Loading...
Plans .� J I LOUNGE i; ACM ..q OFFICE OFFICE OFFICE OFFICE ki S CONFERENCE �= _► 7 ` _ ' 4 , : � Mil "' �6s. ® 1 138 ? ` l I' f t )� LOBBY 1 1431 1 X •- P - ` ,. 4 • i T t r ��° . N 11421 LEGEND i ►; CT CRC . ., �► • I' • ®E # , OFFICE " " 1 • e (((0 ))) HORN STROBE -- SYSTEM SENSOR EEO r I E CEILING MOUNT 1 I. OFFICE OFFIC I 1: H 11391 11401 BREAK ° qq I NA C EXISTING ° OPEN OFFICE 1 " 1 1291 i 3. • p 3 v M ' l 110 STROBE PANEL -- ? ° '--j v- - t7 "� " • ° `g ) SILENT KNIGHT 5499 cc D_ N j '°;J �' �ti... E E .D.L. ,f i°' CIRC. '1.1./ ._:.. ZONE 2 j o ° Et _ - •.WOMEN -471'-..11I.1'1,-, . " § E.O.L. =END OF LINE W ° z k ,b 41 t-'.4' ,b I I.p t � � ID ' I WOMEN : II ` 1 ' ' I 1 14 /2 = 1 4 /2 CABLE w Z 0 ce 9 _ �. r CIRC. 1 s a 1! i ' 1111 O PEN OFFICE ti- t - �; .�� 11411 ,. �• ._._- _1 I 4 ., � J, I s COP J OR I COPY/WORK ( I» Q m WOMEN i N °' _lE [m 1 r _ N • 11 ,L r2 �r y . ` 11 / i Tr 110 14 o M � I CIRC. r 14/ ; ,l ` ° l .I 110 t ° z ( MEN iI , ((( P . , u �� ° 1 OF TIGARD d " s \ OPEN OFFICE L, LAN/STORAG I �' j \ l*�� t4r2 '.. a �. Q . 7 MD ; � -� �- --_. �.. _._ _ ;I 14/2 �SA�,:: SHIPPING I OPEN OFFICE ' . F�nftNwn - ` , .;�' - � .�� . 14041_ • o D /-'-- 13 71 1� . �:+ - 7 ... w� ..tl �� v rn I STORAGE �._.i � �; silk �i i CIRC 1. • STORAGE I V I } 1 O J Z D n f` to '� Q - I �' is Z. O Z O O 1 � Q M M J ' v c _:M_ :f ree' .v r . —. a 15936-09 __._ _�%' — 2_ _ _ _ - _ _ O'ICE COPY PROJECT 15936 - DATE: USE I 09 -09 -09 SUBMITTALS MEOW ! ' i AREA OF WORK °..,.,..:....- __ - • �.,....... ,. _..,._,._.P ..•.....�, ,....,..».. ., ..», � SHEET TITLE P UP f ; ALARM a rtoiSinia Dmai ne -" 4 SCALE: 1/16 1' 01:1V91.1 �o A110 i ALARM r DRAWN BY: ROSS 600Z d i d3S • SCALE: 1/16 " =l' -0" S { E of 1 03A13031:1 ,,,,.._, E T PROJECT # 15936 -09 I RECEIVED SEP 10 2009 CITY OF TIGARD BUILDING DIVISION US CELLULAR 7204 SW DURHAM ROAD ,SUITE 300 Submittals For: TUALATIN, OREGON 97224 Submitted By: T & L Communications, Inc. P.O. Box 87387 Vancouver, WA 98661 360 - 737 -9725T 360 - 737 -9648 fax ticomm @wa- net.com 37 -428 CLE Oregon Contractor 67787 CCB Number 6981 Metro Number 684 LEA Supervising Journeyman Larry E. Bushaw — Global Project Values: . t i SILENT Project Name: USCELLULAR 1 Standby Hours: 24 KNIGHT Project ID:115936 -09 Alarm Mins: 5 Prepared By: T &L COMMUNICATIONS INC Derating Factor: 1.2 5499 Power Expander Calculations Date: 9/2/2009 Voltage Drop Warning Version 02.18.09 ... ............................... . Threshold °A° : 10 Panel ID: 5499 1 Model: 5499 Power Expander Max NAC Current: 3.0 Amps Location: IBACK ROOM I Volts: 24 VDC Max Panel Current: 9.0 Amps Ckt.# Circuit Name Current Draw Wire AWG Ohms Per Length(ft) Actual Volts @ Standby Alarm & Type 1000 Ft. One -Way Ohms EOL 5499 5499 Pwr Module I 1.,e 0.075 ' 0.205 NAC #1 5499 Circuit 1 0.000 0.927 #14 Solid 3.07 200 1.23 19.26 NAC #2 5499 Circuit 2 0.000 0.508 #14 Solid 3.07 100 0.61 20,09 NAC #3 5499 Circuit 3 0.000 0.000 #14 Solid 3.07 0.00 20.40 NAC #4 5499 Circuit 4 0.000 0.000 #14 Solid 3.07 0.00 20.40 Aux 5499 Aux Power Out 0.000 0.000 #12 Solid 1.59 0.00 20.40 Total Standby Current (Amps) 0.075 1.640 Total Alarm Current (Amps) Standby Time In Hours 24 'r" 0.083 Alarm Time In Minutes / 60 (5 Mins) Total Standby AH Required 1.800 0.137 Total Alarm AH Required Total Combined AH Required 1.94 Wire resistances are based upon an ambient temperature of 120 degrees F. Because of Multiply By The Derating Factor 1.20 the minimal difference between solid and stranded wire no differential was made. Minimum Battery AmpHours Required 2.32 --. / N Configure Circuits Print Page I \ / is SILENT y` KNIGHT Circuit Configuration - Project Information ' Project Name: US CELLUALAR Project ID: 15936 -09 Prepared By: T &L COMMUNICATIONS.INC Date: 9/2/2009 Ckt. Number: NAC #1 Panel ID: 5499 Ckt. Name: 5499 Circuit 1 Max Circuit Current: 3 Amps Qty ` i S. -\---‘ ,,,,./ Device Current Draw Each Current Draw Total Standby Alarm Standby Alarm 3 System Sensor P2 /PC2 Horn /Strobe (110cd) 0.000 0.221 0.000 0.663 4 System Sensor S /SC Strobe (15cd) 0.000 0.066 0.000 0.264 Unused 0.000 0.000 0.000 0.000 Unused 0.000 0.000 0.000 0.000 0.000 0.000 Totals 0.000 0.927 Ckt. Number: NAC #2 Panel ID: 5499 Ckt. Name: 5499 Circuit 2 Max Circuit Current: 3 Amps Qty ►r` C. Device Current Draw Each Current Draw Total { '\rte Standby _ Alarm Standby Alarm 2 System Sensor P2 /PC2 Horn /Strobe (110cd) 