TO FIRE SMOKE DAMPERS TO AHU SHUTDOWN s R AUX RELAY E NAC 1 a V E U) 4010-9403 NAC 2 SUPPRESSION V T CONTROL PANEL 6.8K 6.8K O NAC 3r------- --� NAM NAC2 NAc3 V CA EPO i P 10K 10K t OK Osn L Z Z I i 15 15 o NAC 4 CA AIM o 2 2 2 2 2 Z VLC Vj 8 1. o a V I I I o_ V I W t � ) 3 SLC I �J J ------------- pi I M CS --- 6.8K TO AHU-GDO04 P 0 o F SHUTDOWN AUX -- -- ----- MS "3 F �� LP 120VAC j P SIR AIM ��, (BY OTHERS) M I < o �\ ti1 c p �\ M ��. R �,h i MWM a C 0- TO MAIN ALARM 0 I W J FACP TROUBLEC Z BY OTHERS SUPERVISORY �`\ i�`\ M i M M C --------- ------------ ---------� t � Q P M1-01 U C ..1.E t 4?1 p � � LJ Y o r cn � U c w oop 4009-9201 Q E r NAC PANEL C Q 6.8K 0 € C Z AUX aM �.� J L u F Q 120VAC SS Z O 0L C LA O co NAC 1 SRP2 O = Cn N r w F U Q 0 p NAC 2 AW 10K`' U w z04 C 0 U) Qoc NAC 3 1O 0 Q Q O 1� o NAC 4 Affir 1OKo ^^ L.1. � Dt� QoQ C� C075 C� 120VAC--NE �p N U O t E rn cul �3 .T 3 0 O U t ai y N = C � O N N � C (Y Q O OJ f0 O N llW^ VJ N O OO c O C N C O m d N w Q E U C U) g Z 3 o F- CL U o_ W E O 0 Y U O d Q L U In o_ O W o ~Q a N r O € r W Y O coQ 30 N 2 — O a� cM o m rn W DRAWN BY: MJ EASLEY t RISER DIAGRAM CHECKED BY: J MORSE ISSUE DATE: 4/28/14 SCALE: NTS JOB#: E PROJECT#: i 448:976892901 0 SIMPLEXGRINNELL© 2013 a o � SYSTEM: SPECIAL HAZARDS SYSTEM U t0 d SHEET: H a z m � 0 RISER DIAGRAM E a U N f0 O N m o w E w E W M O Q w U m X HZ-201 z 0 M aN O E 1 I 1 AAAA\1 1 �IV\1/1t 1 VISA Amt \IA1/'7/11 AV \IV 1 A A1I'�A/'1/1\t 1 n Cn IDNET CHANNEL M1 SWITCH SETTINGS O N o L �\ Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8 co� M1-1 x x x x x x x x ON Standby Total Alarm Total M1-2 x x x x x x x x ON Module Qty Description Current Standby Current Alarm �� c NAC 2 STROBE CIRCUIT NAC 3 STROBE CIRCUIT �C w M1-3 x x x x x x x x ON Panel Equipment Zu 3 T NAC 1 HORN CIRCUIT -ATO SRP M1-5 RELEASE SUPRELS SRP TANK x x x x x x x x ON 4010-9401 1 FACP, 248PT IDNET, 1 BAY, 120V, RED * 0.3160 0.3160 0.4300 0.4300 \� OUJI x XIX x x x Panel Totals 0.3160 0.4300 C3 tz M1-6Cf)Ln x x x x x x x x °N IDNet Addressable Devices (SLC) ~ Hoo TO ADDRESSABLE ZDNet DEVICES M1-7 x x x x x x x x ON \ Orno M1-8 x ON 4090-9001 3 IDNET SUPERVISED IAM * 0.0000 0.0000 0.0000 0.0000 oo( x x x x x x x 4090-9002 2 IDNET RELAY IAM * 0.0000 0.0000 0.0000 0.0000 ED 1 M1-9 ADRPUL SUPDUMP SOUTH EXIT x x x x x x x x °N' � -oo TO BLDG FACP M1-10 x x x x x x x x °N 4090-9006 2 SUP RELEASE PERIPH & ENCLOSURE 0.0000 0.0000 0.0000 0.0000 -0)ow ti M1-11 x x x x x x x x ON 4098-9714 6 TRUEALARM PHOTO SMOKE SENSOR 0.0000 0.0000 0.0000 0.0000 P Lo�> V V X X ON * a 05 a M1-12 IAM ABORT SOUTH EXIT x x x x x x 4098-9792 6 TRUEALARM SENSOR BASE 0.0000 0.0000 0.0000 0.0000 V V M M1-13 x x x x x x x x °N VLC-600 1 VESDA LASER COMPACT IDNET COMPATABLE * 0.0000 0.0000 0.0000 0.0000 y M1-14 x x x x x x x x °N ADDR DOUBLE ACTION PUSH PULL STATION W 0 LOGO I 4099-9012 1 / / 0.0000 0.0000 0.0000 0.0000 M1-15 PHOTO SMOKE SERVER ROOM x x x x x x x x °N Miscellaneous Peripheral Devices That May Require System Power O M1-16 PHOTO SMOKE SERVER ROOM x x x x x x x x ON M1-17 x x ON VLC-600 1 VESDA LASER COMPACT IDNET COMPATABLE 0.2050 0.2050 0.2050 0.2050 X X X X X X M1-18 x x x x x x x x ON Notification Appliances n M1-19 x x x x x x x x ON 4090-9006 1 SUP RELEASE PERIPH & ENCLOSURE * 0.0000 0.0000 0.7100 0.7100 T M1-20 PHOTO SMOKE MECHANICAL ROOMx x x x x x x x ON 4903-9426 1 TRUEALERT 75CD AUDIBLE/VISIBLE RED 30 0.0000 0.0000 0.2070 0.2070 0 M1-21 PHOTO SMOKE MECHANICAL ROOM x x x x x x x x ON 4903-94XX 1 4903-94XX SERIES HORN CURRENT HORN 0.0000 0.0000 0.0250 0.0250 M1-22x x x x x x x x °N 4904-9168 1 ITRUEALERT 15CD FREE-RUN VISIBLE ONLY RED 15 0.0000 0.0000 0.0760 0.0760 N d M1-23 x x x x x x x x ON Peripheral Totals 0.2050 1.2230 M1-24 PHOTO SMOKE COMPUTER LAB x x x x x x x x ON RUI Totals 0 0.0000 0.0000 M1-25 PHOTO SMOKE COMPUTER LAB x x x x x x x x ON Address Totals 15 Addresses 0.0120 0.0150 17- M1-26 x x x x x x x x °N * Current draw included under 'Device Addresses Used" (See "Additional Current Draws:") Total Standby 0.5330 Total Alarm 1.6680 N M1-27 IAM SUPERV CLEAN AGENT LOW AIR x x x x x x x x ON 1. 2-wire detector alarm current is included in the alarm current of the Initiating Device Circuit. r 4010-9810 - M1-28 x x x x x x x x ON 2. Backup Amplifier assumes Main Amplifier alarm current on failure. DACT EVENT REPORTING I M1-29 x x x x x x x x ON Standby Standby Alarm Alarm _Ma M1-30 RIAM RELAY AHU SHUTDOWN x x x x x x x x ON Battery Set #1 (Cabinet/Charger #1) Current Total Current Total + + + + o + a < o m Q - , x x x x x x x .x ON Select ALL Power Supplies on this battery set: 1.3 NAC1 NAC2 NAC3 NAC4 v = ® ` Ml-31 PP ry EXT N2 M1-32 RELEASE SUPRELS PRE-ACTON SPRINKLER x x x x x x x x ON 4010es 0.5210 1.6530 o x x ON Sub Total 0.5210 1.6530 M1-33 IAM SUPERV PRE-ACTION LOW AIR x x x x x x _ _ Q 0� �d M1-34 x x x x x x x x °N Additional Current Draws: " M1-35 RIAM RELAY EPO SHUTDOWN x x x x x x x x °N RUI Connected Peripheral Devices 0 x 0.0035 0.0000 x 0.0035 0.0000 C RELAY MODULE M1-36 x x x x x x x x ON MAPNET/ZDNet Device Addresses ordered / used 0 x 0.000800 = 0.0000 x 0.001000 = 0.0000 C m ASSY 566-058 M1-37 x x x x x x x x ON Sub Total 0.5210 1.6530 O PID 4010-9803 M1-38 ANAMON SMOKE VESDA LASER COMPACT x x x x x x x x ON O © M1-39 x x x x x x x x ON Spare addressable point capacity 0% 0 x 0.0008 = 0.0000 x 0.001 = 0.0000 ® M1-40 x x x x x x x x °N Total 0.5210 1.6530 Q p I M1-125 x x x x x x x x ON s Standby Time = 24 Hrs x 0.5210 = 12.5040 Standby Ah NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES. Alarm Time = 5 Min 0.08333 x 1.653 = 0.1378 Alarm Ah W THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS. 12.6418 �� F I RE SYSTEM SYSTEM ALARM AC ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING. > a '4..,d ALARM SUPERVISORY TROUBLE SILENCED POWER 0 Additional Spare Capacity = 0% + 0.0000 a 0 0 _0 T 0_ 0 0 D 12.6418 Uj3 Battery Discharge Factor = 20% + 2.5284 ALARM SUPV TROUBLE ALARM SYSTEM D o Minimum Battery Required 2081-9275 18AH (2x) 15.1701 ACK ACK ACK SILENCE RESET � C� Battery Supplied 2081-9275 18AH (2x) Q Lf o 21 " MENU FUNCTION FINABLE CLEAR S PRE�US N� (i ® TTSD 4010 ES - 4010es CIRCUIT SUMMARY & VOLTAGE DROP AUX Plan M a Aux, AUx2 BATTERY Circuit Description Load % Drop W + NO C NC NO C NC + o V1 HORN CIRCUIT SIG1 0.025A 0.02% 's BUHT V2 STROBE CIRCUIT SIG2 0.2 `7A 0.20% VAC..