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Specifications
[Page Too Large for OCR Processing] [Page Too Large for OCR Processing] npszaio- oollo I •. MATERIAL SUBMITTAL RECEIVE') COVER SHEET. DEC 1, 2010 CITY OF TIGARD BUILDING DIVISION DOW AGRO SCIENCES 16290 SW UPPER BOONES FERRY ROAD • PORTLAND, OREGON COMPUTER ROOM FEN.WAL 732 DETECTION & CONTROLS WITH FENWAL NOVEL CLEAN AGENT SYSTEM DESIGNED AND INSTALLED BY SPECIAL HAZARD FIRE PROTECTION CONTRACTOR: SUPRESSION SYSTEMS, INC. SPECIAL HAZARD FIRE PROTECTION • � 4417 PACIFIC HIGHWAY EAST mon TACOMA, WA 98424 -2611 • TM (253) 926 -3300 FAX (253) 926 -3306 ) 2 9 0 5 v✓ t / ? ) ) . € ^ " - ? c am ,(IAA r y ko( F V 5 2 O I O — COI (cam 1 Effective: November 2007 Fenwal 732 • Conventional Fire Alarm- Suppression Control Unit • Protection Systems • A UTC Fire & Security Company F -30- 6000.0 FEATURES DESCRIPTION • Agency Approvals The Fenwal 732 is the technologically most advanced • cFMus Approved to NFPA 72, ANSI 864, 9th edition Conventional Single Hazard Agent Releasing Unit • • and ULC S527 - 99 available to the Fire -Alarm Suppression industry today. It • CSFM Approved combines the high quality, system reliability, and flexibility • MEA Approved required by modern commercial, high -tech and industrial • cULus Listed to ANSI 864, 9th edition and applications in an aesthetically pleasing and physically ULC S527 - 99 robust package. • • Suppression focused Control Unit The Fenwal 732 is well equipped to handle all special • Listed fora Wide Range of Suppression Systems hazard extinguishing systems due to the high degree of • • FM - 200 8 , FE13 3M 1230TMFire programming flexibility provided and the following full Protection Fluid, Argonite and Halon Clean complement of input and output circuits: Agents • Three (3) Class A or Class B Detection Circuits . • Sprinkler Supervisory Service • Two (2) Class A or Class B Supervisory Circuits • • Deluge,.Preaction, Foam, Foam -Water Systems One (1) Class A or Class B Manual Release Circuit • Combination Clean Agent plus Pre - Action System • One (1) Class A or Class B Abort Input Circuit • Built -in Class -A and Class -B Circuitry • Three (3)•Class A or Class B Notification Appliance • Sophisticated Programmable Notification Appliance Circuits Circuits • Two (2) Class B Agent Release Circuits • Independently Programmable Agent Releasing • Four (4) Form -C Relays Circuits with Triple -R Protection • Inp ut and Out ut •}:.>:•}}::;•;;}}:•}}:•}:•}>:•}:•}:•>:•>:•>:•>:•}:•}:•>:>}:}}:.;:•;}:>::.};}:.;:.;:. ;::.;:•;:•;;:.;;; };:<•;;:.:•:•: P P • 3 e D tection Circuits • 2 Supervisory o P rY Circuits • 1 Manual Release Circuit • • 1 Abort P n 1 ut Circuit • 3 Notification Appliance Dance Circuits • 2 Release Circuits ''::E3�SSYls . at _ .::.:.i:>:i>:;.::: ?:'E<::. • 4 Form -C Relays ............................. s ▪ Programmable Relays Y • Robust Power Supply { ' f rf: • Elegant User-Interface ... • Simple Configuration i • P 9 • Password Protected • i i 1R D 9 to Release Countdown • atte Voltage and Charging a in Current Display rY 9 9 9 P Y • Extensive Diagnostics nostics • Backwards Compatible le • Improved and Enlarged Cabinet Design • •.i 5 -Year Warranty • • • x:{ { r y • • • • DETECTION CIRCUITS MANUAL RELEASE AND ABORT CIRCUITS The Detection Circuits cap support up to 25 Conventional Both the Manual Release and Abort Circuits accept CPD -705x Ionization Smoke,' PSD -715x Photoelectric Normally Open contact closure type devices. Activation Smoke, or THD -705x Heat Detectors each as well as of the Agent Release Circuits can either be Normally Open contact closure type devices. Two circuits instantaneous or delayed up to 30 seconds (maximum) are dedicated to the main suppression function and can upon receipt of Manual Release input. Agent release can be programmed to activate the release circuits by either be temporarily delayed by activating the Abort Circuit. single -shot or cross -zone input. The user - configuration The Abort input can be programmed for 5 modes of allows automatic release via detection to be delayed from operation. These include the UL 10- second mode, the 0 to 60 seconds in 10- second intervals and also allows a full -delay mode, the. IRI mode, the NYC mode, or the • choice of which of the two Agent Release Circuits to abort can be disabled. Aborts can also be programmed to activate. be applicable for either, one or both Agent Release The third Detection Circuit is programmable for either Circuits thereby allowing use with Deluge /Pre- Action Waterflow or as an independent Detection circuit. When systems. programmed for Waterflow, Notification Appliance NOTIFICATION APPLIANCE CIRCUITS (NAC) Circuits can be programmed as Non - Silenceable as The three Notification Appliance Circuits are rated 1.5 required by certain jurisdictions. Amps each and accept polarized 24 Vdc Notification SUPERVISORY CIRCUITS Appliances. Each circuit is driven independently and is • The Supervisory Circuits accept Normally Open contact user configurable for First Alarm, Pre - Release, and closure type devices such as pressure switches on the Releasing as well as'for 60 BPM, 120 BPM, Temporal, or agent cylinders or on the water or air pipe network. The Continuous pattern. system configuration enables the supervisory input to be The MT and NS series appliances provide the option to a participant in the suppression function. For example, use silenceable horns and non - silenceable strobes on low air supervisory can be included with detection for the same NAC. Multiple NAC circuits (connected to release of pre- action systems as required by certain audible devices only) programmed with the same master jurisdictions. code pattern are synchronized, regardless of any differing starting times that preceded their concurrent operation. The NACs configuration includes a user - selectable intelligent synchronization feature which allows a silenceable horn to be shut off while the strobe continues to flash in synchronized fashion. SUPERVISORY SUPERVISORY MANUAL WATERFLOW 2 1 ABORT RELEASE DETECTOR3 DETECTOR2 re 44 ILEeit 2224 jut azz s.51 ovate! (9to % `I ea s 9 s,r� 1a R ®s . ayAR ,a^ 157 TM 1, 0 /� TB7 TB4 TB7 nu TROUBLE IA TBL ` �� - f S '^ DETECTOR, TBt RELAY 3 .41I RELAY2 , O'TIM S Jx 1'rU{f7A� .. RELAY I�1 TB,1 J h : [D BATT OUT TEI12 yn1 r ,tilv1R C 7,; • AC SUPPLY SELECT SWITCH (S6) �t NAC TB19 [a�. 17814 AC IN T818 TB16 TB17 '"' NAC 2 TIM fal l rLhE (F pJ -1 [ a RELEASE I RELEASE 2 AUX NAC 7 ARC 1 ARC 2 24 VDC Figure 1. Printed Circuit Board (PCB) -2- I • • • BUILT -IN CLASS A AND B CIRCUITRY POWER- LIMITED CIRCUITRY For the input and NAC circuits, the choice of Class A or All circuits, excluding ARCs are inherently power - limited. Class B supervision is made at site on the board itself by Agent Release Circuits, except when firing Initiators, can • • selecting the terminals used for wiring. Neither also be made power - limited by a field located inline conversion boards nor additional hardware nor jumper releasing diode device thereby allowing cost effective • selection is required for this purpose. installation with all wiring in the same conduit. AGENT RELEASE CIRCUITS (ARC) ROBUST POWER SUPPLY UNIT (PSU) The two circuits can be programmed for activation by The Fenwal 732 features a universal 120/240 V, 50/60 different inputs, with independent time delays and abort Hz AC Power Supply Unit with a robust 5.4 Amps of 24 modes to fire combinations of two of the following Vdc power. Input voltage selection is via a slider switch releasing devices: with no jumper cutting required. The on -board battery • 1 or 2 Fenwal Continuous and Momentary Solenoid charger is able to charge 24 Vdc (2 x 12) batteries of Control Heads capacity up to 68 Ah thereby allowing from 24 hours of supervision plus 5 minutes of alarm to 90 hours of • 1 set of Fenwal Initiators supervision plus 10 of alarm required by some • 1 Factory Mutual Group A, B, D, E, F, G, I, J, or K jurisdictions. Solenoid AUXILIARY POWER SUPPLY In other words, operating in tandem, the two circuits can Up to 1 Amp of auxiliary power at 24 Vdc