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Specifications
13 (APa,70cy ®®L/Ig July 20, 2004 DN -6927 • E -30 8 FCPS -24S6 and FCPS -24S8 NOTIFIER 6 -Amp and 8 -Amp 24 -Volt Remote Power Supplies Section: Power Supplies • GENERAL California The FCPS -24S6 (6 -amp) and FCPS -24S8 (8 -amp) are corn- State Fire pact, cost- effective remote power supplies with battery charger. It■ A The FCPS -24S61 -24S8 may be connected to any 12- or 24- ® 7315 - 0028:225 volt Fire Alarm Control Panel (FACP) or may be used as a APPROVED stand -alone supply. Primary applications include Notification LISTED Appliance (bell) Circuit (NAC) expansion (to support ADA re- S635 M EA quirements and NAC synchronization) or auxiliary power to 299 -02 -E support 24 -volt system accessories. The FCPS - 24S6/ -24S8 provides regulated and filtered 24 VDC power to four notifi- cation appliance circuits configured as either four Class B (Style _ Y) or Class A (Style Z, with ZNAC -4 option module). Alter- , nately, the four outputs may be configured as all non - resettable, • ► - all resettable, or two non - resettable and two resettable. The • " - FCPS - 24S6/ -24S8 also contains a battery charger capable of • • • • charging up to 18 AH batteries. • ' ' • . • • • • FEATURES •••.•`.. 4 • # • UL- Listed NAC synchronization using System Sensor, .. • ,. " "" ' " `, Wheelock, or Gentex "Commander appliances. • • O• 1;. • Cascadable for up to ten power supplies (four for Gentex) • • "' • •. '' .• - with strobe timing maintained. . . • • • . ■ :.. R I . 4 • • Operates as a "sync follower" or as a "sync generator" (de- ,• i • fault). See note on page 2. • • • • • • ,._. —, - • Contains two fully - isolated input/control circuits — triggered from FACP NAC (NAC expander mode) or jumpered per- ' • J _ manently "ON" (stand -alone mode). ,`- ' - - • • Four Class B (Style Y) or four Class A (Style Z, with ZNAC -4 • • • s. • i module) NACs • • 6 -amp (FCPS -24S6) or 8 -amp (FCPS -24S8) full load output, o with 3 amps maximum/circuit, in NAC expander mode (UL 864). v. • 4 -amp (FCPS -24S6) or 6 -amp (FCPS -24S8) continuous out- put in stand -alone mode (UL 1481). • Compatible with coded inputs; signals passed through. • Battery charger may be disabled via DIP switch for applica- • Optional power - supervision relay (A77- 716B). tions requiring larger batteries. • In stand -alone mode, output power circuits may be config- • Fixed, clamp -type terminal blocks accommodate up to 12 ured as: resettable (reset line from FACP required), non- AWG (3.1 mm wire. resettable, or a mix of two and two. STANDARDS and CODES • Fully regulated and filtered power output — optimal for pow- ering four -wire smoke detectors, annunciators, and other The FCPS - 24S6/ -24S8 complies with the following standards: system peripherals requiring regulated /filtered power. • NFPA 72 National Fire Alarm Code. • Power - limiting technology meets UL power - limiting require- • UL 864 Standard for Control Units for Fire Alarm Systems ments. (NAC expander mode). • Form -C normally- closed trouble relay. • UL 1481 Power Supplies for Fire Alarm Systems (stand- • Fully supervised power supply, battery, and NACs. alone mode). • Selectable earth fault detection. SPECIFICATIONS • AC trouble report selectable for immediate or 8 -hour delay. Primary (AC) power: • Works with virtually any UL 864 fire alarm control which uti- FCPS-24S6/-24S8: 120 VAC, 60 Hz, 3.2 A maximum. lizes an industry- standard reverse - polarity notification cir- cuit (including unfiltered and unregulated bell power). • Wire size: minimum #14 AWG (2.0 mm with 600 V insulation. • Requires -input trigger voltage of 9.0 – 32 VDC. Control input circuit: . • Self- contained in compact, locking cabinet -15" (38.1 cm) • Trigger input voltage: 9 to 32 VDC. high x 14.5" (36.83 cm) wide x 2.75" (6.985 cm) deep. • Trigger current: 2.0 mA (16 – 32 V). Per input: 1.0 mA (9 – • Includes integral battery charger capable of charging up to 18 16 V). AH batteries. Cabinet capable of housing 7.0 AH batteries. Trouble contact rating: 5 amps at 24 VDC. NOTIFIER® is a Honeywell company. This document is not intended to be used for installation purposes. We try to keep our ISO 9001 product information up -to -date and accurate. We cannot cover all specific applications or anticipate all requirements. All specifications are subject to change without notice. .r o E o For more information, contact NOTIFIER. Phone: (203) 484 -7161 FAX: (203) 484 -7118 ENGINEERING 8 MANUEAC1URINS 0 N OT I Fl ER" 12 Clintonville Road, Northford, Connecticut 06472 QUALITY SYSTEMS DN -6927 • 07/20/04 — Page 1 of 3 Auxiliary power output: specific application power 500 mA SYNC FOLLOWER/GENERATOR NOTE maximum. In some installations, it is necessary to synchronize the flash • Output circuits: timing of all strobes in the system for ADA compliance. Strobes . -- • +24 VDC filtered, regulated. accomplish this by monitoring very short timing pulses on the _ _ . _ • 3.0 amps maximum for any one circuit. NAC power which are created by the FACP. When installed at • Total continuous current for all outputs (stand -alone mode): the end of a NAC wire run, the FCPS- 24S6/ -24S8 can track . ` _ ... for FCPS - 2486: 4.0 amps maximum; for FCPS - 2458: 6.0 (i.e., °follow ") the strobe synchronization timing pulses on the amps maximum. existing NAC wire run. This maintains the overall system flash • Total short-term current for all outputs (NAC expander mode): timing of the additional strobes attached to the FCPS. for FCPS - 24S6: 6.0 amps maximum; for FCPS - 24S8: 8.0 When the FCPS - 24S6/ -24S8 is configured (via DIP switch set - amps maximum. tings) as a "sync follower," the FCPS's NAC outputs track the Secondary power (battery) charging circuit: strobe synchronization pulses present at the FCPS's sync in- put terminal. The pulses originate from an upstream FACP or • Supports lead -acid batteries only. other power supply. - . - .. • Float- charge voltage: 27.6 VDC. When the FCPS - 24S6/ -24S8 is configured (via DIP switch set- - • Maximum charge current: 1.5 amps tings) as a "sync generator," the FCPS's sync input terminals • • Maximum battery capacity: 18 AH. are not used. Rather; the FCPS is the originator of the strobe APPLICATIONS synchronization pulses on the FCPS's NAC outputs. In "sync generator" mode, the sync type (System Sensor, Wheelock, Example 1: Expand notification appliance power an addi- or Gentex) is selectable via DIP switch settings. tional 6.0 amps (FCPS-24S6) or. 8.0 amps (FCPS- 24S8). Use