0.000 0.221 0.000 0.442 1 System Sensor S /SC Strobe (15cd) 0.000 0.066 0.000 0.066 Unused 0.000 0.000 0.000 0.000 Unused 0.000 0.000 0.000 0.000 0.000 0.000 Totals 0.000 0.508 Ckt. Number: NAC #3 Panel ID: 5499 Ckt. Name: 5499 Circuit 3 Max Circuit Current: 3 Amps Qty Device Current Draw Each Current Draw Total Standby Alarm Standby Alarm Unused 0.000 0.000 0.000 0.000 Unused 0.000 0.000 0.000 0.000 Unused 0.000 0.000 0.000 0.000 Unused 0.000 0.000 0.000 0.000 0.000 0.000 Totals 0.000 0.000 Ckt. Number: NAC #4 Panel ID: 5499 Ckt. Name: 5499 Circuit 4 Max Circuit Current: 3 Amps Qty Device Current Draw Each Current Draw Total Standby Alarm Standby Alarm Unused 0.000 0.000 0.000 0.000 Unused 0.000 0.000 0.000 0.000 Unused 0.000 0.000 0.000 0.000 ' Unused 0.000 0.000 0.000 0.000 0.000 0.000 Totals 0 .000 0 .000 US CELLULAR 110 110 15 15 15 11015 V V V V V V EXSISTING HS m S S NAC -1 EOL 15 110 110 SILENT KNIGHT - TO EXSISTING HORNS 5499 MI HS NAC -2 EOL NEW DEVICES FOR US CELLULAR 12W AMP 12W AMP US CELLULAR LENGEND Eon END OF LINE v H/S HORNSTROBE S STROBE SILENT KNIGHT 5499 SILENT KNIGHT 5499 '` -�,,, y a 4 ''^ G kR ny t > a t _e N-C '� a t `b `8 z ( E` s u.. -� .. - a y '`�"' ° S,. 9 :Y; `�' C Y -t = 1 ; z : t.3 £s., a k . z )` a t- t"' �-_ ,: it t x.. - 0 2 „ `5- t T ' - --r 4- Y -� �i. n3 r .: ` Cs €' ,,, 3 �e 5y . z l 1} ',,e y - . .s t It {a T y'r �'r t tT -O. N x ,,....,,4 s? 9 a - -�'c y t � - .i � , y ,, tti;h. -_ ' 1i. I �,: , FIR S YSTEM:ACCESSORY ti f � .... s: ... <� . = ,t[..�� ...s _., r � >.• ur C s ue+ � ' i ?.1 Y ' c +S�- -Sy _ .- ' F e...s vzt ''e'2'.-- 3 � :. s : .i ; ��, -s . tU.... sc Firepower 5499 : ^ Power nodule = 4 Distributed Po i x� : : : ! . r f The NAC expander that packs quite a combination _ punch, a whopping nine amps and built -in � synchronization for appliances 5 h . � `" ,._ - ,,The Firepower 5499 Distributed Power Module by Silent Knight is the most ` ° - -' { - =. r - '' _ _.._:. ''' p and cost- effective power supply available today. It delivers 9 amps of notification appliance circuit power and built -in synchronization for appliances from System Sensor®,Gentex®, and Faraday— what you need to drive power -hungry components like ADA notification appliances. The 5499's advanced microprocessor design is years ahead of the competition. Its switch mode power supply design is up to 50% more efficient than competitive linear mode power supplies. And, ADA retrofits are easier and less expensive with the 5499 because it integrates into current systems without the costly investment in new components. For the most sophisticated and cost - effective notification power supply available, you need the Firepower 5499. Call Silent Knight today for more information at 1- 800-446 -6444. Firepower 5499 • Ground fault detector /indicator supervision between the 5499 and the Distributed Power Module • Independent trouble relay fire control panel. Polarized audible The firepower 5499 is a 9 amp • AC loss delay option shuts off power and/or visual notification devices are notification power expander that to non - essential high-current then connected to the 5499 signal provides its own AC power connection, accessories like magnetic door circuits using the 4.71(0 end-of -line battery charging circuit, and backup holders resistors provided. Since the 5499 battery for use with fire and security draws very little power from the control, • Bunt -in synchronization for controls that have 9-32 VDC outputs, appliances from System it is possible to connect one Firepower such as the Silent Knight Model 5208 5499 to each notification circuit on the Fire Control /Communicator. The 5499 Sensor ®, and Faraday control panel and still provide full is the cost- effective solution for • Stand alone operation. supervision of the notification circuits all powering notification appliances Lightweight design adds to ease of the way back to the control panel. required by the Americans with installation and reduces shipping Disabilities Act (ADA). The 5499 has costs pp g built-in ANSI cadence pattern, which Y t r can upgrade older control panels that Operates with most polarized, UL Listed notification devices y lack cadence capability. G Features - • UL 864 & 1481 listed • UL Listed for 9 amps of notification • CSFM approved power • ANSI Cadence pattern output • • Power supply's advanced switch capability built -in mode design reduces damaging