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T-p90/2 r tta4 „1, JUN 22201, SIEMENS 15201 NW Greenbrier Parkway Suite A-4 Beaverton,Oregon 97006 Phone: (503)207-1900 Fax:(503)207-1901 FIRE ALARM SUBMITTAL WASHINGTON SQUARE N ESPRESSO H13-H14 Submittal Version Date Siemens Job Number 5200555754 Issued for Review 06 20 2017 Siemens Project Manager MOSES FRANGOPOLOUS Siemens Project Engineer GARRICK YOUNGBERG,SET Proprietary document for approval only TABLE OF CONTENTS SIEMENS 1 BILL OF MATERIALS & COMPONENT SPECIFICATIONS 2 FIRE ALARM NOTIFICATION VOLTAGE DROP CALCULATIONS 3 4 5 r e I r CO I . BILL OF MATERIALS SIEMENS FIRE ALARM SUBMITTAL WASHINGTON SQUARE NESPRESSO H13-H14 Fire Alarm System Panel Components Item Model# Siemens Part# Quantity Color Mfg Description 1 PS-8 1 Red Wheelock Wheelock Power Supply 8-Amp 2 E60H-24MCC-FW 8 White Wheelock Multi-Candela Speaker/Strobe-White,Ceiling Mount-High Fideli 3 E60H-W 2 White Wheelock Speaker-White,Ceiling Mount-High Fidelity 4 TRI-R 500-896224 1 Siemens MXL Control Relay Module w/Monitor Point 5 DB-11 500-094151 1 White Siemens Smoke Detector Base 6 FP-11 500-095112 1 White Siemens MXL Smoke Detector-Photo * Catalog Cut Sheets not available PROPRIETARY DOCUMENT FOR APPROVAL ONLY 6/19/2017 Effective January 2016 Technical Data TD450017EN Supersedes January 2015 Wheelock E5OH & E6OH High Fidelity Speakers & Speaker Strobes Description The Wheelock E50H Wall and E60H Ceiling Speakers and Speaker Strobes are designed for high fidelity sound output for indoor applications. With the widest frequency response range(300 to 8000 Hz)in the industry,the EH product line features leading intelligibility with crisp, clear voice messages and tone signaling, ideal for emergency communications, mass notification,and voice evacuation. Providing a sleek aesthetic appearance, the wall and ceiling appliances feature dual voltage(25/70 VRMS)capability and field-selectable taps from 1/8 to 2 watts. For faster and easier installation,the low profile design incorporates a speaker mounting plate,and each model has a built-in level adjustment feature and ,��• r snap-on cover with no visible mounting screws. '' ' • '. For visible signaling to meet the hearing impaired,the Series EH •. Speaker Strobe models incorporate the low current draw of the RSS • • +* +' Strobes. • Strobe options for wall mount models include Wheelock patented •.' MCW multi-candela strobe with field selectable candela settings of 15/30/75/110cd or the high intensity MCWH strobe with field selectable 135/185cd. .` Ceiling mount models are available in Wheelock patented MCC multi-candela ceiling strobe with field selectable intensities of 15/30/75/95cd or the high intensity MCCH strobe with field selectable 115/177cd. The strobe portion of all Series EH Speaker Strobes may be synchronized when used in conjunction with the Wheelock DSM Sync Modules,Wheelock Power Supplies or other manufacturers panels incorporating the Wheelock Patented Sync Protocol. Wheelock synchronized strobes offer an easy way to comply with ADA recommendations concerning photosensitive epilepsy. Series EH Speaker Strobes are UL Listed for indoor use under Standard 1971 (Signaling Devices for the Hearing-Impaired)and Standard 1480(Speaker Appliances),and ULC listed under CAN/ ULC-S526(Visual-audible Signal Appliances, Fire Alarm)and under CAN/ULC-S541 (Speakers, Fire Alarm). All inputs employ IN/OUT wiring terminals for fast installation using#12 to#18 AWG wiring. Color options for the Series EH Speakers and Speaker Strobes are red and white. AT„N Powering Business Worldwide Technical Data TD450017EN Wheelock E5OH &E6OH High Fidelity Effective January 2016 Speakers&Speaker Strobes Features Drawings • High Fidelity Sound Output • Efficient design for high intelligibility at minimum wattage5.00 '" '«— across a frequency range of 300 to 8000 HZ • 6 Field Selectable Settings in 1 Device • Wall mount models are available with Field Selectable Candela Settings of 15/30/75/110cd or 135/185cd(Multi-Candela models) fiatagol, 10, or 1575cd(Single Candela model) VoMeg • Ceiling mount models are available with field selectable candela lly settings of 15/30/75/95cd or 115/177cd(Multi-candela models) • Field Selectable Taps • 1/8 watt up to2watts • 25 or 70 VRMS operation r—,.°a • Easy-to-Install • Low profile design incorporates speaker mounting plate for faster and easier installation00:411111Rgg. • Snap on grille cover with no visible mounting screws • Quick installation with IN/OUT screw terminals using#12 to #18 AWG wires aoaoo 1 i • 4" square backbox prevents wire damage • Series E5OH-No extension ring required • Series E60H-Optional Extender(E60 Ext)is available for mounting to 4" square backboxes • Strobe Synchronization Components Figure 1.E5OH(top)and E6OH(bottom)Speakers-Front&Side Views • Meet synchronizing standards with Wheelock's DSM Sync Modules, PS Power Supplies or SAFEPATH products 5.00 .58 • Compliance 1F6 • UL 1971, UL 1480, ULC-S526, ULC-5541 ( • • Low frequency requirements of UL 464(520 Hz)to meet NFPAs 520 Hz tone requirements for sleeping areas • California State Fire Marshal(CSFM) • ADA/NFPA/ANSI/OSHA •'iii • FCC Part 15, ICES .11iv Note: All CAUTIONS and WARNINGS are identified by the symbol A.All °°° warnings are printed in bold capital letters. x020 A WARNING 222— PLEASE READ THESE SPECIFICATIONS AND ASSOCIATED INSTALLATION INSTRUCTIONS CAREFULLY BEFORE USING,SPECIFYING OR APPLYING THIS PRODUCT.VISIT WWW.EATON.COM/MASSNOTIFICATION OR CONTACT EATON FOR THE CURRENT INSTALLATION INSTRUCTIONS. 00:l FAILURE TO COMPLY WITH ANY OF THESE INSTRUCTIONS,CAUTIONS OR °° WARNINGS COULD RESULT IN IMPROPER APPLICATION,INSTALLATION I¢°°d J ■ `th AND/OR OPERATION OF THESE PRODUCTS IN AN EMERGENCY SITUATION, II I WHICH COULD RESULT IN PROPERTY DAMAGE,AND SERIOUS INJURY OR i DEATH TO YOU AND/OR OTHERS. Figure 2.E6OH(top)and E6OH(bottom)Speaker Strobes-Front&Side Views General Notes • Strobes are designed to flash at 1 flash per second minimum over their"Regulated Voltage Range:' Note that NFPA-72 specifies a flash rate of 1 to 2 flashes per second and ADA Guidelines specify a flash rate of 1 to 3 flashes per second. • All candela ratings represent minimum effective Strobe intensity based on UL 1971. • 2 EATON www.eaton.com Wheelock E5OH &E6OH High Fidelity Technical Data TD450017EN Speakers&Speaker Strobes Effective January 2016 Table 1. Maximum RMS Current UL/ULC Max Current a 24MCW/24MCC 24MCWH/24MCCH 241575W Regulated Voltage Model Range VDC 15 30 75 95 110 115 135 177 185 E5OH 16.0-33.0 0.060 0.092 0.165 0.220 0.300 0.420 E6OH 16.0-33.0 0.060 0.105 0.189 0.249 0.300 0.420 Table 2. UL Listed Models and Ratings UL Reverberant dBA at 10 Feet b Model 1/8 watts c 1/4 watts 1/2 watts 1 watts 2 watts E5OH Speaker Strobe 73 76 79 82 84 E6OH Speaker 74 77 80 83 85 E6OH Speaker Strobe 74 77 80 82 85 Table 3. Specification&Ordering Information Mounting Sync w/DSM or Model Order# Strobe Candela Red White Lettering Wall Ceiling Options Wheelock Power Supplies Speakers E50H-R 9863 X No Lettering X E,AA E50H-W 9864 X No Lettering X E,AA E50H-ALW 3577 X ALERT X E,AA E6OH-R 9867 X No Lettering X E E60H-W 9874 X No Lettering X E E60H-ALW 3554 X ALERT X E Speaker Strobes E50H-24MCW-FR 0092 15/30/75/110 X FIRE X E,BB X E50H-24MCW-FW 0093 15/30/75/110 X FIRE X E,BB X E5OH-24MCW-ALR 3559 15/30/75/110 X ALERT X E,BB X - E50H-24MCW-ALW 3560 15/30/75/110 X ALERT X E,BB X E50H-24MCW-NW 3575 15/30/75/110 X No Lettering X E,BB X E5OH-24MCWH-FR 0094 135/185 X FIRE X E,BB X E50H-24MCWH-FW 0097 135/185 X FIRE X E,BB X E50H-24MCWH-ALW 3561 135/185 X ALERT X E,BB X E6OH-24MCC-FR 0187 15/30/75/95 X FIRE X E X E60H-24MCC-FW 0188 15/30)75/95 X FIRE X E X E6OH-24MCC-NW 0950 15/30/75/95 X No Lettering X E X E60H-24MCC-ALW 3555 15/30/75/95 X ALERT X E X E60H-24MCCH-FR 0189 115/177 X FIRE X E X E60H-24MCCH-FW 0190 115/177 X FIRE X E X Extender Ring E60EXT-R° 3578 X E60EXT-W° 3757 X Table 4. Specifications Physical Material/Lens(Material type) Red or white