PRODUCT LINE INFORMATION up to four Class B (Style Y) outputs or four Class A (Style Z) outputs (using ZNAC -4). For example, the FACP notification FCPS - 24S6: 6.0 amp, 120 VAC remote charger powersup- _ appliance circuits will activate The FCPS when reversepolar- ply. Includes main printed circuit board, transformers, enclo- __ ity activation occurs. Trouble conditions on the FCPS are sure (15" [38.1 cm] high x 14.5" [36:83 cm] wide x 2:75" [6.985 • • - sensed by the FACP through the notification appliance circuit. cm] deep); and installation instructions. , • - Example 2: Use the FCPS to expand auxiliary regulated FCPS - 24S8: 810 amp, 120 VAC remote charger power sup - 24 -volt system power up to 4.0 amps (FCPS-24S6) or up to ' ply. Includes main printed circuit board, transformers, enclo- _______ 6.0. amps (FCPS- 24S8). Both resettable and non - resettable sure (15" [38.1 'cm] high x 14.5" [36.83 cm] wide x 2.75" [6.985 _ ____ power options are available. Resettable outputs are created cm] deep), and installation instructions. by connecting the resettable output from the FACP to one or ZNAC -4: Class A (Style Z) NAC option module. both of the FCPS inputs. A77 VDC end -of -line relay for monitoring four - Example 3: Use addressable control modules to activate wire smoke detector power. . the FCPS instead of activating it through the FACP notification BAT -1270: Battery, 1 volt, 7.0 AH (two required, see BAT ___ _ - — - appliance circuits. This typically allows for mounting the FCPS Se data sheet DN 6933). at greater distances' away from the FACP while expanding P -1270: Battery, 12 volt, 7.0 AH (two required, see PS system architecture in various applications. ry, ( q ` For example, an addressable control module is used to acti- Series data sheet DN 1109) • vate the FCPS, and an addressable monitor module is used to - sense FCPS trouble conditions. Local a_ uxiliary power output from . the FCPS provides power to the addressable control module. NOTE: All NAC outputs can • 'Addressable FACPs are capable - be converted to Style Z with ' Style Y NAC or ZNAC - 4 option module of locating control and monitor FCPS modules at distances of up to . Door Holder Trouble 10,000 feet (3048 meters). Power Style Y NAC Style Y NAC Style Y NAC Contact Output #4 , Output #3 Output #2 Output #1 Output AGENCY LISTINGS AND APPROVALS t t t - t , ____ .. .. See the first page of this data - - -- - - sheet for listing agencies and file 24.VDC - numbers. These listings and ap- Specific in * provals tathe FCPS -24S6 Application - _ and the FCPS -24S8. In some ' Power . cases, certain modules or appli - AC 11114110 • • • NAC Control cations may not be listed by cer- Power Input #2 tain approval agencies, or listing INPUT /OUTPUT . �, (from FACP) may be in process. Consult fac- FUNCTIONS - tory for latest listing status. are programmable by NAC Control - SW1 DIP switch settings /� Input #1 (from FACP) 4+111 Sync Input - FCPS B ffi7blo k .wml , SIMPLIFIED BLOCK DIAGRAM Battery Charger Page 2 of 3 — DN -6927 • 07/20/04 , BOARD LAYOUT TB2: Power - Limited, NAC /Out 1 + Supervised In NAC Mode NAC /Out 1 – with Jumpers J5, JP6, NAC/Out 2 + TB1: Supervised JP7, 8 JP8 In positions NAC /Out 2 – shown below. NAC /Out 3 + Earth NAC /Out 3 – Normally Open AC Neutral • NAC /Out 4 + Normally Closed — AC Hot NAC /Out 4 – Common TB5: Trouble Relay Formes Fall- Safe , A. 0 (s hown energized) m ® ® ® 4E TB2 n <- IAR C it C +>�E ���� <<���` m 8 7 6 5 4 3 2 1 r.r� TB1 `.' 3 2 1 TB5 nnnn, nnn nn nnnn JP1: , Ground Fault AL n nn TIMM TUTU IIDUIT 'OMIT Detection o J2 JP1 (cut to disable) o J3 J3: ZNAC-4 . ® JP2 Connector 0 'i o JP3 JP2 8 JP3: Coded/Non -Coded o J1 Input Selection o Non-Power-Limited o J2: To Transformer #2 ' o J1: To Transformer #1 Auxiliary Output: 10 10' –Aux. Common o 0 500 mA Specific- Application Power 9 ��j' + 24 VDC O ^ 8 i - Control Input 2 7 Iv' + Control Input 2 0 •=. 0 Nom. s er – Out Common F1 0110 5 `' + Out/Trouble Contact i ril �V 4 RA - Control Input 1 ■ Fl: ^i b Battery Fuse 3 �f1 + Control Input 1 , V fl 15A, 30 V 2 `b' – Sync In • ° LA U JP4 0 SW 0 1 t ,' +Sync I nput j o m 0 1°0 I ©©©©© 1 7 7 4 5 6 7 9 TB4 0 • NOTE: Auxiliary Power °A Output is power - limited • I L – Battery LEDs (L to R): SW1: but NOT supervised. m + Battery • AC Power (green) Programming co • Ground Fault (yellow) DIP Switches w JP4: Supervised, • Battery Trouble (ye o Non-Power -Limited • NAC Trouble (yellow) co 18 AH, 24 VDC • Charger Trouble /AC Loss (yellow) • . . ... . . - . . .. - • • - • . • . _ ..__ .... __-----,--,--,--,---,--, ••!-,-----17 .'1.:.11- '2 ....':'"f";.i.::''':::',..72,........:.'.:;::::, 1 , ; : . .... : .. : . : • Sen Z. 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Current 15cd 30cd 75cd . 110cd . ••••., -.._ .,,._,_,..,, , . . .... ... .. :,;.1,57,,11•4 it,,_,,_i-14- ' , ....i'Ar itf ir 7 . ,,,r • , 4. ?KS ••z i .11-1^',..1,-•:....)414;" ''''' • , =';'-' - "I'' • --- _-;4i,:itil7,,:•1',11:Gt,--17,-.4--A•-_,,c4:1,t,t,p,,A-7,15.1-aita, . . t4s., High (95) dBA 24 VDC 0.074 0.107 0.184 0.244 . . , *,-. .17.:4.:,•,_„--,..,,,.. ,,;, :,„....ai,l,...kr.--.-4.1.--41a--- s-..." :i ...1-v . , r . : ,,,,, . Low (90) dBA 24 VDC 0.066 0.101 0.1n 0232 -' • .--_,--,••1. :4. 95cd -- . - . - ' niirig- • ; :3-' ".;" r' UL Max. Current High (95) dBA 24 VDC 0 1 . 512d (4 082 0 0 09.52°175 . . • - -• 7 1e , ".e.4": 1, ;, 0 ,-tvs -, --q. , -4,47:. - -4e=2.'. , -i--• , ;-•• !.- '...;...,.., ,,,-..- , - -,1-,i 7 ' -',...".1411.7.:"..--, '*•-Y--.', .4;, ',,,' ','': ''t7..,...".■ 47:"........ ' t: .-7;,=:•^', 1 ' ".7:.!,,, ,.. ...t. - - , !4*.Z4V......v",!;;;• , ,,,*Z- . ,?- , -.....; '4 . ',.. r ." ', - :': ' ;:lr, ' ,-.47 . " ,..:1 Z I •. ' - ' • .':: 1 ....', - , 4 ‘.; S' .i LA -I . -,, " i' 'r. .3.,';...t4" Low (90) dBA 24 VDC 0.071 0.114 0.201 0261 . . F174 4 i :-.:-:- -:- ;-,,-, ' • ;- ,9„.... • - ,..:.:- •:.: -vi.,,, .:-,-,.. : ,..: • , •:.:•• -: , .".7. -i.., , , , i ...•.., n , 7,27,;; „,...!' , ..",',' t. ', -,: ,.., 4 ••,- UL Max. Current 115cd 177cd UL Max. Current A i Audible 24 vo 2 Inc 4, .1.•• ' -47- ''.. • -...o.:1; ' , -," ''• ",./•''' .0 ' •,' ..i'4 ......,...4- High (95) dBA 0.350 0477 High (95) dBA 0.044 0.021 ,.. -1 " '7::::-... •'•:'. .' 4 `."i" - --; •-":'- - .. .. • -. Low (90) dBA 0.018 0.012 _ . l's;,., , ..;...-.: ,-.-'.•• , ,- ... - ,,, .-- t.' ' • .- •-.1■-,,,.',..1"....7.•!.:1, 1 Low (90) dBA 0.306 0429 . . . . . ,....... e r Sealed Lead Acid Absorbed Glass Mat . Technical Specifications _ _ ......