__SH_UTDOW.N..-__.-__ V3 STROBE CIRCUIT SIG3 0.076A 0.07% V4 ___tSRP SIG4 0.710A 0.45% C= j MAINTENANCE SWITCH & VESDA 1.018A Total v o V1 Distributed Load Voltage Drop ^ V, U Allowable % Drop: 18% Wire Res. Per Ft. 0.0031 @ 75' Celsius Wire Gauge: 14ga Min. Device Voltage: 16.vdc 0 ~ o Starting Voltage: 19.5vdc % Voltage Drop 0 02% o INTERNAL BATTERY Circuit Capacity H �� HARNESS 733-945 p y 3•A W NormalOperation J W Distance Device o age Voltage O N Device # PID Candela (Feet) Current Drop Device = o V1-1 4903-94XX HORN 30 0.025 0.005 19.50 = V N Totals: 30 Ft. 0.025A a W z � Cy) $ Cn � Qmoti T L v, N i V2 Distributed Load Voltage Drop Q Q z t _ � Q l f Allowable % Drop: 18% Wire Res. Per Ft. 0.0031 ® 75' Celsius �- I Wire Gauge: 1 ga Min. Device Voltage: 16.vdc Q 0 o I Ah BATTERY 18 Ah BATTERY I Starting Voltage: 19.5vdc % Voltage Drop 0.20% � 1'� cn Or- 18 o Ckt Capacity 3 A V < Q O Q E 2081 -9275 2081 -9275 orma pera Ion UN rn V' iiVoltage �-- t- SO �- Distance Device o age19 Device # PID Candela (Feet) Current Drop Device I V2-1 4903-9426 30cd 30 0.207 0.038 19.46 Totals: 30 Ft. 0.207A I L E 3 o g V3 Distributed Load Voltage Drop y Allowable % Drop: 18% Wire Res. Per F . 0.0031 @ 75' Celsius c Wire Gauge: ga Min. Device Voltage: 16.vdc Starting Voltage: % Voltage Drop���_ �� - ------- ---_---- 9 9 19.5vdc 9 P 0.07% Ckt Capacity 2,A o a W NormalOperation U) Distance Device Voltage Voltage o 0 „ Device # PID Candela (Feet) Current Drop Device 18 V3-1 4904-9168 1 5c 30 0.076 0.014 19.49 .O m Totals: 30 Ft. 0.076A o N w Q T A U) E H V4 Distributed Load Voltage Drop o Allowable % Drop: 18% Wire Res. Per Ft. 0.0031 ® 75' Celsius o Wire Gauge: 4ga Min. Device Voltage: 16.vdc LU Starting Voltage: 19.5vdc % Voltage Drop 0.45% Ckt Capacity 3.A = NormalOperation Distance Device Voltage Voltage a Device # PID Candela (Feet) Current Drop Device V4-1 4090-9006 20 0.710 0.087 19.41 UJI N Totals: 20 Ft. 0.710A o Cj J d r LU Y c O N Q o O d co N d w N DRAWN BY: MJ EASLEY CHECKED BY: J MORSE J ISSUE DATE: 4/28/14 JOB#: PROJECT#: 448:976892901 0 SIMPLEXGRINNELL© 2013 SYSTEM: a L C SPECIAL HAZARDS SYSTEM C U fC d m SHEET: 3 z � C C . PANEL DETAI L-4010 ES E w 4010ES SCP Ca a SCALE: NTS W � U m X HZ-501 ? ZE O H M 0 m a € L x E a s � CSD � coco 1- coc C7 M aEi O O tl')LO c v c w IF OPTIONAL SHIELDS ARE USED FOR ZDNet WIRING. C3 \ <a-U_ FOLLOW THESE PRECAUTIONS. TTSD 4009-9201 NAC PANEL 4009 NAC ~ Co c Standby Total Alarm Total �� i o-Zo ti 1 . IF I D N et WIRING CONTINUES 0 N TO ANOTHER Module Qty Description Current Standby Current Alarm y �o8 DEVICE TAPE SHIELDS TOGETHER. DO NOT Panel Equipment -0)ow FROM PREVIOUS ZDNet DEVICES `� ~ X02 TERMINATE SHIELD AT 4009 ZDNet. NTROL PANEL 4009-9201 1 4009 IDNEf NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850 LO O R HOST I D N e t CONTROL Panel Totals 0.0850 0.1 850 ~ c W' f N OYW �y co J Cn a Notification Appliancesf�A� N d 2. IF I D N et WIRING TERMINATES AT 4009, TAPE 4090-9006 , SUP RELEASE PERIPH & ENCLOSURE * 0.0000 0.0000 0.7100 0.7100 TO ADDITIONAL IDNet DEVICES Peripheral Totals 0.0000 1 0.7100 SHIELD. DO NOT TERMINATE SHIELD AT 4009 ZDNet. OR RETURN TO HOST ZDNet CONTROL PANEL RUI Totals 0 0.0000 0.0000 Address Totals 0 Addresses 0.0000 0.0000 C D N et CONTROLLER ADDRESS: M 1 -2 5 * Current draw included under 'Device Addresses Used" (See "Additional Current Draws:") Total Standbyl 0.0850 1 Total Alarm 0.8950 1. 2-wire detector alarm current is included in the alarm current of the Initiating Device Circuit. 2. Backup Amplifier assumes Main Amplifier alarm current on failure. 0 Standby Standby Alarm Alarm Battery Set #1 (Cabinet/Charger #1) Current Total Current Total a Select ALL Power Supplies on this battery set: 4009 0.0850 0.8950 _9 o Total 0.0850 0.8950 s N SRP Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah Alarm Time = 5 Min 0.08333 x 0.895 = 0.0746 Alarm Ah a 2.1146 Additional Spare Battery Capacity = 0% + 0.0000 E 2.1146 d Battery Discharge Factor = 20% + 0.4229 x Minimum Battery Required 2081-9272 6.2AH (2x) 2.5375 E ---- Battery Supplied 2081-9272 6.2AH 2x a 0 c O � I ; TTSD 4009-9201 NAC PANEL - 4009 CIRCUIT SUMMARY & VOLTAGE DROP 00.00 1 O 1/2W 1 O 1/2W 1 O 1/2W Plan E Circuit Description LoaSIG10.710Ad % Drop HARDWARE ADDRESS/ Vl SRP 2 I ,:SON' so]wn�E V2 SPARE SIG2 O.000A 0.00% W 0 I li ? 'a=Iu � � QmQm 3 = = V3 SPARE SIG3 O.000A 0.00% 12 0.710A Total r1/ ii +ALM ALM +ALM` -ALM +ALMLj-ALM'+ALM -ALMS j '151=1C- C 4 I D N ET ! W I 3 NAC 1 NAC 2 NAC 3 NA �� I °� I 07 s W1 °mac SW2 tires V1 Distributed Load Voltage Drop (J, Q ;�{ E j Ho��COCi090�, I d v o b Allowable % Drop: 17,9% Wire Res. Per Ft. 0.0031 75' Celsius o 000uoa�cn000Q �onoanano� Wire Gauge: ga Min. Device Voltage: 16.vdc o [oa] o Starting Voltage: 19.5vdc % Voltage Drop Circuit Capacity. 2,A e NormalOperation I [c o� [� �, Distance Device Voltage Voltage MM 0 Device # PID Candela (Feet) Current Drop Device W o H H H [❑� V1-1 4090-9006 20 0.710 0.087 19.41 N jl J Totals: 20 Ft. 0.71 OA o oo $ I - 0 ® � U AUX POWER + O O 0 V2 Distributed Load Voltage Drop0.000 0 0 o P: 17.9% �-- � Allowable % Dro Wire Res. Per Ft. 0.0031 ® 75' Celsius i O O ] Wire Gauge: ga Min. Device Voltage. 