textured UV stabilized,colored impregnated engineered plastic.Exceeds 94V-0 UL flammability rating./ GE LEXAN 943A Weight E5OH Speaker:1.5 lbs(0.68 kg);E5OH Speaker Strobe 1.6 lbs(0.73 kg);E6OH Speaker:1.6 lbs(0.73 kg);E6OH Speaker Strobe 1.7 lbs(0.77 kg); Dimensions E5OH Speaker: 5"W x 5"H x 1.47"D;E5OH Speaker Strobe: 5"W x 6.74"H x 2.58"D;E6OH Speaker:7.38"Diameter x .83"D;E6OH Speaker Strobe:7.38"Diameter x 3.02"D Operating Temperature Indoor:33.8°F to 120.2°F(0°C to 49°C)and maximum humidity of 93% Mounting&Wire Connections Mounting(indoor only) 4"square backbox prevents wire damage;Series E5OH-No extension ring required;Series E6OH-Optional Extender (E60 Ext)is available for mounting to 4"square backboxes,E50 SSB,E50 SB for surface mount of E5OH Wire Connections #12 through#18 AWG Power&General Operating voltage 25/70 VRMS Strobe Output Rating UL 1971,ULC S526 Strobe Flash Rate Strobes are designed to flash at 1 flash per second Synchronization Models Strobes can be synchronized with Wheelock's DSM Sync Modules,PS Power Supplies or SAFEPATH products,using Wheelock patented sync protocol Frequency Range 300 Hz to 8000 Hz a RMS current ratings are per UL maximum RMS method.UL max current rating is the maximum RMS current within the listed voltage range(16-33v for 24v units). For strobes the UL max current is usually at the minimum listed voltage(16v for 24v units). For audibles the max current is usually at the maximum listed voltage(33v for 24v units). For unfiltered FWR ratings,see installation instructions. - b dBA ratings are based on testing under UL Standard 1480. c 1/8 watt tap is for private mode only. d E60 EXT is an attractive extender ring that mounts behind the speaker to permit mounting to a 4"square x 2 1/8"deep electrical box without need for an extension ring on the box. • EATON www.eaton.com 3 - Technical Data TD450017EN Wheelock E5OH &E6OH High Fidelity Speakers&Speaker Strobes Effective December 2015 Architects and Engineers Specifications Wheelock E50H-The speaker appliances shall be Wheelock E5OH Wheelock E6OH-The speaker appliances shall be Wheelock High Fidelity Speakers,and the High Fidelity Speaker Strobe appli- E6OH High Fidelity Speakers,and the High Fidelity Speaker Strobe ances shall be Wheelock E5OH Speaker Strobes or approved equals. appliances shall be Wheelock Series E6OH Speaker Strobes or The speakers shall be UL Listed under UL 1480 for Fire Protective approved equals.The speakers shall be UL Listed under UL 1480 Service and speakers equipped with strobes shall be listed under UL for Fire Protective Service and speakers equipped with strobes shall 1971 for Emergency Devices for the Hearing-Impaired. In addition, be listed under UL 1971 for Emergency Devices for the Hearing- the strobes shall be certified to meet the requirements of FCC Part Impaired. In addition,the strobes shall be certified to meet the 15,Class A. requirements of FCC Part 15, Class A. All speakers shall be designed for a field selectable input of either All speakers shall be designed for a field selectable input of either 25 25 or 70 VR MS,with selectable power taps from 1/8 watt to 2 or 70 VRMS,with selectable power taps from 1/8 watt to 2 watts. watts.All models shall have listed sound output of up to 87 dB at All models shall have listed sound output of up to 87 dBA at 10 feet 10 feet and a listed frequency response of 300 to 8000 Hz.The and a listed frequency response of 300 to 8000 Hz.The speaker speaker shall also incorporate a sealed back construction.All inputs shall incorporate a sealed back construction.All inputs shall employ shall employ terminals that accept#12 to#18 AWG wire sizes. The terminals that accept#12 to#18 AWG wire sizes. The strobe portion strobe portion of the appliance shall produce a flash rate of one(1) of the appliance shall produce a flash rate of one(1)flash per second flash per second over the Regulated Voltage Range.The strobe shall over the Regulated Voltage Range and shall be of low current design. be of low current design.Where Multi-Candela Speaker Strobes are Where Multi-Candela Speaker Strobes are specified,the strobe specified,the strobe intensity shall have field selectable settings intensity shall have field selectable settings and shall be rated per and shall be rated per UL 1971 15/30/75/95cd or 115/177cd for UL 1971 at 15/30/75/110cd or 135/185cd for wall mounting. The ceiling mount. The selector switch for selecting the candela shall selector switch for selecting the candela shall be tamper resistant. be tamper resistant. When synchronization is required,the strobe When synchronization is required,the strobe portion of the portion of the appliance shall be compatible with Wheelock DSM sync modules or the Wheelock Power Supplies with built-in Patented - appliance shall be compatible with the Wheelock's DSM sync Sync Protocol.The strobes shall not drift out of synchronization at modules or Wheelock Power Supplies with built-in Patented Sync any time during operation. If the sync module or Power Supply fails Protocol.The strobes shall not drift out of synchronization at any to operate, (i.e.,contacts remain closed), the strobe shall revert to a time during operation. If the sync module or Power Supply fails to non-synchronized flash rate. operate, (i.e., contacts remain closed),the strobe shall revert to a The speaker and speaker strobe appliances shall be designed non synchronized flash rate. for indoor flush mounting.The speaker and speaker strobe shall The speaker and speaker strobe appliances shall be designed for incorporate a speaker mounting plate with a snap-on grille cover indoor flush mounting to 4" x 2-1/8" electrical boxes without need with no visible screws for a level,aesthetic finish and shall mount to for an extension ring or surface mounting to Wheelock's E5OSB standard electrical hardware. The finish of the Series E6OH Speakers or E5OSSB surface boxes.The speaker and speaker strobe shall and Speaker Strobes shall be white or red. All speaker and speaker incorporate a speaker mounting plate with a snap-on grille cover.The strobe appliances shall be backward compatible. finish of the Series E5OH speakers and speakers strobes shall be The speaker shall be listed to the low frequency requirements of UL white or red. 464(520 Hz)to meet NFPAs 520 Hz tone requirements for sleeping The speaker shall be listed to the low frequency requirements of UL 464 areas. (520 Hz)to meet NFPAs 520 Hz tone requirements for sleeping areas. UL 1971, UL 1480, ULC-S526, ULC-S541, CSFM, FCC. UL 1971, UL 1480, ULC-S526, ULC-S541, CSFM, FCC. Note:Due to continuous development of our products,specifications and offerings are subject to change without notice in accordance with Cooper Wheelock Inc.,dba Eaton standard terms and conditions. WE ENCOURAGE AND SUPPORT NICET CERTIFICATION 3 YEAR WARRANTY Eaton 1000 Eaton Boulevard Cleveland,OH 44122 United States Eaton.com Eaton Life safety&mass notification solutions 273 Branchport Ave. Long Branch,NJ 07740 www.eaton.com/massnotification ©2016 Eaton Al Rights Reserved Eaton is a registered trademark. TeN Printed in USA Publication No.TD450017EN All other trademarks are property Powering Business Worldwide January 2016 of their respective owners. COOPER Notification POWERPATH" NAC POWER SUPPLIES PS-EXP PS-6 P5-8 Description The Wheelock Series PS-6 and PS-8 are 24VDC, filtered and The PS-6 and PS-8 Power Supplies are UL Listed under UL regulated, supervised remote power supply/battery chargers are Standard 864, 9th Edition to be used with any 24 volt Listed used for supervision and expanded power driving capability of Fire Regulated notification appliances.They include the capability Alarm Notification Appliance Circuits. The PS-6 provides 6 amps of to synchronize Wheelock strobes and horns and to silence the power distributed across 4 outputs,while the P5-8 provides 8 Amps horn signal when horn/strobes are operating on two wires. across 4 output. In addition the PS-8 provides additional room in