is available to release: power external 4 -wire devices such as Flame Detectors, • 1 or 2 Control Heads on ARC1 and 1 or 2 Control AlarmLine modules, Duct Detectors, etc. Heads on ARC2 ELEGANT USER - INTERFACE • 1 or 2 Control Heads on ARC1 and 1 Initiator on The user - interface consists of an array of LED Indicators, ARC2 or vice -versa Control Switches, a Digital Display, and Buzzer. Over and • 1 or 2 Control Heads on ARC1 and 1 FM Sprinkler above the System, Power Supply status, Input circuit Fire Solenoid on ARC2 or vice -versa • and Trouble and Output circuit Trouble LEDs, the Fenwal ' • 1 Initiator on ARC1 and 1 Initiator on ARC2 732 annunciates its suppression state -of -alarm via three • 1 FM Solenoid on ARC1 and 1 FM Solenoid on additional Pre - Release, Releasing and Post Release ARC2 LEDs. Four switches are provided, one each for This configurability is useful for those jurisdictions where Acknowledge, Signal Silence, System Reset and Output the gaseous suppression agent is required to be Disable. The 3 -digit display provides a countdown of supplemented with a pre- action system. impending agent release. On command from the user - TRIPLE-R PROTECTION FOR AGENTAELEASING interface switches, it also indicates the battery open CIRCUITS (ARC) circuit voltage and charging current. • The two ARCs feature a triple failure redundancy SIMPLE SITE-SPECIFIC CONFIGURATION safeguard system to protect them from inadvertent Accessed via the digital display and user - interface activation by the main microprocessor. The Triple -R switches, site - specific configuration is simple, yet system requires that in order to activate an ARC, the detailed and can typically be performed in a matter of • main microprocessor issues two release commands of minutes. To prevent unauthorized use, the configuration opposing polarity via separate channels. and that these menu is protected by a user - changeable password. commands be combined with a third signal from the Factory technical support can provide assistance with panel watchdog timer to confirm the microprocessor lost or forgotten passwords. • operation. The Triple -R system ensures that electrical Apart from the input voltage selection performed on both transients or disturbances such as power surges that the PSU and main board via a slider switch, no other on- could interfere with the operation of the main board settings or jumper cuttings are required. microprocessor will not inadvertently activate the EXTENSIVE DIAGNOSTICS connected suppression system. The result is a more robust and reliable suppression- focused panel. Also initiated via the digital display and user - interface switches, the troubleshooting function displays diagnostic PROGRAMMABLE RELAYS codes that assist in determining causes of trouble. A Of the 4 relays, three are user - programmable for a complete list of diagnostic codes and their meaning ships variety of alarm related conditions and the fourth is a factory installed on the inside of the enclosure door for dedicated trouble relay. All relay contacts are rated 3.0 easy reference. • Amps at 30 Vdc /120 Vac (resistive). -3- • BACKWARDS COMPATIBILITY TECHNICAL SPECIFICATIONS (cont'd) Consistent with previous generation Fenwal control • One (1) Abort Circuit equipment, the Fenwal 732 is listed to be backwards - Compatible with normally open contact - closure type • compatible with the full range of Fenwal conventional devices detectors, alarm devices and suppression accessories. - Configurable as Class A/Style D or Class B /Style B e • Going forward, this will allow older generation panels to - Supervised for ground faults and open circuits be replaced with relative ease. - Power - limited IMPROVED AND ENLARGED CABINET DESIGN • Two (2) Supervisory Circuits The cabinet design allows for easy installation by fitting - Compatible with normally open contact - closure type between the studs of a standard 16 inch studded wall. It devices is large enough to house two 12 Vdc, 12 Ah Batteries and - Configurable as Class A/Style.D or Class B /Style B provides up to 2 inches (51 mm) of wiring and finger - Supervised for ground faults and open circuits space between the circuit board and the cabinet wall. - Power - limited An optional door design features a Manual Release and Three (3) Notification Appliance Circuits (NACs) Abort switch for applications with space constraints. Both switches incorporate guards that prevent their - Compatible with polarized 24 VDC Audio - Visual inadvertent activation. devices Other cabinet options include a flush mounting trim -ring - Rated at 1.5 Amps each and a dead front plate required for Canadian - Configurable as Class A/Style Z or Class B /Style Y applications. - Supervised for ground faults, shorts, and open circuits TECHNICAL SPECIFICATIONS - Power - limited • Hazards Protected - Common NAC /ARC output disconnect switch - One • Two (2) Agent Release Circuits • Power Supply 120/240 Vac, 50/60 Hz (90 to 264 Vrms, 47 to 63 - Each compatible with 1 or 2 control heads, or 1 - Hz) AC Main Input initiator, or 1 FM sprinkler solenoid H I - H z Amps at Vdc Output - Circuits electrically capable of simultaneously - Battery capacity up to 68 Ah @ 24 Vdc releasing any combination of two of the above • .e - Auxiliary power output rated at 1 Amp at 18.8 - 27.6 Ftoes Vdc (resettable) - Faces configured as Class B /Style Y - Supervised for ground faults and open circuits • Three (3) Detection Circuits - Non - power- limited. May be power - limited (except - Compatible with up to 25 CPD -705x, PSD -715x, with initiators) and supervised for short circuit using and THD -705x detectors and normally open inline releasing resistor -diode device contact - closure type devices - Common NAC /ARC output disconnect switch - Configurable as Class A/Style D or Class B /Style B • Four (4) Relays - Supervised for ground faults and open circuits Power limited - 3 independently programmable, normally de- - - DET 1 and DET 2 used for suppression energized Form-C . - DET3/WF configurable for detection or waterflow - 1 dedicated normally energized Form -C Trouble Relay • One (1) Manual Release Circuit - Relay contacts rated 3 Amps at 30 Vdc /120 Vac - Compatible with normally open contact - closure type (resistive) devices - Configurable as Class A/Style D or Class B /Style B - Supervised for ground faults and open circuits - Power limited • -4- TECHNICAL SPECIFICATIONS (cont'd) ORDERING INFORMATION • Enclosure - NEMA 1 rated 18 gauge sheet steel with door Description Part Number - Blue, except NYC enclosures which is red color - Suitable for wall and surface mounting Fenwal 732T" Control Unit (Blue) 30 732001 - 001 - Optional Trim Ring - Optional Dead - Front Panel Fenwal 732TM Control Unit (Red) 30 732001 - 101 - Optional door with Manual Release and Abort Fenwal 732TM Control Unit with 30 switches Switches (Blue) - Dimensions: - with Standard Door: Installation /Configuration Kit 06 220148 - 001 14-1/4 in. W x 5 in. Dx 19 in. H (362 mm x 127 mm x 483 mm) Operating Instructions 06- 236719 -001 - with Switch Door: Replacement Hardware Installation Kit 06 220149 - 001 14 in. W x 6 in. Dx 19 in. H (362 mm x 152 mm x 483 mm) Replacement Enclosure Assembly 06 220172 - 001 • Environmental Criteria (Blue) - Indoor /Dry use only Replacement Enclosure Assembly 06- 220173 -001 - Operating temperature range: 32 °F to 120 °F (Red) (0 °C to 49 °C) Replacement Enclosure Assembly 06- 220174 -001 - Humidity: 93 ± 2% RH at 90 ± 3 °F (32 ± 2 °C) (with Switches) • Packaging /Shipping Replacement Switch Kit 06- 220176 -001 - Enclosure, PCB, and PSU packaged in individual Replacement PCB Assembly 06 cartons - Accessories shipped include mounting hardware, Replacement Power Supply 06- 118394 -002 battery leads, IOM manual on CD -ROM, operating instruction sheet, and EOL resistor kit Trim Ring 74-600000-007 - Order inline releasing resistor -diode device (if In -Line Releasing Diode (10K) Kit 06 220023 - 001 required) and batteries separately Battery Enclosure 74- 600000 -014 Dead 06- 220175 -001 o t P n a e Replacement Bezel Assembly 06- 220151 -002 rf - 1 1 1 06 1 80 3 -00 Spare Ke i < f Key " "• ;:. ;:: ;::::. r ":«<:, Spare Keylock with Keys 06- 129924 -001 06-129963-002 EOL Backbox (Canadian applications ( .F only) 4 Mfr Battery Harness 06- 129925 -002 „„ Ysk 'For Canadian applications, order Control Unit and Dead-Front Panel separately. � 1111111111111111e4111.1: : �' �'_: �:_::?: is �:::: 1 ���:}:1: }ii� iiiiiiiii ii �:�:�:�w :.::: :........:::::::::::::. ii } -5- • • • • • Fenwal is a registered trademark of Kidde - Fenwal, Inc. For detailed installation, operation, and . •FenwaINET and Fenwal 732 are trademarks of Kidde - Fenwal, Inc. configuration information, refer to the Fenwal 732 FM -200 is a registered trademark of Chemtura. Conventional Fire Alarm- Suppression FE -13 is a registered trademark of DuPont. 