16.vdc l POS IN �^ U � ( POS OUT HARDWIRE 0 0 Starting Voltage: % Voltage Drop v J 9 9 19.5vdc 9 P 0.00% T EI;I RET IN INPUT 1 O O r") � � 1 Ckt Capacity, 2.A Q F- RET OUT VISIBLE O NormalOperation Cf) 16 POS IN d O O Q 0 0 Distance Device Voltage Voltage J O F- ' _ POS OUT HARDWIRE N RET IN INPUT 2 BATTERY Device �! B # PID Candela (Feet) Current Drop Device O O LUw II RET OUT AUDIBLE 0 Totals: 0 Ft. O.000A O I- V2-1 0.000 0.000 19.50 N rn ' - I v/ y I' V 4009-9201 ZDNet NAC EXTENDER 0 0 � �� U) 0 M I TADDRESSABLE NAC SYSTEM ASSY 0565-771 A R C D W z N V3 Distributed Load Voltage Drop r ) N VJ ti N I C) Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 ® 75' Celsius J Wire Gauge: 14ga Min. Device Voltage: 16.vdc M < z 9Voltage: 19.5vdc 9 P 0.00% fa 0 Starting % Voltage Drop Ckt Capacity2.A _ Q 0 0 ormapera ion -991 At � U)jHARNESS Voltage Voltage Device INTERNAL BATTERY $ I's 15A HARNESS 733-945 ' �- j Device # PID Candela (Feet) Current Drop Device (D to 0 i C�, GROUND V3-1 0.000 0.000 19.50 �- U � Totals: 0 Ft. 0.000A li L 4_/ //X/ NEUTRAL CONNECT TO 120VAC 60HZ INPUT 3A MAX. HE + - + HOT 120V y i a TERMINAL ,; NN STRIP _77 i N d O O M Ci PART OF CD II 733-991 _ o 6.2 Ah BATTERY 6.2 Ah BATTERY F' 2081 -9272 2081 -9272 zI 15 w I o d 0 E w Z C T Q O Cn 0 d Q U c J Cn 6 W p o `c U CONNECT A 12 AWG COPPER GROUND WIRE FROM SAFETY U GROUND IN THE ELECTRICAL DISTRIBUTION PANEL TO 10Q THE 4009 SAFETY GROUND STUD. LU 8N U O 77 N o 0 r O g N y O rn M m o DRAWN BY: MJ EASLEY r W z CHECKED BY: J MORSE ISSUE DATE: 4/28/14 r d c H JOB#: E PROJECT#: i 448:976892901 SIMPLEXGRINNELL© 2013 0 SYSTEM: 'y a L C SPECIAL HAZARDS SYSTEM SHEET: V 'C N � J Ol PANEL DETAIL- NAC PANEL m c E v M o T- m O N 4009 - 9201 NAC PANEL 0a o � LU W � r SCALE: NTS o U m HZ-502 � N N [ry X O � fO O L M n E ifi 0 C3 L0L F\ a)co C MM E C3 CD C3 C C W ^? Z 0 \ _ N � (L W T Q a Q W z v r= �'C3- -L0 - �r\ ��o i g o� o0c 00c; � -00 -q U)Lu s Consolidated Report Consolidated Report � 3:moo2 K Enclosure Information Agent Information M oY� iuPp=taNNi rn �,LANzianN a CMD UW N Elevation: 0 ft(relative to sea level) Atmospheric Correction Factor: 1 Agent: Novec I Propellant N2 Sapphire TM Designer Program-ANSL3.61b p UL: EX4510 FM: 3014140 (Novec is a trademark of 3M) 3 Project: Hibbard Server Room Enclosure Number: 1 N File Name:TTSD_CALC.FLC Name: Hibbard Server Room Adjusted Agent Required: 186.0 lbs Enclosure Temperature... Consolidated Report Container Name: 280 Ib Cylinder Assemby Minimum: 70 F Container Part Number: 570639 Customer Information Maximum: 70 F Number of Main Containers: 1 Maximum Concentration: 4.207 % Number of Reserve Containers: 0 0 Company Name: Tigard Tualatin School District Design Concentration... Address: 6960 SW Sandburg St. Adjusted: 4.206 % Manifold: No Manifold T Tigard, OR 97223 Minimum: 4.200 % Starting Pressure: 360 psig Minimum Agent Required: 185.7 lbs Pipe Take Off Direction: Horizontal Phone: Width: 0.0 ft Agent Per Container: 186.0 lbs o Contact: Length: 0.0 ft Fill Density: 49.7 lbs/cubic ft Title: Height: 0.0 ft Container Empty Weight: 158.3 lbs y Weight, All Containers + Agent: 344.3 lbs Project Data Volume: 4889.0 cubic ft Floor Area Per Container: 1.40 square ft Non-permeable: 0.0 cubic ft Floor Loading Per Container: 247 lbs/square ft Project Name: Hibbard Server Room g q - Designer: MJ Easley Total Volume: 4889.0 cubic ft E Number: Adjusted Agent Required: 186.0 lbs a Account: Number of Nozzles: 1 Location: i? d Description: E Pipe Network U) Part 1 - Pipe Pipe E Description Start End Type Diameter Length Elevation O Main Cyl. X 1 0 1 2 in 3.35 ft 3.35 ft o Pipe 1 2 40V 1 in 0.66 ft 0.00 ftO�/ M Pipe/E1-N1 2 3 40V 1 in 5.50 ft 5.50 ft Part 2 - Equivalent Length ry $ w Start End 90 45 Thru Side Union Other Added Total w 0 1 0 0 0 0 0 0.00 ft 35.0 ft 1 2 0 0 0 0 0 _ 0.00 ft 0.7 ft 2 3 1 0 0 0 0 0.00 ft 7.2 ft W t V J d Page: 1 of 6 Page: 2 of 6 Page: 3 of 6 $ Calculation Date/Time: Friday, April 18, 2014, 10:37:06 AM Calculation Date/Time: Friday, April 18, 2014, 10:37:06 AM Calculation Date/Time: Friday, April 18, 2014, 10:37:06 AM Copyright(c)Hughes Associates, Inc. Licensed to:Ansul Incorporated Copyright(c) Hughes Associates, Inc. Licensed to:Ansul Incorporated Copyright(c)Hughes Associates, Inc. Licensed to:Ansul Incorporated M a W � e c n a` ry L _ O O N l E U Consolidated Report Consolidated Report411V ki L' Consolidated Report Part 3 - NozzlesCif Minimum Adjusted Predicted Nozzle Drawing View: 5 Q Ci Start End Flow Name Size Type Nozzle Area Agent Agent Agent Pressure U Nozzle Required Required Delivered 0 1 186.0 lbs q q (Average) 1 2 186.0 lbs E1-N1 185.7 lbs 186.0 lbs 186.0 lbs 164 psigO J LW 2 3 186.0 lbs E1-N1 1 in 7 Port- BR 0.5454 square in 0 O F- s Parts Information Drawing View: 1 = U U) Y1. U "' Qco Q UJz CV 1-N 1 Total Agent Required: 186.0 lbs Cir E �+ J 0 Container Name: 280 Ib Cylinder Assemby (Part: 570639) z Number Of Containers: 1 = Q or- Field1 - E1 N1 -' N 1 280 Ib Cylinder Assemby-No Manifold Ll �- 2 fs - Nozzle Type Diameter Nozzle Area Part Number 8 Q Q � Q _ rn � � � o E1-N1 7 Port- BR 1 in 0.5454 square in 570517 v < C - _ _ o Nozzle Drill Diameter Drill Size �_ =` 1 X 280 Ib Cylindm-. %ssemby-No Manifold S 0 E1-N1 0.3150 inches 8.00 mm N E Drawing View: 9 t 3 Pipe: Type Diameter Length o 40V 1 in 6.16 ft o ;.y � T Q List of 90 degree elbows: 1 - 1 in E1 N1 System Acceptance a Lu Q System Discharge Time: 9.6 seconds 2 W_ Percent Agent In Pipe: 6.2% W E Percent Agent Before First Tee: 0.0% °}° Enclosure Number: 1 1 X 280 Ib Cylinder Assemby-No Manifold o Lu Enclosure Name: Hibbard Server Room ~ Minimum Design Concentration: 4.200% Z 3 Adjusted Design Concentration: 4.206% OF- 12 g Predicted Concentration: 4.207% D U o Maximum Expected Agent Concentration: 4.207% (At 70 F) o .o C Y c Page: 4 of 6 Page: 5 of 6 Page: 6 of 6 Calculation Date/Time: Friday, April 18, 2014, 10:37:06 AM Calculation Date/Time: Friday, April 18, 2014, 10:37:06 AM Calculation Date/Time: Friday, April 18, 2014, 10:37:06 AM o L Copyright(c) Hughes Associates, Inc. Licensed to:Ansul Incorporated Copyright(c) Hughes Associates, Inc. Licensed to:Ansul Incorporated Copyright(c)Hughes Associates, Inc. Licensed to:Ansul Incorporated < c C) M c W 8 r 0 c N 0 € r W Y c tL' 3 N < o o d o ar m rn W O r- y DRAWN BY: MJ EASLEY CL CHECKED BY: J MORSE W ISSUE DATE: 4/28/14 JOB#: c E PROJECT#: 448:976892901 0 +- L SIMPLEXGRINNELL© 2013 € a SYSTEM: SPECIAL HAZARDS SYSTEM c m� SHEET: z CALCULATIONS AND 15 SCHEDULES a� 10 � o N m_ `o U) Lu E t 2 .v- O W v Q U m HZ-601 x Z � g ME c�i 0 li L DEVICE MOUNTING HEIGHT REFERENCE (PER NFPA 72) 4090-9006 SUPPRESSION RELEASING DEVICE x PRODUCT INFORMATION cn A/C SUPPLY FEATURES: VISUAL APPLIANCE MOUNTING HEIGHT CONSIDERATIONS IN SLEEPING ROOMS • UL LISTED TO STANDARD 864 L 1. MIN DISTANCE IN SLEEPING ROOMS IS 24" (610mm) FROM CEILING TO ORMINTHE 4" REQUIREMENT FOR SMOKE DETECTORS HAS • ULC LISTED cow z TOP OF LENS FOR 11 OCD STROBES WITHIN 16' OF THE PILLOW I BEEN REMOVED FROM THE 2010 EDITION OF NEPA 72 FM APPROVED SOLENOID VALVE "Lo`: E • DUAL COMMAND CONTROL REQUIRES THAT � 2. 