the chassis for accessories like an Addressable Control Module,with mounting studs. Approvals The Power Supplies may be connected to any 12V or 24V (FWR or 'Approvals Include:UL Standard 864,1481,California State DC) Fire Alarm Control Panel (FACP) by using a Notification Appliance Fire Marshal(CSFM), Factory Mutual(FM) Circuit (NAC) or a"Dry Contact". Primary applications include NAC •Compliant with NFPA 72 expansion (supports ADA requirements) and auxiliary power to support system accessories.This unit provides filtered and regulated Inputs 24VDC, up to four (4) Class"B", two (2) Class"A", or two (2) Class •120VAC,50/60Hz,4.25 Amps(PS-6/8)and 5.32 Amps "B"and one (1) Class"A"Notification Appliance Circuits.With the (PS-8)Operating Power in Alarm optional plug-in PS-EXP module the unit supports (8) Class"B"or •240VAC,60Hz,2.42 Amps(PS-6E and 3.22 Amps(PS-8E)' (4) Class"A"Notification Appliance Circuits.Additionally,an auxiliary Operating Power in Alarm power output of 2.5 Amps (disconnected upon AC power loss or an 24VDC Battery Backup Connection alarm condition) or up to 0.240 A of constant power on the P5-8 and Two(2),12V or 24V NAC Initiating Circuits(8-33V at 5mA) 0.075 A of constant power on the P5-6. FWR or DC The Wheelock Power Supplies can accommodate 7 or 12 AH batteries •Two(2)"Dry"Contact initiating Circuits inside its lockable chassis. Using an external battery cabinet it can Accepts two(2)Class"A"or two(2)Class"B"circuit inputs charge up to 33 AH batteries (pending UL testing). Two FACP NAC ,guilt in battery charger for sealed lead acid or gel type circuits or two"Dry"contact initiating circuits can be connected to the inputs.These inputs can then be directed to control supervision and batteries power delivery to any combination of the four(4)outputs.Each output is rated at 3.0 Amps (Class"B") or (Class"A")and can be programmed to generate a steady or Code 3 Temporal Horn sound and a strobe Outputs output under alarm condition.Total load for the P5-6 and P5-8 NAC •NAC outputs are 24VDC,3.0 Amps each,power limited circuits must not exceed the power supplies rated output. •8 Amps on P5-8 and 6 Amps on the P5-6 total alarm current The Power Suppliesunder non-alarm condition provides independent supervision for Class "A"and Class"B"FACP NAC circuits. In the event of circuit trouble,the FACP will be notified via the POWERPATH steered input (IN1 or IN2). In addition there are two sets of trouble reporting terminals, one used for AC power loss reporting and the other for all troubles.The AC power loss reporting, on the common trouble terminals and on IN1 or IN2, can be delayed for either 30 seconds or 170 minutes.The AC power loss terminals will always report the trouble within 1 second after loss of AC power. 1110111°' 411) r' I APPROVED ...Features continued on next page _ •Capable of four(4),Class"B"circuits •Capable of two(2)Class"A"circuits •Capable of one(1)Class"A"circuit and two(2)Class"B"circuits •Capable of(8)Class"B"or four(4)Class"A"circuits with optional PS-EXP module - •Temporal(Code 3),constant voltage output,Wheelock Sync output or True input to output follower mode •Built-in Wheelock synchronization mode that can be fed to any or all of the output circuits •Input and output can be synchronized with"IN>OUT SYNC"mode(DSM,2nd POWERPATHT"or FACP with synchronization protocol is required) •Audible silence capability •Filtered and electronically regulated output •2.5 Amp auxiliary power limited output with reset capability.(Removed upon AC loss or alarm.Automatic reset 30 seconds after AC power returns or the alarm condition is over)or 0.075 Amps(PS-6)or 0.240 Amps(PS-8)of auxiliary power limited output which remains on during AC loss or an alarm condition when configured for 24 hour battery backup Supervision •Compatible with 12V or 24V(FWR or DC)FACP •Signaling appliance circuits are supervised and steered to either IN1 or IN2 •10K Ohm,1 Watt(Wheelock Model#MPEOL)End of Line Resistor(EOLR)for supervision of all outputs •37 distinguishable trouble diagnostics -AC loss trouble reported over a separate set of contacts(delay of 1 second) •All troubles are reported over the common trouble contacts(AC loss can have a delay of 30 seconds or 170 minutes) •Automatic switchover to standby battery when AC fails •Thermal and short circuit protection with auto reset •Input and output status LED indicators •AC fail supervision •Battery presence and low battery supervision •Ground Fault Detection,with diagnostics to indicate which circuit fault is on - •Latching LED's for NAC trouble annunciation and Diagnostic trouble LED's(latching can be disabled) Power •Not Battery Dependent •Automatic switch over to standby batteries when AC fails •Supports sealed lead acid or gel type batteries •Fused battery protection •Thermal and short circuit protection with auto reset •Supports both 7AH or 12AH batteries in the same cabinet POWERPATH'Operating Modes(refer to Installation Manual): Normal Mode: Provides constant 24 VDC output upon initiation by a voltage to input IN1 or IN2 or by a contact opening on DRY1 or DRY2.The unit returns to standby mode when the input is deactivated. Wheelock Sync Mode: Provides signals for synchronization of patented Wheelock audible and strobe notification appliances.Audibles can also be silenced in this mode while the strobes continue to flash. In>Out Sync Mode:Accepts a synchronization signal on the input to provide a coded output or synchronized output.This signal may come from a FACP,another POWERPATH or a Wheelock DSM synchronization module.Caution:Do not use strobes on coded output circuits. True Input Follower Mode: Accepts a coded signal on the input to provide a coded output with the same timing as the input. The signal may come from a FACP, another POWERPATH or other coded source. Caution: Do not use strobes on coded output circuits. Temporal Mode: Codes the output voltage in a code-3 temporal pattern to drive audible appliances such as horns, bells or chimes.Caution:Do not use strobes on coded output circuits. Specifications and Ordering Information Model Number Order Input Voltage/Current Approvals Code UL CSFM FM PS-6 105530 6 amp,red enclosure X X X PS-6B 100257 6 amp,black enclosure X X X PS-8 105531 8 amp,red enclosure X X X PS-8B 105830 8 amp,black enclosure X X X PS-6EXP 105083 6 amp power supply with preinstalled expansion module X X X PS-8EXP 105084 8 amp power supply with preinstalled expansion module X X X PS-EXP 105534 4 class B or 2 class A expansion module X X X PS-EXP-RETRO 105527 Field upgrade kit for models prior to January 2010" X X X Input Circuit Input Voltage and Current X=Approved Input voltage Range 8 to 33 VDC *=Pending Input Current @ 12 VDC 0.005 amps #=Contact Technical Input Current @ 24 VDC 0.005 amps Support for additional inforamation on upgrade Output Circuit Output Voltage and Current options Four(4)Class B or Two(2)Class A or One(1)Class A and Two(2)Class"B"or 24 VDC @ up to 3 amps per curcuit 8 Class B or 4 Class A (optional PS-EXP module necessary) Continuous duty up to 3 Amps per circuit,up to 4 Amps maximum per panel Standby Current 0.129 Amps Alarm Current 0.129 Amps Primary PS-6(120 VAC models) 105 to 130 VAC,50/60 Hz @ 4.25 Amps Primary PS-8(120VAC models) 105 to 130 VAC 50/60 Hz @ 5.32 Amps Primary PS-6E(240 VAC models) 210 to 260 VAC,50/60 Hz @ 2.42 Amps Primary PS-8E(240 VAC models) 210 to 260 VAC 50/60 Hz @ 3.22 Amps Secondary Power Charging Capacity 32 Amp hours @ 0.750 Amps per hour Enclosure can house up to two 12 AH batteries Aux Output CP Mode PS-6 up to 75 mA PS-8 up to 250 mA MP Mode 2.5A during non alarm Model Dimensions Weight Comments PS-6/PS-6B 17"H x 13"W x 3.5"D 11.SIbs.(Ship)9.41bs(Unit) Small profile PS-8/PS-8B 17"H x 15"W x 5.5"D 17.7lbs(Ship)15.6Ibs(Unit) Additional room for modules PS-EXP 4.3"H x 3.7"W x 1"D 1lb.