3M Novec 1230 Fire Protection Fluid is a trademark of 3M. Conventional U.nit Installation, Operation, and Argonite is a registered trademark of Ginge Kerr. Maintenance Manual P/N 06-236717 -001. This literature is provided for informational purposes only. KIDDE - FENWAL, INC. assumes no responsibility for the product's suitability for a particular application. The Systems product must be properly applied to work correctly. If you need more information on this product, or if you have a particular problem or ques- A UTC Fire & Security Company tion, contact KIDDE- FENWAL, INC., Ashland, MA 01721. Telephone: (508) 881 -2000. Aitl'a^U, MA 0172 I F -30- 6000.0 Rev AB ©2007 Kidde- Fenwal Inc. Printed in USA Ian: SC 0 ww \i.`OCwz;r - 'O m Effective: February 2008 Eno IR= Advanced Photoelectric Smoke Detectors T., Protection Systems Models PSD -7157 and PSD -7157D A UTC Fire & Security Company F -70 -02 • FEATURES • •k ? ?vi} iiii: ..., ........................... Approvals/Listing ::::. :::::::: ::. :.....:..... i:.......::........ iii:.. ........:........:: }: ` i:{ r? ry}: ii } is �;:} : > . �tii(:}: ti � i} ii}}:?* }:? ?vX?4 }i }} } } } }i: v } } }:4 } }:... ...f .. • US and Canadian UL Listed cULus\ .. .... ;.:.:,.; }< }:.:• }i.i• . }:. }.. ..: ..; • < :......:<:: • Approved • CSFM Approved >f•:f .:::::::::::::::::: .............................:: . • NYC MEA Accepted • Dual Ionization Chamber Technology • Nominal Sensitivity 0 per • PSD -7157: 3.25 /o ft Obscuration P • 0 per ft Ob c at PSD -7157 D: 2.40 /o s ur i on ............. ............ • Sensidvit Measurement/Testing O:i }''} } } } } } } } }i } } }i: ::::::: is Y::vi ii } })i }i } }}Y: ;? ii }iii }:r.: ? ?5• }: }: }:: } } }y } }. } }i:i4 } } }y.i };`ti: ................. ...................... ......... ?.: Sensitivity • Wireless Measurement In Ift. Obscuration I n • Remote and Local Functional Test Capability ....i�:i:iiii`;i: {:ii: ? ?? ?iii+? • :}::.} i::.::.:::.::::: �:{. ij.::::. ::::.::.::::.::.::.:Y,.:{vY,.ji i.ii.:i }? i Wide Range of Input Voltage 10.2 to 36.8 Vdc ... •, .......... .................:::::::....::: r.: }.•: >:. >;:.: •:....:.; is ?•i:.i:.i:.i:.i:.: ?.i:. }:: ?} :.iii: ?< ?: };.' }:.i:.: • Low Current n Desi 9 '••:;N; �> :• >:<. }:.::; ?:s:•i:.i:.i:.:;.:. r • }:i: • ... . .�.. i; { {::'vii::iiiiiji: ?... ... : ,n ....................... : ii. k: t':' S:}.'•:?.; i:. ;:r;:i;i: ?i:::i2i;iiiiiiiiii Dual Response LEDs Allow 360-degree Viewing ........ ............................... .. .............. .. • Trouble Indication • Low Profile Appearance Using Surface Mount Two Red Light Emitting Diodes are located diametrically Technology opposite each other so as to allow 360 - degree viewing. • Electrically and Mechanically Compatible with Both LEDs continuously indicate the operating condition all Fenwal Smoke and Electronic Heat Detectors of the Detector. During standby, the LEDs flash once and Bases every six seconds. During alarm, both LEDs light steady • Interchangeable 2 - Wire and 4 - Wire Bases at full brilliance. A double flash every six seconds indi- . • Universal Relay Modules cates a detector with a sensitivity threshold outside • Non Polarized acceptable limits. A unique gated output circuit design • Locking Feature for Vandal Resistance provides improved stability and transient suppression. • Fine Mesh Insect Screen Special signal processing techniques verify the presence • EMI and RFI Resistant of smoke before the detector will alarm. A fine mesh insect screen protects the chamber area and is used to DESCRIPTION avoid potential nuisance alarms. The detector head is The Fenwal Models PSD -7157 and PSD -7157D Photo- installed into the base with a simple twist -lock action. A electric Smoke Detectors respond to a broad spectrum of locking feature is provided for vandal resistant security. both flaming and smoldering fire conditions. The Detec CONTROL UNITS tors have advanced solid-state, low voltage, surface The Models PSD -7157 and PSD -7157D Detectors are mount circuitry and are designed for 2 -Wire and 4 -Wire installation using the appropriate Detector base. The designed for operation with control units and releasing characteristic 360- degree detector design permits smoke devices having specific voltage and current characteris- entry from any direction. A unique sensing chamber tics that are compatible with the detector circuitry. The design permits the operation of the Models PSD -7157 Detectors are compatible with the Fenwal control units and PSD -7157D in open areas with air velocities from 0 and interface modules listed in Table 1. to 300 fpm and 0 to 4000 fpm respectively. The Model DETECTOR BASE OPTIONS PSD -7157D is also suitable for duct housing applications The Models PSD -7157 and PSD -7157D can be used in air velocities from 500 to 4000 fpm. The Detectors are with the detector base options and accessories in Tables designed for open area /duct housing applications per 3 and 4. Various base options are available to provide UL268/UL268A and may be installed in systems intended auxiliary relay and /or remote indication and remote test for Releasing Device Service through use of compatible feature. Fire Alarm Control Panels. The Models PSD -7157 and PSD -7157D Photoelectric The recommended requirement for detector maintenance Smoke Detectors may be interchanged with other Fenwal consists of an annual cleaning of dust from the detector • Series THD -705X Electronic Heat Detectors and Series head by using the suction of a vacuum cleaner. Cleaning CPD -705X Ionization Smoke Detectors when using multi- programs should be geared to the individual environment function base configuration. in conformance with NFPA 72. • SPACING (OPEN AREA LOCATION) . The Models PSD -7157 and PSD -7157D Detectors are Do not attempt disassembly of the fac- listed to be installed on maximum 30 foot (9.1 m) centers, tory sealed smoke detector. This typically on smooth ceilings up to 15 feet (4.6 m)•high and A assembly is sealed for your protection will operate with minimum air circulation. CAUTION and should not be opened for servic Resultant maximum 900 square foot (83.6 m spacing ing. Opening of the detector will void its warranty. may be used as a reasonable guide for comparable applications. Where special conditions exist (ceiling SPARE PARTS 'obstructions, high air exchange rates, etc.), reduced spacing must be used to achieve adequate protection. The Models PSD -7157 and PSD-7157D Detectors are • Computer rooms and other such installations may require factory repairable only and have no field serviceable 2 spare parts. No field repair should therefore be spacing with a maximum of 200 square feet (18.6 m) attempted. For service, return detector head intact to due to high air exchange rates. Fenwal. Detectors should not be located in areas with excessive ARCHITECT /ENGINEER SPECIFICATIONS exhaust fumes, kitchen areas, near fireplaces or furnace rooms and within three (3) feet (.9 m) of air supply ducts The contractor shall furnish and install where indicated or air diffusers. on the plans, UL268/UL268A listed dual- chamber, Ioniza- tion Smoke Detectors, Fenwal Models PSD -7157 and For additional information, consult the Fenwal Automatic PSD- 7157D. Photoelectric Smoke Detectors containing a . Fire Detection Application Engineering Manual