177CD STROBES, USED IN SLEEPING ROOMS, CAN BE WITHIN THE 24" BOTH IDNET COMMUNICATIONS COMMANDS (610mm) MINIMUM DISTANCE FROM THE CEILING. THE HIGHER 4" NOTE: MEASUREMENTS AND AN ACTIVATED NAC ARE PRESENT TO o .. INTENSITY IS TO COMPENSATE FOR A POSSIBLE SMOKE LAYER. 3 (MIN) (102mm) SHOWN ARE TO THE INITIATE THE DESIRED RELEASE. (914mm MIN) CEILING CLOSEST EDGE OF THE PROVIDES WIRING SUPERVISION RED NAC + YELLOW �� an `i DETECTOR. TOCTHE ACTUATOR INCLUDINGV O O ._ MONITORING OF COIL CONTINUITY. BLACK NAC BLACK CEILING MOUNTED • C3 ...................... AN ON-BOARD DC-DC REGULATOR 4090-9006 �� �tio FOR CEILING HEIGHTS LESS THAN 86 2180mm , ,� COMPENSATES FOR VOLTAGE DROPS TO SUPPRESSION um) 5-< > ( ) NFPA 72 AUDIBLE APPLIANCE SMOKE/HEAT 4 THE PERIPHERAL AND ENSURES PROPER RELEASING DEVICE 2081-9046 y 00c; +� CONTROL CIRCUIT VOLTAGE OVER A COIL SUPERVISION ao woT THE VISUAL LENS MOUNTING HEIGHT SHALL BE 6" MIN (152.4mm MIN) DETECTOR (102mm) 12 (MAX) WIDE OPERATING RANGE. oWo WITHIN 6" (150mm) OF THE CEILING. AUDIBLE ONLY BELOW FINISHED CEILING (305mm MAX) MODULE UIw y 11, ® 0 90" MIN (2286mm MIN) ACCEPTED HERE HEAT DEFECTORS NA�'INPUT NO2 ABOVE FINISHED FLOOR NEVER HERE 91 N c:> N o NAC INPUT fNAC c + o �gCF (OTHER MOUNTING HEIGHTS SHALL BE PERMITTED BY THE AHJ PROVIDING IT FROM FACP - COMPATIBLE UL LISTED VALVES AND ACTUATORS AUDIBLE/VISUAL MEETS THE SOUND LEVEL OUTPUT REQUIRED. & VISUAL ONLY ) WALL MOUNTED MANUFACTURER MODEL NUMBER APPLIANCES TO EXIT DOOR IDNET INPUT RAC OUTPUT *AUTOMAN II-C ASSY. (SOLENOID 17728; COIL 25924) 3 5' (MAX.) SM Tas T62 � � *AUTOMAN II-C EXPLOSION-PROOF RELEASING DEVICE DETECTOR IDNET INPUT NET + RAC - (SOLENOID 31492; COIL 31438) (1524mm) New SYNCHRONIZE MORE THAN DOOR FROM FACP IDNET — RAC + AUTOMAN II-C ASSY. (SOLENOID 17728; COIL 25924) TWO APPLIANCES IN ANY WIDTHO O ANSUL SOLENOID ELEC ACTUATOR (SOLENOID 73111; COIL 73097) SC FIELD OF VIEW. LESS 3 HARNESS PLUG ADDRESS SCCH ® D1 *CV90 HF ELEC ACTUATOR 73327 (MAY USE 73606 RES.) $ (76mm) P1 LP CO2 WITH ASCO SOLENOID 422934 0 e e a e e e e e sw, DISCONNECT rns PRESSION LP CO2 DOUBLE ACTION 24VDC SOLENOID 430948 96" MAX (NFPA) 51' SIDE WALL 0 LP CO2 3-WAY SELECTOR VALVE SOLENOID 433419 (2440mm MAX) 127mm ELECTRIC ACTUATOR 24VDC SOLENOID 570537 • ( ) FM APPROVED CONTROL VALVES 821OA107 (097617-005D COIL) 1/2" NPS, 5/8" ORIFICE REF. 80" MIN (IBC) ABOVE FINISHED FLOOR 7 MANUAL FM 2080-9059 OR 8210G207 (238310 COIL) 1/2" NPS, 1/2" ORIFICE (2032mm MIN) TO TOP OF LENS PULL GROUP MANUFACTURER MODEL NUMBER 2080-9060 8211A107 (097617-005D COIL) 24VDC STATION A SKINNER L821OA10 HV2628571 23810 COIL N.C. 1 2" NPS 1 2" ORIFICE o REF. 96" MAX (IBC) 80" ADA 2032mm T8210A107 O O SERVICE DISCONNECT Asco ( ) / / (2440mm MAX) ( ) ( ) FIRE B ASCO R821OA107 HV2648581 (23810 COIL) N.O. 1/2" NPS, 1/2" ORIFICE $ 80 MIN (NFPA) (2032mm MIN) PHONE MAGNETIC 821OA107 R821OA107 (097617-005D COIL) 1/2" NPS, 5/8" ORIFICE w ABOVE FINISHED FLOOR �JACK ® DOOR SURFACE MOUNTED BOX (RED) T821OA107 (097617-005D COIL) 1/2" NPS, 5/8" ORIFICE TO BOTTOM OF LENS HOLDER D asco 8z1oc2o7 6 1/8" W X 8 1/8"H X 4 1/16" D ECH ELECTRICAL CONTROL HEAD (551201) .52 73218BN4UNLVNOC111C2* y F0.0 E SKINNER PYRO-CHEM EXPLOSION-PROOF ELECTRIC ACTUATOR (570147) E FINISHED 73218BN4TN0ON0C111C2 a ® WALL F SKINNER 73212BN4TNLVNOC322C2 24VDC FROM FACP REMOVABLE ELECTRIC ACTUATOR (570209) 0.2A NOTE: REFER TO THE PROPER DEVICE FOR INDICATOR LAMP 71395SN2ENJ1NOH111C2 (SKINNER COIL H111C2) G SKINNER 71395SN2ENJ1NOH111C2 ( ) L; INSTALLATION INSTRUCTIONS 48" MAX (ADA) (1219mm) I VITAULIC SERIES 753-E SOL VALVE 73212BN4TNO0NOC111C2 (SKINNER COIL C111C2) FOR BACKBOX MOUNTING HEIGHT. 48" MAX (NFPA) (1219mm MAX) 11591 AND 11592 SKINNER 73212BN4TNLVNOC322C2 (SKINNER COIL C322C2) cn J VIKING 73218BN4UNLVNOH111C2 (SKINNER COIL H111C2) FINISHED 42" MIN (NFPA) (1067mm MIN) 11595 AND 11596 73218BN4UNLVNOC111C2SKINNER COIL C111C2 FLOOR K VIKING 11601 AND 11602 ( ) MEASUREMENTS SHOWN ARE * *12VDC COILS, EITHER WIRE TWO IN SERIES FOR 24VDC ACTIVATION, OR, O TO TOP OF PULL HANDLE FOR NEW APPLICATIONS, LV2LBX25 HAS BEEN REPLACED IF AVAILABLE FROM THE MANUFACTURER, USE SERIES RESISTOR. BY MODEL NUMBER 73218BN4UNLVNOC111C2 e - --- ...._......_.._ _ ._...._....._..... __ NO Of0 END—OF—LINE RESISTOR CODES 4010 BACKBOX INSTALLATION E DESCRIPTION w NOTE: REFER TO PANEL/MODULE AND DEVICE INSTALLATION THE BACKBOX CAN BE SURFACE OR SEMI-FLUSH MOUNTED TO INSTRUCTIONS FOR PROPER TERMINATIONS. THE WALL. USE SEPARATE CONDUIT ENTRANCES FOR POWER- LIMITED AND NON-POWER LIMITED WIRING. SYSTEM CONDUIT * USE WITH RETROFIT OR HIGH CURRENT MODULE AC SUPPLY, BATTERY SUPPLY AND CITY CONNECT WIRING ARE 3/4" MINIMUM W 3 ALL NON-POWER LIMITED WIRING. 6 1/4" (2" CONDUIT SHOWN) REFERENCE (n w MODEL NUMBER OHMS 1ST BAND 2ND BAND 3RD BAND 4TH BAND 5TH BAND WATTS CIRCUIT TYPE FIRE ALARM PANEL/MODULE DIMENSIONS SHOWN ARE TYPICAL FOR ALL SURFACE 5 1/2" s AND SEMI-FLUSH INSTALLATIONS. Q 4081-9001 733-892 2.2K RED RED RED GOLD N/A 1/2 ANNUNCIATOR (4300) 4004, 4010 (TROUBLE) N.O. INITIATING 4004*, 4004R, 4005*, 4006, INSTRUCTIONS KNOCKOUT 3/4" o PULL, SMOKE, HEAT, 4100, 4120, 41000, ZAM'S SCREW/NAIL 4081-9002 733-893 3.3K ORANGE ORANGE RED GOLD N/A 1 WATERFLOW, TAMPER, ETC. 1. REMOVE ELECTRONICS AND STORE IT IN A SAFE DRY AREA. HOLES FORM y 24 PT. 1/0 SWITCH SUPV. 4605-7401, 4100 SERIES 2. NO KNOCKOUTS PROVIDED. CUT CONDUIT/SERVICE ENTRANCE SEMIpUMSH I ®� 1..1MM..1 CURRENT LIMITED N.O. INITIATING 4090-9001 IDNET IAM EOLR OPENINGS. REFER TO FIG.1 FOR PROPER LOCATIONS. (SEE NOTE 3.) I W L 4081-9003 733-896 4.7K YELLOW VIOLET RED GOLD N/A 1/2 NOTIFICATION DACT 2080-9024 CONDUIT PROTRUSION INTO BOX 1/2" MAX. ( DOOR, 5/8" 3. MOUNT BOX TO WALL: BOX MUST BE LEVEL AND PLUMB. (16 MM) THICK FOR SURFACE MOUNT H N.O. INITIATING 4004, 4005, FOR SURFACE MOUNT USE TEAR DROP AND CLEARANCE HOLES USE 4 HOLES TO SECURE 4081-9004 733-886 6.8K BLUE GREY RED GOLD N/A 1/2 PULL, SMOKE, HEAT, 4090-9001 IDNET IAM ON BACK SURFACE. INTERNAL STRAPS ARE PROVIDED ( 21" BACKBOX TO WALL WATERFLOW, TAMPER, ETC. 2190-9173 MAPNETII 2 PTI 0 FOR SEMI-FLUSH MOUNT: USE KNOCKOUTS ON SIDE WALL AND FOR WIRING MANAGEMENT 4-20MA ZAM TROUBLE SCREW OR NAIL BOX TO WALL STUDS. (2 EACH SIDE) CURRENT LIMITED N.O. INITIATING NMA ( AC TERMINAL BLOCK V 4081-9005 733-984 1.8K