(Ship&Unit) Plugs into main pcb on all models 1 - -Architects and Engineers Specifications The power supply shall be Wheelock POWERPATH'"Series PS-8,or equivalent.The unit shall be stand alone power supply intended for powering fire alarm notification appliances via its own Notification Appliance Circuit(s) (NAC).The unit shall be UL 864 Listed for - power limited operation of outputs and comply with NFPA 70(NEC),article 760. The power supply shall support a full 8A of notification power even if the battery is in a degraded mode and only AC power is connected. The power supply shall be activated by a standard Notification Appliance Circuit (NAC)from any Fire Alarm Control Panel (FACP) or a "Dry contact"opening.The units shall be 8 ampere, 24 VDC, regulated and filtered, supervised remote power supply/charger. It shall operate over the voltage range of 8 to 33 VDC or FWR.The primary application of the unit shall be able to expand fire alarm system capabilities for additional NAC circuits to support ADA requirements and to provide auxiliary power to support system accessories or functions.The power supply shall provide four Class"B",two Class"A", or two Class"B"and one Class"A"NAC circuit(s). Eight Class"B"or Four Class"A"circuits shall be available with an optional PS-EXP module.The PS-8 unit shall supply up to 240 mA of auxiliary power that is available during both non-alarm and alarm or auxiliary power of not less than 2.5A at 24 VDC during non-alarm. The power supply shall be capable of charging batteries of up to 33 ampere hours per NFPA 72 at maximum rate of 0.750 Amps per hour. Input activation options shall be from not less than two NAC circuits or Dry Contact closures.These inputs shall have the capability of being directed to any combination of the four NAC circuit outputs. Each NAC circuit output shall be rated at 3 amperes for Class"B" applications or 3 amperes each for Class"A".The outputs shall be programmable to generate a steady or Temporal (Code 3) output and or a synchronized strobe or horn output.The power supply shall provide independent loop supervision for either Class"A"or Class "B"FACP NAC circuits and shall have the capability to"steer"all alarm or trouble conditions to either incoming NAC circuit.The units shall have common trouble terminals.The power supply shall be powered from a 120 VAC source with a current consumption of xx amperes max.The unit shall incorporate short circuit protection with auto reset.The power supply shall incorporate a built in battery charger for lead acid or gel type batteries with automatic switchover to battery back up in the event of AC power failure.The charger shall incorporate fused protection for the batteries and have the ability to report low battery and/or no battery condition(s).Standby current for battery back up shall be 0.129 Amps max.The power supply shall have the ability to latch trouble LED's so the circuit in trouble can be identified.The cabinet dimensions shall be 17"H x 15"W x 5.5"D. _ The power supply shall be Wheelock POWERPATH'"Series PS-6,or equivalent.The unit shall be stand alone power supply intended for powering fire alarm notification appliances via its own Notification Appliance Circuit(s) (NAC).The unit shall be UL 864 Listed for power limited operation of outputs and comply with NFPA 70(NEC),article 760. The power supply shall support a full 6A of notification power even if the battery is in a degraded mode and only AC power is _ connected. The power supply shall be activated by a standard Notification Appliance Circuit(NAC)from any Fire Alarm Control Panel (FACP)or a "Dry contact"opening.The units shall be 6 ampere, 24 VDC, regulated and filtered,supervised remote power supply/charger. It shall operate over the voltage range of 8 to 33 VDC or FWR.The primary application of the unit shall be able to expand fire alarm system capabilities for additional NAC circuits to support ADA requirements and to provide auxiliary power to support system accessories or functions.The power supply shall provide four Class"B; two Class"A", or two Class"B"and one Class"A"NAC circuit(s). Eight Class"B"or Four Class"A"circuits shall be available with an optional PS-EXP module.The PS-6 unit shall supply up to 200 mA of auxiliary power that is available during both non-alarm and alarm or auxiliary power of not less than 2.5A at 24 VDC during non-alarm. The power supply shall be capable of charging batteries of up to 33 ampere hours per NFPA 72 at a maximum rate of 0.750 Amps per hour. Input activation options shall be from not less than two NAC circuits or Dry Contact closures.These inputs shall have the capability of being directed to any combination of the four NAC circuit outputs. Each NAC circuit output shall be rated at 3 amperes for Class"B" applications or 3 amperes each for Class"A".The outputs shall be programmable to generate a steady or Temporal (Code 3) output and or a synchronized strobe or horn output.The power supply shall provide independent loop supervision for either Class"A"or Class "B"FACP NAC circuits and shall have the capability to"steer"all alarm or trouble conditions to either incoming NAC circuit.The units shall have common trouble terminals.The power supply shall be powered from a 120 VAC source with a current consumption of xx amperes max.The unit shall incorporate short circuit protection with auto reset.The power supply shall incorporate a built in battery charger for lead acid or gel type batteries with automatic switchover to battery back up in the event of AC power failure.The charger shall incorporate fused protection for the batteries and have the ability to report low battery and/or no battery condition(s). Standby current for battery back up shall be 0.130 Amps max.The power supply shall have the ability to latch trouble LED's so the circuit in trouble can be identified.The cabinet dimensions shall be 17"H x 13"W x 3.5"D. AWARNING:PLEASE READ THESE SPECIFICATIONS AND INSTALLATION INSTRUCTIONS CAREFULLY BEFORE USING,SPECIFYING OR APPLYING THIS PRODUCT.FAILURE TO COMPLY WITH ANY OF THESE INSTRUCTIONS,CAUTIONS AND WARNINGS COULD RESULT IN IMPROPER APPLICATION,INSTALLA- TION AND/OR OPERATION OF THESE PRODUCTS IN AN EMERGENCY SITUATION,WHICH COULD RESULT IN PROPERTY DAMAGE,AND SERIOUS INJURY OR DEATH TO YOU AND/OR OTHERS. NOTE:Due to continuous development of our products,specifications and offerings are subject to change without notice in accor- dance with Wheelock Inc.standard terms and conditions. NEMAI Member WE ENCOURAGE AND SUPPORT NICET CERTIFICATION 1 YEAR WARRANTY 59100 PS-6&8 06/11 NJ Location 273 Branchport Ave. Long Branch,NJ 07740 P:800-631-2148 F:732-222-8707 www.coopernotification.com / - Cooper Notification is Wheelock'(MEDC� SAFEPATH' WAVES, ;Aril*° COOPER Notification +i+ SIEMENS Data Sheet Fire Safety&Security Products Intelligent Detection Devices TRI Series — Intelligent Initiating Interface Modules [For use with FireFinder® XLS and MXL Panels] Models TRI-D, TRI-R and TRI-S ARCHITECT AND ENGINEER SPECIFICATIONS • Used as an intelligent initiating interface module for the FireFinder XLS and MXL fire-alarm control panels(FACPs) • Interfaces and supervises normally open (N.0)contacts • Integral single-pole,double-throw(SPDT)relay(up to 4 amps),Model TRI-R • Dual input for Model TRI-D • Multi-color light-emitting diode(LED)indicates detector status (green,amber,red) • Simple front-end access to programming port and wiring terminals • Mounts in a 4"-square,2-1/8"-deep standard or double-gang box ° xrrr • Dynamic supervision `" t Eiq'ryryµ�TeE • 5-x-5-inch faceplate included • Two-wire operations • Compatible with Model DPU or FPI-32 field programmer/tester • Electronic-address programming is simple and dependable • 4UL Listed, •ULC Listed; CSFM and NYC Fire Department Approved Product Overview The Model TRI-series of intelligent interface The sole purpose of Model TRI-S is to monitor and modules from Siemens—Fire Safety is designed to report the status of the contact,while Model TRI-R provide the means of interfacing direct shorting incorporates an addressable'Form C'relay. The devices to Model MLC for the FireFinder XLS FACP, relay and