Connection to Local Fire Control heat and manages power up to 50% more efficiently than other systems Firepower 5499 may be connected to a • Dip switches allow for easy local fire control which utilizes Class A or Class B no I reconfiguration type notification circuits • 24 VDC filtered output voltage operating between 9 and 32 VDC. The control panel's notification circuit is • Four power-limited notification connected to one of the inputs on the outputs; 2 Class A (Style Z) or 4 5499. The control panel's notification "- Class B (Style Y), circuit end -of -line resistor is also or 1 Class A and 2 Class B connected across two terminals on the ` • Additional continuous auxiliary Firepower 5499, which provides �_?� output l P _ l • 3 amps per output circuit SILENT Firepower 5499 • 2 inputs; 2 Class B (Style B) a, NI KNIGHT Distributed Power Module or 2 Class A (Style D) :.� > „ r ' Y 5.. �syii ° 7 LV'9�`' J ` f �ia. F 'ic.5'� Viz. " �c c'- 6f iFL- -Y )` -y \� i t ...��.�,� C SY�TE��i" t £l, x 14.1 �:• r -�.'3t 3t}'?.21 �s ��a �r-�5�r -,-r •7 t, �s.FB F 3P t7 . . 3 . 1't . i •. -.r}' { . - - i ii 3 5" ,? C X4 , .. , • .. �`.. 1` t .,......_. G-� a t 3:s s E <. ^�t� I ,� - ai ., •3 '' .. i r D E s . a s, n'e k . 4 .1li s ; r.a., i 4A '?,,, S q '� 's : x: - 'x,.0.;2 •', kS" t t r s <�, u. �'-,.,�:_. �`?''" 3 K v._.+.4 -h,r -t gl.N .3, li ; i:RiSe 3'� t a i s. t t" 3 , } 3 tir '17 . a • • Firepower 5499 Distributed Power Module =. • Supervision Auxiliary Ambient Temp.: Firepower 5499 supervises a variety of power circuit: 1 Temp.: 32° to 120° F functions including: Notification power. 0° to 49° C • Low AC P circuits: 4 • Low battery condition. Humidity 85% non- condencing • Earth ground fault. Output max. configuration: 2 Class A (Style Z) Mechanical • Auxiliary output power limit 4 Class B e condition. (� Y ) Dimensions: 12.25' W x 16' H x (1 Class A 8 3' D (30.88 cm W • EOL super trouble or power 2 Class B) limited condition at an output Am x 40.64 cm H x Ps Per 7.62 D cm) When a trouble condition occurs, output circuit: 3.0 (9.0 amps total) Indicator Lights Firepower 5499 creates a trouble condition on the host control signal Notification AC power on : Green circuits to which it is connected, circuit output: 20.4 to 27.3 VDC Battery trouble: Yellow Firepower 5499 still maintains the . 3.0 amps each, ability to be activated by the host 4.7 kit EOL Ground fault: Yellow • control. In addition, the 5499 provides a resistor required Aux Trouble: Yellow Outp Form C trouble relay output as an on each Class B ut alternative to using the notification circuit troubles (1-4). Yellow circuit trouble. No. of inputs 2 Input Approvals: Electrical Specification UL: 864 & 1481 configuration: 2 Class B (Style Y) or NFPA: 72 AC Input: 120 VAC at 3.6A 2 Class A (Style Z) Output: 24 VDC at 9 A Input - Current voltage range: 9 - 32 VDC Standby 75 mA Battery charging Alarm 175 mA capacity: 33.0 AH Model 816Ck'Diagrtrn ` kti:ai'tkeuit'04Fi - visit .:s i.di 1 w rsalCircuit0 h _ I • Iti iutrttt ?irt° Yrotztlectstptt Lo, Flre ntrcj s f!Atgr tli t-16 nStiiir,it tf ate trcutIcl e SILENT 3v T KNIG `f HT 7550 Meridian Circle, Maple Grove, MN 55369 -4927 800 -446 -6444 or in Minnesota 763-493-6435 MADE I 3 A FAX: 763 FORM# 350396, Rev. 02/01 World Wide Web: tritp:/kreww.silentknight.com .siierrtknight.com Copyright 0 2001 Silent Knight • • July 7, 2000 DN -1109 • E -200 FIRE SYSTEMS PS Series Batteries Section: Power Supplies GENERAL Power-Sonic PS Series batteries provide secondary power for the whole series of NOTIFiER fire alarm control panels. ; r FEATURES L,J • Provide secondary power for control panels. • • Gelled electrolyte. LISTED • Sealed and maintenance -free. MH14328 (S) • Overcharge protected. • Extended shelf life. • Easy handling with leakproof construction. • • Ruggedly constructed, high - impact case (ABS, polystyrene, or polypropylene depending on model). • Long service fife: • Compact design. CAPACITY Battery capacity, expressed in ampere -hours (AH), is the product of a discharge current and the length of time that'the current is dis- charged. Batteries are rated according to their performance during 20 hours of discharge at a constant current. The rated capacity of a battery is determined by subjecting It to a constant discharge current for 20 hours at 68 °F (20 ° C). After 20 hours the voltage across the terminals Is measured. The discharge current which causes a reading of 1.72 volts per cell (5.16 V on a 6 V battery and 10. 