_ - WKAl2-7.5F _ . - Duration of Discharge © 77°F - . um - _ - , " my .1111111811.111111W9M111MMOINa _ _ __ .. _ . __.__ ... _ ... • ---- - - c° ftituiliakaffIL. Imitkaaima ________ WINIKIWIIIIIVIlik11111111111a0 : . > UV ffill1111111111111, ' -- ' to IA - - - ----._ ILIN Minna - JO; I I 1 I 1 i 1 % f -. :77 Z ,.." ..r j UV I i iiii II 1 Illi it i I . - li UV - -- --. i IIIIIII I !III I 1 1 II ii . 1 1 3 • a sow 413 a a A . 910 2 a 1 ______ Fn i n --F--- h ----1 - -; :: ..... Discharge Tune -- --- - - ..1144 — . . z 1" 7 s.1 .:: ..- . -■ . . . .. . . Discharge Duration vs. Discharge Current - - -- - - - - - -- ---- - Duration of Discharge @ Various Temperatures _ . . . _._ . .. . . . 20A • 4na ___Er& .. .N01111MniffailliMinalli . •E -- --...-.....,,,....L • lo -• -------- . _ - - - - Specifications - -_-_-_ - - a , ,, affillIUMMINIIIIMIL1 .1111041 All Specifications Are Rated at 77°F Unless Otherwise Noted . 2 Nominal Voltage 12V 300mA 11.111 is Ampere Hour Capacity (20hr Rate to 1.75VPC) 7.5Ah %Ink iiii-; i I; 1;,1111•11111 inches millimeters 3 0 10 20 40 40 2 4 6 61 15 20 30 - - Length 5.95" 151t1mm - - - - - - - - - Dimensions Width 2.56' Nil mm — Discharge Time --- - - - - - Height 3.70° _ 94t1mm - ,- - - - - - - - -- - Height w/Term. 3.94° 100t1mm Weight • 5.60Ibs -- - ... Capacity Ratings _ . _ - - Case Plastic ABS Resin . _ . 20 hour rate 7.50414 . . . _ ,.. Maximum Charge Current 0.3C or 2.25A . . - , Capacity 10 hour rate 7.00AH - .. Float Use Voltage 218V/Cell ... . - .. © 77 F 5 hour rate . . :.. Recommended Float Use Current <1.1A 1 hour rate 4.65AH _ Charging Cycle Use Voltage _ 2.45V/Cell • _ - • Cycle Use Current <2A . . .. 1 Month 97% Wattage Ratings Shelf Life 2 Months . 91% . -_ -._ End Voltage -- _ 3 Months 83% Discharge Rate - 1.75V/Cell 1.67V/Cell Charge 32°F to 104°F _ 5 min rate . 54.1 55.9 Temperature - - Discharge 5 °F to 1227 • • - - - -- . 10 min. rate 36.5 37•7 Range 28.7 - • " ------ - Storage 5°F to 104°F 15 min. rate 27.8 Capacity Affected 104°F 103% - 30 min. rate 16.9 17.4 by Temperature 77°F 100% • 45 min. rate 10.9 (20hr rate) 32°F 86% 60 min. rate 9.8 10.2 • • The Information contained on this spedfication is generally descriptive only and Is not Intended • Ascent Battery Supply LLC to make or Imply any representation guarantee or warranty with respect to any Cab and 925 Walnut Ridge Drive Asc batteries. Call and battery design/specification are subject to modification without notice. Maitland. WI 53029 es page 1 of 2 __ W . Absorbed Glass Mat S ealed Lead Acid Absorbe Tree r k e r. Technical Specifications • WKAl2 -7.5F - -' - - - - -- - - - - -. - -- . - - .. .. - -- • -- .... -- -- - -- -- - --- — -- - - — Cycle Life vs. Depth of Discharge Physical Dimensions tam A s 10D% A ' ~ "Ia . ,-, __ _ _ _ _ _.—.. i. .. --- - - -'- -- - - -- — - -� 8096 ': i i ,. - -- - __ a .p ( � �� ton SD Owed Owed 40% 0 200 400 600 800 1000 1200 1400 - - - - - — - -- - - - - - Chertge/Diacherge Cycles _ --_ _ _- - .. __ .- - - A &90 161 ® 0 %S3 as . - . . - — _____ C 370 9S —. —. . _ .. - - -- -- - '— - - D 393. 101 - . - _ .. _.. _. - -- Effect of Temperature on Float Life - . Terminal • 1 - -- - — - - -- '_ — g s sus - - - --- A , I in mm 3 I ( A 0.185 4.70 03 1: . , B 0.250 6.35 m ' C 0.031 0.79 } B C - - - : 1 - - - 19 Open Circuit Voltage vs. Capacity x Estimated Residual Capacity @77°F - - - -- - - - - -' - -' • --- - 03 -. = 1a5v - -- — - -- • - 2 13 i•� '' .. 0.1 • 1511111 - J/ _ 50° 88° 88° 104° 122° 140° 158° - - - -- -- • . g mov - _ Temperature (F °) - 10.5V - - - --rr:- a;-- r L • '•r - • - 7 . - • r: .c .. ..:s.... -.+ - - ---'ti:. :�_ -. • 0% 20 :.._.7.T;%..: % 40% 60% • 50% - 100% - X 4 42 i ' ' Appnaoarnate Capacity (%) J 4 iaai i MH 20720 The intonnatlon contained on this spedflc3tion is generally desaiptive only and Is not intended Ascent Battery Supply LLC to make or Imply any representatktn guarantee a warranty with respect to any cells and 925 WaMut Ridge Drive S batteries. Cell and battery design/spetlon are subject to modification entrant nnotice. Hartland. WI 53029 �lo Page 2 of 2 OT I F I E. Fe System Power Requirements . n. v.,... v.... ., . .... ....... ........:........ .............. . n. ........ .... ... ... .... ... ., . n...v.v,v .n \ k k...., .x.A. x ...: w:.vx•.vw:::.w::::::nx•.,.... {:.......,....... vvx...... xx p .....,,.,,. n v. v.. v.. x.. v.,+.,, vn:... vxvnxx.., n•.v...v:n„w:::::i..vn +,v,,,.., n .v,v: : :.v.v :� ..............tii:: ;., .: :.•. }: . : .. .. ..; ....v Protected Premises: Lile International Date: 8/8/2007 Address: 8060 SW Pfaffie Street City: Tigard State: OR Zip: 97223 Prepared By: Fire Systems West, Inc Phone: 360 - 693 -9906 Address: 600 SE Maritime Avenue #300 Email: chesternamaesystemswest.com City: Vancouver State: WA Zip: 98661 AC Branch Current Requirements I 2.70 I Amps @ 120 VAC Current required by source to power the fire alarm system. Primary Standby Load ( 0.09 I Amps Current load on the primary power supply during non -alarm conditions. Primary Alarm Load I 1.36 I Amps Current load on the primary power supply during alarm conditions. Secondary Load Requirements ( 2.01 1 Amp Hours Total Secondary Load from the calculation table below. Current Draw I I Time (hours) I Total (AH) Seconday Standby Load Required Standby Time 0.065 A x 24 tiours 1.56 Secondary Alarm Load Required Alarm Time (hours) 1.356 A x <' s<Dfl8 o" ;,;.`<> 0.11 Auxiliary Power Supply Load x Required Alarm Time (hours) 0.00 Total Secondary Load 1.67 Derating factor Secondary Load Requirements 2.01 AH Battery Selection ( 7 I Amp Hours Select batteries from the list below. �7.O:AH BaT 127U :;Battery (12 volt) <:�� (■- Two r Four (two 12VDC sets in parallel) Page 1 of 2 Battery Distribution Chart Shows amp -hour distribution of your selections. Secondary Alarm Load 0 Spare Battery Capacity 2% Secondary Standby Load Secondary Standby Load s . ® Secondary Alarm Load 27% Spare Battery Capacity ^^' 71% Comments 1. Batteries will fit in the FACP cabinet. 2. Selected battery size meets secondary load requirements. 3. The selected batteries (7AH) are within the charger range of this power supply (7- 18AH). Spare Battery Capacity 4.99 Battery Selection (AH) - Secondary Load Requirements (AH) Secondary Standby Load 1.87 Secondary Standby Load (AH) • Derating Factor Secondary Alarm Load 0.14 Secondary Alarm Load (AH) • Derating Factor Page 2 of 2 . ... NOT Ft E Fe System Current Draw - FCPS -24s8 .... v: ••: v: •.v �:.. ...::: x. v: -.:., : v vv•:v. } ;+;..ti; .. .: v v,;':.; .:: .. l;ii v ... v �.. : . Y ... ti ... Y :: vk.Y..Yv. ... \,,..., • x:4.11 v v l 1}., ,., \. \r, • •.. nl r}. v x x \.: } ?v .':\ ,• :. \ "\ i t\ hiii }:.:ii +.'