MC -402, radioactive source of strength greater than 0.8 microcu- • NFPA -72 and the local Authority Having Jurisdiction. ries (29.6 kBq) shall not be acceptable. The combination WIRING DIAGRAMS detector head and twist -lock base shall be UL Listed For detailed wiring diagrams with Fenwal 2- and 4 -wire compatible with a UL Listed fire alarm control unit. The bases, please refer Fenwal Document 70.104 Models PSD -7157 and PSD -7157D Photoelectric Smoke Detectors shall share interchangeable bases with the INSTALLATION CPD -7054 and CPD -7054D Ionization Smoke Detectors Detector bases are directly mounted on the electrical and the THD -7052 and THD -7053 Heat Detectors. junction boxes (3 -inch, 3 -1/2 -inch and 4 -inch octagonal, The Fenwal Models PSD -7157 and PSD -7157D Photo - 3 -inch round or 4 -inch square) (76 mm, 89 mm, 102 mm electric Smoke Detectors shall have two Red LEDs • octagonal, 76 mm round or 102 mm square) without the located diametrically opposite each other so as to allow need for any mechanical adapter required. Refer Fenwal 360 - degree viewing. The LEDs shall continuously indi- Document 06- 235056 -001 for additional details, cate the operating condition of the Detector. During The detector bases also include a locking feature that standby,. the LEDs shall flash once every six seconds. prevents removal of the detector without use of a tool. During alarm, both LEDs shall light steady at full bril- TESTING AND MAINTENANCE liance. If the - sensitivity of the detector drifts outside acceptable limits, the LEDs shall double flash every six Testing shall be performed upon installation of the detec- seconds. The detector may be reset by actuating the . tor and once a year thereafter as stated in NFPA -72 lat- control panel reset switch. The vandal- resistant security est edition. locking feature shall be used in those areas as indicated Detector sensitivity shall be checked within one year of on the drawings. The locking feature shall be field remov- installation and every alternative year thereafter as stated able when not required. in NFPA 72. Refer Fenwal Documents 06- 236524 -001 It shall be possible to measure the sensitivity of the Fen - and 06- 235056 -001 for details 'on using the Infrared wal Models PSD -7157 and PSD -7157D Photoelectric • Wireless Sensitivity Tester Model DST -003. The tester Smoke Detectors from a distance of up to 15 feet (4.6 m) . provides direct readout in percent per foot obscuration without removal from the base. Measurement shall be • • from a distance of 15 -feet without removing the detector accomplished with a wireless infrared Fenwal Sensitivity from its base. A go /no -go test can be performed using a Tester (DST -003) allowing direct measurement in percent test magnet. • -2- • per foot obscuration. Sensitivity measurement tech- The Fenwal Models PSD -7157 and PSD -7157D Photo - niques requiring wiring between the Detector -Base corn- electric Smoke. Detectors shall operate over an input volt- bination and the Tester shall not be acceptable. Itshall • .age range from 10.2 to 36.8 Vdc. Voltage and RF also be possible to perform a functional test of the detec- transient suppression techniques to withstand up to 20 tor without the need for generating smoke. volt/meter shall be employed to minimize susceptibility to false alarms. • Table 1: Control Unit • Control Unit Compatibility Identifier Number Maximum Detectors per Loop 2210/2212 C1OFE1 40 2410/2412 C1OFE1 40 2320 C3OFE1 15 • 3210 ZDM01, ZDMD01, VZMO1 25 3220 C32FE1 40 Note: Please refer to Document F -70 -63 for compatibil- ity with other Fire Alarm Control Panels. • -3- • • Table 2: Technical Specification • Model Number PSD -7157 PSD -7157D Part Number 71- 570000 -001 71- 570000 -002 Detection Photoelectric Photoelectric Approvals cULus, FM, CSFM, MEA -NYC cULus, FM, CSFM, MEA -NYC UL Compatibility I.D. P55FE1 P55FE1 Listed Spacing 30 ft. (9.1 m) centers or 900 ft. (83.6 m 30 ft. (9.1 m) centers or 900 ft. (83.6 m Nominal Sensitivity 3.25% + 0.45% - 1.78% per foot 2.40% + 0.04% - 1.34% per foot • • Obscuration Obscuration Standby Voltage (Vdc) Using 2WB: • 10.2 to 36.8 10.2 to 36.8 • Using 4WRB: 16.8 to 36.8 16.8 to 36.8 • Maximum Current • Standby: 70 pA 70 pA Alarm: 100 mA 100 mA Response Indicators Quantity: . 2 external LEDs 2 external LEDs Standby Condition: One flash every 6 seconds One flash every 6 seconds • Thermistor Trouble: Double flash every 6 seconds Double flash every 6 seconds Alarm Condition: Steady at full brilliance Steady at full brilliance Operating Environment Operating Temperature: 32° to 120 °F (0° to 49 °C) 32° to 120 °F (0° to 49 °C) Storage Temperature: -20° to 180 °F ( -29° to 82 °C) -20° to 180 °F ( -29° to 82 °C) Relative Humidity: 0 to 93% Non -condensing 0 to 93% Non -condensing Air Velocity • Open Area: 0 to 300 fpm (0 to 1.5 m /s) 0 to 500 fpm (0 to 2.5 m /s) Duct Housing: N/A 500 to 4000 fpm (2.5 to 20 m /s) Altitude: Up to 7,500 feet (2,286 m) Up to 7,500 feet (2,286 m) Physical Characteristics Material and Finish: High - impact, flame- retardant plastic, High- impact, flame - retardant plastic, off white off white Weight: 35.3 oz. (110g) w/o base 35.3 oz. (110g) w/o base Dimensions Detector Height: 1 -3/8 in. (35 mm) 1 -3/8 in. (35 mm) • Detector Diameter: 3 -29/32 in. (99 mm) 3 -29/32 in. (99 mm) Base Height: 3/64 in. (11 mm) 3/64 in. (11 mm) Base Diameter: 5 -29/32 in. (150 mm) . 5 -29/32 in. (150 mm) • • -4- • • • • • Table-3: Detector Base Options • Part Number Model CID Description • 6 70- 501000 -001 2 -Wire FE51A 2 -W Base. Connects to circuit via screw terminals. 70- 501000 -002 2WRLT FE52A 2 -W Base w/ Remote LED & Test capabilities. Connects to detection via screw terminals. Minimum Alarm Current 15 mA @ 24 Vdc. • 70- 501000 -005 2WRB FE55A 2 -W Base w /2WRM, Remote LED & Test capabilities.Connects to detec- tion circuit via pigtail leads. Minimum Alarm Current 19 mA @ 24 Vdc. 70- 501000 -101 4WRB N/A 4 -W Base w /4WRM, Remote LED & Test capabilities. Connects to detec- tion circuit via pigtail leads. Minimum Alarm Current 35 mA @ 24 Vdc. • 70- 500000 -004 2WRM N/A SPDT Relay for 2WRB.Bases. Contacts rated 1.0 A, 30 Vdc /0.5 A, • 125 Vac. 70- 500000 -102 4WRM N/A SPDT Relay for 4WRB Bases. Contacts rated 1.0 A, 30 Vdc /0.5 A, 125 Vac. 70- 501000 -003 MA -001 MAFE1 Mechanical Adapter allows CPD -705X and PSD -715X Detectors to phys- ically connect to Base P /Ns 70- 201000 -001, -002, -003, -005 & DH -22. • Table 4: Ordering Information Part Number Model Description • Detector Heads - Ionization Smoke 70- 540000 -001 CPD -7054 Ionization Advanced Smoke Detector (cULus) 70- 540000 -002 CPD -7054D Ionization Advanced Smoke Detector (cULus) Detector Heads - Photoelectric Smoke • 71- 570000 -001 PSD -7157 Photoelectric Advanced Smoke Detector (cULus) 71- 570000 -002 PSD -7157D Photoelectric Advanced Smoke Detector (cULus) Detector Heads - Heat 70- 520000 -001 THD -7052 . 135 °F (57 °C) Fixed Heat Detector, 15 °F ( -9 °C) Rate of Rise (cULus) 70- 530000 -001 THD -7053 135 °F (57 °C) Fixed Heat Detector (cULus) Detector Bases 70- 501000 -001 2 -Wire 2 -Wire Standard Base 70- 501000 -002 2WRLT 2 -Wire Base with Remote LED and Test Capabilities 70- 501000 -005 2WRB 2 -Wire Base with Auxiliary Relay, Remote LED and Test Capabilities 70- 501000 -101 4WRB 4 -Wire Base with Auxiliary Relay, Remote LED and Test Capabilities 70- 500000 -004 2WRM Spare 2 -Wire Relay Module • 70- 500000 -102 4WRM Spare 4 -Wire Relay Module • -5- • • • • • • • • Table 4: Ordering Information (Continued) Part Number Model Description • Detector Accessories 06- 117883 -001 Test 'Magnet 29- 116788 -001 EOL Supervisory Relay 70- 200000 -911 RA -911 Remote Alarm Indicator 70- 200000 -914 RA -914 Remote Alarm Indicator with Smoke Detector Switch 70- 500000 -003 DST -003 Advanced Handheld Wireless Smoke Detector Sensitivity Tester 70- 501000 -003 MA -001 Mechanical Retrofit Adapter • • • • This literature is provided for informational purposes only. KIDDE - FENWAL, INC. assumes no responsibility for the product's suitability for a particular application. The • product must be properly applied to work correctly. . Protection Systems If you need more information on this product, or if you have a particular problem or ques- A UTC Fire & Security Company tion, contact KIDDE - FENWAL, INC., Ashland, MA 01721. Telephone: (508) 881 -2000. Moin Ashiancl, ;SAC i7'1 F - 70 - 02 Rev AD © 2008 Kidde - Fenwal Inc. Printed in USA . " P , ' 2c ' c F ar. i!:F.RP, I.Rri2rl VAV.v. (pew, If c•,ro:r, • GES3 Emergency Notification Evacuation Strobe, Selectable Candela Low Profile Model Number Part Number Lens Color Nominal Voltage • Candela • GESA24PWR 904- 1335 -002 Amber 24 VDC 15, 30, 60, 75, 110 • telt.YeVZI�h►1►d�E:aimig mnimummra UI m e . - (e1 .9:3•ZI iTl' 90 - 337 -002 11.1aMMIUMMII 5, 30, 60, 75, 0 • X41. 