PSD-7157 P55FE1 Photoelectric Advanced Smoke Detector (Open Area, Air Velocities fpm) - our standard!!

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1 Effective: July 005 Detector Bases (- and -Wire for Smoke and Electronic Heat Detector Installation Instruction 0.0 PURPOS This document provides instructions for mounting and wiring -Wire and -Wire Detector Bases that are used with the Smoke and Heat Detector listed in the table below. The table also indicates the Detector UL Compatibility Identifier Number in the CID column Model CID Description CPD-05 I5FE Ionization Smoke Detector - discontinued!! CPD-05D I5FE Ionization Smoke Detector - discontinued!! CPD-05 I5FE Ionization Advanced Smoke Detector (Open Area, Air Velocities 0-00 fpm - discontinued!! CPD-05D I5FE Ionization Advanced Smoke Detector (Open Area, Air Velocities fpm - discontinued!! PSD-55 P55FE Photoelectric Smoke Detector PSD-55P P55FE Photoelectric Smoke Detector PSD-55D P55FE Photoelectric Smoke Detector PSD-5 P5FE Photoelectric Smoke Detector with 5 F Thermal Sensor PSD-5 P55FE Photoelectric Advanced Smoke Detector (Open Area, Air Velocities 0-00 fpm - our standard!! PSD-5D P55FE Photoelectric Advanced Smoke Detector (Open Area, Air Velocities fpm THD-05 P5FE Heat Detector (5 F Fixed Temperature & 5 F Rate-Of-Rise THD-05 P5FE Heat Detector (5 F Fixed Temperature Models CPD-05X are dual chamber Ionization Smoke Detectors that sense visible and invisible products of combustion Models PSD-5X are optical Photoelectric Smoke Detectors that respond to a broad spectrum of both flaming and smoldering fire conditions Models THD-05X are thermistor-based electronic Heat Detectors with a 5 F (5 C Fixed Temperature set point. The Model THD-05 has Rate-Of-Rise of temperature detection feature rated at 5 F (. C per minute All detectors are designed for -Wire and -Wire installation using the appropriate Detector bases. The Smoke and Heat Detectors are UL Listed fo Open Area Protection applications per UL and UL 5 respectively. Detectors may also be installed in systems intended for Releasing Devic Service through use of a compatible Fire Alarm Control Panel DETECTOR BASE MODEL All the smoke and heat detector models identified above can be mounted on any base listed in the following table. The table also indicates the Bas UL Compatibility Identifier Number in the CID column Part No. Model CID Description WIRE FE5A -W Base (Connects to circuit via screw terminals WRLT FE5A -W Base w/ Remote LED & Test capabilities. Connects to detection circuit via screw terminals. Minimum Alarm Current 5 VDC WRB FE55A -W base w/ WRM, Remote LED & Test capabilities. Connects to detection circuit via pigtail leads. Minimum Alarm Current 9 VDC WRB N/A -W base w/ WRM, Remote LED & Test capabilities. Connects to detection circuit via pigtail leads. Minimum Alarm Current 5 VDC WRM N/A SPDT Relay for WRB Bases. Contacts rated.0 A, 0 VDC / 0.5 A, 5 VAC WRM N/A SPDT Relay for WRB Bases. Contacts rated.0 A, 0 VDC / 0.5 A, 5 VAC MA-00 MAFE Mechanical Adapter allows CPD-05X & PSD-5X Detectors to physically connect to Base P/Ns , -00, -00, -005 & DH-. ACCESSORIE Accessories available for the bases identified above are listed in the following table Part No. Model CID Description N/A EOL Supervisory Relay VDC N/A Smoke Detector Test Magnet RA-9 N/A Remote Alarm Indicator RA-9 N/A Remote Alarm Indicator w/ Smoke Detector Test Switch