\ \ - k \ 1 .'.1\C•.\ 2�:. \ \ N : :.4 x \i:' �h \ h h : � }:. :�?y�jw.K:` << •' ".: ::i \, . ..1 \,,w \ \.q::,;\: }. }�hl..:..i�, k�,�ti: \:..1. . :, }k, \may •.. +• „.:;. . \. �;�,1. .:,.:. \, +� „� \xJ. ' \ \ \`�1♦ . \. � , �., . \�1 � �Y, .0 R. }x.; k :ry`C:2,:. u2;; }2\ �, : r,,. }.,;�c; ? };2 }: y •c�: - ;>£ Y:•:22 };2;... . }.•C:' '2 `2. ., +' 1 + `2fz.. \r .: \• ,:. + 1 +.• •. . \ , , \ \Y.•. R 2M1`SRa''h4titi~4+}. •`::} k {X2'r;:,\ 'w��ev::: { >'', ego.\ \+fi `• } \ + \: -s$} `�1 ,•;�h •: >,+\•.`: } .�ti: \ \•�',\:1 \.• 4t' +' \ ` 1• \ \ Y { `• • , ` \ M1.,,'.,• p Jn • v • • �'�` • \j2 } .,} `. Y•♦ \� ;; a , k , : }�Ak y \` :.:'�.• - `i > � �.0 };\.�•� .( 5,$v:.;.\ \\ .. C��h; �,. •;�. 11 \` �1��;,.e;S;,� 4K.�,:2.�. \ \2 -� *,kS -. \ }. <4 '' : ` . 2 v;{ i\ v^+ k n • C:; v. • v : . '' . '+'':'•v''••:\'1 5 :.�:ti \ .••s i1 • . •v+ ++ � • , ,, n, , .. M1 . :} i ,-0G, ` �,} ;�' :�. V }}:2�,, `, iU. \ \'Y�2} , +. •;2, :2,@,V, \. �;,: +1\ .�w i ti;`�.`- \\C'.; x x;;• >•:,� 1 °i, \\�� \.`>•;� • +l, @� �.�, \ \ \\,\ 1� ^i. \�Yll.. 1`':2 \2 .xa \ \' \• � :; +.hd:2• k• } • �x ` {� y T \....; �Y } . }; .; .. \i, ;• 2,2 } \• .`., �. +. \ •1 Total Current ::. ; ;.1.44. •• :°E � !..: `',:;.'�•`.! , �vp } ,,t'. ►...,, ; s::.. }:?: Y >.:+ , '''`:; t.:t�; •a.0 ` \1 }: >; \a \..:;:; \ \ \ \.`• 1 \ :\ %'' \l.b .....1 : { . }:. +2.\ titi ,. - :. •v ; 1•: •;: } 2 ` : :; •i ^\ \ i +•. }: l k +:w 1., .: ` •r v 1 :2 \:` 11 „2kt, , \ \, v\} �. ' •: , v•x'• \.. v v .; , \4 \ \:..1,, �. \. xl ,�,:.w: vl;.. lv �. `n 0091 A n4::• }:::s ' �.:. .ti ; x } . v ` :::: �:.:. • \.+:.; . \+,. Yv?2. \��" ^,�`. x'.:• }:;•}.v 4' ti• } \•xii ?:411 � l } v t. } \:ti, . 1 ?• };'• } +. 1 \ ti`v . C1 . • } };•�:; �.5' i�� ..' :�.. ..: � !;• �.ax`�`:42, �� \�•; + >• » -. ;1:. }• , '•:42•�?:24 ;. \1:CY; }y 4 q . } .. ;a . •,�'+}- :- ..�.�} ,- :2. } ti Al .. \ ., 114..•::., �..}. }} r �.., l.,ti \',11�2k ••2. r.r:�, <- ,ell: ^: t� \Y•. ':a- . •..:. 2.,} a,,. hc.. }} .: 4: ?::.., ,;;. � ''•' ., \ ...:.: ,. •Y •1 -•. \ 'tiiv}:2. \• `• ?x, \n ` \ •' <:.. •• r + a.. xc \\ c \ C2 1.356 A ;' <;�:22 .. ���'► 5t<;'' � t> �r; �� . a� {{• �/ /� . � ��•,'..1..'.�21:`e } \�'4 2 •<. : } »::2:2.2;.: ` �w4. ��`:. ,•��`�1'c•.�''.w422;:s`,'��".• : }Y; •. " ^):- ?: - ?:• •.0 +.v \ +i \:•ti• }..; v p. v .. 1. }j +.l + :vx w. \Y•2., •}22}. }v:� \'2`2 \r2v � 'ik� §:Mt; \;. ; .:1 4: ; 1 } . } ., }.,.' \,....; .p., • \\ .\ . ...\ ,;,. \ .::::ti: �;2, ';ti}`•,,, .. - .: ; i \x.112• \ \•tiv \ ''• ?'.1,`~}2+ . \;.} } } }v: \ w::., 11...'ria \:..,v \4+':2; }2 ?- . *'+42`kvn`•. v; >vl. •. ,\ 1, 1+'v \ { ;`:• cl�• ". \ \ vl v \ h.. .�1` C3 0.065 A ` •„a� `p\ �:. \,,, . . v\• } \ \,al \�a \ `: •.•�lx• ? }:.\ \.\ 4,;- \• >,.:; 1 \. tG:c -` -:: +2,1+',4,. ' 1.2.2k � \ ' •+: �� h ? \•):2ti'Y •:•ti 4 ` \•2;: •. � �� x. \ \•. + } 2 } "s''v` \ \4. , '11:Y . \�a` k` .vti.: Y•} 1•: `:•k•:.}: •: v i•:22 >• :, \. ,}: tiff vi �w ..Y.}2 v> •.Y „yxa ,;.; y ei`.vti, -� al \.•.4 � 4,. ��� i• \ .. . 1 : }:. ?•: ��v -•� \: i� ' •\>•\:'. 22'< e�;\': 2;,: 1 .;4, : 1. ; ... ; }., +.,a \ \ \@,f2•..,} ? p tr � • <2 }1 },.,,}}:' : .4,,,.,,.. \., .. , }.1 \ \.};,:. \se. \ \ \ \..,..o.;:� .:x ?.,:. },: \fix \.1, .ht2 }`2• ;titi v }.... • {:. vk..v.;2.:Y:.v.. .,.� \;..y.l:: •n:'•v:• }i \ +. vl�•v •.v- };2. • �1 `n \v `. 1+� \ i\ • ?l� + - 4,1E �. 4vv \v� \ v�v'Y•. , tix \v }., 1••;`.1` �• �. . w:: \`.,, , 4... \ : •:' :a.L` ?.- Y- .,.x..Y;.} yl xy.., x ., x ',x } 2, ; . } \\;2:`2• ; >. ? \ \�o , �.. �; 1\ Via,, \� � 1,\1\„+ \Y�$\ •4 :.. v \. - ..�'}:,'}1\ .\ .1 v }�� n.Cn�•:3°' \ ,\ , i��.Y 4 \. ,�v: \ • x 2 "x•.1 i'�'�4 \�'�: �C•}'iti, +'ii �,v \.� ? -: ,v}}}n4 •. `•xl a1i�.:.,. },:• \i::; . ••�,\ ..2, ,' \e ,• \ .:n. .�; • •: • 1 \•1:..::•.' \Sk \2. + v >w) \1•, . • tik:, . } •x}} \\ titil : v.v . x 1... r....:.. ........,, ,........,; ,.: k. • :�...,;.. 4 : :, �., .}•.,�a " }'•, \2�,••� ::•`.'4\ i�'42i. \ \: ,`. \l� � \`., .Z . . 4tr \;,,F.: \.} \��hC}:•h� v .. x ... \,....\ a \a •. . valYv 11. •}xx \ „4}{vv}x }},�i }� W..,.k.}?}t �}: } � \'+.•: - ::•Q }`r:.v � v:t. � :2, 1 1 4Yvl.ihl r •�1 v Y•\ `h� +i22 -: {.. k� 4• ?21 \� \4(.}va x}iti. }� v . • \•lvv k ? }:2�.....�..... .x ...Y•..,. vn• ...�.•",; }k;x ?.�4 ::.2 +,3, :•. ,�2:��l M1 l+r v .n � •v }: v , 2.�. ..1 \'4.y .� •.� }.. .. x.'�.'`2 l ti +3 :';�}:i• }J�: '•: v , . 4• \ ':v, ''a •.1 a v v:l- ?: .'Y %}:•}. v 11} ?.} � xx J.} ?;L:i >�h•x•„2Cx } \. . w:. w �Yi• } : e` 4 :: i:• rix2•}.. 4 x�. kvva. 8 : i}`, iiii::? 2. 1 ; 2 :} +:•::.vv:.x :•xv x : i}} \�., .i +v.G}+x \.;i: �:•�'vY \:: vY2x \..�,�� `tie v4 v:}} �:. �v�• nln. \- \ \ \ln.�.x.:.... \ -v ...... _ Cl - Non -Alarm Current C2 - Alarm Current C3 - Standby Current Device I Qty I Draw Non -Alarm I Qty I I Draw I Alarm I Qty I I Draw 1 Standby FCPS -24S8 Main Circuit Board Q 0.09100 0.09100 p© 0.14500 0.14500 0© 0.06500 0.06500 ADD Notification • "fiance Ran 0.00000 0.00000 0© 0.66500 0.66500 0© 0.00000 0.00000 ADD Notification • • •fiance ! 1 © 0.00000 0.00000 0© 0.54600 0.54600 Q© 0.00000 0.00000 Total Non- 0.091 Total Alarm Load: 1.356 MIME 0.065 Alarm Load: • • • • • Wheeloc FIRL C. � __ C. Yc.c eDet'n To.e •lu+` • f: " f Fire & Life Safety E Systems NAC Tool Design Report • Design Name: Design 1 Page 1 of 2 File Name NAC Circuits.wlk 8/8/2007 See disclaimer below • Design Thresholds: Voltage: 15 % of Panel / Booster Voltage - Current: 90 % of Circuit Size Power: 85% of Amplifier Wattage PANEL: Remote Power Supply Panel / Booster Panel Circuit Name Length AWG Wiring Circuit Circuit Amplifier Voltage feet Class Type Size (Watts) Remote Power Supply 24VDC NAC 1 -1 240.00 14 Class B AudibleNisual 3.00 A _ Model Number _ _ Order Code __ _ _ Candela dBA @ Distance _ Actual Voltage Drop Applied Settings Mounting Options 10Ft (feet) Current Voltage ZRS- 24MCW -FW [11 30.00 0.010 A 0.015 V 20.385 V ZNS- 24MCW -FW [21 40.00 0.010 A 0.018 V 20.367 V ?NS- 24MCW -FW [31 40.00 0.010 A - - 0.015 V 20.352 V - ZRS- 24MCW -FW [41 20.00 0.010 A 0.006 V 20.345 V • ZRS- 24MCW -FW F51 20.00 0.010 A 0.005 V 20.340 V ZRS- 24MCW -FW [61 30.00 0.010 A 0.006 V 20.334 V ZNS- 24MCW -FW [71 40.00 0.010 A 0.005 V 20.329 V ZRS- 24MCW -FW [81 20.00 0.010 A 0.001 V 20.328 V Circuit Totals: 240.00 0.665 A 0.072 V Voltage Drop: 0.30 % Panel / Booster Panel Circuit Name Length AWG Wiring Circuit Circuit Amplifier Voltage feet Class Tvpe Size (Watts) Remote Power Supply 24VDC NAC 1 -2 290.00 14 Class B AudibleNisual 3.00 A Model Number Order Code Candela