9: YZl ENII II I `'IILISEcfclaKeYvimalm�Z \� /�I�)•i6' cTOPORTIIIfGa - - n- •1 - • -1r 1 .f -- r GESG24PWW 904 - 1340 -002 24VDC 15, 30, 60,75, 110 [ N�C1: YZl ,4V:�EIKSKLIfE�AY��a�Z►y /�I�)• c � . � - � - -24' ► ►► 90'- 3'2 -002 ' 2 V 5, 0, .0, 75, 0 • GEC3 Emergency Notification Evacuation Horn /Strobe, Selectable Candela Low Profile Model Number Part Number Lens Color Nominal Candela Reverberant - In Anechoic Voltage dBA ® 10ft. Room dBA Per UL 464 ®10ft. MaitIZIU TA:S:I•LISkY -VEIA0 -, •, ••, • • . •• 2 ' IT ►1 • 0' - 28 -002 ' m • er 2 T 5, 30, 60, 75, 0 62 -82 00 GECB24PWR 904 - 1329 -002 Blue 24 VDC 15, 30, 60, 75, 110 62 -82 100 GECB24PWW 904 - 1330 -002 Blue 24VDC 15, 30, 60, 75, 110 62 -82 100 - 2 V 90 33 -002 reen 2 T i 5, 30, 60, 75, 0 62 -82 00 GECG24PWW 904 - 1332 -002 Green 24 VDC 15, 30, 60, 75, 110 62 -82 100 GECR24PWR 904 - 1333 -002 Red 24 VDC 15, 30, 60, 75, 110 62 -82 100 GECB24PWW 904 - 1334 -002 Red 24 VDC 15, 30, 60, 75, 110 62 -82 100 Notes: • The GE3 Emergency Notification Evacuation Series is not listed for outdoor use. • Operating temperature: 32 °to 120 °F (0° to 49° C). • For nominal and peak current across UL regulated voltage range for filtered DC power and unfiltered (FWR • [Full Wave Rectified]) power, see installation manual. • Gentex does not recommend using a coded or pulsing signaling circuit with any of our strobe products • (see Technical Bulletin Number 014). Model designations: "P•" = Plain (no lettering), "W" = Wall Mount, "R" = Red Faceplate / "W" = Off -White Faceplate Lens Colors: "B" = Blue "R" = Red "A" = Amber "G" = Green • Horn Mode Minimum dBA Minimum dBA Regulated 24VDC 10ft. per @ 10ft. per Max. Operating. UL464 (HIGH) UL464 (LOW) @ High Setting (mA) Emergency Notification Evacuation Strobe Current Ratings Temporal 3 2400Hz 78 71' 28 Candela 15cd 30cd 60cd 75cd 110cd Temporal 3 Mechanical 76 70' 25 24 VDC 74mA 88mA 134mA 156mA 199mA temporal 3 Chime 70' 66' 15 UL Max2 113mA 134mA 212mA 253mA 346mA ' Continuous 2400Hz 81 74' 28 Continuous Mechanical 80 72' 25 Continuous Chime 70' 66• 15 Whoop 82 69• 56 `Operating the horn in this mode at this voltage will result in not meeting the minimum UL reverberant sound level required for public • mode fire protection service. These settings are acceptable only for private mode fire alarm use. Use the high dBA setting for public mode application (not applicable when using the chime tone. The chime tone is always private mode). Notes: The sound output for the temporal 3 tone is rated lower since the time the hom is off is averaged into the sound output rating. While the horn is producing a tone in the temporal 3 mode its sound pressure is the same as the continuous mode. To obtain the horn /strobe current draw, add the strobe current draw and the horn current draw. 1 The listed reverberant dBA are for the continuous tone mode. The Temporal 3 tone has a reverberant dBA 10ft. per UL 464 is 77 -83. with a horn current draw of 34mA. 2 RMS current ratings are per UL average RMS method. UL max current rating is the maximum RMS current within the listed voltage range (16 -33VDC for 24VDC units) (8 -17VDC for 12VDC units). For strobes the UL max current is usually at the minimum listed voltage (16VDC for 24VDC units) (8VDC for 12VDC units). For audibles the max current is usually at the maximum listed voltage. For unfiltered FWR ratings, see installation manual. • Switch Locations Mounting Super- Slide 5.^.1TCtf POTION 4 � i „ � Ka a anics• Gv ON ON 40 _ • . _,) �—.� - iT..� - Mechanical-Cent Cord CFF ON ON /L r =: HI Temp. ON OFF ON — and strobe OFF OFF ON G rr i' -- r, c I1 'I ( 6 _ ,�!_ , 4 �� H. co- Chl,.«Tac:p ON OFF •�� ' � � IY~t'' l �i Ci:ipreCan. OFF ON OFF --- _______ , �J vmn, ON OFF O FF • ; vmooc OFF 011= OFF j 1 ( '� I ,, ...„.:...c.-_____ VllIl I r •J _ 1 i I + Switch ositiona 1 and 2 • I _ i r q � / in the off position to select _ t t � f ? l1 1 / r, isolated l ., j �• I - 1 `A f • • l , i i ' I N I u^J Isolated horn Inputs. 1 l i ` -ma y f t - T ' , ISIS - - r Die Cast Metal Mounting Plate: Mounts to single gang, `{ ” ON double gang 4" square boxes or GSB box. I k '� ��1± Cpl Checkmate' - Instant Voltage Verification = I ` : " ' 1 2 3 4 5 6 .� r� g ... Candela Selection -� 1l I : f r 3i Ca -lNu ••C:CCI:on :.der • � - I k ` ll 1.1 aa}} ` -"' ii: E. 1 t lt aE � 1 + : W ng. and lde Ich o dered """' • i r brig h;na5s Iev4l v insert Into , „ 1 • hole at tho bcatom at the '► fJ �• ` ------1 r Break on p:n and The access holes are provided in the back of the terminal selecior to lock cande a settng ` I — Signal must be removed hem ' iraael � 11 block to allow the voltage to be measured directly without bracket and pin Lashed lonaard sckd., from backside ad of tcle r I I removing the device. Typically this would be done at the to change oandela. -! I I' ' W \ .. .I end of the line to confirm design criteria. Most measure- r i ments will be taken using the S+ and S- locations J J I -p s . i t although access is provided to other locations. NOTE: 1 U Care should be taken to not short the test probes. Conventional Wiring Diagrams for Emergency Notification Evacuation Series UL Listed UL Listed Control CPanell signal signal Panel Signal Signal so S. S- H. H- S. So 5- H. H- S+ S+ S- H+ H- S+ S+ S- H+ H- Supervised D r� , L G `. Supervised I S 1 s ® ® 0 o. 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F........ i??... fi......... Fi�i?? F�AS? .'i.,........�r / rr{{ ? {yrr {. �r fir Wiring Diagram Emergency Notification Series with Gentex Synchronization Module F.A.C.P. . END OF LINE 4. RE99TOR FOR TO NEXT SIGNAL • TO NOTIFICATION ALARM ORCUIT GLAia • NIRLY0 =IF TO NEXT SIGNAL - TO NOTIFICATION ALARM CIRCUIT REMOVE JUMPER FOR INDEPENDENT Z 0'2) SYNCHRONIZED STRO AUDIBLE SIGNAL °a ENO OF UNE AND HORN OPERATION _ REOMOR FOR CIRCUIT CUSS a SYNCHHONIZATION LEAVE JUMPERIN PLACE AIRING ONLY TO ELIMINATE NEED FOR MODULE m m hl HORN INPUT ON AVSM LEAVE JUMPER IN PLACE ON �''(((lll / SLAVE UNITS UNLESS SEPARATE AND OPERATE SIGNAL CONTROL OVER HORN CKT ® �/• IS REQUIRED. IN UNISON MODE 00 �C.r Z S YNCHRONIZATION �u MODULE Saaal Signal S• S• H• el. S• S• 8• H• s e el Ir i s e e l DID OFO ISTORF E • VISIBLE SIGNAL I IR9 E CIRCUIT I I I I W114940 ONLY I I I END ac- LINL • ..