contact device input for Model TRI-R are or to Model ALD for the MXL system, respectively. controlled at the same address. The relay and input The Model TRI-series of intelligent interface contact can be controlled as a separate function. modules provides the most advanced method of The relay is typically used where control or shunting address programming and supervision—combined of external equipment is required. with sophisticated FACP communication. Each Model TRI-D is a dual-input module that is designed to Model TRI-series interface module incorporates a supervise and monitor two(2)sets of dry contacts. microcomputer chip. In turn,the microcomputer- Model TRI-D requires two(2)address settings. Model chip technology and its sophisticated bi-directional TRI-D is ideal for monitoring a waterflow switch and its communication capabilities with the FACP, achieve respective valve tamper switch. the state of an'Intelligent Device.' Model TRI-series has a multi-color LED that flashes Specifications green when operating normally;amber, if unit is in trouble condition, and red to indicate a change of The Model TRI series of intelligent interface modules is available in three (3) models. Models status command. Model TRI-D flashes two(2)times— TRI-S and TRI-R are designed to monitor a normally once for each address,and the red LED of Model TRI-R open (N.O.)dry contact. The interface module indicates a change of state in the relay. reports the contact's status to the FACP. TRI Series—Intelligent Initiating Interface Modules 61 79 SIEMENS Industry, Inc. Building Technologies Division Specifications —(continued) Electrical Ratings The microcomputer chip for the Model TRI-series ofCurrent Draw devices has the capacity of storing—in memory— ,pot-fAeivg,'otStarj, by}` wil 1.5mA identification information as well as important Model TRI-R Relay Ratings: operating status information. 'IN' „' �,ii 4A, 125VAC l�IIi Res1St[ve: 4A,30VDC Siemens—Fire Safety innovative technology allows " all Model TRI-series intelligent interface modules to '' ttt, 3.5A,120VAC[0.6 P.F] be programmed and tested,via Model DPU or the [ ��hl�t' 3.OA,3OVDC[0.6 P.F} 1r; Inductive: ��i� 2.0A, 120VAC[0.4 P.F] FPI-32 Programmer/Tester. Each of these 2.0A,120VAC[0.35 P.F] programmer/testers is a compact, portable andIP 2.oA, 120VAC[0.35 P.F] menu-driven accessory that makes programming 't d, . and testing an interface device faster, easier and more dependable than previous methods. Mounting Diagram Model DPU or the FPI-32 eliminates the need for mechanical addressing mechanisms (such as: Mou�rr4r. LOTS program jumpers, DIP switches, or rotary dials), stvti,,to tLie;;OR a-INCH J�: since either programmer/tester device / \ electronically sets the address of the Model TRI- ,t' '`1, \ r--., series into the interface's microcomputer chip, non- °O,. ~'3 I - volatile memory. Vibration, corrosion and other ta i ' `�z • ' , T�:s;/ ,'-F; 1 -t, s M ALX itF: conditions that deteriorate mechanical addressing pa a; r` mechanisms are no longer a cause for concern. -3I 0 - The Model TRI-series of intelligent interface S' mo, rluG g E=TE HOLES S FOR modules is fitted with screw terminals for r connection to an addressable circuit, and is fully _ i compatible on the same circuit with all intelligent /- ,� , Model FP; Model IL and Model ID-60-serieso' y°. \ / �'� detectors; Model MSI Series addressable manual \ / stations, or any other addressable intelligent t:zL,hrrlte, OTS modules,such as Model CZM or Model ICP. gryi00utu;L GANG S4"si`TCHB DX All Model TRI-series intelligent interface modules are AUL and IULC Listed. Details for Ordering §, "' 't' I, oes t tt= — _ to „ P.i' dl tber_" , '.�. r Oz. Kg. TRI-D 500-896226 Dual-Input Intelligent 7 0.2 Interface Module Single-Input[wl relay] TRI-R 500-896224 Intelligent Interface 7 0.2 Module Single-Input TRI-S 500-896225 Intelligent Interface 7 0.2 Module Notice: This marketing data sheet is not intended to be used for system design or installation purposes. For the most up-to-date information,refer to each product's installation instructions. Fire Safety Fire Safety 8 Fernwood Road 2 Kenview Boulevard SIEMENS Industry, Inc. Florham Park,NJ 07932 Brampton,Ontario Building Technologies Division Tel:(973)593-2600 (91-FS) L6T 5E4/Canada July 2012 FAX:(908)547-6877 Tel:(905)799-9937 Supersedes sheet dated 5/06 Printed in U.S.A. (Rev.1) URL:www.usa.Siemens.com/Fire FAX:(905)799-9858 SIEMENS Fire Safety Installation/Wiring Instructions MODEL DB-11/-11E DETECTOR BASE END OF LINE DEVICE (NOTE POLARITY DB-11/-11E(NO REMOTE DEVICE) DB-HR(REMOTE RELAY BASE) WHEN APPLICABLE) + 1b �1 + TO INITIATING • • / SEE REMOTE DEVICE INSTRUCTIONS FOR WIRING DETAILS: CIRCUIT OF la 1 b INSTALLATION SBT,INC. 5 6 DEVICE INSTRUCTIONS COMPATIBLE CONTROL UNIT a • / 6 RR-11 P/N 315-094924 RLC-11,RLW-11 P/N 315-094925 _ —(SEE CAUTION 1) / 5 RSAC-11,RSAW-11 P/N 315-094926 / MULTIPLE REMOTE DEVICES CAUTION: If remote devices are supported by the initiating circuit,each detector/base may 1. Do not use looped wire under base terminal 5.Break wire have up to 2 remote devices with the following configurations and restrictions only: run to provide supervision of connection. Remote Remote Device 1 Device 2 Restrictions 2. When a remote relay is used to control a critical system RR-11 RLC-11,RLW-11 See Caution 2 function,the relay and its associated detector and optional RR-11 RSAC-11,RSAW-11 See Caution 2 RLC-11,RLW-11 RSAC-11,RSAW-11 Wire from base to module(s)must he the ONLY devices on the initiating circuit. RLC-11,RLW-11 RLC-11,RLW-11 RSAC-11/RSAW-11 to RL-11 Figure 1 Wiring Diagram for DB-11/-11E using PE-11, PE-11 T, and DT-11 Detectors + -I- DB-11/-11E(NO REMOTE DEVICE) ++DB-11XRS(REMOTE RELAY BASE) ++TO NEXT BASE+ DO NOT ,+ / l USE AN END OF LINE •TO INITIATING 1a OPTIONAL . . 5+ . Jiii4h DEVICE CIRCUIT OF REMOTE •) RELAY* 5+SBT,INC. ALARM CONTACTSI ' COMPATIBLE 6 1b INDICATOR [, ■ .,6- (Nc • }3A,120 VAC • ■ .�6 (Ng.�I CONTROL UNIT • O MODELS 3A,30 VDC DO NOT RLI-1/RLI-2 61a ' NIIIIIIIIy USE AN — ®l _ _ _ /___.* END OF / _ LINE TO NEXT BASE DEVICE *The relay contacts are shown in the Non-Alarm/System Reset condition. Figure 2 Wiring Diagram for DB-11/-11E using FP-11, FPT11, FS-DP, FS-DPT, and FS-DT Detectors DB-11/-11 E(NO REMOTE DEVICE) DB-HR(REMOTE RELAY BASE) TO NEXT BASE DO NOT LINE 1** cill� / /--- USE AN END OF LINE TO INITIATING 5 1a OPTIONAL dNO : DEVICE CIRCUIT OFEMOTERELAYla SBT,INC. 1b ALARMTB1 • ( c • l CONTACTS 6 1 b • •1 (N�• CONTROL INDICATOR T620— ■Wr f 3A, 00 VAC ; O ■ .1 CONTROL UNIT O MODELS 3A,30 VDC INsie DO NOT RL-HW/RL-HC ?TB3 USE AN 1 clicT— / , END OF LINE 2** / LINE *The relay contacts are shown in the Non-Alarm/System Reset condition. TO NEXT BASE DEVICE **HFP-11/HFPT-11 is a polarity insensitive detector. Line 1 and Line 2 can be either line of the loop. Figure 3 Wiring Diagram for DB-11/-11E using HFP-11 and HFPT11 Detectors Siemens Building Technologies, Inc. Siemens Building Technologies, Ltd. Model DB-11/-11E 8 Fernwood Road 2 Kenview Boulevard - Florham Park, New Jersey 07932 Brampton, Ontario, Canada L6T 5E4 (P/N 500-094151/500-094151E) _ Siemens Building Technologies, Inc. Siemens Building Technologies, Ltd. Model DB-11/-11E 8 Fernwood Road 2 Kenview Boulevard Florham Park, New Jersey 07932 Brampton, Ontario, Canada L6T 5E4 (P/N 500-094151/500-094151E) DETECTOR AND BASE PLACEMENT ALARM LED USE DBJ-11 JUMPER LOCATION WITH • Detector and base locations shall follow the drawings DETECTOR otPNNT O KIT,P/N 500.699167 g ; N ' FOR CONTINUITY INSTALLED CHECK WITH PE-11, provided or approved by Siemens Building Technologies, Inc. IN BASE / `, PE-11T OR DT-11 or its authorized distributors.This is extremely important!The DETECTORS detector placements shown on these drawings were chosen rl. after a careful evaluation of all facets of the protected area. M�,• �i�+����When drawings are not available, refer to Detector Placement �;,� $Y / section of detector Installation/Wiring Instructions and to I �`M' � '��1/ Al NFPA Standard 72 and CAN/ULC-S524. -o BASE WIRING 0,- BASE MOUNTING MOUNTING Siemens Building Technologies, Inc.'s detectors should be HOLE COVERS HOLES interconnected as shown in Figures 1, 2 or 3 and wired Figure 4 to the control panel following the wiring connection drawing Mounting The DB-11 Base _ installed on the inside face of each control panel cover. NOTE: H Series devices are wired to the DLC (refer to DLC Installation Instructions, P/N 315-033090.) Note any ALARM LED /77.