dBA @ Distance Actual Voltage Drop Applied Settings Mounting Options aft (feet) urrent Voltage ZRS- 24MCW -FW [11 30.00 0.010 A 0.013 V 20.387 V ZNS- 24MCW -FW [21 70.00 0.010 A 0.027 V 20.360 V ZRS- 24MCW -FW f31 30.00 0.010 A 0.010 V 20.350 V ZRS- 24MCW -FW [41 20.00 0.010 A 0.005 V 20.345 V ZRS- 24MCW -FW [51 40.00 0.010 A 0.008 V 20.337 V ZNS- 24MCW -FW [61 40.00 0.010 A 0.005 V 20.332 V ZRS- 24MCW -FW 171 60.00 0.010 A 0.004 V 20.329 V Circuit Totals: 290.00 0.546 A 0.071 V Voltage Drop: 0.30 % . Fat Wheelock.. Y E RE Fire & - Life Safety i Systems NAC Tool Design Report I Design Name: Design 1 Page 2 of 2 File Name \\Hood\fire alarms\FSW Jobs\Active Jobs \4 -17 -1109 Lile Intemational\Battery Calcs\NAC Circuits.wlk 8/8/2007 See disclaimer below' Design Thresholds: Voltage: 15 % of Panel / Booster Voltage - -- - — Current: 90 % of Circuit Size - - — — Power: 85% of Amplifier Wattage • * This document provides information on an as -is basis to assist users and their technical advisors in selecting elements for notification • circuits and/or facility communication systems. Wheelock Inc. does not hold itself out as providing design or engineering services. Users of this program are solely responsible for their own selection and use of products based on values supplied by users, and Wheelock Inc. shall have no liability therefor. ALL WARRANTIES INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. p' DECEIVED (, 007 -00 L AUG 1 0 2007 cm/ OFTIGARD BUILDING DIVISION LILE INTERNATIONAL UAW, 8060 SW PFAFFLE STREET TIGARD, OREGON 97223 FIRE ALARM DATASHEETS BATTERY CALCULATIONS Prepared for PORTLAND RESTORATION SERVICES 2105 NW 135 AVENUE PORTLAND, OREGON 97229 PATRICK F. BROWN 503 -577 -4115 Prepared by Fire Systems West, Inc. 600 SE Maritime Avenue Suite 300 Vancouver, WA 98661 360- 693 -9906 July 20, 2004 DN -6927 • E -30 FCPS-24S6 and FCPS -24S8 N OT I F I E R 6 -Amp and 8 -Amp 24 -Volt Remote Power Supplies Section: Power Supplies GENERAL The FCPS-24S6 (6 -amp) and FCPS-24S8 (8 -amp) are corn- ' S a e e pact, cost- effective remote power supplies with battery charger. o 0 Marshal The FCPS -24S6/ -24S8 may be connected to any 12- or 24- I - , - •., 7315 - 0028:225 volt Fire Alarm Control Panel (FACP) or may be used as a APPROVED stand -alone supply. Primary applications include Notification LISTED /� /� Appliance (bell) Circuit (NAC) expansion (to support ADA re- S635 I�/IEA quirements and NAC synchronization) or auxiliary power to 299 -02 -E support 24 -volt system accessories. The FCPS - 24S6/ -24S8 provides regulated and filtered 24 VDC power to four notifi- cation appliance circuits configured as either four Class B (Style Y) or Class A (Style Z, with ZNAC -4 option module). Alter- nately, the four outputs may be configured as all non - resettable, • • all resettable, or two non - resettable and two resettable. The • • • FCPS - 24S6/ -24S8 also contains a battery charger capable of • • • • charging up to 18 AH batteries. FEATURES • UL- Listed NAC synchronization using System Sensor, Wheelock, or Gentex "Commander appliances. • Cascadable for up to ten power supplies (four for Gentex) O with strobe timing maintained. • Operates as a "sync follower" or as a "sync generator" (de- fault). See note on page 2. - — _ • Contains two fully - isolated input/control circuits — triggered from FACP NAC (NAC expander mode) or jumpered per- • • '• manently "ON" (stand -alone mode). • • Four Class B (Style Y) or four Class A (Style Z, with ZNAC -4 • • • module) NACs. • • • 6 -amp (FCPS -24S6) or 8 -amp (FCPS-24S8) full load output, t with 3 amps maximum/circuit, in NAC expander mode (UL 864). • 4 -amp (FCPS -24S6) or 6 -amp (FCPS -24S8) continuous out- put in stand -alone mode (UL 1481). • Compatible with coded inputs; signals passed through. • Battery charger may be disabled via DIP switch for applica- • Optional power- supervision relay (A77- 716B). tions requiring larger batteries. • In stand -alone mode, output power circuits may be config- • Fixed, clamp -type terminal blocks accommodate up to 12 ured as: resettable (reset line from FACP required), non- AWG (3.1 mm wire. resettable, or a mix of two and two. STANDARDS and CODES • Fully regulated and filtered power output — optimal for pow- ering four -wire smoke detectors, annunciators, and other The FCPS - 24S6/ -24S8 complies with the following standards: system peripherals requiring regulated /filtered power. • NFPA 72 National Fire Alarm Code. • Power - limiting technology meets UL power - limiting require- • UL 864 Standard for Control Units for Fire Alarm Systems ments. (NAC expander mode). • Form -C normally - closed trouble relay. • UL 1481 Power Supplies for Fire Alarm Systems (stand- • Fully supervised power supply, battery, and NACs. alone mode). • Selectable earth fault detection. SPECIFICATIONS • AC trouble report selectable for immediate or 8 -hour delay. Primary (AC) power: • Works with virtually any UL 864 fire alarm control which uti- lizes an industry- standard reverse - polarity notification cir- cuit (including unfiltered and unregulated bell power). • Wire size: minimum #14 AWG (2.0 mm with 600 V insulation. • Requires input trigger voltage of 9.0 — 32 VDC. Control input circuit: • Self- contained in compact, locking cabinet — 15" (38.1 cm) • Trigger input voltage: 9 to 32 VDC. high x 14.5" (36.83 cm) wide x 2.75" (6.985 cm) deep. • Trigger current: 2.0 mA (16 — 32 V). Per input: 1.0 mA (9 — • Includes integral battery charger capable of charging up to 18 16 V). AH batteries. Cabinet capable of housing 7.0 AH batteries. Trouble contact rating: 5 amps at 24 VDC. T is a Honeywell company. ISO 9001 This document t is not intended to be ended 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 change without notice. C E R T I F I E o For more information, contact NOTIFIER. Phone: (203) 484 -7161 FAX: (203) 484 -7118 Efl61NfLRIN6 8 MAMIFiIC1URIN6 N OT I Fl ER" 12 Clintonville Road, Northford, Connecticut 06472 QUALITY SYSTEMS DN -6927 • 07/20/04 — Page 1 of 3 Auxiliary power output: specific application power 500 mA SYNC FOLLOWER/GENERATOR NOTE maximum. In some installations, it is necessary to synchronize the flash Output circuits: timing of all strobes in the system for ADA compliance. Strobes • +24 VDC filtered, regulated. accomplish this by monitoring very short timing pulses on the • 3.0 amps maximum for any one circuit. NAC power which are created by the FACP. When installed at • Total continuous current for all outputs (stand -alone mode): the end of a NAC wire