32 Von a12 _V battery) is called the rated current SEALED RECHARGEABLE This current multiplied by 20 Is the rated capacity of the battery. BATTERY APPLICATIONS S®Asti+ /t° Use the PS Series batteries to provide backup power for control Model PS -885 a Volt 9.5 AH panels. Select batteries based on current requirements for your Power -Soule Corporation system and the capacity of its charger. These batteries can be used over a temperature range of -76 °F to +140 °F (-60 °C to +60 °C). . CONSTRUCTION . The sealed construction of the Power -Sonic battery allows trouble - free, safe operation In any position. There is no need to add elec- trolyte, as gases generated during overcharge are recombined In a .unique "Oxygen Cycle." The battery is sealed, leakproof, and main - tenance -free. The case is of high - Impact materials with high resis- tance to chemicals and flammability. The PS -695 Battery INSTALLATION All panels have space reserved for batteries. See the appropriate panel installation manual for battery size restrictions. Typical inter- connection diagrams are shown in the literature accompanying each control panel. This document is not intended to be used for installation purposes. We try to keep our product Information up-to-date and accurate. We cannot cover all specific applications or anticipate all requirements. All specifications are subject to chaNa without notice. For ISO 9001 more information, contact NOTIFIER. Phone: (203) 484 -7161 FAX: (203) 484 -7118 • 0 MOTIFS F E n One Fire -Lite Place, Northford, Connecticut 06472 MAIM l fa(tBfAClllt11116 DN - 1109 • 07/07/00 — Page 1 of 3 © HEIGHT 1 BELOW °, - -_ TOP VIEW 3 t 0.08 Inches ,�• , ° •,,,• (94 12 mm) e HEIGHT 2 BELOW • !%> Do 3.86 t 0.08 inches t, (95±2 mm) r . n 1 S D RECHARGEABLE BATTERY BB -17: Optional Battery Backbox 14 -1/2" W x 8 -1/4" H x 4 -3/4" D SIDE 2 (mm: 368.3 W x 209.55 H x 120.65 D) MODEL PS -1270 VIEW For remote mounting of two 12 -volt PS -12180 batteries. 12 VOLT 7.0 AMP. HOUR -- = r > -s-1 5.94 t 0. inches (151t .1 1mm) r 25±Oflches (65 t 1 mm) 100dim 1 - - BB-55: Optional Battery Backbox See CHG -120 data sheet for details. ENGINEERING SPEC!FRCATIONNS �` The fire canto panel shall be equipped with secondary power provided by gelled - electrolyte batteries. The batteries shall be maintenance -free and shall be capable of powering the system in a manner and for a length of time determined by the governing regulations and the authority having jurisdiction. Nominal Discharge DIMENSIONS Capacity Current Height over Nominal Voltage 20 hr. rate 20 hr. rate Width Depth Height terminal Weight MODEL V &H. mA in. mm. tn. mm. in. mm: In. mm. lbs. kg. P8-695 6 9.5 475 4.26 108 2.75 70 5.54 141 5.54 141 4.9 2.2 P3-1250 12 5.0 250 3.54 90 2.76 70 4.02 102 4.21 107 4.1 1.9 P8-1270 12 7.0 325 5.94 151 2.56 65 3.70 94 3.86 98 5.7 2.6 PS -12120 12 12 600 5.94 151 3.86 98 3.70 94 3.86 98 8.8 4.0 P6-12180 12 18 875 7.13 181 2.99 76 6.57 167 6.57 167 12.8 5.8 PS -12250 12 25 1300 6.89 175 6.54 166 4.92 125 4.92 125 18.7 8.5 PS -12550 12 55 3000 10.25 260 6.60 168 8.20 208 9.45 240 39.7 18.0 PS- 121000 12 100 5000 12.00 305 6.60 168 8.20 208 9.45 240 65.7 29.8 Characteristic Discharge Curves 120% Effect of Temperature on Capacity 6.5 -13 ::::: 2 - ��� ~�'' 100% a 1 B'��ffl„ 80% ■ .�_'_ - 0.25 C 1111111 . oc Edis.,_ - O .6 C 5.0 -10 , „- 0.vsc t o.5C Z' 60% ' -1 C m �. o2sc a r �'_' • - 2 C 4.0 - 8 20% Main - 0 T _ 3C 201 -- 1 2 3 5 10 2030 60 2 3 5 10 20 30 0% - 1109g,f1.Cf F minutes I hours ) -20° -10° 0° 10' 20° 30• 40' 50• 60° Discharge Time Q 20 °C (68 °F) ii -.,,m, Temperature (Degrees C.) Page 2 of 3 - ON-1109 • 07/07/00 PS- 121000 RECHARGEABLE BATTERY: APPLICATIONS AND CHARGING CYCLE APPLICATIONS: Limit initial current to 20k. Charge until battery voltage (under charge) reaches 14.40 to 14.70 volts at 68 °F (20 °C). Hold at 14.40 to 14.70 volts until current drops to approximately 1000 mA. Battery is fully charged under these Conditions, and charger should either be disconnected or switched to `float' voltage. "FLOAT" OR "STAND-BY" SERVICE: Hold battery across constant voltage source or 13,50 to 13.80 volts continu- ousty. When held at this voltage, the battery will seek its own current level and maintain itself in a fully charged position. NOTE: Due to the self- discharge characteristics of this type of battery, it is imperative that the battery be charged after six to nine months of storage, otherwise permanent loss of capacity might result from sulfafion. • 100% 90 % Charging is NOT ■- o III necessary unless 80% Emu iffic,i.mmi 10 096 of capacity [r is required. 