---- LOCATION WITH FACTORY imitations on the number of detectors and restrictions on DETECTOR INSTALLED INSTALLED JUMPER the use of remote devices permitted for each circuit. IN BASE O ''j-) ` \� 6 tid o s.. DETECTOR MOUNTING USINGTHE DB-11/-11E BASE ib�,+' The detector is provided with a separate base which attaches '+�51 h i j /O to a standard 4 inch square, 4 inch octagonal, or single gang 4\Y© '--tac electrical box, with the box size and depth required by the O NEC for the number and size of conductors used.Wire size: •max– 14 AWG, min– 18 AWG. BASE MOUNTING HOLE Refer to Figures 4 and 5,as applicable. Figure 5 1. Route all wires outward from outlet box. Mounting The DB-11E Base 2. When ALARM LED viewing is critical, position the LED mark in the base in the intended direction. 3. Route wires through the hole in the center of the base and mount base to outlet box. Make connections directly to the base terminals. Refer to Figures 1, 2 and 3 for details. 4. After all bases are installed, check loop continuity. Refer to the System Manual for the loop continuity check procedure.To allow for the continuity check with PE-11, PE-11T or DT-11 detectors, use DBJ-11 Jumper Kit, P/N 500-699167 (between terminals 1 a and 1b) to complete the loop. Do not use a jumper for FP-11/HFP-11/FS family devices. 5. Continuity jumper must be removed from each base prior to installing detector. 6. To insure proper installation of the detector head into the base: a. Route wires away from connector terminals. b. Take up all slack in the outlet box. c. Properly dress and position all wires flat against the base. d. Check that screw terminals are tight. 7. (DB-11 only) Break off the two mounting hole covers, and insert in two outer base mounting holes. Installation Instructions P/N 315-094193-7 SIEMENS Data Sheet Fire Safety&Security Products Intelligent Detection Devices Intelligent FirePrinfT Detector [For use with FireFinder® XLS and MXL Panels] Model FP-11 ARCHITECT AND ENGINEER SPECIFICATIONS • Most sophisticated'detector intelligence'available in the Fire/Life Safety market • Multi-criteria fire detection for the price of a photoelectric detector • Remote-sensitivity-measurement capability • Easily programmed to match specific hazard profiles ° from the fire-alarm control panel(FACP) ° • F/rePrintrM technology to distinguish between deceptive phenomena and an actual fire • Pre-Alarm reporting based upon fire profile selected �R • Field-cleanable chamber with replaceable chamber parts • System-logic activation based upon any of three(3) inputs ,, from the detector(smoke,heat or neural network) • Supports software-based,automatic environmental compensation • EnviroLINK • Compatible with field programmer/tester Multi-color • Model DPU/FPI-32 Upgrade Kit ,detector status • Backward compatible with older MXL systems light emitting diode(LED) • Rev.2 and above • Two-wire operation • Optional fully programmable relay base,audible base • ®UL and*ULC Listed; and duct housing FM,CSFM&NYCFD Approved Product Overview The Intelligent Fire Detector(Model FP-11) is a The upgrade kit(Models DPU or FPI-32)eliminates the highly evolved detection system that provides the need for cumbersome, unreliable mechanical most sophisticated level of fire protection,along programming methods,as well as reduces installation with superior nuisance-alarm immunity currently and service costs by electronically programming and available in the Fire I Life Safety industry. testing the detector prior to installation. Model FP-11 utilizes highly developed detection technology that allows the detector to distinguish Specifications non-threatening deceptive phenomena (i.e.— Model FP-11 is a plug-in,two-wire and multi-sensor cigarette smoke)from actual fire hazards,while detector with photoelectric and thermal inputs that is optimizing detection for the area of its intended compatible with the FireFinder XLS and MXL family of zone. Model FP-11 uses state-of-the-art FACPs. Each detector consists of a dust-resistant,field- microprocessor circuitry with error check,detector cleanable photo chamber;a solid-state, non- self-diagnostics and supervision programs. mechanical thermal sensor,and microprocessor-based Model FP-11 is compatible with the Siemens—Fire electronics with a low profile plastic cover and base. Safety Model FPI-32 upgrade kit or Siemens'field- Model FP-11 utilizes state-of-the-art ASIC and surface- programmer/tester,Model DPU I FPI-32,which is a mount technology for maximum reliability. Every compact,portable and menu-driven accessory for Model FP-11 fire detector is shipped with a protective efficiently programming and testing detectors dust cover. Model FP-11 fire detector utilizes an electronically. infrared light-emitting diode(IRLED),and light sensing photodiode. Intelligent FirePrintTM Detector 61 75 SIEMENS Industry, Inc. Building Technologies Division Specifications — (continued) Under normal conditions, light transmitted by the LED The FirePrint technology for Model FP-11 monitors is directed away from the photodiode and scattered input from the photo chamber and the thermal sensor, through the smoke chamber in a controlled pattern. evaluating this information with sophisticated The smoke chamber is designed to manage light mathematical formulas or algorithms,and compares dissipation and extraneous reflections from dust data transfer to this input to the characteristics of both particles or other non-smoke airborne contaminants in threatening fires and deceptive phenomena that would such a way as to maintain stable,consistent detector deceive any ordinary detector. operation. When smoke enters the detector chamber, This technology was developed over years of research light emitted from the IRLED is scattered by the smoke and reviewing the results of over 20 years of fire-test particles,and is received by the photodiode. data in one of the world's most advanced fire research Model FP-11 also utilizes a modern,accurate and centers. The results of this research are the shock-resistant thermistor to sense temperature mathematical models that form the algorithms used in changes. The'on-board'FirePrint technology FirePrint. No other fire detector has this level of allows the detector to gather smoke and thermal data, intelligence or this amount of research and analyzing this data in the detector's'neural network.' development supporting its design. By comparing data received with the common The software of the microprocessor can identify and characteristics of fires,or fire fingerprints,Model FP-11 disregard false input caused by radio frequency(RFI) can compare these'fire prints'to those of deceptive and electromagnetic(EMI)interference,and validates phenomena that cause other detectors to go into Alarm all Trouble conditions before annunciating or reporting mode. to the control panel. The microprocessor for Model FP This advanced FirePrint technology allows Model FP-11 11 uses an integral electronically erasable to accurately determine a true fire hazard from non- programmable read-only memory(EEPROM)to store threatening,deceptive phenomena—without the need the detector's address and other critical operating to use alarm-delaying verification and confirmation parameters,which include the assigned program techniques;thus decreasing the probability of losses in values for Alarm and Trouble—command thresholds. infrastructure from an actual fire. Communications within the detector;between Model Model FP-11 provides the highest level of detector