BROWN GREY RED GOLD N/A 1/2 4090-9001 IDNET IAM 4. E RATING: NEMA 1 - GENERAL PURPOSE. ( BATTERY AREA (IN LINE) 5. IF PRESENT, USE WIRE MANAGEMENT BRACKETS ON BOX SIDES ( WALL THICKNESS GUIDES I/NO CONDUIT ENTRY OR TO SECURE WIRE RUNS. FRONT OF STUD WIRING IN THIS AREA ` o 4081-9006 733-890 560 n GREEN BLUE BROWN GOLD N/A 1 N.C. INITIATING (EOLR) 4005*, 4090-9001 IDNET IAM a FOR 5/8" (1 s MM) o 4100, 41000 6. DO NOT LOCATE POWER-LIMITED WIRING IN THE SHADED AREAS WALL BOARDrn H OF THE BACKBOX, THIS AREA IS RESERVED FOR NON-POWER �+ / V o 4081-9007 733-891 1.2K BROWN RED RED GOLD N/A 1 N.C. INITIATING (EOLR) 4005 LIMITED CIRCUITRY SUCH AS AC POWER, BATTERIES AND CITY 18" Q E CONNECTION. WALL THICKNESS GUIDES �— o 4081-9008 733-894 10K BROWN BLACK ORANGE GOLD N/A 1/2 NOTIFICATION 4004, 4005, 4006, 4008, FRONT OF STUD 4009, 4010, 4100, 41000 70 FOR 1/2" (13 MM) (TYPICAL, BUT WALL BOARD J 0 4081-9009 733-912 20n RED BLACK BLACK GOLD N/A 1 TO MR-101 RELAY COIL 4005 8 POINT 1/0 NOT MORj O O w N.C. INITIATING (ACROSS CONTACTS) 4005*, 4090-9001 IDNET IAM THAN 72" N 24 PT. 1/0 (ACROSS CONTACTS) 4605-7401, 4100 SERIES O O o 4081-9010 733-973 1K BROWN BLACK RED GOLD N/A 1 CURRENT LIMITED N.O. INITIATING = U N 4090-9001 IDNET IAM (IN SERIES WITH CONTACT) C/) Q o 2" MAX IF USING BUS BAR (31f co 4081-9011 733-974 100n BROWN BLACK BROWN GOLD N/A 1/2 ANNUNCIATOR (N2) 4006, 4008, 4010 W N 4081-9012 733-985 22K RED RED ORANGE GOLD N/A 1/2 SPEAKER CIRCUIT 4003 H m Q 4081-9013 734-086 4.99K YELLOW WHITE WHITE BROWN BROWN 1 2 TYPICAL CONDUIT C) cy)LOCATION f'1 f'l P1 P 1 F'1 J z 2 A 1 4081-9014 734-092 2.4K RED YELLOW RED GOLD N N.C. INITIATING - �----- / / 4090 9001 IDNET IAM Z =5(SECURITY MONITORING EOLR) F- cn O 10 CURRENT LIMITED N.O. INITIATING Q c 4081-9015 734-093 1.5K BROWN GREEN RED GOLD N/A 1/2 (SECURITY MONITORING EOLR) 4090-9001 IDNET IAM 6 WALLEo 4081-9016 734-149 150K BROWN GREEN YELLOW GOLD N/A 1/2 Q < a) 4081-9017 734-171 3.9K ORANGE WHITE RED GOLD N/A 1 FLOOR (� 11— co � a 4081-9018 734-168 10K BROWN BLACK ORANGE GOLD N/A 1 70VRMS CONSTANT SUPV. NACS 4100-1260 0 0 378-090 8.2K GRAY RED RED GOLD N/A 1/2 SECURITY MONITORING (EOLR) 4100, 41000 a 378-046 5.6K GREEN BLUE RED GOLD N/A 1/2 N.O. SECURITY MON. (SERIES) 4100, 41000HE 0 378-069 12K BROWN RED ORANGE I GOLD N/A 1/2 N.C. SECURITY MON. (SHUNT) 4100, 41000 FIG' 1 c o s 4" S DARE EEP x BOX o SINGLE GANG EXTENSION RING 3 4" 2 1 8 D PRODUCT INFORMATION 4099-9012 IDNet DOUBLE ACTION PUSH STATION (RA 0 / N0. 231 OR 232) y FEATURES: (RACO NO. 773) OR T MOUNTING INSTRUCTIONS: MOUNTING INSTRUCTIONS: SUPPLIED BY CONTRACTOR SINGLE GANG SWITH BOX o • UL LISTED 1. COVER & BACKPLATE COME ASSEMBLED. 1. COVER & BACKPLATE COME ASSEMBLED. 2 1/2" DEEP • DOUBLE ACTION (PUSH/PULL), IDNET ADDRESSABLE 2. UNLOCK STATION, DROP COVER FORWARD 2. UNLOCK STATION, DROP COVER FORWARD ® (RACO NO. 500) • PULL LEVEL PROTRUDES WHEN ALARMED TO EXPOSE MOUNTING SCREWS. TO EXPOSE MOUNTING SCREWS. O SUPPLIED BY • TAMPER RESISTANT RESET KEY LOCK KNOCKOUTS FOR 3/4" CONDUIT ° ® ONTRACTOR o TOP AND BOTTOM OF BOX o c • MOUNTING: SEMI-FLUSH, SURFACE 0 J • OPERATING TEMPERATURE RANGE: 32 - 120' F O p ° o cn • OPERATING HUMIDITY RANGE: 0 - 93% RH °0 0 w • ADAPTER PLATES 2099-9813 OR 2099-9814 CAN BE 0 c USE FOR RETROFIT APPLICATIONS. 0 0 • 5" HIGH X 3 3/4" WIDE X 1' DEEP °0 m • SCREW TERMINALS FOR 18 TO 14 AWG WIRE 8 8 o • ADDRESSED BY MEANS OF AN 8 POSITION DIP SWITCH W 2975-9178 OR • COMPATIBLE WITH ZDNet/MAPNET � 2975-9022 BOXES "' OPERATION: WIREMO��PBOX 0R U) ACTIVATION: NO. 5747 SUPPLIED O � 4099-9012 DOUBLE ACTION STATION REQUIRES A FIRM DOWNWARD BY CONTRACTOR SEMI-FLUSH MOUNTING PULL TO ACTIVATE THE ALARM SWITCH. COMPLETING THIS ACTION SURFACE MOUNTING 4 11/16" SQUARE x 2 1/8" DEEP BOX BREAKS AN INTERNAL PLASTIC BREAK-ROD THAT IS VISIBLE BELOW THE 2099-9819 BLACK) cn OR SUPPLIED BY CONTRACTOR PULL LEVER (USE OF PLASTIC ROD IS OPTIONAL). THE PULL LEVEL LATCHES 2099-9820 BE16 o FLUSH ADAPTOR AVAILABLE o € INTO THE ALARM POSITION AND REMAINS EXTENDED OUT OF THE FROM SIMPLEX HOUSING TO PROVIDE A VISIBLE INDICATION. MOUNTING INSTRUCTIONS: RESETTING 1. COVER & BACKPLATE COME ASSEMBLED. o 4099-9012 DOUBLE ACTION STATION REQUIRES A KEY TO RESET 2. UNLOCK STATION, DROP COVER FORWARD ° TO EXPOSE O MOUNTING SCREWS. THE ACTIVATION LEVER AND DEACTIVATE THE ALARM SWITCH. o (IF OPTIONAL PLASTIC BREAK ROD WAS USED IT MUST BE REPLACED) 0 v M CONSTRUCTION: °O � STATION HOUSING AND PULL LEVER ARE CONSTRUCTED OF CHIP °O L 04 RESISTANT AND DIRT RESISTANT, HIGH IMPACT LEXAN. ® o HOUSING IS RED WITH RAISED WHITE LETTERING AND PULL LEVER IS o �T WHITE WITH RED RAISED LETTERING. w ¢ o N * LEXAN IS A REGISTERED TRADEMARK OF THE GENERAL ELECTRIC CO. + N o o APPLICATION: NOTE: BOX MUST BE RECESSED C, INTO WALL 1" TO 1 1/8 PULL STATIONS SHALL BE INSTALLED IN ACCORDANCE WITH NFPA 72 0 AND ADA GUIDE LINES. CUTOUT MUST BE A MINIMUM z INTRODUCTION: FLUSH MOUNTING s" HIGH BY 5" WIDE t � THE 4099-9012 ADDRESSABLE PULL STATION PROVIDES TWO-STATE DRAWN BY: MJ EASLEYCHECKED BY: J MORSE STATUS INFORMATION (NORMAL AND SHORT) TO THE IDNET COMPATABLE FIRE n n cn ALARM CONTROL PANEL (FACP) VIA THE IDNET CHANNEL. THE IDNET S- —S TSS ISSUE DATE: 4/28/14 S CHANNEL PROVIDES THE COMMUNICATION LINK BETWEEN PULL STATION —R + ZDNet ZDNet LINES TO AND THE FACP AND POWERS THE ENTIRE CIRCUITRY. B - ZDNet NEXT DEVICE OR RETURN JOB#: WIRING: OPTIONAL 6 OR 7 OPERATION s TO FACP FOR STYLE 89 PROJECT#: 448:976892901 = 1. ALL WIRING TO COMPLY WITH LOCAL CODE. I I I I SHIELD SIMPLEXGRINNELL© 2013 ° 2. CONDUCTORS MUST TEST FREE OF ALL GROUNDS. WIRE LEGEND: R=RED SYSTEM: $ 3. MAINTAIN CORRECT POLARITY B=BLACK I 4099-9802 LABEL KIT (ORDERED SEPARATELY) SPECIAL HAZARDS SYSTEM S=SHIELD m ® I PULL STATION ° a ° ° 0 ° PULL STATION A BLANK AREA ON THE FRONT OF THE STATION ` 4. IDNET LINES ARE TO BE 18 AWG TWISTED SHIELDED PAIR 4099-9003 z -1 z 4099-9003 ®® ALLOWS THE SELECTION OF A LABEL TO MATCH 5. MAXIMUM LINE RUN FROM PANEL TO FARTHEST DEVICE NOT I ®® THE SPECIFIC RELEASE APPLICATION. SHEET: TO EXCEED 2500 FEET. 99 9 0 0001 N 6. MAXIMUM TOTAL WIRE (INCLUDING ALL T-TAPS) FROM PANEL NOT TO 6Nrnpbx CLEAN AGENT EXCEED 10,000 FEET. I RELEASE `�c 7. MAXIMUM QUANTITY OF DEVICES PER CIRCUIT: 250 I BfIflpj=EXTINGUISHING WIRING DETAILS -ALARM RELEASE 8. TERMINALS 1 AND 2 FOR FIELD WIRING. TERMINALS 3 ANDCARBDNDIOXID AND DETECTION a 4 ARE FACTORY WIRING. B�IllpllX RELEASE N 9. WIRE NUT, SPLICE, OR SOLDER THE SHIELD WIRES. 