run, the FCPS- 24S6/ -24S8 can track for FCPS -24S6: 4.0 amps maximum; for FCPS-24S8: 6.0 (i.e., "follow ") the strobe synchronization timing pulses on the amps maximum. existing NAC wire run. This maintains the overall system flash • Total short-term current for all outputs (NAC expander mode): timing of the additional strobes attached to the FCPS. for FCPS -24S6: 6.0 amps maximum; for FCPS -24S8: 8.0 When the FCPS-24S6/-24S8 is configured (via DIP switch set - amps maximum. tings) as a "sync follower," the FCPS's NAC outputs track the Secondary power (battery) charging circuit: strobe synchronization pulses present at the FCPS's sync in- put terminal. The pulses originate from an upstream FACP or • Supports lead -acid batteries only. other power supply. • Float- charge voltage: 27.6 VDC. When the FCPS-24S61-24S8 is configured (via DIP switch set- • Maximum charge current: 1.5 amps tings) as a "sync generator," the FCPS's sync input terminals • Maximum battery capacity: 18 AH. are not used. Rather, the FCPS is the originator of the strobe APPLICATIONS synchronization pulses on the FCPS's NAC outputs. In "sync generator" mode, the sync type (System Sensor, Wheelock, Example 1: Expand notification appliance power an addi- or Gentex) is selectable via DIP switch settings. tional 6.0 amps (FCPS -2456) or 8.0 amps (FCPS - 2458). Use PRODUCT LINE INFORMATION up to four Class B (Style Y) outputs or four Class A (Style Z) outputs (using ZNAC -4). For example, the FACP notification FCPS -24S6: 6.0 amp, 120 VAC remote charger power sup - appliance circuits will activate the FCPS when reverse - polar- ply. Includes main printed circuit board, transformers, enclo- ity activation occurs. Trouble conditions on the FCPS are sure (15" [38.1 cm] high x 14.5" [36.83 cm] wide x 2.75" [6.985 sensed by the FACP through the notification appliance circuit. cm] deep), and installation instructions. Example 2: Use the FCPS to expand auxiliary regulated FCPS - 24S8: 8.0 amp, 120 VAC remote charger power sup - 24 -volt system power up to 4.0 amps (FCPS -24S6) or up to ply. Includes main printed circuit board, transformers, enclo- 6.0 amps (FCPS- 24S8). Both resettable and non - resettable sure (15" [38.1 cm] high x 14.5" [36.83 cm] wide x 2.75" [6.985 power options are available. Resettable outputs are created cm] deep), and installation instructions. by connecting the resettable output from the FACP to one or ZNAC -4: Class A (Style Z) NAC option module. both of the FCPS inputs. A77 - 716B: 12/24 VDC end -of -line relay for monitoring four - Example 3: Use addressable control modules to activate wire smoke detector power. the FCPS instead of activating it through the FACP notification BAT - 1270: Battery, 12 volt, 7.0 AH (two required, see BAT appliance circuits. This typically allows for mounting the FCPS Series data sheet DN- 6933). at greater distances* away from the FACP while expanding system architecture in various applications. PS - 1270: Battery, 12 volt, 7.0 AH (two required, see PS For example, an addressable control module is used to acti Series data sheet DN- 1109). vate the FCPS, and an addressable monitor module is used to sense FCPS trouble conditions. Local auxiliary power output from the FCPS provides power to the addressable control module. NOTE: All NAC outputs can I Addressable FACPs are capable be converted to Style Z with Style Y NAC or ZNAC -4 option module. of locating control and monitor � FCPS modules at distances of up to Door Holder Trouble 10,000 feet (3048 meters). Power Style Y NAC Style Y NAC Style Y NAC Contact Output #4 Output #3 Output #2 Output #1 Output AGENCY LISTINGS AND APPROVALS See the first page of this data sheet for listing agencies and file 24 VDC numbers. These listings and ap- Specific provals apply to the FCPS -24S6 ..0. provals and the FCPS -24S8. In some Power cases, certain modules or appli- AC " ' NAC Control cations may not be listed by cer- Power /u Input #2 tain approval agencies, or listing INPUT/OUTPUT (from FACP) may be in process. Consult fac- FUNCTIONS tory for latest listing status. are programmable by NAC Control SW1 DIP switch settings /NI Input #1 (from FACP) ,MI Sync Input FCPS 6827b1ok.wmt SIMPLIFIED Battery Charger BLOCK DIAGRAM Page 2 of 3 — DN -6927 • 07/20/04 BOARD LAYOUT TB2: Power - Limited, NAC /Out 1 + Supervised in NAC Mode NAC /Out 1 - with Jumpers J5, JP6, NAC /Out 2 + TB1: Supervised JP7, & JP8 in positions NAC /Out 2 - shown below. NAC /Out 3 + Earth NAC /Out 3 - Normally Open AC Neutral NAC /Out 4 + Normally Closed — AC Hot NAC /Out 4 - — Common 0 O TB5: Trouble Relay Form -C Fail-Safe A . ^ ., O (shown energized) Ie " >> �I rdl IC_ TB2 — ��ll<+ 1751 m ®®® 8 7 6 5 4 3 2 1 01 I� �1�1 KI 0 TB1 `W 3 2 1 TB5 I nnnn nnnn nnnn nnnn JP7: Ground g) Detect onault UUUU uuuu UUUU UUUU ❑ J2 4. JP1 (cut to disable) ❑ J3 J3: ZNAC -4 1111111111111 JP2 Connector o - MI - 11 JP3 JP2 8 JP3: ❑ J1 O 0 Input Selection oded ❑ Non -Power- Limited ❑ J2: To Transformer #2 ❑ J1: To Transformer #1 Auxiliary Output: 10 tg' -Aux. Common ❑ 0 500 mA Specific- Application Power 9 la/ +Aux. 24 VDC' 8 - Control Input 2 0 =. 0 �1 7 v' + Control Input 2 6 10 Out Common Fl .' 5 {1 + Out/Trouble Contact 4 tb' - Control Input 1 0 T F1: �+ Z Battery Fuse 3 tom' + Control Input 1 N 15A, 30 V 2 tb' - Sync Input c S J U JP4 SW1 1 tom' � Sync Input O O 0 3 a) l a a 00000 1 2 3 4 5 6 7 8 TB4 � O *NOTE: Auxiliary Power a O Output is power - limited 1 - Battery LEDs (L to R): SW1: but NOT supervised. v • AC Power (green) Programming Co + Battery • Ground Fault (yellow) DIP Switches w JP4: Supervised, • Battery Trouble (yellow) o Non -Power -Limited • NAC Trouble (yellow) w 18 AH, 24 VDC • Charger Trouble /AC Loss (yellow) Series Z Strobes,: Horns and Horn Strobes - SNAP ,_ COOPER Wheelock Eeatires,ari easy snap on based Strobes toa-simplify the; installation: and:.testrngrof:: ._.. - - . - - - -- _ -- - - - - _- - _____ _______________________ strobes,:tiorns and hoar, strobe .: ` " :' t Available:feature s 'a n d options: : :" -, _ _ • r:, •Color : Red .or white '.'5 . P�7•, �,- ° 4.' i, Wall Mount Strobes : . s x M oei •.c:'_ n ting :.,. W all Or t ,- - = :..s-, UL Max. Current 15cd 30cd 75cd 110cd ZRS- MC R ed 4085 "- ZRS- MCW-FW White 0302 24 VDC 0.060 0.092 0.165 0.220 -. - T r EZ'mountSNAI? design -' -'� ZRS- MCWH -FR Red 5242 , > ,..... • . - . 1 . :._ 'Univers plate - single. ZRS- MCWH -FW - White 0303 UL Max. Current 135cd 185cd• • i1:' .,.. ti •• , plate for wall and _ ceiling molint • Ceiling Mount Strobes 24 VDC 0.300 0.420 1 .