0 70% "E' ° Charging before m ( P. use is necessa ry cia 60% Ill ° to help recover ct n 50% ■■ i fafail ffl restore U 40 ° C 30 °C 20 °C 40% ■■ (10°F) (°F) 68 °F DOOdry ) let batteries • Siq 0% ■■■■■ react, this state. A. 0 2 4 6 8 10 12 14 16 18 20 Standing Period (Months) ..;ir :1.174,.. 14.0 V PS- 129000 Ambient Temperature 20 °C (68 °F) k and St orag ■ Shelforag 13-0 V __ e co o €10.0 V II-1IIILID __ I immi 9.0v 20A i- II11iP Final ■ PS-121000 8.O V Voltage 200A 100A 1 Discharge • �� REI Characteristics 1.2 2.4 6 12 24 36 481 2 4 6 8 10 20 40 MINUTES HOURS Discharge Time ON-1109. 07/07/00 — Page 3 of 3 INSTALLATION AND MAINTENANCE INSTRUCTIONS SPEC ..F, - ....:,.:.,,.. 332; Oho Avenue, Si. (lades, 1!littois 601 74 T Selectable Output Strobes, Horns, and Horn /Strobes 8i�1 ;736 P� A`R' FAX: 63' -6=95 . S }�iii7lsPni;lCC0i['. For use t'.ith t, icio'v rcdels: P2R r2RH, P2RR, F2RHK, 1 P21';It, P4R, F'NRH, P4RK, P4RHN, F4'.l', P4'.l'tI, SR, SRll, SRN, SRI IN, SW, SWH, PC2R, PC2RtI, PC-RN, PC -'RHF, rc2,\, 1'0)M I, PC4R, PC4RII, PC4RN, PC4RHK, rc�}1V, FC4WII, SCR, SCRII, SCRK, SCRI u:, SC\V, SCN, H, HR, HRN, 10,V, SR -P, SW-P, SRH -P, PR-P, P_1\' P, P2RH -P P2u'H-P, SCR -P, SCW-P, SCRH -P, SC\VH P, FC2R -P, PC2W -P, PC2RH-P, PC_wH -P, P4R -P, P4RH-P, P4W-P, P4tvH -P, SR -SP, SRH - SP, P2R - SP, P2RH SP, SCW -SP, SCWH -SP, PC2WSP, PC2 kV} I -SP Specifications General Specifications Standard Operating Temperature: 32 °F to 120 °F (0`C to 49 °C) K Series Operating Temperature: -40 °F to 151 °F (FM approved to -31°F); See note for Table 2. Humidity Range: 10 to 93% non- condensing (indoor products) Strobe Flash Rate: 1 flash per second Nominal Voltage: Regulated 12DC /FWR or regulated 24DC /FWR' Operating Voltage Range: 8 to 17.5 V (12V nominal) or 16 to 33 V (24 nominal) Operating Voltage with MDL: 9 to 17.5 V (12V nominal) or 17 to 33 V (24 V nominal) P, S, PC, & SC products will operate at 12 V nominal only for 15 & 15/75 cd. Mechanical Specifications Input terminal wire gauge: 12 to 18 AWC Ceiling mount dimensions (including lens): 6.8" diameter x 2.5" high (173 nun diameter x 64 nun high) Wall mount dimensions (including lens): 5.6 "L x 4.7 x 2.5 "D (142 ram L x 119 ran W x 64 mm 0) Horn dimensions: 5.61 x 4.7111 x 1.3 "D (142 mm L x 119 mm My x 33 mm 0) The products in this manual may be covered by one or more of the following patents: 5.914,665; 5,850,178; 5,598,139; 6,049,446; 6,522,261; 6,661,337; 6,822,400: 6,833,733; 6,556,2 General Description Calculations are based on using the device current found The SpectlAlert Advance series of notification appliances in the subsequent charts and must be compatible with the offers a comprehensive range of red and white wall, ceiling, current specified for the panel or power supply used. and outdoor products including horns, strobes, and horn / Wire sizes strobes. These products are electrically backward compat- ible with the previous generation of notification appliances. The designer must be sure that the last device on the circuit While there are products specifically designed for use on has sufficient voltage to operate the device within its rated the ceiling or the wall, the products are listed to be used voltage, When calculating the voltage available to the last in either application, i.e., wall products could be used on device,is necessary to consider the voltage drop due to the ceiling. SpectrAlert products are designed to be used the resistance of the wire. The thicker the wire, the smaller in either 12 or 24 volt DC or full wave rectified (FWR) sys the voltage drop. Generally, for purposes of determining the terns. If required, the MDL module may be used in order to \wue size necessary for the system, it is best to consider all provide synchronization. of the devices as "lumped" on the end of the supply circuit to simulate worst case. For the most accurate voltage drop NOTICE: This manual shall be left with the owner /user of this equipment. calculations use the System Sensor voltage drop calculator available on the web or CD- ROM. Fire Alarm System Considerations Approximate wire resistance: The National Fire Alarm Code, NFPA 72, requires that all 16 A horns, used for building evacuation installed after July 1 1 AWG solid: S ohms /1000 ft. 1996, produce temporal coded signals. Signals other than \,V solid: 5 ohms /1000 ft. those used for evacuation purposes do not have to produce 12 4 AWG solid: 3 ohms / 1000 ft. p the temporal coded signal. 