�_� _______________ _______________- _____- ________ IR CLARL FUN - I I C 1 1 wlWrq OHM _... L Note: See Technical Bulletin 015 for proper synchronization module for application. Architect & Engineering Specifications: The audible and /or visible signal shall be Gentex GE3 Emergency Notification Evacuation Series or approved equal and shall be listed by Underwriters Laboratories Inc. per UL 1638 and UL 464. The notification appliance shall also be listed with the California State Fire Marshal (CSFM) and the Bureau of Standards and Appeals (NYC). The notification appliance (combination audibleNisible) shall produce a peak sound output of 100dBA or greater as measured in an anechoic chamber. • • The signaling appliance shall also have the capability to silence the audible signal while leaving the visible signal energized with the use of a single pair of power wires. Additionally, the user shall be able to select either continuous or temporal tone output with the temporal signal having the ability to be syn- chronized. Unit shall be capable of being installed so that any unauthorized attempt to change the candela setting will result in a trouble signal at the fire alarm control panel. The audibleNisible and visible signaling appliance shall also maintain a minimum flash rate of 1 Hz or up to 2 Hz regardless of power input voltage. The appliance shall have an operating current of 74mA or less at 24 VDC for the 15Cd strobe circuit. The appliance shall be polarized to allow for electrical supervision of the system wiring. The unit shall be provided with a mounting bracket with termi- nals with barriers for input/output wiring and,be able to mount to a single gang or double gang box or double workbox without the use of an adapter plate. The unit shall have an input voltage range of 16-33 volts with either direct current of full wave rectified power for 24 volt models. The appliance shall be capable of testing supervision without disconnecting wires. Also the appliance shall be capable of mounting to a surface back box. The unit shall also be able to verify voltage at the unit without removing unit. 24 units per carton 28 pounds per carton x ?s f,, • •{ SSFFSxFtFSxFSS `FFF " ?ttf "FxtxSFS ??r 'FFF "F FFttxt // %SxxFr/ / 'f/ r/ r/+ o- xFxx:rrxSSSSSSSSSSSFrrr x F.P::tSxx"`: nfrFFxtSFSxSSr SSxSSxx SSrF ?x xSx g `s:�#frr£' ar'sxr#rrr xrr� r •� #x xzxxr ,, r xxr. rxxr. r : sFx r : xxxr s #s x T x'r r s ? E s Hi£ �< rsFr�%r s�; sr ✓" ▪ x }x # ##s «xrxrxrx:rr. £..^# � xr, #z xssrr^s'ss ##` �#£ #� #z # # /#iSis� rrrrrxsrxx ><Frsr :,r#rz£ #ss #rrr x {F `x'rF`rx,FF.. xrx# rsr::: xr?, s #s # FxFSS #s££rzr : : : / .rrsx z ,.,fi Moors 1 /o x ' > s These maserials have been prepared by Gent ex Corporation ('G enic. ) 'or infonnecional purposes only. am 551 - 0045 -01 # necessarily aaonaly, CUM aro non pueared ;o serve as legal advice end should n01 be used as such. � , • ti k}itfr 4.c' uem a ad ' ` F; ,} kit ,ufr Genial makes no :eprmenxcions and waramies, express or implied, :hat these materials are complete ' ((•ic:} }}kk rr.6 end caw, up-lo-Aoe, or in compliance wish a0 relevant local, 9:ate end federal laws. reguta :ions and ,� .. ^ •.� ?• Fk:v2% 3'' E $. x Lk V •,. Er: A @$ Nles. The ma:O afs do non address a0 legal considerations as :hero is inevitalle uncertainty regarding interpre•.a:ian 01 laws. reg0300DA9 anal rules anal the application of such laws, regulations and ties l0 partic- ular fact p0::erns. Each per90fy9 001v1:1es can A :fereniy 09':00 the obligations that exist Linde applicable Fire Protection Products: www.gentex.corrl laws. regulations or Mes. Theref ore, thew 0a:elals shadrl be used only far informational purposes and ' 10985 Chicago Drive Box 310 • Zeeland, Michigan 49464 should not be uced as a peps :isrro for seeking professional legaladvice. licheea will not be responsible for any action or :allure :o act In reamer, upon the in'armauon curtained in this material. 616.392.7195 • 1.800.436.8391 • 616.392.4219 Fax Genre,.. <ppa•auon Ielorm. the r1cht to make changes to the product data sheets al thei dis:retion 0 Punted on Recycled Paper JOB NAME: CALYPTE BIOMEDICAL SYSTEM TYPE: NOVEC PROTECTED AREA: COMPUTER ROOM AC >Branch:: »1�<. VAC>:><:>::<>:<<;:>;:>;<::::::;::;::;:<>::>:::»>::<<<;.:>;«;:<;<::>::>::»::i>:;:;:<:< ::: >;::::: >;:«::«: > >«;: > ><: <:<> ': Control Panel 1.3 1 1.3 Power Supply Module 1.9 1 1.9 Aux Power Supply Modules 1.9 0 0 Minimum Requirement is i 15 Amps :: C ?: rari. . arrant:-. ::::::: < >! : > ! >? '. - 1::::!::::::::::::::::::::::::: :.::.: :Ai ,:: d : :::>...... «:::::::::::: :::> ::::: ` : : : : ::.. ta1. ,4mp L oad. :. S stemStandb > Power >:R .... merits:::: ? :::<::!:<:i:ii<5i i.:: ::::::::::<:z::::' >:: > > >:: »:: i<: ::::s:::< :::«::::::::::::::' ::::::: €:< : ................................................................:................ .................... Standby Module / Max Standby Current (Amps) System Current (Amps) Modules Fenwal 732 Control Panel (note 1) 0.1000 1 0.1000 Programable Relays 0.0000 1 0.0000 Field Devices Photoelectric Detector 0.0007 2 0.0014 Standb ;:loan: >::A ri ps ::> ?:< : >r;:: : >! > <i:; 01014 S y st. . em Al it:e lei ::::u� i Pow re.meritsi:: i :ii :: :.;;:: : :ill ;; ;:;::,,<:««<.;: : : :: :.; ;.;:«.;;; :: :: : : ::;:.;:.; > i. : : :; <:::>>:::::>::::»»>: <::::«::�:: :: >::::::::::: »:: Alarm Module / Max Alarm Current (Amps) System Current (Amps) Modules Fenwal 732 Control Panel (note 1) 0.2400 1 0.2400 Releasing Solenoid - Momentary (note 6) 0.2000 1 0.2000 #1 Notification Circuit Supervision 1.5000 1 1.5000 #2 Notification Circuit Supervision 1.5000 1 1.5000 Field Devices , Photoelectric Detector 0.0700 2 0.1400 ::Alafnl:lwo l » >:Att s<:: <<;i : : ::<< :::::::::::::::::3:58QQ. Tota Batter : > ci ::Re ui ed:;:: >:::«::: «« > » :q : : :::: >: » » » »> »> » >: » »: » » >:::: » >::: »:::: : ::::: >:.> :::: >:::: >:::: >:::: >:: » >:: < «: >;:; >;:: >>;< : :>: «<:: >;:»:: >;: > ::: :::: ::: > ;«;:; . ............: ........: ........... Current (Amps; (x) Factor Total Standby Load Required Standby Time (24,60,90) Min. 0.1014 24 2.4336 Total Alarm Load Required Alarm Time (5 Min = 0.084) OR (10 Min = 0.167) 3.58 0.084 0.3007 Am p!:H:our.s::R uireil:;i ! > < ! <''!! [ { ?::' €::2;7343. X69 >'.':0 54 . Dr o e .. : : a ........::. � ......... ..........:.:.. ,,.,::. :Total<Ainp:H.oues::Rei1u€ redii::;< > » >;;<; < 28. 1) The standby and alarm values for the Fenwal 732 include the trouble relay. 2) The auxiliary power output current value stated is the maximum allowed. 3) The standby current for all detection is for each detector. The alarm current is for the detection circuit. 4) The current value stated for the notification appliance circuits is the maximum each. 5) The current value stated for the release sloenoid steady circuits is the maximum. 6) Momentary agent release solenoids and initiators are negligible in their current requirements and do not need to be included in the calculation. • • Effective: July 2007 • • Fenwal Engineered Fire s. FE „„:: „, ; Suppression System • Designed for use with 3MTM NovecTM 1230 Fire Protection Fluid Protection Systems • NovecTM 1230 Fire Protection Fluid Data Sheet A UTC Fire & Security Company F-44 -1900 FEATURES Novec 1230 fluid has been evaluated for cardiac sensiti- zation in accordance with test protocols approved by the • People Safe at Concentration Levels Required to United States Environmental Protection Agency (U.S. Extinguish Fire EPA). The EPA's SNAP Program classifies Novec 1230 • Zero Ozone Depletion Potential fluid as acceptable for use as a total flooding agent in • Atmospheric Lifetime of Five Days occupied spaces with specific limitations. Refer to the • Colorless, with Low Odor and No Particulate or Oily SNAP program rules or NFPA 2001 for more information. Residue Allowing for Minimal Business Disruption Novec 1230 fluid has been judged acceptable by the U.S. After a Discharge EPA for use in occupied spaces when used in accor- • Electrically Non - Conductive dance with the guidance of NFPA 2001. In accordance • Space Saving; Quantity of Agent Needed to Extin with NFPA 2001, Novec 1230 fluid designed for use with guish Fires Typically Required Minimal Cylinders, agent vapor concentrations up to ten volume percent in thus Minimal Space Required air are permitted. See NFPA 2001, Sect. 1 -6, Safety. EXTINGUISHING AGENT Although Novec 1230 fluid has negligible toxicity in con - • 3MT"" NovecTM 1230 Fire Protection Fluid is a flurori- centrations needed to suppress most fires, certain safety considerations must be observed when applying and naized ketone (FK -5 1 12) Dodecafluoro-2-methylpen- handling the agent. For example, Novec 1230 fluid is a tan -3 -one) compound of carbon, fluorine and oxygen CF C O CF CF It is colorless, electrically non- liquid at room temperature and has been superpressur- ( CF 3 2 ( ) ( 3)2) y ized with dry nitrogen. Upon release to atmospheric pres- conductive and has a low odor. It suppresses fire prima- sure (e.g., from nozzles) the liquid flash evaporates at a rily by physical mechanisms with minimal effect on the low temperature. Thus, nozzles must be located to avoid available oxygen. This allows people to see and breathe, direct