--:-.-1 st , l l u s ns co . - . -T .' ` . ZRS- MCC -FW . -- White 0309 _ - _ - - , s < ZRS- MCC -FR Red 0308 UL Max. Current 15cd 30cd 75cd 95cd p v e r to protect- base _ . �.�.., ZRS - MCCH -FW White 0314 24 VDC 0.065 0.105 0.189 0249 • ,,',:plate 1 -•- - - ZRS- MCCH -FR Red 5240 trObes produce 1-flash - per'sec - UL Max. Current 115cd 177cd a. ; ' " S : • 9 g - 24 VDC 0.300 0.420 - -- - �..ond a�er tii`e Regulated a ' 4z--•;='- Ra nge• - : - - - -- '- ry.: .,...z L Horns and Horn Strobes - - -- - - - - - - -- - - -- - - -• - -- - - • - -- --------------------- • - t P f - • . - a - Wall or Ceiling Mount Horn -- - --- t.'10::.•,-",--!=,-.'',.-:':';?' : :'Yt :':,. - -d, -f,._, , ZNH-R Red 0300 • . w. ZNH -W White 0301 . . ' -' - Wall Mount Horn Strobe - '4'. ' a- tr ZNS- MCW-FR - Red 0304 - - �'` ZNS- MCVIFFW • White 0305 ' ' ZNS- MCWH -FR Red 0306 _ C. ZNS- MCWH-FW White 0307 - • .' -'1 : s • !• Ceiling Mount Horn Strobe - - - t; ZNS- MCC -FW White 0311 'r,_ - r r ..-_ x- ZNS- MCC-FR - Red 0310 - -- - -- - - - �_ . .. :- :-'.- ZNS- MCCH -FW White 0313 - - „.....,g....-: . , ? s ;:. ZNS- MCCH -FR _ Red 0312 "`; °- ; «. ; ' fr ° '• ' UL Max. Current 15cd 30cd 75cd 110cd - _ - it..':''' ' `:' - - - - High (95) dBA 24 VDC 0.074 0.107 0.184 0.244 .. ;,.: _ = - A ::- ' :' l Low (90) dBA 24 VDC 0.066 0.101 0.177 0.232 • :E• '7 : - . ?- ' • ° UL Max. Current 15cd 30cd 75cd 95cd • • • . ~' i High (95) dBA 24 VDC 0.082 0.124 0.209 0.275 Low (90) dBA 24 VDC 0.071 0.114 0.201 0.261 UL Max. Current UL Max. Current Audible T' • 115cd 177cd 24 VDC 12 VDC High (95) dBA 0.350 0.477 High (95) dBA 0.044 0.021 Low (90) dBA 0.306 0.429 Low (90) dBA 0.018 0.012 • • .. ... . . ........, . _ W e r k e r. Sealed Lead Acid Absorbed Glass Mat Technical Specifications WKAl2-7.5F Discharge Characteristics Duration of Discharge @ 77°F WV ' • - 11 1 : 1 • .-- - - -- -- I art , -- -----' -- - - - ----- - -- - - z - taw 11.11111110113111111Matal 1111111111M01111111 L L- 't tiA - - - - ...... UV U ...inz.... I I ili"I i 1 WV : I ill. 1 I i 1 i Mil 1 1 _ _ Wi ill Or! iiiii 111111 1 I MO i HI 1,1 iiili I i , - - ---- i- . II * 4 • tit a 40 60 2 Al it OM 20 40 - pz--•:- . --, 1.-- m i n ____.--f-h,--1 „, _, - .• - Iv . . Discharge Time _ . 'L -• . - - - - --- , ' . Discharge Duration vs. Discharge Current _ _ _ - ' . _ . ._ . _ _ Duration of Discharge © Various Temperatures _ _ _ • 20A . 10A : I Specifications ,„, ...1*N„.. ,. .i; , __j '- -----t--7- -4 All Specifications Are Rated at 77 °F Unless Otherwise Noted _; : .::., . : t ; ST - ■ .. Nominal Voltage 12V ca nom _ j_. ; I - 1._ _i_i_24_141__ i its! ii; I.:111 Ampere Hour Capacity (20hr to 1.75VPC) 7.5Ah ice _ 1 I I ' `I I I i ' i ■ I I + illii I I inches millimeters • 3 5 10 20 40 60 2 4 0 10 15 20 30 E .--- ____1- ---i Length 5.95" 151±1mm , m i n h • Dimensions Width 2.56" 65±1mm Discharge Time • - - Height 3.70" 94t1mm -- - . , -- -- Height w/Term. 3.94" 100±1mm Vieight - 5.60Ibs Capacity Ratings . _ _ . - - Case Plastic ABS Resin . 20 hour rate 7.50AH . Maximum Charge Current 0.3C or 2.25A . Capacity 10 hour rate 7.00A1-1 ' Float Use Voltage 2.28V/Cell - . © 77°F 5 hour rate 6.40AH - Recommended Float Use Current <1.1A ' 1 hour rate 4.65AH Charging Cycle Use Voltage 2.45V/Cell _ _ Cycle Use Current <2A . . 1 Month 97% Wattage Ratings Shelf Life 2 Months 91% - - End Voltage Discharge Rate - - - 3 Months 83% 1.75V/Cell 1.67V/Cell Charge 32°F to 104°F 5 min. rate 54.1 55.9 Temperature Discharge 5 °F to 122°F -- 10 min. rate 36.5 37.7 . Range ' . , Storage 5°F to 104°F 15 min. rate 27.8 28.7 Capacity Affected 104°F 103% 30 min. rate 16.9 17.4 by Temperature 77°F 100% 45 min. rate 10.9 10.4 (20hr rate) 32°F 86% 60 min. rate 9.8 10.2 The Information contained on this specification is generally descriptive only and is not Intended - Ascent Battery Supply LLC to make or imply any representation guarantee or warranty with respect to any cells and 925 Walnut Ridge Drive batteries. Cell and battery design/speafication are subject to modification without notice. Hartland. WI 53029 r re page 1 of 2 - -- Sealed Lead Acid Absorbed Glass Mat W e r ke r. Technical Specifications WKAl2-7.5F -- - --- - -- - - -- --- - — Cycle Life vs. Depth of Discharge - - - - - • Physical Dimensions i2ogi I i 1 I ... -v,.., . A _ g A . • - ..-- .. I - ...". 80% ,.,'•:, 11 -„,- 1 , - BB 100% _ _ _ _ ,,,, •-f. I 60% 0 8 10:1% 50% 30% Dept al 1 . • 40% _ MOW I 05 01 I / I glichuge -.. 0 200 400 600 800 1000 1200 1400 m mm " Change/Discharge Cycles --- ------ - - - - A 5.90 11111 - - - - ------ - - - e — B 2.34 15 C 3. 93 D'155 ' 3.38 - - - 101 _ Effect of Temperature on Float Life -- — 10 - Terminal 1' , r , r 5 - - ------ - - - _ - - - --- - - - - ' - - - -- --- - - -- ----- ---- ---- ----- -- -- - -- -- --- - --- ' A ` 44 . - - -- - — - - - ' . A ,:,-- in mm 3 sr_g? ....'" • i B 0.250 t. 0 A 0. 4.70 6.3s ' co '- co a) t-:- ,1.- —..- B C 0.031 0.79 C • . 1 ■ I ;.- ,,,, '', . • _ 43 4 .:.* '.,. • _ Open Circuit Voltage vs. Capacity 0.5 Estimated Residual Capacity @.77F • ' A - - - - - - -- - - • 0.3 14.ov 13.5V — ---- - -- - - - - - - -- --- -- . - FP ce ...r. v.. g a 13.0V ■-`,.. - ...-m,• , „ - 4.51Y,0 1 1,4, - 0.1 5 • 1111.1111.1111, . ' -!-r - ',,..y . : 50° .....--z „ _, - f i l ial . '__Iroilliii • - .1 12.0V Milli Temperature (F°) c — a 11.0v __ _. - _ .,-.... _ viol . 1?.5V 11111111111 '-' , . - _ __ . - ' - - ' •Iiiii•• -1 • lildill1 0% 20% 40% 60% 80% 100% A . 7 . r ilar • 1 1 C ii: 1 ■ i ii - 1 ilip Approximate Capacity (94) MH 20720 AI!”. The information contained on this specification is generally descriptive only and Is not Intended Ascent Battery Supply LLC ,.... # to make or imply any representation guarantee or warranty with respect to any cells end 925 Walnut Ridge Drive Sig batteries. Cell and battery designispecificadon are subject to modification without notice. Hartland. WI 53029 . page 2 of 2 e : oir' Fl E' System Power Requirements Protected Premises: Lile International Date: 8/8/2007 Address: 8060 SW Pfaffle Street City: Tigard State: OR Zip: 97223 Prepared By: Fire Systems West, Inc Phone: 360 - 693 -9906 Address: 600 SE Maritime Avenue #300 Email: Chesterm @firesystemswest.com City: Vancouver State: WA Zip: 98661 AC Branch Current Requirements ( 2.70 I Amps @ 120 VAC Current required by source to power the fire alarm system. Primary Standby Load I 0.09 I Amps Current load on the primary power supply during non -alarm conditions. Primary Alarm Load I 1.36 I Amps Current load on the primary power supply during alarm conditions. Secondary Load Requirements I 2.01 I Amp Hours Total Secondary Load from the calculation table below. Current Draw Time (hours) I Total (AH) Seconday Standby Load x Required Standby Time 0.065 A 1.56 Secondary Alarm Load x Required Alarm Time (hours) 1.356 A "D084< Hours >::; >::' >::.;� 0.11 Auxiliary Power Supply Load x Required Alarm Time (hours) 0 :000 A: 0.00 Total Secondary Load 1.67 Derating factor Secondary Load Requirements 2.01 AH Battery Selection I 7 I Amp Hours • Select batteries from the list below. F7 O:AH'BAT 1270: :Battery (12:volt): ::.:::;::; ::::) Two r, Four (two 12VDC sets in parallel) Page 1 of 2 Battery Distribution Chart Shows amp -hour distribution of your selections. Secondary Alarm Load 0 Spare Battery Capacity 2% 0 Secondary Standby Load Secondary Standby Load 0 Secondary Alarm Load 27 % Spare Battery Capacity 71% Comments 1. Batteries will fit in the FACP cabinet. 