12 AWG solid: 2 ohms /1000 ft. Power Supply Considerations NOTE: If Class A wiring is installed, the wire length may be up to twice as long as on non -fault tolerant circuits. Panels typically supply DC filtered voltage or FWR (full NO11: For 24 volt applications, the total number of strobes .t'al'e rectified) voltage. The system design engineer must :alculate the number of units used on a loop based on the on a single NAC must not exceed 40, with a maximum loop jape of panel supply. Be certain the sum of all the device resistance of 120 ohms. For 12 volt applications, the total number of strobes must not exceed 12, with a maximum :urrents does not exceed the current capability of the panel. loop resistance of 30 ohms. )590 -03 -00 1 156- 2769 -003R Candela Selection for P, S, PC, & SC series models Horn Selection for P, PC, & H series models ' For strobe candela selection, adjust the slide switch located Horn setting selection is accomplished by using the rotary on the rear of the product while watching the viewing ti\:in- switch on the hack of the product (see Table 5). The current -d ow tinder the reflector on the front of the unit. Use Table draw for various horn settings for horn and 4 -wire horn/ 1 to determine cu; rent draw at various candela settings. strobe products is listed in T:ahle 6. The current draw for • Table 2 can be used to derate the candela rating for low various horn and candela settings for 2 -wire horn /strobe temperature operation. Tables 3 & 4 can he used to deter - products (P2 series) is shown in Table 7 & 8. The sound mine strobe light output at various viewing angles. measurements for various horn settings are shown in Table NOTE: SpectrAlert products set at 15 and 15/75 candela au for horn and horn strobe products. tomatically work on either 12V or 24V power supplies. The Table 5. Horn Patterns products are not listed for 12V operating voltages when set Setting I Repetition Rate F - -- dB Out - to any other candela settings. 1 !Temporal horn !High Table 1. Current Draw (mA) 2 (Temporal horn Medium 3 Temporal horn 1Low 8 -17.5 Volts 1 16 -33 Volts 4 1Normal horn Candela I DC FWR DC FWR "Medium 5 Normal horn !Medium Strobe 15 123 128 66 71 6 'Normal horn (Standard 15/75 142 _ 148 77 81 7 !Low Candela 30 NA NA 94 96 'Externally coded jHi�h 8 'Externally coded 'Medium Range) 75 NA NA 158 153 9 'Externally coded 'Low 95 NA NA 181 176 110 NA NA 202 195 NOTE: In positions 7, 8, and 9, temporal coding must be 115 NA NA 210 ' 205 provided by the NAC. if the NAC voltage is held constant, Strobe 135 NA NA 228 207 (High 150 NA NA 246 220 the horn output will remain constantly on. Positions 7, 8, Candela 177 NA NA 281 251 and 9 are not available on 2 -wire horn /strobe products. Range) 185 NA NA I 286 258 Table 6. Horn Current Draw (mA) Table 2. 8-17.5 Volts 16-33 Volts Sound Pattern dB DC FWR DC FWR Listed candela rating ' Candela rating at -40 °F See Note Temporal High ! 57 55 69 75 15 cd 15/75 cd I Temporal Medium 44 49 58 69 f Temporal Low .30 cd 38 44 44 48 75 cd Non- temporal High 4 57 56 69 75 95 cd 9.8 Non - temporal !Medium 42 50 60 69 16.2 Non - temporal Low ! 41 44 50 50 115 cd 29.7 Coded High I 57 55 69 75 41.4 Coded Medium i I 44 51 56 69 135cd 44.6 150 cd 49.5 Coded 'Low ' 40 I 46 52 50 177 cd ' 81.4 ,185 cd j 72.2 NOTE: Ceiling products have their maximum brightness on the two axes shown below. NOTE: The 15, 15/75, and 30 cd settings are not intended for use at temperatures below 32 °F. Table 3. Horizontal Plane Light Distribution for , II � `° Wall and Ceiling Applications �� ,�; , ail: = Horizontal Angle I % of rated light output _ � 0 100 / s 45 75 4 � 90 25 i ., h 1�I :' )70 Table 4. Vertical Plane Light Distribution 7 for Wall Applications t,, f s Vertical Angle % of rated light output _ " I 100 l � �" 4 J 34 45 1') AO>>t -OC ll590-03- 00 I 2 155- 2769 -003R Table 7. 2 -wire Horn /Strobe Standard Candela Range (15 -115 cd) Current Draw (mA) • DC Input ' 8 -17.5 Volts I 16-33 Volts P 15 15/75 ! 