FP-11 and the FACP,or with the field programmer/ intelligence available today with a detector 1 control- tester(Model DPU 1 FPI-32),are supervised and panel link that allows the user to program the detector safeguarded against disruption by reliable, for the specific hazard profile. microprocessor-based error checking routines. Detectors are optimized by selecting one(1)of Additionally,the microprocessor supervises all EEPROM the following applications: memory locations and provides a high degree of EEPROM failure fault tolerance. Office• bb1 Retail Model FP-11 determines its operating status(Normal, • Lobby Alarm,or Trouble modes) upon the difference • Computer room based P • Dormitory between the alarm-threshold values stored in the • Healthcare facility detector's memory and the detector's latest analog • Parking garage measurement. The detector then communicates • Utility I transformer room changes in its status to the FACP. • Hostile environment In addition,the FACP will sample the value of the • Precious storage analog signal for Model FP-11 over a period of time, in •Air duct •Warehouse I light manufacturing order to determine if those values indicate excessive buildup in the photo chamber. In the event of Once programmed,the software does the rest— excessive buildup,the FACP will accurately indicate no guessing on detector sensitivities or alarm which detector shall require maintenance. verification—the FACP programs Model FP 11 for the Model FP-11 is listed as a self-testing device. The LED protected area without any confirmation delays. for Model FP-11 flashes green every four(4)seconds, Once optimized for the hazards in the protected area, indicating communication with the FACP,and that it Model FP-11 provides the utmost means in detection. has passed its self-test. Should the detector sense a Should the operator or installer forget fault or failure within its systems,the LED will flash to program the detector, Model FP-11 will revert amber,and the detector will transmit that data to the to a default setting that, in turn,allows operation FACP. A quick visual inspection is sufficient to indicate as a standard photoelectric or photothermal detector. the condition of the detector at any time. SIEMENS Industry, Inc. Building Technologies Division Specifications — (continued) If more detailed information is required,a printed Model FP-11 uses the low-profile,surface-mounting report can be provided from the FACP, indicating the base, Model DB-11. This base mounts on a 4-inch status and settings assigned to each individual octagon,square,or a single-gang electrical box. The detector. base utilizes screw-clamp contacts for electrical When Model FP-11 activates into Alarm mode,the connections and self-wiping contacts for increased detector will flash amber,and will transmit that data to reliability. the FACP. When the FACP confirms the condition of The base can be used with the optional Model LK-11 the detector,the FACP will instruct Model FP-11 to detector locking kit,which contains 50 detector locks, flash red—and continue to flash red—until the system as well as an installation tool,thus preventing is reset manually at the FACP. At that same time,any unauthorized removal of the detector head. Model DB- user-defined system alarm functions programmed into 11 has integral,decorative plugs to cover the outer the system are activated. Each Model FP-11 detector mounting screw holes. can operate one(1) remote alarm indicator;one(1) Model FP-11 is electrically compatible with existing auxiliary relay,or one(1)audible base. MXL-detector accessories,including relays, remote Detector sensitivity,calibration and identification are lamps,duct housings and audible bases. With duct dynamically supervised by the FACP. Detector housings,a base adapter and new detector housing sensitivity and pre-Alarm levels are a function of the cover are required(order AD-11 UK upgrade kit). To use application chosen at the FACP,and are controlled by existing Model DB-3S base or audible base, Model FP- the panel. If an alternate, non-FirePrint mode is 11 requires a base adapter(Model DB-ADPT). selected,then the sensitivity can be changed from the FACP. Temperature and Humidity Range The Program 1 Test unit(Model DPU or FPI-32)upgrade All Model FP 11 detectors are3UL 864 9th Edition kit is used to program and verify the detector's address. Listed for indoor dry locations within a temperature The technician selects the accessory's program mode to range of 120+/-3°F(49+/-2°C)to 32+/-3°F(0+/-2°C)and a relative-humidity range of 93+/-2%at a temperature enter the desired address. In turn,the programmer unit(Model DPU or FPI-32)automatically sets/verifies of 90+/-3°F(32+/-2°C). the address,and tests the detector. Model DPU/FPI-32 Application Data also allows the user to change the device ID from that Installation of the Model FP-11 series of fire detectors of a Model FP-11 detector to an older detector ID(such requires a (2)two-wire circuit of 18 American Wire as: ILP-1,ILPT-1,ILP-2,ID-60P or ID-60PT)to allow for Gauge(AWG), minimum,thermoplastic fixture wire easy replacement of older detectors without the need enclosed in conduit,or 18 AWG (American Wire Gauge) of reprogramming the FACP. limited-energy,shielded-cable without conduit, if The FPI-32 upgrade kit operates on AC power or permitted by local codes. Field wiring should conform rechargeable batteries, providing flexibility and to local and national electric codes and the control convenience in programming and testing equipment panel wiring specifications. from almost any location. When in'test'mode, Model 'T-tapping'is permitted only for Style 4(Class B)wiring. DPU or FPI-32 upgrade kit will perform a series of diagnostic tests without altering the address or other Model FP 11 fire detectors can be applied within the stored data,allowing technicians to determine if the maximum 30-foot center spacing(900 sq.ft.areas),as referenced in NFPA 72. This applications guideline is detector is operating properly. based upon ideal conditions—specifically—smooth Model FP-11 may be installed on the same initiating ceiling surfaces, minimal air movement,and no circuit with Models IL or ID series detectors physical obstructions between potential fire sources (Photoelectric,thermal,or ionization);Model M5I- and the detector. Do not mount detectors in close series manual stations;Model TRI-series interfaces; proximity to ventilation or heating and air-conditioning Model ICP output-control devices,or Model CZM series outlets. of addressable,conventional zone modules. Exposed joints or beamed ceilings may also affect safe All Model FP-11 detectors can be cleaned in the field— spacing limitations for detectors.Should questions when required— by simply removing the detector cover arise regarding detector placement,observe National and unsnapping the photo chamber. There is also the Fire Protection Association(NFPA)72 guidelines. option of cleaning the interior of the detector with a clean,soft cloth or brush,or replacing the labyrinth and bug screen included in the detector maintenance kit, Model DMK-11. SIEMENS Industry, Inc. Building Technologies Division Technical Data Details for Ordering Environmental /* E8e Temperature: 32°F(0°C)to 100°F(38°C) 'ST1, l� ; ', � � �< _F Humidity: Up to 93%RH,non-condensing FP-11 500-095112 Addressable FirePrintno Detector Air Pressure: No effect Detector Mounting Base DB-11 500-094151 Alarm Temperature: 135°F(57°C) For Series 11 Intelligent Detectors DB-11E 500-094151E Detector Base(Small) Electrical ____Air-Duct Housin Voltage: 16-27 VDC AD2-P 500-649706 (for use with Models FP-11,HFP-11, HFPO-11 and PE-11 Detectors) Ripple: 3V,peak-to-peak Supervisory Current: 11 DNA max _ _Air-Duct Housing______ AD2-XHR 500-649708 (for use with Models FP-11,HFP-11, Alarm Current: 33-50mA HFPO-11 Detectors with Relay) ADBX-11 500-096181 Audible Base Dimensions DB-X11 RS 500-096125 Relay Base for Model 11-series Intelligent Detectors Diameter Base Remote