2. Selected battery size meets secondary load requirements. 3. The selected batteries (7AH) are within the charger range of this power supply (7- 18AH). Spare Battery Capacity 4.99 Battery Selection (AH) - Secondary Load Requirements (AH) Secondary Standby Load 1.87 Secondary Standby Load (AH) * Derating Factor Secondary Alarm Load 0.14 Secondary Alarm Load (AH) • Derating Factor Page 2 of 2 NOTI Ft E R System Current Draw - FCPS -24s8 ....::::.:::.... 1............................. .......t........t............., \.........v.. ........ .......,.,....n....:1':. ? ?'• ?': �.'� ?i::::. ?lw.,. v :,.. w :.. ?::::::: '•. +�. ?.; : ::;i:ji}:t.. \, \...t,. h.,. �:: }. \• \ nv...... ., m. .. n. ., ...................v.. . .... .............. n. .. ............................... w::::::::::::::: ,•:.. .,};:. } }v.?�::::::::,. v......:: \; ^ ? ? ? ?: :• ? }:? :•.,........, .,... ?.: i:.vw.v :v: \•. +i1�� ?' \v. n.........,. ,......,.......::::: w::::::+v: Y ::..................... w:::. v..... ....t...... t .. • ..... vt+:iv. ...... ...., .......... ..... ,. ...................:::::::::::: :•::: ^:?: 4:•???}?}?? ? ? ? ? ?:: ?� ? ?X;• ? ? ? ?:::::::::.v:n . ......... ... ..... • ....v......n '8:•i:;•:• ?:•: \ v........::::';•titv..... ;•. ;•.;• ?:•i:;v::v: „ +::: ? ?:;.i'i .......\ v ....... vvv.} ::: ............. ... ..... .. .... ... n........ ... .. ....v . .. ... ; .......4.v........ n...v \v.vp:•i:;•. i \w: •.,.......�........ \: k::::::::..... vvtvi::::::::::::::.,v v 4....... :::::: :.�.w.�:.: ?'.�.,iy::; {::::::. �:.: :.vvv:::: v ::::::::: n�:. .. •:i:• ?:4:;;'• ?:• ? ?Y is \•: w:::.. ...4.... t.. v... •: t \'i •i:•i+ '•i \tii:iii;:iiii; }.v;. v .v..: \w::::. �.v::::.v::::::.v::: •. vi:?::::::. .........,. :;::: >:: ?> isi:;;:: i::::•::. >:. >:. >:•ii:•:• :............... ........t..................... t.... �•:t. tt.... •::. w�...t.. + +:::.,,•:.:,•i ........,........ . . �:;�iiiii;; ;.•• ..... ................. .....:. v ...... : : � : :. w::::. :........v ....: nv: w :v; ..v:::::::::4 vn� .; ..v:::::: i::+:ii v..:::: ��..:::: ��ki:::::: w..v� +.1 + +:::: •: \v 1,•:: ?+vv:::::; }, .v �•m; ? ?.}} };. ?: {yv;y:; vvv };: {• ?i ?Y;: :::::.::. ::.?::{:} ii': i• i.?": i't??i: i. .: ?i:• ?? ;t +:S:i..:;;i: >;•:;: ^';+:v... 4• \.�• ?'•i:ip }ti};i::� :•:::+ ::: ..... ......... \ ...:::.vi ?:;. ?: ..::: 4•:: i1•:::?:? i+•:::::: :.0 \:+' ?: ^: ?: ?: ^: ?: ?: ^:•4.t} + : 1 viiiiii ?iii+ii;!:iiii is Total Current C :ix::::;•.t:•i:•i:• iii:• i:• i:•:;:• i::•:;•:'• i:<:.:::>::::: isz: i:: i:• :•i:.:. >:.: ?i:;•i:•i: <• ?:i.;::? .....,. 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Cl - Non -Alarm Current C2 - Alarm Current C3 - Standby Current Device I Qty I I Draw Non -Alarm Qty I I Draw Alarm I Qty I I Draw I Standby FCPS -24S8 Main Circuit Board 0© 0.09100 0.09100 p© 0.14500 0.14500 Q© 0.06500 0.06500 ADD Notification A. •liance © 0.00000 0.00000 0© 0.66500 0.66500 0© 0.00000 0.00000 ADD Notification Appliance ERe 0.00000 0.00000 Q© 0.54600 0.54600 Q© 0.00000 0.00000 Total Non- Total Standb 0.091 Total Alarm Load: 1.356 0.065 Alarm Load: Load: FIRC. `n OC �a I 1 111 ING • b, w � _ YcVC: +i Ce[[le tears tu+ Fire & Life Safety Systems NAC Tool Design Report Design Name: Design 1 Page 1 of 2 File Name NAC Circuits.wlk 8/8/2007 See disclaimer below * Design Thresholds: Voltage: 15 % of Panel / Booster Voltage Current: 90 % of Circuit Size Power: 85% of Amplifier Wattage PANEL: Remote Power Supply Panel / Booster Panel Circuit Name Length AWG Wiring Circuit Circuit Amplifier Voltage (feet) Class Type Size (Watts) Remote Power Supply 24VDC NAC 1 -1 240.00 14 Class B AudibleNisual 3.00 A Model Number Order Code Candela dBA @ Distance Actual Voltage Drop Applied Settings Mounting Options 10Ft (feet) Current Voltage ZRS - 24MCW -FW f 1) 30.00 0.010 A 0.015 V 20.385 V ZNS- 24MCW -FW [21 40.00 0.010 A 0.018 V 20.367 V ZNS- 24MCW -FW [31 40.00 0.010 A 0.015 V 20.352 V LRS- 24MCW -FW [41 20.00 0.010 A 0.006 V 20.345 V ZRS- 24MCW -FW [51 20.00 0.010 A 0.005 V 20.340 V ZRS - 24MCW -FW [61 30.00 0.010 A 0.006 V 20.334 V ZNS- 24MCW -FW [71 40.00 0.010 A 0.005 V 20.329 V ZRS - 24MCW -FW f8) 20.00 0.010 A 0.001 V 20.328 V Circuit Totals: 240.00 0.665 A 0.072 V Voltage Drop: 0.30 % Panel / Booster Panel Circuit Name Length AWG Wiring Circuit Circuit Amplifier Voltage (feet) Class Type Size (Watts) Remote Power Supply 24VDC NAC 1 -2 290.00 14 Class B AudibleNisual 3.00 A Model Number Order Code Candela dBA @ Distance Actual Voltage Drop Applied Settings Mounting Options 10Ft (feet) Current Voltage ZRS - 24MCW -FW [1) 30.00 0.010 A 0.013 V 20.387 V ZNS- 24MCW -FW [21 70.00 0.010 A 0.027 V 20.360 V ZRS - 24MCW -FW [3) 30.00 0.010 A 0.010 V 20.350 V ZRS - 24MCW -FW [41 20.00 0.010 A 0.005 V 20.345 V ZRS - 24MCW -FW [51 40.00 0.010 A 0.008 V 20.337 V ZNS- 24MCW -FW [61 40.00 0.010 A 0.005 V 20.332 V ZRS - 24MCW -FW [71 60.00 0.010 A 0.004 V 20.329 V Circuit Totals: 290.00 0.546 A 0.071 V Voltage Drop: 0.30 % F lit k. 1... whee'ON`I , Mcloll / Me G �L'F Te.e Ntvr LIRE /< -- Fire & Life Safety ii Syst0ms NAC Tool Design Report ( Design Name: Design 1 Page 2 of 2 File Name \\Hood\fire alarms\FSW Jobs\Active Jobs \4 -17 -1109 Lile Intemational\Battery Calcs\NAC Circuits.wlk 8/8/2007 See disclaimer below * Design Thresholds: Voltage: 15 % of Panel / Booster Voltage Current: 90 % of Circuit Size Power: 85% of Amplifier Wattage * This document provides information on an as -is basis to assist users and their technical advisors in selecting elements for notification circuits and/or facility communication systems. 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