15 15/75 I 30 1 75 i Temporal High 137 147 79 9 9 95 ; 110 ( 115 t I I �0 107 176 j 194 i 212 218 Temporal Medium 132 I 144 I 69 80 97 1 157 1 182 ' 201 210 Temporal Low 132 1 43 _ �__ I 66 77 ! 93 154 ! 179 198 207 Non- temporal Hid^ I 2 I 91 ( 1a 0 � I 116 I 1 `6 201 Y I 221 I 229 1 145 I _� j N 133 14 on - temporal Medium 5 i5 102 163 ; 187 ' 207 216 Non - temporal Low ' 131 144 I 68 I 79 ( 9 FWR Input I ( 6 156 182 i 201 I 210 Temporal High i 136 155 88 1 j ! 97 112 168 190 210 218 --f Temporal Medium j 129 152 78 88 103 160 I 184 202 206 Temporal Low I 129 151 76 I 86 101 160 I 184 194 201 Non - temporal Hign ! 142 161 103 112 126 181 I 203 j 221 ! 229 Non - temporal Medium 134 155 I 85 I 95 I 110 166 I 189 I 208 216 Non - temporal Low I 132 154 80 I 90 I 105 161 j 184 j 202 I 211 Table 8. 2 -wire Horn /Strobe High Candela Range (135 - 185 cd) Current Draw (mA) 16 Volts I 16 -33 Volts I DC Input 135 150 I 177 185 I FWR Input 135 150 177 185 Temporal High ! 245 259 f 290 297 !Temporal High 215 231 258 I 265 Temporal Medium I 235 253 288 297 (Temporal Medium 209 224 250 258 Temporal Low 232 251 282 292 ;Temporal Low 207 221 248 256 Non - temporal High 255 270 303 309 j Non -tem I poral High 233 248 275 281 Non - temporal Medium 242 259 293 299 'Non - temporal Medium 219 232 262 267 Non - temporal Low 238 I 254 291 295 'Non-temporal Low 214 229 I 256 262 I Table 9. Horn & Horn /Strobe Output (d8A) Figure 3. Any combination of models powered by a 4-wire circuit Switch Sound 8-17.5 Volts 16-33 Volts Position Pattern dB DC FWR DC FWR ' ( +) 1 Temporal (High 78 78 84 84 \(+)/ t) / . 2 Temporal ! Medium 74 74 80 80 1 H H \ / T emporal ;Low 71 73 76 76 0. O / E 4 Non temporal (High 82 82 88 88 R R \ 0 5 Non - temporal !Medium 78 78 85 85 () N / N \ L 6 Non - temporal !Low 75 75 81 81 /( -) ( -))) 7* Coded jHigh 82 82 88 88 Io 8* Coded MMedium 78 78 85 i 85 9* Coded ;Low 75 I 75 81 81 I ; *Horn r� 4 -wire Horn /Strobe only O Wiring t s �( +/, s +r Figure 1. !lion- Synchronized devices; any combination T o I T R E o of models powered by a 2 -wire circuit B B L () E /� ( +) Horn Horrtlstrobe Strobe Only (-) /4 ( +1 J ( *1 ( +1 /f 111 III D Two Wire System A0113 00 { E Any Mix of Models ` Wired for Tandem H Operation ( -1 ( -1 H Terminal Definitions Figure 2. Synchronized devices; any combination of Figure 4. Figure 5. • models powered by a 2 -wire circuit Pc.+..or Supply ( Strobe Suool r t +) Nan ( +1 n Hornrstrobe Strobe Only ( 1--/k---) Supply ( -1 Horn ( +1 a0o ooao� 1 � (T1 � ( +� � Two Wire Sytem I . O Any Mix of Atosaels 1 5[ ot:e Wired for Tandem Suc 1 i_ $u; r p. ; Hcm Operation . F 1 ) ) S�PFl;` +) H uGSL -0p Synchronization Module x,t P2, PC2, S, SC, & H Series P4 & PC4 Series NOTE: For further information on synchronization see MDL, panel, or power supply installation manual. D690- 03 -00 156-2769-003R Mounting �,, ' installed using the proper SpectrAlzrt Advance water Figure 6. i� ` tig junction box. The wall mount ttatertight funct '� ° box must be mounted with its internal post in the lo«•er 8 ID ,'F" left corner as shown in Figure 5. • Figure 7. O , 'f., -/PL 2. Connect field lv. d vin, according to t•erm:nal er u a ;or! • Back box skirt t 1j A act is not to be insta at this point, use the model numbers: � 3 . If the dust corer rod t to prevent cootanlinanon of the wiring fermi . 0 BBS-2, BBSW -? "I� flats of the mounting plate. BBS 2, and BBSCW-2 I .`� 4. To attach product to mounting plate, hook tabs on the � i}. ~ ^ product housing into the grooves on mounting plate. Then, swing product into position to engage ° A g the pins on O A0343-00 the product with the terminals on the mounting plate. I 4; 1,,, ® t Make sure that the tabs on the back of the product hous- i" �®,, ing fully engage with the mounting plate. ® , i +�I I �f g r , A } hgtltenln the single mounti 5. Secure roduct h ng screw . , l lil in the front of the product housing. captured mountin g scr ew ma} bz re F NOTE: Standard 1110./ laced with enclosed torx screw for tamper resistance. . �y A d II....— A0349 -00 Figure �. Mounting (Wall or Ceiling) o 1. Attach mounting plate to junction box as shown in Fig- ure 6. The mounting plate is compatible with 4" square, +� �`� double gang, and 4' octagon junction boxes 5 (2-wire sg (products may be used wdth a single gang box). If using a back box skirt, attach the mounting plate to the skirt and then attach the entire assembly to the junction box =� , (see Figure 7). m. 1 (� : NOTE: For outdoor applications, the product must be , .. _i A03: a -00 Please refer to insert for the Limitations of Fire Alarm Systems AWARNING The Limitations of Horn /Strobes The horn and /or strobe will not work without power. The horn /strobe gets is Thest sobe may not be seen. The eiectasidc simal wanting signal power from the fire, security panel monitoring the alarm system. 