impingement on personnel. permitting them to leave the fire area safely. DECOMPOSITION Novec 1230 fluid is acceptable for use in occupied spaces when used in accordance with the United States When Novec 1230 fluid is exposed to high temperatures, Environmental Protection Agency (EPA) Significant New such as what may be expected in a flame front, hazard - Alternatives Policy (SNAP) program rules. ous products of thermal decomposition (halogen acids) are produced. If the Novec 1230 fluid is discharged in 10 Although Novec 1230 fluid is considered non-toxic to seconds or less, flames will be extinguished rapidly and humans in concentrations necessary to extinguish most the amount of•by- products produced will be minimal. fires, certain safety considerations should be observed • when applying and handling the agent. The discharge of CLEANLINESS • • Novec 1230 fluid may create a hazard to people from the Novec 1230 fluid is clean and leaves no residue, thereby decomposition products which result when the agent is eliminating costly after -fire clean -up and keeping expen- exposed to fire or other hot surfaces. Exposure to the sive downtime to a minimum. Most materials such as agent is generally of less concern than is exposure to the steel, stainless steel, aluminum, brass and other metals decomposition products. Unnecessary exposure to the as well as plastics, rubber and electronic components are • agent or the decomposition products should be avoided. unaffected by exposure to Novec 1230 fluid. TOXICITY APPROVALS • Unnecessary exposure to clean agents is to be avoided Novec 1230 fluid complies with the NFPA Standard 2001, in accordance with the requirements of NFPA -2001. As Standard for Clean Agent Fire Extinguishing Systems, such, upon operation of a system pre- discharge alarm, EPA SNAP Program, •(Significant New Alternate Policy), all personnel should immediately exit the protected Underwriters Laboratories, Inc. (UL) FM Approvals (FM). space. In no case shall personnel remain in a room in which there is a fire. In the very unlikely instance where a clean agent system should, discharge unexpectedly into an occupied room, all personnel should proceed in a calm and orderly manner to an exit and leave the room. • • • • • • USE Fenwal Engineered.Systems Designed for use with 3MTM Table 3: Novec 1230 Fluid Design Concentrations NovecTM 1230 Fire Protection Fluid are designed to extinguish fires in specific hazards or equipment located where an electrically non - conductive agent is required, Fuel Design Concentration, % v/v where agent cleanup creates a problem, where extin- 1 Butane 6.37 guishing capability with low weight is a factor and where the hazard is normally occupied by personnel. Novec 1 - Propanol 7.02 1230 fluid is an acceptable alternative to Halon and is approved by the EPA and NFPA for use in fire suppres- tnmethylpentane• 6.11 sion systems. 2 butoxyethanol 6.76 Table 1: Novec 1230 Fluid Physical Properties Acetone 5.59 Chemical Formula CF Acetonitrile 4.20 Molecular Weight 316.04 Commercial Heptarie 5.72 Freezing Point - 162.4 °F (- 108.0 °C) Commercial Hexanes 5.59 Boiling Point at 1 Atm. 120.6 °F (49.2 °C) Cyclohexane 5.85 Critical Temperature 335.6 °F (168.7 °C) Cyclopentanone 5.98 Critical Density 39.91 Ib. /ft. (639.1 kg /m Denatured Alcohol 6.89 (92.2% EtOH, 4.6% IPA, Critical Pressure 270.44 PSIA (1865 kPa) and 3.1% McOH ) • Critical Volume 0.0251cu.ft.Abm (494.5 cc /mole Diesel Fuel 4.42 • Ozone Depletion Potential 0 Diethl Ether 6.37 Global VVarming Potential 1 Ethanol 7.15 Ethyl Acetate 6.11 Table 2: Novec 1230 Fluid Toxicity Properties Gasoline - 87 oct. unleaded 5.85 NOAEL 10% Hexene 5.98 (No Observable Adverse Effect Level) • Isooctane 6.11 • LOAEL 10% > • (Lowest Observable Adverse Effect Level) Isopropanol Alcohol - 6.37 • Methane • 7.28 Methanol • 8.45 Methyl Ethyl Ketone 5.85 Methyl Isobutyl Ketone 5.72 Methyl Tert Butyl Ether 5.95 n- Heptane 5.85 n- Pentane 6.11 Octane 5.72 Propane 7.54 Pyrrolidine 6.11 • Technical Heptane 5.59 -2- Table 3: Novec 1230 Fluid Design Concentrations (Continued) Fuel . Design Concentration, % v/v Tetrahydrofuran 6.50 • Toluene 4.55 'Transformer Oil • 5.85 • Minimum Design Concentration for Class A and de- energized Class C Fires = 4.2% • Design concentrations for Class B Fire are shown in the above table and include a 30% safety factor from the minimum extinguishing concentration. • • • • • • -3- • • • • • • Fenwal is a registered trademark of Kidde - Fenwal, Inc. • 3M and Novec are trademarks of 3M. • All other trademarks are property of their respective owners. • This literature is provided for informational purposes only. KIDDE - FENWAL, INC. assumes no responsibility for the product's suitability for a particular application. The [�?? product must be properly applied to work correctly. Protection °�ysfeara' If you need more information on this product, or.if you have a particular problem or ques- A UTC Fire & Security Company tion, contact KIDDE - FENWAL, INC., Ashland, MA 01721. Telephone: (508) 881 -2000. • Achia. 017'1 F44 - 1900 Rev AB ©2007Kidde F aa iQF.F81 = Fenwal Inc. Printed in USA sceo:�c Yl'.rl • • • • . Effective: July 2007 Fenwal Engineered Fire • Suppression System . Designed for use with 3M TM Novec TM 1230 Fire Protection Fluid c - Protection Systems Cylinder and Valve Assemblies, 10 Ib. to 70 Ib. Capacity, Vertical Mount Only A UTC Fire & Security Company F -44 -2010 • P/N: 44 NOTES FEATURES 1. The safety cap must be installed on the valve outlet at all times, except when the cylinders are con- • For use with UL Listed, ULC Listed, and FM Approvals nected to the system piping, or being filled. The • Systems safety cap must not be removed from its chain. 2. See F -44 -2070 for additional information. • 3. Cylinders are vertical mount only. • • • 1.10g1 CYLINDER VALVE ORDERING INFORMATION . J SAFETY CAP • • 1► Dimensions Part Number Cylinder _= Size A B C • - 44- 100010-001 10 Ib. 7 -5/64 in. 13-11/32 in. 17 -19/64 in. --- 44- 100020 -001 20 Ib. 7 -5/64 in. 21 -1/64 in. 24 -31/32 in. SYPHON TUBE 44- 100040 -001 40 Ib. 9 in 22 -51/64 in. 26 -49/64 in. C 44- 100070 -001 70 lb. 9 in. 34 -7/8 in. 38 -53/64 in. i ji • 4 — CYLINDER A • • • MATERIALS • Valve Body: Brass • Cylinder: Steel, Painted Red • Fenwal is a registered trademark of Kidde- Fenwal, Inc. 3M and Novec are trademarks of 3M. All other trademarks are property of their respective owners. This literature is provided for informational purposes only. KIDDE - FENWAL, INC. assumes Fenwal Protection Systems • no responsibility for the products suitability for a particular application. The product must be A UTC Fire & Security Company properly applied to work correctly. 400 Main Street If you need more information on this product, or if you have a particular problem or question.' Ashland; MA 01721 Ph: 508.881.2000 F - 44 - 2010 Rev AB © 2007 Kidde - Fenwal Inc. Printed in USA Fax: 508.881.8920 • www.fenwalfire.com • • • • • • • Fenwal Engineered Effective March 2005 • Fire - Suppression System • F-04 -8017 Designed for use with 3MTM Novec 1230 Fire Protection Fluid • Electric Control Head, Stackable Explosion Proof FEIJA • • Component Sheet P /N: 486500 -01 FEATURES • • For use with UL Listed, ULC Listed and FM Approved Systems 2.90 in. • (74 mm) • 1.25 -18 UNEF -2A • / CONNECTION • I r i 1 1 t 1/2 " -14 NPT • CONDUIT CONNECTION • 5.28 in. (134 mm) • • (3) 18 AWG -LEADS 18" LONG SWIVEL NUT 1.25 -18 UNEF -2B • 11111111 CONNECTION Note: This control head is polarized. Improper wiring will result in operational failure of this device. TECHNICAL DATA • Voltage: 24 Vdc A CAUTION • • Current: 0.2 A Continuous Draw The Stackable Control Head, P/N 486500 -1, cannot A WARNING be used with the 3" valve cylinders (P /N 45- • 100600 -001, 45- 100601 -001, 45- 100900 -001 and 45- Electric Control Head, P/N 486500 -01, is 100901 -001). The stackable control head does not • designed for installation. directly on Fenwal have sufficient force to activate the 3" valve and • Engineered Cylinder valves only. This control may result in' a system failure. The electric/ head must not be installed on any other type of manual control heads (P /Ns 890181, 890149, cylinder valve,. or stop (directional) valves. 