00 o �0 00 o �o BWMpj= FOAM SYSTEM o co 10. IF SHIELD IS PRESENT, IT SHOULD BE CONNECTED TO THE ZDNet RELEASE w Lu OUTGOING IDNET SHIELD TO PROVIDE A CONTINUOUS SHIELD OVER LINES 9�IIM�1lX RELEASER THE LENGTH OF THE IDNET CHANNEL. SHIELD SHOULD BE ® I MANUAL of ° INSULATED FROM THE ELECTRICAL BOX. + - OPTIONAL SHIELD 6�RIp1lx RELEASE 7 11. SEE INSTALLATION INSTRUCTIONS 574-332 ZDNet ZDNet ® H -701 Z0 . X FROM PREVIOUS DEVICE OR F.A.C.P. Z e O F y ('7 a € L 2080-9056 & 2080-9067 ABORT SWITCH, FLUSH MOUNT TrueAlert7 NON—ADDRESSABLE AUDIO/VISIBLE NOTIFICATION APPLIANCES 2 WIRE � PRODUCT INFORMATION PRODUCT INFORMATION cn FEATURES: FEATURES: � IMPORTANT! c L • UL LISTED STANDARD 864 • OPTIONAL MOUNTING ADAPTERS ARE AVAILABLE TO COVER WHEN SURFACE MOUNTING USE �, WALL MOUNT INSTALLATION RED SKIRT NO. 4905-9937 Opt_ • PUSH BUTTON MOMENTARY SWITCH IS MOUNTED ON A SURFACE MOUNTED ELECTRICAL BOXES AND TO ADAPT TO cfl c? STAINLESS STEEL SINGLE-GANG PLATE SIMPLEX 2975-9145 BOXES. HEIGHT REFERENCE 4" SQUARE x 1 1/2" DEEP BOX mm E (RACO NO. 231 OR 232) u)L • A PROTRUDING COLLAR PROTECTS THE SWITCH FROM 0 SPECIFICATIONS: ELECTRICAL BOTTOM OF LENS SUPPLIED BY CONTRACTOR ACCIDENTAL CONTACT (COLLAR IS REMOVABLE IF SINGLE-GANG BOX, BOX OUTLINE IS EITHER EVEN WITH O 6i • HOUSING DIMENSIONS (INCLUDING LENS) : 5 1/8"H X 5" W X 2 3/4"D OR SLIGHTLY ABOVE Z 0 2-3/4" (69.8 mm) DEEP (130MM x 127 MM x 70 MM) BOTTOM OF REQUIRED) • TEMPERATURE RANGE: 32' F TO 122' F (0' TO 50' C) COMPATABLE BOXES 00w 0rj SPECIFICATIONS: HUMIDITY RANGE: 10% TO 93% NON-CONDENSING AT 100' F (38' C) o O • WIRE CONNECTIONS: SCREW TERMINALS FOR IN/OUT WIRING � • CONNECTIONS: TERMINAL BLOCKS 18 AWG TO 12 AWG, SEPARATE TERMINALSo � � FOR WIRE FROM #18 TO #14 AWG FOR HORN AND SPEAKER CONNECTIONS It o • TEMPERATURE RANGE: 32'F TO 120'F h NFPA 72 REQUIRES THAT 0 r-- CD THE ENTIRE LENS BE NOT o • HUMIDITY: UP TO 93% RH ® 90'F 32'C y, 82" ° 0occ; ( ) �+tT LESS THAN 80" AND NOT 0 STROBE MIN. GREATER THAN 96" ABOVE ® M co 3: -co o THE FINISHED FLOOR. U C7 cn - NAMEPLATE RATED VOLTAGE RANGE: 16 TO 33 VDC (SEE NOTE 1) ALTERNATE BACK BOXES C� w�`." H APPLICATION SPM CIRCUIT FUNCTION - FLASH RATE: 1 Hz O 1. 2 GANG 1 1/2" DEEP BOX S2 �o� H wp - SYNCHRONIZED NAC LOADING: UP TO 35 SYNCHRONIZED STROBES MAXIMUM PER NAC 2. SINGLE GANG 1 1 2 DEEP BOX N � L,Y> M SPM 1: CONNECT ONLY 2080-9056 OR -9057 ABORT SWITCHES. APPLY ADHESIVE SIDE OF / " `� rn M g w SINGLE HAZARD, SPM 2: CONNECT ONLY MANUAL RELEASE SWITCHES. GASKET TO SWITCH PLATE *CURRENT DRAWS REFLECT STROBE FLASHING C� G � � 20 �J N CLASS A/BHOUSING LETTERING STROBE NOMINAL AVERAGE CURRENT 0 REFER TO "WIRING DEDICATED CLASS A/B SPM CIRCUITS" IN s I MODEL NUMBER COLOR COLOR RATING 579-354 FOR SPECIFIC WIRING DIAGRAMS. 1 6VDC 17 VDC 18 VDC 19 VDC 20 VDC 24 VDC - c _76_mT_ m m m m ABORT SWITCHES AND MANUAL RELEASE STATIONS CAN SHARE - c m m m m m m SPM 1 AND SPM 2. AN ACTIVATED ABORT SWITCHES CREATES - c m m m m m m c 6 m 2 mA 68 mA 62 mA 61 mA 51 mA Opp SEMI—FLUSH MOUNTING U A CURRENT LIMITED STATE ON THE CIRCUIT, WHEREAS A - N SINGLE HAZARD, MANUAL RELEASE STATION CREATES A SHORT ON THE CIRCUIT. c m m m m m 1 mA CLASS A/B CIRCUIT WIRING DEPENDS ON WHETHER THE ABORT SWITCH - CONTAINS AN INTERNAL 1.2K CURRENT LIMITING RESISTOR, HORN TO ADDITIONAL NOTIFICATION R FOLLOWS: - REFER TO "WIRING SHARED ABORT/MANUAL RELEASE WITH RATED VOLTAGE RANGE: 16 TO 33 VDC (SEE NOTES 1 & 4) APPLIANCE DEVICE OR RETURN � DUAL HAZARD, EXTERNAL RESISTOR" IN 579.354 FOR INFORMATION ON - SOUND OUTPUT CHARACTERISTICS: 2400 TO 3700 Hz SWEEP, #1JUMPERBWIRE IF DEVICE ON NAC -TO FACP FOR STYLE Z APPLICATION c CLASS A/B WIRING 2080-9056 AND -9057 ABORT SWITCHES. MODULATED AT 120 Hz RATE (SUPPLIED) STYLLEE AST Y APPLICATION CIRCUIT PLACE IAA o REFER TO "WIRING SHARED ABORT/MANUAL RELEASE WITH #14 AWG RED NAC + 10K 1/2W END-OF LINE RESISTOR INTERNAL RESISTOR" IN 579.354 FOR INFORMATION ON HORN SOUND OUTPUT RATINGS ® 10 FT. (3m) JUMPER WIRE (SUPPLIED) +� �- WIRING 2080-9067 AND -9068 ABORT SWITCHES. BOX WIDTH 2-�" (56 MM) _ VOLTAGE 16 VDC 24 VDC 33 VDC FROM STANDARD NAC �- 3" (76 mm) INTO BOX SOUND TYPE STEADY CODED STEADY CODED STEADY CODED FOR FREE-RUN OPERATION t+ SINGLE HAZARD SPM 1: CONNECT ONLY 2080-9067 OR -9068 ABORT SWITCHES OR SPM 2: CONNECT ONLY MANUAL RELEASE SWITCHES. CURRENT 15 mA 10 mA 24 mA 15 mA 28 mA 20 mA DUAL HAZARD, REFER TO "WIRING STYLE C CIRCUIT" IN 579.354 FOR ® F.F y STYLE C SPECIFIC WIRING DIAGRAMS. REVERBERANT CHAMBER FIRE SUPPRESSION " (13 mm) UL 464 TEST 85 dBA 82 dBA 88 dBA 84 dBA 91 dBA 87 dBA SYSTEM ABORT ANECHOIC CHAMBER 90 dBA 86 dBA 91 dBA 86 dBA 91 dBA 87 dBA O O ® cc:) N ABORT SWITCH O ® O ( ® $ HEIGHT 4-j" 0 NOTES: D J H 2 (114 MM) 1. THE RATED RANGE LISTED IS THE ABSOLUTE OPERATING RANGE. L -° OPERATION OUTSIDE OF THIS RANGE MAY CAUSE PERMANENT DAMAGE J TO THE APPLIANCE. PLEASE NOTE THAT 16VDC IS THE LOWEST OPERATING PUSH AND HOLD VOLTAGE THAT IS ALLOWED AT THE LAST APPLIANCE ON THE NOTIFICATION APPLIANCE CIRCUIT UNDER WORST CASE CONDITIONS. THE STROBE OF THIS sssimp SWITCH RECESS A/V IS FIELD SELECTABLE FOR FREE-RUN OR SYNCHRONIZED OPERATION. DEPTH " SYNCHRONIZED STROBE OPERATION IS COMPATIBLE WITH SMARTSYNC CONTROL. (4 MM) 2. VOLTAGE DROPS AND STANDBY BATTERY CALCULATION SHOULD BE MADE USING ABORT SWITCH ANITICIPATEDOPERATING CONDITIONS. STROBE OPERATION ABOVE 24 VDC DRAWS 05 WIDTH, 2_r -►I LESS CURRENT. O O O O (70 MM) REMOVABLE 3. CODED VALUES ARE TYPICAL OF THE OUTPUT MEASURED WITH A TEMPORAL CODED OR o o® COLLAR A MARCH TIME CODED PULSE AND WITH A SOUND LEVEL METER READING ON A "FAST" T NOTE: FOR FLUSH MOUNTING, USE SETTING. UNDER THE SAME TEST CONDITIONS, CODED HORN OUTPUT "PEAK" SOUND LEVEL O A 2-3/4" DEEP (70 MM) READING ARE TYPICALLY 4 dBA HIGHER. SUPPLIED GASKET ATTACHES TO BOX (70m m) SINGLE-GANG BOX 4. TERMINALS ARE PROVIDED FOR WIRING THE HORN AND STROBE OF THESE A/Vs TO SEPARATE NOTE: FIELD INSTALLED FOR FLUSH MOUNT. NACs IF WIRED TO THE SAME NAC, OPERATION WILL NOT BE SEPARATELY CONTROLLED. SWITCH SW1 (RECESSED IN HOUSING) O HORNS ARE NOT COMPATIBLE WITH SMARTSYNC CONTROL. ON=FREE-RUN MODE (SHOWN) 0 OFF= SYNCHRONOUS MODE 0 TrueAlert"m NON—ADDRESSABLE MULTI—CANDELA VISIBLE NOTIFICATION APPLIANCE PRODUCT INFORMATION 4090-9001 IDNET, SUPERVISED INDIVIDUAL ADDRESSABLE MODULE (IAM) E PRODUCT INFORMATION WHEN SURFACE MOUNTING USE FEATURES: • UL LISTED w WALL MOUNT) RED SKIRT N0. 