1f power is cut off reliable xenon flash tube. It flashes at least once even second. The strobe must not be inn - for any mason, the ham/strobe will not provide the desired audio or visual warning. stalledindirectsurdightorareesofhighlightinremit) (over 6 0footcandles) where thevival The horn may not be heard The loudness of the horn meets (or exceeds) current flash might be disregarded or not seen. Thestrobe may not beseeubythe lindenvriters laboratories' standards. However, the horn may not alert a sound The s ag stmbe may cause seizures. Individuals who have positive photoic response sleeper or one who has recently used drugs or has been drinking alcoholic bever- to visual stimuli with seizures, such as persons with epilepsy, should avoid prolonged ages. The horn may not be heard if it is placed on a different floor from the person exposure to environments in which strobe signals, including this strobe, are activated. d over the am ea to far away lace o r h in hazard or if placed too f t be beard noise such as traffic, its aza d ior if p ma too f or music be appliances b that may ambient noise i ert The signal strobe cannot operate from coded power supplies. Coded power supplies ai c the alann. mach hour may not be heard by persons who prevent hert pgrsonsafroom to ode ra interrupted c correctly. System e e smeves that rali h or n and signal l pow NOTE: Strobes must be powered continuotuly for hors: operation. to us in correctly. System at then risks from men that the horn and sin al strobe ahead. be used in combination so that the ri sus from any y of the above limitations are minimized. System Sensor warrants its enclosed product to be free from dT Year IJmited Department, Warranty F 3525 terials and workmanship under normal use and service for a period of three include a note describing the malfunction: and suspected raise of failure. years from date of manufacture. System Sensor makes no other express war - The Company shall not be obligated to re units w hi c h IL r Sf ound y to he rarity for this product. No agent, representative, dealer, or employee of the defective because of damage, Company has the authority to increase or alter the obligations or limitations occurring after the date of manufacture. of this Warranty. The Company's obligation of this Warranty shall be limited liable for any consequential or in incident bud In no merges modifications, f case shall of s or l the Company b any be alterations to the replacement cf any part of the product which is found .to be defective other Warranty, expressed or implied whatsoever ?ever, if breach loss or damage in materials or workmanship under normal use and service during the three is caused by the Company's year period commencing with the date of manufacture. After phoning System es Sensor's toll commencing number with t :eSO date (736-7672) anuf for . Return honing Authorization 1 Y s negligence or fault. Some damages, do not allow the g exclusion or exclusion of incidental to consequential u. damages, so you s above number, send defective units o lega r iion or esdtsiou may not apply to ycu. This Warranty gives you o sca postage prepaid to: System Sensor, Returns legal rights, and d you may also have o ;her rights which van: from state to state. FCC Statement Sp ile �ctr =Le; t Strobes and Horn/ Strobes have been td e i fcr a and found to comply with the and can radiate radio frequency energy and, if rot i:s:alled and used in accordance Class G digital device, p,ustant to part 15 of the FCC Rides. These Inuits with the instruction manual, may cause harmful in :erfv -eace Ic , radio commrcticatio are, designed to provide reasonable protection against har:nftd interference when the O equipment u ex rued in a commercial environment_ Operation cf the e u i � , tun This equipmet't enera:es, uses 7 r w ill in a tow oat: area is e likely r cause at c interference 9 g n which case the user wall ? required to correct the interference at his cc: r. expense. - D � 0 -03 -t'i) 4 15 6 - 2769 -0038 OaQ)5 System Sensor