890165 and 81- 100000 -001) may be used with the Installation of this control head to any other 3" .valve._ device (e.g., pressure operated_ control head) will result in failure of the device to operate. Fenwal is a registered trademark of Kidde - Fenwal, Inc. 3M and Novec are trademarks of 3M. All other trademarks are property of their respective owners. . �+ M This literature is provided for informational purposes only. KIDDE - FENWAL,INC. assumes • \O) F E .� no responsibility for the product's suitability for a particular application. The product must 1 be properly applied to perform as described herein. If you need more information on this product, or if you have o question, contact KIDDE- Prot Systems FENWAL. INC., Ashland, MA01721: Telephone (508) 881 -2000 it KIDDE- FENWAL, INC. 400 MAIN STREET. ASHLAND. MA 0172 F-44 -8017 ©2005 Kidde - Fenwal, Inc. Printed in U.S.A. • A m as k TEL: (508)881-2000 FAX: (508) 881 -8920 �s � www.tonwalfiro.com • • Fenwal Engineered Effective March 2005 • Fire Suppression System F44.8130 • Designed for use with 3MTM Novec TM 1230 Fire Protection Fluid . w m .Cylinder Mounting Straps Component Sheet FE I1WAI.. P /N: 235317, 236125, 281866, 283934, 283945 and 294651 FEATURES • For use with UL Listed, ULC Listed and FM Approved Systems I � B 1 : 1 A F (hole size) I. I I 01 D Cylinder Dimension A Dimension B Dimension C Dimension D Dimension E Dimension F Part • Number Cylinder Size O.D. in. mm in. mm in. mm in. mm in. mm in. mm in. mm 283945 10 Ib., 20 Ib. 7.07 180 6.48 165 9.62 244 8.62 219 1.00 25 2.78 71 0.437 11 283934 40 1b., 70 Ib. 9.00 229 8.16. 207 11.69 297 10.69 272 1.00 25 3.50 89 0.437 11 235317 125 Ib.. 200 Ib. 12.75 324 12.93 329 16.18 411 14.56 370 1.75 44 5.59 142 0.625 16 281866 350 Ib. 16.00 406 15.50 394 19.50 495 17.88 454 1.75 44 6.06 154 0.625 16 294651 600 Ib. 22.00 559 21.56 548 25.75 654 24.12 613 1.75 44 10.25 260 0.625 16 236125 900 Ib. 24.00 610 23.75 603 27.75 705 26.00 660 1.75 44 12.13 308 0.625 16 MATERIALS • • Steel, Painted Black SAE 1020 Fenwal is a registered trademark of Kidde - Fenwal, Inc. 3M and Novec are trademarks of 3M. • • All other trademarks are property of their respective owners. • This literature is provided for informational purposes only. KIDDE-FENWAL.INC. assumes • / no responsibility for the product's suitability for a particular application. The product must be properly applied to perform as described herein. If you need more information on this product, or if you have a question, contact KIDDE- \ Protection Systems FENWAL, INC., Ashland, MA01721; Telephone (508) 881 -2000 KIDDE-FENWAL. INC. / 400 MAIN STREET, ASHLAND, MA 01 721 F-44 -8130 ©2005 Kidde - Fenwal, Inc. Printed in U.S.A. = TEI1508)881 -2000 FAX: (508) 881-8920 ww • • • Fenwal Engineered Effective March zoos F.ire Suppression System F-44 -2100 • • Designed for use with 3MTM NovecTM 1230 Fire Protection Fluid .Valve Outlet Adapters Component Sheet FE N'AL.. • • • P /N:28390X FEATURES • • For use with UL Listed, ULC Listed FM Approvals • Systems • B (VALVE OUTLET CONNECTION) • ri r D I I/ .l • A • (SYSTEM PIPE CONNECTION) Note: For direct connection of cylinder valve to distribution piping. ORDERING INFORMATION Part Size A' B* C' D• Number 11/2 1.874 • 283904 11/2 11Y2 NPT 12 UNJ 2.69 2.50 HEX 2 2.500 283905 2 11'h NPT 12 UNJ 3.12 3.00 HEX •*Note: Dimensions are in inches. . MATERIAL • Brass Fenwal is a registered trademark of Kidde - Fenwal, Inc. 3M and Novec are trademarks of 3M. . • All other trademarks are property of their respective owners. • • \\ This literature is provided for informational purposes only. KIDDE - FENWAL,INC. assumes \�, no responsibility for the product's suitability for a particular application. The product must • / be properly applied to perform as described herein. If you need more information'on this product, or if you have a question, contact KIDDE- Protection Systems FENWAL, INC., Ashland, MA01721; Telephone (508) 881 -2000 KIDDE - FENWAL, INC. 400 MAIN STREET, ASHLAND, MA 01721 F-44 -2100 ©2005 •Kidde- Fenwal, Inc. Printed in U.S.A. • TEL: (508)881-2000 FAX: (508)881 -8920 www.fenwalfire.com • • . . FE . 1 NOVEC Hydraulic Flow Calculation Program Input Data NOVEC.1230 Version 1.0.4 Agency Listing: ULJULC Ex4674, Factory Mutual 3020593 .Project Name: CALYPTE BIOMEDICAL Date: 12/15/10 ;Location: 16290 SW UPPER BOONS FERRY ROAD Project Number: 1050 Hazard Name: COMPUTER ROOM Revision: Data File Name: C: \Program Files (x86) \Fenwal Novec 1230 v1.0.4 \1050 \1050 COMPUTER ROOM.fps . Data File Units: English Customer Information Customer Name: Customer Address: Customer Contact: Contact's Phone Number: Cylinder Information Amount of NOVEC per Cylinder (Ibs): 45.0 Type of Cylinder: 70Ib Cylinder • Quantity of Cylinders: 1 Cylinder Maximum Capacity (Ibs): 70 • Cylinder Initial Temperature(F): 70. Altitude Relative to Sea (ft): 0 Hazard Information • Hazard: COMPUTER ROOM Hazard Type: Class A Fire Concentration Required: 4.20 Hazard Temp. (F): 70.0 Nozzle(s): E1 -N1 180° Nozzle Dimensions (ft): 132.27 X 1.0 X 8.83 Total Agent Required: 44.28 Ibs • Piping Model Section Pipe Cping/ Start End Length Elev. Sch. Size 90's Tee's Union Note1 EQL 1 2 0.0 3.0 40T 11/2 0 None 0 801 40.9 2 3 0.5 0.0 40T 0 0 None 0 0.000 0 3 4 5.4 5.4 40T 0 1 None 0 0.000 0 4 5 4.0 0.0 40T 0 1 None 0 0.000 0 • 5 El-N1 0.3 -0.3 40T 0 1 None 0 44.280 0 1 (Continued) • • • • . 4A FE AL • ... :- ' rrtection Systerns • NOVEC Hydraulic Flow Calculation Program Data Input NOVEC 1230 Version 1.0.4 Agency Listing: UL/ULC Ex4674, Factory Mutual 3020593 Project Name: CALYPTE BIOMEDICAL • Date: 12/15/10 Location: 16290 SW UPPER BOONS FERRY ROAD Project Number: 1050 Hazard Name: COMPUTER ROOM Revision: Note 1: This column is used to indicate either a manifold, fixed agent amount or fixed nozzle orifice diameter. The 800 Series numbers indicate either a single cylinder (801) or multiple cylinders (802 = 2 • cylinders, 803 = 3 cylinders, etc...). This data file has fixed agent amount specified for the nozzle. • • • • • • I : _:. ;: mote uon-Systems: NOVEC Hydraulic Flow Calculation Program Results NOVEC 1230 Version 1.0.4 • Agency Listing: UL /ULC Ex4674, Factory Mutual 3020593 Project Name: CALYPTE BIOMEDICAL Date: 12/15/10 Location: 16290 SW UPPER BOONS FERRY ROAD Project Number: 1050 Hazard Name: COMPUTER ROOM Revision: Customer Information Customer Name: • Customer Address: Customer Contact: Contact's Phone Number: System Information Storage Pressure (psig): 360 Average CyI Pressure (PSIA): 241 Ave Initial Pipe Temp (F): 70 Fill Density (Ibs /cu.ft.): 45.0 Percent Agent in Pipe: 5.3 Average Discharge Time (sec): 10.0 Quantity of Cylinders:. 1 Type of Cylinder: 70 lb Cylinder • Amount per Cylinder (Ibs): 45.0 Total Amount of Agent (Ibs): 45.0 Altitude Relative to Sea (ft): 0 Piping Model Results • Section Pipe Size Length Elev EQL Start Term Flow Start End (in) (ft) (ft) (ft) Tee (PSIA) (Ibs /sec) 1 2 1 1/2 -SCH 4 0.1 3.0 41.0 241 239 5.2 2 3 1/2 - SCH 40 0.5 0.0 1.8 239 228 5.2 3 4 1/2 - SCH 40 5.4 5.4 7.0 228 203 5.2 4 5 1/2 - SCH 40 4.0 0.0 5.6 203 186 5:2 5 E1 -N1 1/2 - SCH 40 0.3 -0.3 1.8 186 181 5.2 • Concentration Results Enclosure Agent Agent Concentration Enclosure Name Volume (cu.ft) Required (Ibs) Discharged (Ibs) Requested / Achieved COMPUTER ROOM 1167.94 44.28 45.00 4.20 4.26 • 1 (Continued) • :ARrotertioh Systems NOVEC Hydraulic Flow Calculation Program Results NOVEC 1230 Version 1.0.4 Agency Listing: UL /ULC Ex4674, Factory Mutual 3020593 Project Name: CALYPTE BIOMEDICAL Date: 12/15/10 Location: 16290 SW UPPER BOONS FERRY ROAD Project Number: 1050 Hazard Name: COMPUTER ROOM Revision: Nozzle Information Nozzle Size Nozzle Nozzle Total Orifice Agent ID (inches) Part Number Style Material Area (sq.in.) Discharged (Ibs) E1 -N1 1/2 -SCH 40 44- 194713- 135 180° Brass 0.1452 45.00 Error Messages • NOVEC Flow Calculation Module Version 1.1.0 No Errors Time and date of calculation 10:47:39 12 -15 -2010 • •