4905-9937 OR 4" SQUARE x 1-1/2" DEEP BOX o FEATURES: WHITE SKIRT NO. -9937940 • ADDRESSABLE COMMUNICATIONS SUPPLY BOTH DATA • UL LISTED TO STANDARD 1971 4905-9931 ADAPTER PLATE AND POWER TO PROVIDE: UL LISTED SINGLE •ADA COMPATIBLE o 2975-9145 BOX - SUPERVISED- COMMUNICATIONS L WIRINGE 8 USINGINONEFNORMALLY TWIISTED, SHIIELDEDEN DRY W RE PAIR. (SUPPLIED BYGANG ICCONTRACAL BOX TOR)/8" MIN. DEPTH) SYNCHRONIZATION FLASH RATE MODE FOR USE WITH: • COMPATIBLE WITH SIMPLEX ADDRESSABLE FIRE ALARM CONTROL PANELS. Q 3 O • COMPACT, SEALED CONSTRUCTION: ui t • SEPARATE STROBE SYNCHRONIZATION MODULES THAT ARE AVAILABLEo - ALLOWS MOUNTING IN A SINGLE GANG BOX FOR CLASS B OR CLASS A OPERATION 4905-9961 OPTIONAL WIRE - REDUCES DUST INFILTRATION GUARD (SHOWN HERE FOR PROVIDES CURRENT LIMITED MONITORING • SEPARATE SMARTSYNC CONTROL MODULES (SCMs) THAT PROVIDE O REFERENCE ONLY, CAN BE 0 - TO MONITOR TAMPER SWITCH (SUPERVISORY) AND 4090-9810 BRACKET a CLASS B OR CLASS A OUTPUT FROM CONVENTIONAL NAC INPUTS USED ON OTHER MOUNTING WATER FLOW SWITCH (ALARM) ON SAME CIRCUIT REQUIRED WHEN USING SPECIFICATIONS: _ OPTIONS) °� - REQUIRES ONLY ONE ADDRESSABLE POINT THE SIMPLEX TRIM PLATES o • SELECTABLE LATCHING OPERATION OPTIONAL WHEN USING o • HOUSING DIMENSIONS: 5-1/8- H X 5" W X 2-3 4" D 130mm X 127mm X 70mm ° BACK BOX COVER OPTIONS; AICONTRACTOR ONTG NG COVER LIED = / / ( ) - MONITORS MOMENTARY CONTACT CLOSURES SUCH AS •TEMPERATURE RANGE: 37F TO 122F (0 TO 50'C) O RATE-OF RISE HEAT DETECTORS sima Till s SEMI-FLUSH TRIM PLATE 4090-9806 (SHOWN) �r • HUMIDITY RANGE: 10% TO 93% NON-CONDENSING AT 100'F (38'C) SPECIFICATIONS: WITH LIGHT PIPE FOR LED VIEWING often a ig •TERMINAL BLOCKS FOR 18AWG TO 12AWG; TWO WIRES PER • WIRE CONNECTIONS: SCREW TERMINALS FOR IN/OUT WIRING SURFACE TRIM PLATE 4090-9807 ah TERMINAL FOR IN/OUT WIRING. 0 O FOR WIRE FROM #18 TO #14 AWG. WITH LIGHT PIPE FOR LED VIEWING W ALTERNATE BACK BOXES / /SINGLE GANG COVER W 2 6 32 W o WIRING: 1. 2 GANG 1-1/2" DEEP BOX DIMENS'.`�NS: 1 9/16 X 1 3/4" X 1 1/4" FLATHEAD SCREWS 100000000 1. NOTIFICATION APPLIANCES ARE RATED PER INDIVIDUAL NAMEPLATE LABEL. STANDARD ELECTRICAL BOX MOUNTING 2. SINGLE GANG 1-1/2" DEEP BOX • TEMPERATURE RANGE: 32' F TO 158' F (0' C TO 70' C) (SUPPLIED BY CONTRACTOR) 2. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS. DO NOT LOOP 4" SQUARE BOX, 1-1/2" DEEP • HUMIDITY: UP TO 93% RH AT 100' F • SUPERVISION RESISTOR: 6.8kn 1/2W, (SUPPLIED) Q WIRES UNDER TERMINALS. I SIMPLEX PART NO. 733-886 3. ALL NAC WIRING CONNECTIONS ARE SUPERVISED AND POWER-LIMITED. • RESISTOR FOR CURRENT LIMITED OPERATION: 4.7kn 1/2W, ADDRESS DIP SWITCHES UNDER 4. SEE INSTALLATION INSTRUCTIONS (579-548) FOR ADDITIONAL INFORMATION. LA WITH A 1.8kn 1/2W o RE-SEALABLE LABEL o Ec: 0� SEMI—FLUSH MOUNTING SEE INSTALLATION INSTRUCTIONS STROBE: • INPUT REQUIREMENTS: NORMALLY OPEN, DRY CONTACTS (574-331) FOR SETTINGS SURFACE MOUNTING • HOUSING MATERIAL: BLACK THERMOPLASTIC ry • RATED VOLTAGE RANGE: UL LISTED: 16 VDC TO 33 VDC PER UL 1971L Z5 ULC LISTED: 20 VDC TO 30 VDC PER ULC S526-M878 I 32 DESCRIPTION: ~ V • FLASH RATE: 1 Hz SURFACE MOUNT ADAPTER SKIRT THE 4090-9001 IS AN INDIVIDUAL ADDRESSABLE MODULE (IAM) r^ • SYNCHRONIZED MODE NAC LOADING: MAXIMUM OF 35 SYNCHRONIZED STROBES PER NAC CIRCUIT. 1 5/8" (41 mm) DEEP. WITH POWER AND COMMUNICATIONS SUPPLIED BY A TWO WIRE ADDRESSABLE U) 0 T CONDUIT CUTOUTS ARE PROVIDED CIRCUIT. IT PROVIDES LOCATION SPECIFIC ADDRESSABILITY *CURRENT DRAWS REFLECT STROBE FLASHING ON ALL FOUR SIDES. TO ADDITIONAL NOTIFICATION TO A SINGLE INITIATING DEVICE (SUCH AS SINGLE STATION SMOKE Q E HOUSING I LETTERING STROBE RMS CURRENT @ APPLIANCE DEVICE OR RETURN DETECTOR ALARM CONTACTS OR HEAT DETECTOR CONTACTS) OR MODEL NUMBER COLOR COLOR RATING 16 VDC 18 VDC 24 VDC TO FACP FOR STYLE Z APPLICATION MULTIPLE DEVICES AT THE SAME LOCATION BY MONITORING € 4906-9101 1 RED WHITE 15cd 60 mA 53 mA 40 mA IF LAST DEVICE ON CIRCUIT IN A NORMALLY OPEN, DRY CONTACTS AND THE WIRING TO AN END-OF-LINE RESISTOR. 30cd 94 mA 84 mA 63 mA +t STYLE Y APPLICATION PLACE A CLOSURE OF THE MONITORED CONTACTS INITIATES AN ALARM ORLLQ c 75cd 186 mA 165 mA 124 mA TERMINALS 3 & 4 ARE NOT USED 10K 1/2W END-OF LINE RESISTOR OTHER RESPONSE AS PROGRAMMED AT THE FIRE ALARM TO ADDITIONAL O J L J 110cd 252 mA 224 mA 168 mA CONTROL PANEL. AN OPEN IN THE MONITORED CIRCUIT WIRING FROM UL-LISTED © © DEVICES OR RETURN 4906-9103 WHITE RED 15cd 60 mA 53 mA 40 mA I I WILL CAUSE A TROUBLE TO BE REPORTED. F.A.C.P. OR SHIELD-S S— SHIELD TO FIRE ALARM 30cd 94 mA 84 mA 63 mA I I I IF THE INITIATING DEVICE CONTACTS ARE MOMENTARY, SUCH AS PREVIOUS ZDNet/MAPNET +-R R— + ZDNet/MAPNETCONTROL PANEL FOR 0 0 $ 75cd 186 mA 1 165 mA 1 124 mA I FROM A RATE-OF-RISE HEAT DETECTOR ENABLING THE LATCH ZDNet DEVICE ZDNet/MAPNET --B B— - ZDNet/MAPNET STYLE 6 SYSTEM 110cd 252 mA 224 mA 168 mA I O O I ( 4 ® FEATURE WILL MAINTAIN THE ALARM CONDITION UNTIL THE SYSTEM APPLICATION = V IS RESET. FOR APPLICATIONS WHERE THE CONTACT CLOSURE LATCHES, PRIMARY ZDNet MAPNET LINES FROM A COMPATIBLE SIMPLEX O O OR IF ITS CONDITION NEEDS TO BE TRACKED AT THE CONTROL PANEL T-SENSING OPERATION: / 1 2 1 2 ® � N IMPORTANT! + © L NON-LATCHING OPERATION MAY BE ENABLED. • SUPERVISED P • ®�N SECONDARY ZDNet/MAPNET LINES z " SMARTSYNC NAC OR FROM �— ® ®© ED IN UT. ® � Lli CV WALL MOUNT INSTALLATION SMARTSYNC CONTROL O L O L WIRING NOTES: - 4090-9001 IAM WITH T-SENSE CAPABILITY HAS A �'�/ I— m C HEIGHT REFERENCE MODULE (SCM) 4905-9938 �— ®® ®Q 1. ALL WIRING TO COMPLY WITH LOCAL CODE. SUPERVISED INPUT THAT MONITORS FOR CONTINUITY Of Q r i H OR SIMPLEX 4905-9914 2. CONDUCTORS MUST TEST FREE OF ALL GROUNDS. TO AN END-OF-LINE RESISTOR AND CAN DIFFERENTIATE z ELECTRICAL BOTTOM OF LENS OR 9922 SYNC CUBE 3. ONLY N.O. DRY CONTACTS ARE ALLOWED. BETWEEN A SHORT CIRCUIT CONTACT CLOSURE AND A t BOX OUTLINE IS EITHER EVEN WITH ( // _ CURRENT LIMITED CONTACT CLOSURE. �'�/ < Q OR SLIBOTGHTLY OF ABOVE 4 OVER VOLTAMAXIMUM GRE LENGTH E PROTECTORS OR 400)FT. W/0 PROTECTORS. FOUR 4 1..