2 RATING The ratings for the detector bases are provided in the following table; the UL Compatibility Identifier Number is listed in the CID column Detector All Models All models with MA-00 Mechanical Adapter Base Base Model or P/N CID Standby Voltage (VDC Max. Alarm Current (ma Max. Standby Current (µa -WIRE FE5A WRLT FE5A WRB FE5A WRB w/ LED FE55A WRB N/A FE0A FE0A FE0A FE05A Note: Minimum Alarm Impedance = 95 ohms; Maximum Alarm Impedance = 0 ohms. CONTROL UNIT SELECTIO Typical Standby Current (µa For a complete list of UL Compatible Listed Control Panels refer Document No. 0. Detector-Control Panel Compatibility Listing. As per UL Section..(d and UL 5 Section 5..(d, this document also lists the maximum number of detectors that can be connected to each initiatin device circuit of the control unit. This includes any detectors that employ an integral component, such as a relay or sounder that consumes powe during an alarm condition DETECTOR INSTALLATIO SMOKE DETECTORS - OPEN AREA APPLICATION Spacin Smoke Detectors are UL Listed to be installed on maximum 0 foot (9. m centers, typically on smooth ceilings up to 5 feet (. m high and wil operate with minimum air circulation. Resultant maximum 900 square foot (. m spacing may be used as a reasonable guide for comparabl applications. Where special conditions exist (ceiling obstructions, high air exchange rates, etc., reduced spacing must be used to achieve adequat protection. Computer rooms and other such installations may require spacing with a maximum of 00 square feet (. m due to high air exchang rates. For additional information, consult NFPA and the Fenwal Automatic Fire Detection Application Engineering Manual MC-0 Per UL Listing, open area smoke detectors are intended for mounting on a ceiling not less than inches (5 mm from a wall, or on a wall not les than inches (0 mm nor more than inches (5 mm from the ceiling The following locations should always be avoided: areas with excessive exhaust fumes, kitchen areas, near fireplaces or furnace rooms, within thre ( feet of air supply ducts or air diffusers Air Velocitie Velocity Ratings of Detectors when used for Open Area protection are as follows Model Open Area (fpm Model Open Area (fpm CPD PSD-55P CPD-05D 0-00 PSD-55D 0-00 CPD PSD CPD-05D PSD PSD PSD-5D Mountin Bases are mounted directly on the electrical junction boxes (,.5, and inch octagonal; inch round; inch square without any type of mechanica adapter HEAT DETECTORS - OPEN AREA APPLICATION Spacin For UL/cUL applications, the Detectors are listed to be installed on 0 foot (. m centers, typically on smooth ceilings up to 5 feet (. m high an will operate with minimum air circulation. Detectors are intended for mounting on a ceiling not less than 5 feet (0. m from a wall or partition For FM applications, the listed spacing is 5 foot x 5 foot (0. m x 0. m. Where special conditions exist (ceiling obstructions, etc., reduce spacing must be used to achieve adequate protection

3 As per UL 5 Section 55., in order to minimize the possibility of false alarms, detectors shall not be mounted in a location where the thermal air pat to it may be obstructed. For additional information, consult the Fenwal Automatic Fire Detection Application Engineering Manual MC-0, NFPA- and the local AHJ Mountin Bases are mounted directly on the electrical junction boxes (,.5, and inch octagonal; inch round; inch square without any type of mechanica adapter SMOKE DETECTORS - DUCT APPLICATION Genera The NFPA states that Duct Smoke Detectors must not be used as a substitute for open area protection. Duct detection is intended for use in th control of air handling equipment for the purpose of closing dampers or shutting down of air handling units. A Model RA 9 Remote Test Station mus be used in conjunction with all detectors used in ducts. This limits the types of bases that may be used to the WRLT, WRB and WRB. See Figure through 5 for wiring details Pre-installation Rule Fenwal recommends actual measurements of the air flows and examination of engineering specifications that define expected velocities in all model of equipment used to determine if a location is suitable for air duct detection operation. An Alnor Instrument Co., Chicago, IL Model 000P Velometer or equivalent may be used to check the duct air velocity Air Velocitie Velocity Ratings of Detectors when used for In-Duct applications are as follows Model In-Duct (fpm Model In-Duct (fpm CPD PSD-55P CPD-05D PSD-55D Installation Rule Refer to NFPA Appendix-A for detector installation requirements.locate Detectors approximately -duct widths downstream from bends or inlets.these locations are fairly uniform in non-turbulent airflow an homogenous with respect to air/smoke mixing. Exception: Where it is physically impossible to locate the detector accordingly, the detector can be positioned closer than -duct widths, but as far as possible from the opening, bend or deflection plates. Locate duct detectors so that dampers do not restrict air flow at the detector location.locate air duct detectors on the return duct of the equipment s air handling system.however, detectors should not be installed in the return ai damper branch 5.Locate detectors on branch lines if close identification of the source of alarm is required.locate detectors on the downstream side of filters to sense fires in the filters.however, it should be noted that should the filters block the ai flow, sufficient air flow may no longer be present for proper operation of the duct detector.locate detectors, whenever possible, where they can be conveniently observed and readily serviced.locate detectors in return air ducts ahead of mixing areas 9.Do not locate detectors immediately following outside air inlets except to monitor smoke entry to the handling system from an adjacent area 0.When possible, locate detectors upstream of air humidifiers and downstream of dehumidifiers INSTALLATION AND WIRING NOTES AND CAUTION.To ensure proper installation of the detector head to the base, be sure wires are properly dressed at installation.position all wires flat against th base. Take all slack in the outlet box. Route wires away from connector terminals.if the supplied jumper wire has been installed between terminals and (by inserting the jumper into the holes provided in the contact blades o terminals and to test detector loop continuity, be sure to remove the jumper before installing the detector head.do not loop wire under Terminal.Break wire run to provide supervision of connections.observe detector polarity when using LED return wire and when using Remote Test option 5.All relays are shown in normal position (POWER ON.Ratings of Auxiliary contacts are as specified in DETECTOR BASES.The end-of-line supervisory device shall be compatible with the control unit used.the end-of-line supervisory relay utilized shall be and rated fo the DC supply voltage used. The Fenwal end of line relay P/N is rated for VDC operation.when detectors employ the WRB base with relay, all detectors on a loop must be equipped with this option and all must be interconnected t perform a common function.model RA-9 P/N Remote LEDs can be installed with both Smoke (CPD & PSD and Heat (THD Detectors 9.Model RA-9 P/N Remote Test Switches can be installed only with Smoke (CPD & PSD Detectors 0.Do not install detector heads until the area has been thoroughly cleaned of construction debris, dust, etc As per UL Section.., Smoke Detectors are not to be installed with detector guards unless the combination has been evaluated an found suitable for that purpose WIRING DIAGRAM Figures,, and are typical wiring diagrams of -Wire Detector systems and Figure 5 shows a -Wire detector system (field wiring is show dashed