Alarm Indicator 6" RLI-1 500-390673 [i 5.3 cm] 4"Octagon Box Mount,Red • RLI-2 500-390674 Remote Alarm Indicator Single Gang Mount,Red -1- �� DMK-11 500-695338 Model 11 series Maintenance Kit (replacement labyrinth and bug screen) Height DB-ADPT 500-094187 Base Adapter to Model DB-3S Base [2.3" LK-11 500-695350 Base Locking Kit for Series 11 Detectors 5.8 cm] `1;,111 r " r In Canada,please order: �'� i >� .f _J�I � ?g � .i• a �'- 135°F Fixed Temperature,Plug-In FP-11C 500-095112C Detector Addressable FirePrintTM Detector[ •ULC Listed] Detector Mounting Base DB-11C 500-095687 (for Model 11-series Intelligent Detectors) [ ULC Listed] AD-11 PC 500-095984 Air-Duct Housing[€ULC Listed] DB-X11 RSC 500-093125C Relay Base for Model 11-series Intelligent Detectors[ ULC Listed] ADBX-11 C 500-096181C Audible Base for Model 11-series Intelligent Detectors[ ULC Listed] Notice: This marketing data sheet is not intended to be used for system design or installation purposes. For the most up-to-date information,refer to each product's installation instructions. Fire Safety Fire Safety 8 Fernwood Road 2 Kenview Boulevard SIEMENS Industry, Inc. Florham Park,NJ 07932 Brampton,Ontario June 2012 Building Technologies Division Tel:(973)593-2600 SII-FS L6T 5E4/Canada FAX:(908)547-6877 TeL(905)799-9937 Supersedes sheet dated 8/10 Printed in U.S.A. (Rev.t2) URL:www.usa.Siemens.com/Fire FAX:(905)799-9858 MI I N FAPS-10 BATTERY&VOLTAGE DROP CALCULATIONS SIEMENS FIRE ALARM SUBMITTAL WASHINGTON SQUARE NESPRESSO H13-H14 FAPS-10 SPECIFICATIONS FAPS-10 BATTERY CALCULATIONS FAPS-10 PANEL 24 Hours(A)Requirement for Standby Charge: PS-8 MODEL 5 Minutes(B)Requirement for Alarm Charge: 15%Design Voltage Drop(20%Max Voltage Drop) 20%(C)Spare Battery Capacity: 100 Amp Max Current Draw Per Output 0.13 Amp(F)Standby Total Current Draw 2:50 Amp Max Current Draw Per AUX Output 1.02 Amp(G)Alarm Total Current Draw 8.00 Amp Max Current Draw Per Panel 3.1 Amp Hr(H)Design Standby Charge=(A x F) 14 AWG.Wire Gauge 0.1 Amp Hr(J)Design Alarm Charge=(B x G)t60 20.4 Volt Voltage at First Device' - 0.6 Amp Hr(K)Additional Capacity Charge=(C x((A x FMB x G)/60)) ..:0.13 Amp Standby Current Draw 3.8 Amp Hr(AH)Battery Amp Hour requirement=(H+JOK) 0.13 Amp Alarm Current Draw 7.0 Amp Hr Battery Size 320 Amp Hr Max Battery Charging Capacity FAPS-10 VOLTAGE DROP CALCULATION RESULTS PERCENT STANDBY ALARM PERCENT OUTPUT VOLTAGE CURRENT CURRENT CURRENT LABEL VOLTAGE DROP DROP DRAW DRAW DRAW OUTPUT-1 ':N10-1 (: 1.09 Volt 5.37% 0.00 Amp 0.89 Amp 29.60% OUTPUT-2 SPARE 0.00 VoIt 0.00% 0.00 Amp 0.00 Amp 0.00% OUTPUT-3 SPARE 0.00 Volt 47.00% 0.00 Amp 0.00 Amp 0.00% OUTPUT-4 'SPARE' 0.00 Volt 0.00% 0.00 Amp 0.00 Amp 0.05'! AUX OUTPUT SPARE 0.00 Volt 0.00% +: 0.00 Amp 0.00 Amp 0.00% Total Current Draw 0.00 Amp 0.89 Amp 11.10% FAPS-10 VOLTAGE DROP CALCULATIONS OUTPUT-1 LABEL CD MODEL STANDBY VOLTAGE Alarm Voltage Drop=VD=R x la FAPS-10 _ PS-S 20.400 196.33 Ft (L)Total Circuit Length(One Leg) N10-1-01 30cd E60H-24MCC-FW 0.105 21.67 ft 20.397 3.14 Ohm Wire Resistance Per 1000 Feet N10-1-02 30cd E6011-24MCC-FW 0.105 26.75 ft 20.349 1.23 Ohm (R)Total Circuit Resistance(Both Legs) N10-1-03 75cd E60H-24MCC-FW 0.189 19.92 ft 20.285 0.00 Amp (Is)Total Current Draw(Standby) N10-1-04 75cd E60H-24MCC-FW 0.189 43.92 ft 20.162 0.89 Amp (la)Total Current Draw(Alarm) N10-1-05 15cd E60H-24MCC-FW 0.065 26.50 ft 20.069 19.31 Volt (20.4-(la x R))Applied Voltage at Last Device' N10-1-06 15cd E60H-24MCC-FW 0.065 18.92 ft 20.042 1.09 Volt (VD)Voltage Drop N10-1-07 30cd E60H-24MCC-FW 0.105 18.83 ft 20.014 5.37% ""Percent Voltage Drop N10-1-08 15cd E60H-24MCC-FW 0.065 19.83 ft 19.986 29.60%i Percent Current Draw Output-1 OUTPUT-2 LABEL CD MODEL STANDBY VOLTAGE Voltage Drop=VD=L'R`la FAPS-10 PS-8 11773-A41y20.400 0.00 Ft (L)Total Circuit Length(One Leg) 3.14 Ohm Wire Resistance Per 1000 Feet 0.00 Ohm (R)Total Circuit Resistance(Both Legs) 0.00 Amp (Is)Total Current Draw(Standby) 0.00 Amp (la)Total Current Draw(Alarm) 20.40 Volt (20.4-(la x R))Applied Voltage at Last Device' 0.00 Volt (VD)Voltage Drop 0.00% '" Percent Voltage Drop 0.00% 'Percent Current Draw Output-2 PROPRIETARY DOCUMENT FOR APPROVAL ONLY 6/19/2017 FAPS-10 VOLTAGE DROP CALCULATIONS CONTINUED OUTPUT-3 LABEL CD MODEL STANDBY VOLTAGE' Voltage Drop=VD=L'R'la FAPS-10 PS-8 t ash;. 20.400 0.00 Ft (L)Total Circuit Length(One Leg) 3.14 Ohm Wire Resistance Per 1000 Feet 0.00 Ohm (R)Total Circuit Resistance(Both Legs) 0.00 Amp (Is)Total Current Draw(Standby) 0.00 Amp (la)Total Current Draw(Alarm) 20.40 Volt (20.4-(lax R))Applied Voltage at Last Device' 0.00 Volt (VD)Voltage Drop 0.00% Percent Voltage Drop 0.00% Percent Current Draw Output-3 OUTPUT-4 LABEL CD MODEL STANDBY VOLTAGE' Voltage Drop=VD=L`R'la FAPS-10 .:jPS-8 20.400 0.00 Ft (L)Total Circuit Length(One Leg) 3.14 Ohm Wire Resistance Per 1000 Feet 0.00 Ohm (R)Total Circuit Resistance(Both Legs) 0.00 Amp (Is)Total Current Draw(Standby) 0.00 Amp (la)Total Current Draw(Alarm) 20.40 Volt (20.4-(la x R))Applied Voltage at Last Device' 0.00 Volt (VD)Voltage Drop 0.00% Percent Voltage Drop 0.00% Percent Current Draw Output-4 AUX OUTPUT LABEL CD MODEL STANDBY VOLTAGE' Voltage Drop=VD=L'R'la FAPS-10 PS-8 a sit" 20.400 0.00 Ft (L)Total Circuit Length(One Leg) 3.14 Ohm Wire Resistance Per 1000 Feet 0.00 Ohm (R)Total Circuit Resistance(Both Legs) 0.00 Amp (Is)Total Current Draw(Standby) 0.00 Amp (la)Total Current Draw(Alarm) 20.40 Volt (20.4-(lax R))Applied Voltage at Last Device' 0.00 Volt (VD)Voltage Drop 0.00% !. Percent Voltage Drop 0.00% i.Percent Current Draw Aux Output Note-1;24 Volt derated by 15%to 20.4 Volts. Note-2;Point to Point Voltage Drop Calculation. Note-3;Line Voltage Drop Calculation PROPRIETARY DOCUMENT FOR APPROVAL ONLY 6/19/2017 FACP-G db LOSS CALCULATIONS SIEMENS FIRE ALARM SUBMITTAL WASHINGTON SQUARE NESPRESSO H13-H14 FACP-G AMP Panel EL-410 AMP Model S1119 AMP Label 100 Waft Max Wattage Per Output 0.50 dB Max dB Loss 100 Watt Max Wattage Per AMP 16 AWG Wire Gauge 70 VRMS(V)Audio Voltage db LOSS CALCULATION RESULTS OUTPU PERCENT T TOTAL OUTPUT LABEL db LOSS WATTS LOAD OUTPUT 1 IS109-18-I -0.20 dB 19.00 Watts 1 9.00% db LOSS CALCULATIONS LABEL WATT MODEL db LOSS db Loss=201og10(RU(RL+RW)) FACP-G S109 5109.16-01 1 W E60H-24MCC-FW .003 dB 70 VRMS (V)Audio Voltage 5109-16-02 1/4W E60H-24MCC-FW .005 dB 4.99 Ohm (R)Wire Resistance Per 1000 Feet 5709-16-03 1/4W E60H-24MCC-FW .006 dB 1,266.67 Ft (L)Total Circuit Length(One Leg) 5109.16.04 1/4W E60H-24MCC-FW .008 dB 544.44 (RL)Load Resistance=V^2/W 5109.16-05 1/4W E60H-W .009 dB 12.64 Ohm (RW)Circuit Resistance=R`LK(Both Legs) S109.16-06 1/4W E60H-24MCC-FW .011 d8 9.00 Watt (W)Total Circuit Wattage 5709.16-07 1/4W E60H-W .013 dB .20 dB Total Circuit Signal Loss 5109.16-06 1/4W E60H-24MCC-FW .015 dB dB Loss=201og10(RU(RLr-RW)) 5109-16-09 1/4W E60H-24MCC-FW .01746 9.00%...; Percent Output Load 5109-16-10 1/4W E60H-24MCC-FW .02048 5109-16-11 114W E60H-24MCC-FW .02248 5109-16-12 1/2W E60H-24MCC-FW .045 dB 5109-16-13 1/2W E60H-24MCC-FW .053 dB 5109-16-14 1/4W E60H-24MCC-FW .059 dB S109.16-15 1/4W E90-24MCC-FW .072 dB 5109-16-16 1/2W E90-24MCC-FW .082 dB 5109-16-17 1/4W E90-24MCC-FW .088 dB 5109.16-18 1/4W E90-24MCC-FW .094 dB S109.16.19 1/2W E90-24MCC-FW .108 dB S109.16-20 1/2W E90-24MCC-FW .122 dB S109-16-21 1W E60H-24MCC-FW .159 dB 5109-16.22 1W E60H-24MCC-FW .186 dB 'PROVAL ONLY 6/19/2017 db LOSS CALCULATIONS CONTINUED LABEL WATT MODEL db LOSS db Loss=20Iog10(RL/(RL+RW)) FACP-O <0109 51-2.01 1/2W E60H-24MCC-FW .003 dB 70 VRMS (V)Audio Voltage 51.2.02 1/2W E60H-24MCC-FW .007 dB 4.99 Ohm (R)Wire Resistance Per 1000 Feet 57.2.03 1/2W E60H-24MCC-FW .013 dB 637.75 Ft (L)Total Circuit Length(One Leg) S1-2-04 1/4W ESOH-24MCW-FW .017 dB 2177.78 (RL)Load Resistance=V^2/W 51-2-05 1/4W E60H-24MCC-FW .020 dB 6.36 Ohm (RV Circuit Resistance=R'L'2(Both Legs) 51-2-06 1/4W E60H-24MCC-FW .02446 2.25 Watt (W)Total Circuit Wattage Total Circuit Signal Loss dB Loss=20Iog10(RL/(RL+RW)) 2.25% Percent Output Load 'PROVAL ONLY 6/19/2017