` U) 0 • FOUR STATE OPERATION: COMPATIBLE BOXES 5. A MAXIMUM QUANTITY OF DEVICES PER CIRCUIT: CONTROL PANEL - NORMAL IS WHEN ALL CONTACTS ARE OPEN AND THERE MODULE DEPENDENT IS CONTINUITY TO THE END-OF-LINE RESISTOR. Q 6. WIRE NUT, SPLICE, OR SOLDER THE SHIELD WIRES. - OPEN IS WHEN CONTINUITY DOES NOT EXIST TO THE END-OF-LINE ❑ n I..L Q O (TAPE EXPOSED SHIELD WIRE). RESISTOR, CAUSING A TROUBLE CONDITION. 30 733-984 v O O O O 7. REFER TO INSTALLATION INSTRUCTIONS 574-331. - SHORT, INDICATES THAT A CONTACT HAS CLOSED THAT IS (1.8K 1/2W) (� co0 (� NFPA 72 REQUIRES THAT 110 8. MAXIMUM ALLOWABLE LINE RUN FROM THE F.A.C.P. TO THE DIRECTLY CONNECTED TO THE INPUT CIRCUIT. f n d7 0 THE ENTIRE LENS BE NOT 75 FARTHEST DEVICE, NOT TO EXCEED 2500 FEET. - CURRENT LIMITED INDICATES THAT A CONTACT HAS v 80' 30 LESS THAN 80" AND NOT CLOSED BEYOND A SERIES CONNECTED CURRENT MIN. INTENSITY SELECTION 15 9. MAXIMUM TOTAL WIRE (INCLUDING ALL T-TAPS) FROM THE GREATER THAN 96" ABOVE PLUG, ACCESSIBLE ONLY FIRE ALARM CONTROL PANEL LIMITING RESISTOR. THIS OPERATION ALLOWS S o THE FINISHED FLOOR. FROM REAR OF HOUSING; 10. FOR STYLE 6 CIRCUIT WIRING IT IS RECOMMENDED DIFFERENTIATION BETWEEN TWO DIFFERENT CONTACT 73 - 96 733-886 e FACTORY SETTING IS 15cd THAT THE PRIMARY(1)AND THE BACK-UP®LINES TYPES DUE TO THEIR WIRING LOCATION, AND REPORTING (4,7K 1/2W) (6.8K 1/2W) STROBE INTENSITY BE IN SEPARATE WIRE RUNS AND IN COMPLIANCE AS A SINGLE IDNET ADDRESSABLE POINT TOA WIRING FOR CURRENT LIMITED OPERATION WITH LOCAL REQUIREMENTS. 41000 FIRE ALARM CONTROL PANEL. VIEWING SLOT 11. REFER TO FIELD WIRING DIAGRAM 842-073 a o $ L y N N = C d O Mn d C Q C O _N f0 W O 5 N LLI C C J U) 0 Q c W C c G y O U m d a 0 H a U) E c N Z 0 E g v d 0 c U _o W � � o c Y � U � d m d. U a c Q � NU,. m O a, Lu YCD c CV cn Q 9 C) Ln 2 w co o m m W m DRAWN BY: MJ EASLEY r CHECKED BY: J MORSE g ISSUE DATE: 4/28/14 7S JOB#: PROJECT#: 448:976892901 0 SIMPLEXGRINNELL© 2013 a o � SYSTEM: L C SPECIAL HAZARDS SYSTEM C U fo d SHEET: 3 @ N 'p 'C H � r _ C WIRING DETAILS-ALARM o � AND DETECTION a� � o m o LJJ w E 2 O Q w U m X HZ-702 E Q �� o N � N d € L n E U) CD a a L a)Co It- a A In 0 co co O O LL7 lL7 � a C w Z d O a \ � N Q CL LL y, a Q H PE INLET _ PoSITION U d _ = o O L3M 0000 �� ��o C INSTALL CLFOR � Q) O rn o y VESDA F N TEN NCR �+ octm EASE OF !qT GWE 0 O _ YNHIENEgCEADAPIERS TOP NEW 2 t/4- ao W O MLo- 0 9 _ rrMM 1'-1 11 18- U W O DEFECTOR vEson V ?>N _ v LU 3 PREVIOUS DEVICE _ VESDA LU MO c POWERSUPPLY S' G ca�U)4 � 5 IDNET TO TCONTRACTOR To D RAIINE METHOD OF OF ANCHORING. S 6 NEXT DEVICE I 3/4" CPVC PIPE. l� �L FRONT VIEW SIDE NE W 7 24VDC POWER SAMPLE HOLES FOR RETURN AIR PIPES FROM FACP VESDA PROGRAMMER LaserSCANNER DISPLAY VESDA MOUNTING ELEVATION VESDA LaserSCANNER DETECTOR S SHOULD BE ORIENTED 45' DOWN TOWARD y DIRECTION OF AIR FLOW. REFER TO ZONE NO SCALE: P/N VRr-100 NO SCALE: P/N VRT-800 NO SCALE NO SCALE: :. 9 24VDC POWER TO CALCULATIONS FOR SAMPLE HOLE SIZE. 10 NEXT DEVICE L_ C t0 O CAPILLARY TUBE v22i (VT TUBE) �. d CAPILLARY TUBE CONNECTORS VESDA SAMPLING PORT �° " TOPVEW �-1'-1 S.M. 4 1/2- �- 1•s2-uwsTRur - v GRID 1.52'UNISTRUr --1N-FLAT d SPACER WASHER m \ 1/I•MACHINE 3/4'AR SAMPLING O CPVC \ VESDA PIPE BOLT VESDA PIPE SMW P�(WW) a FPT PIPE TEE (VP-TEE-FPT) 9- 9/1'MINI / CLAMP ��,PONT GYP BOARD/T-BAR CHUNG J It r DDMQ \ PIPE MOUNTING DETAIL \ MINWTURE—DA SAR PLING POINT DETAIL `SAMPLING POINT F l o o r .y. i- I n to l a i � (E]p65P) FRONT VIEW SIDE VIEW E]' 1(� - CONCRETE DECK ° Instal[ations in the rider floor void require can sider t t similar to the In-Ceiling Void _ CAPILLARY SAMPLING POINT DETAIL VESDA SINGLE ZONE POWER SUPPLY TYPICAL CONNECTIONS FOR Installation- NOSCALE, NO SCALE P/N VPS-10005-120 c VESDA LASER COMPACT DETECTOR VLC-600 BEAM E n 'o a Securing the it ounting Bracket CAPILLARY KIT VESDA 3/4" O e SAMPLING PIP CPVC PIPING o (a} Place the mounting bracket onto the surface and mark out the two mounting screw holes. 3/4' CP Refer to Figure 5 for dimensions. Use a spirit level to ensure the bracket is level. SAMPLING PIPELl V Ll n/ s LL INSTALL UNION FOR w (b) Use the appropriate fasteners to suit the mounting surface. Secure the bracket to the surface. .R 1"e 1 - T�,a �,caI' ntder f,co ' instaffafi, EASE OF MAINTENANCE DROP CEILIN I Thee Guideline to e, fr ][cwed for l~l r 'Void r tall t s irdlude: 205 +l- 0.5mm (8.07in) Of FLOOR 3 C1 1 _ Refer t0 this guidelines fir lig-+�eillr�&� stalltlnfor� for generai generaguidelines- VESDA PIPE MOUNTING DETAIL t ( -71 m SLI ortin ,posts ca k. used to secure the I No SCALEN ES�DA PIPE DETAIL I As the inft al snicike layer normally takes up the top 1011% of this void height,, pipes s4ould be placed .as close to the flog as poissiWe. Elfr Lip 4. Secufe tie pipe using conduit damps ar nylon, rachet straps ensuflng that the distance Q I between the floor and the pipe is acc i g to the des[g � pecification . For further m P. information see Mounting Fy,ure Lege 5. � Mountinpi FixturesL This side faces o the back of the 8mm $ -"• - detector .... (5/16 in) MountingFixtures The lair ipl nlg: pipes mounted, using theappropirfate pipe niciunting Opti rl5. Some of the mountings, commonly Lwd are illustrated below* The aanipli,ng pipe is mounted n the appropdate pipe niountaing Options. Some of the U mountings commonly, Lmend are ill ustral ed below: o 0 E a VESDA LASER COMPACT ■ VJ O 0 w ; OO Fl ue - p m . } ngt l (pt;p Lsips , iasci igqc�i L �adtF strap) 0 Y c Rgu m Je - R p ounffg fixtures ( n� �. pilati r cie tsaddle strap) 7 a w L N a Q C) N C ti N 0 0 V Q QoQ € c LD CD E [O [o N U E t E rn '3 c c n O N N N N C O 'y N G) � C Q C O N N fO O .0 LLI c C -1 U) 0 Q o Wo c_ �c G c 0 M r? W Q E F- U) Z m O -o � c U o W O C] Y 'c = o U � a� d Q CL U M c O a Uj r Q � CN Lj w d' J w r W Y c Q O o N Ln 2 w Om M o N d 0 Ol W R d DRAWN BY: MJ EASLEY L CHECKED BY: J MORSE U) ISSUE DATE: 4/28/14 JOB#: PROJECT#: 11 448:976892901 s 2 O N SIMPLEXGRINNELL© 2013 E SYSTEM: SPECIAL HAZARDS SYSTEM - A C U f0 d SHEET: 3 � 7N 'O 'C Vl � C-C WIRING DETAILS-VESDA t5 a � c E yn fO a2 a d m 0 N m `o Cn W E W U) 'm L O W c U m X HZ-703 M w K aw a € L