4 } } Figure. Detector Using -Wire Base (Less Options RA-9 RA-9 REMOTE LED REMOTE LED Figure. Detector Using -Wire WRLT Base with Remote Indicator Optio + 5 RA-9 REMOTE LED/ 5 RA-9 REMOTE LED/ Figure. Detector Using -Wire WRLT Base with Remote Indicator and Remote Test Switch Optio + AUX. RELAY RA-9 CONTACTS RA-9 REMOTE LED/ FORM C REMOTE LED/ 5 YELLOW ORANGE BLUE RED 5 AUX. RELAY CONTACTS FORM C YELLOW ORANGE BLUE RED - BLACK BROWN PINK (WRM FACTORY WIRED, DO NOT REMOVE BLACK BLACK BROWN Figure. Detector Using -Wire WRB Base with Relay Modul PINK (WRM FACTORY WIRED, DO NOT REMOVE BLACK

5 } } } + AUX. RELAY AUX. RELAY RA-9 CONTACTS RA-9 CONTACTS REMOTE LED/ FORM C REMOTE LED/ FORM C YELLOW ORANGE BLUE RED 5 5 YELLOW ORANGE BLUE RED RELAY VDC - BROWN PINK (WRM WHITE GREY GREY WHITE FACTORY WIRED, DO NOT REMOVE BROWN PINK (WRM FACTORY WIRED, DO NOT REMOVE WHITE GREY GREY WHITE Figure 5. Detector Using -Wire WRB Base with Relay Modul BASE OPTION LOCKING FEATUR The detector bases include a locking feature that prevents removal of the detector without using a tool. To eliminate this feature, break off the lockin tab shown in Figure, then install the detector. To remove the detector from the base once the locking feature has been activated, insert a smal screwdriver into the slot on the base to push the plastic tab while simultaneously turning the detector head counterclockwise (see Figure Use small bladed screwdriver to push locking tab. Test magnet position 5 R TEST BREAK PLASTIC TAB BY TWISTING TOWARD CENTER OF BASE. BODY. CONTACT ARM. CONTACT SPRING. TERMINAL PLATE 5. JUMPER WIRE (remove before installation of detector head. TERMINAL SCREW. R: RESISTOR (with cover Figure. Detector Using -Wire Base (Less Options RELAY MODULE Relay Modules are not recommended for stand-alone operation. The installation and allowable configurations of the -wire WRM and wire WR are as follows Model WR Install a WRM into a WRLT base to function as a WRB as follows Remove resistors connected to terminals to and to on the WRLT base.insert the WRM into the base.secure into position by twisting clockwise as shown in Figure.Wire the WRM and base according to Figure 5.Secure the wire under terminals and shown in Figure

6 Model WR Install a WRM into a WRLT or WRB base to function as a WRB as follows.remove resistors connected to terminals to and to if converting the WRLT base.remove the WRM if converting the WRB.Insert the WRM into the base.secure into position by twisting clockwise as shown in Figure.Wire the WRM and base according to Figure 5 5.Secure the wire under terminals and shown in Figure RELAY MODULE WRM OR WRM XXX BASE Figure. Relay Modul MECHANICAL RETROFIT ADAPTER (MA 00 The MA-00 (P/N is used to allow all old style Fenwal bases (Series XXX to accept the CPD-05X, PSD-5X and THD 05X detectors. No rewiring is required to retrofit the base. Install as follows.align the components as shown in Figure.Mate the MA-00 to the existing base and twist clockwise to lock in.mate the new detector to the MA-00 and twist clockwise to secure EXISTING FENWAL SERIES XXX BASE RETROFIT ADAPTER MA-00 P/N CPD-05x PSD-5x THD-05x DETECTOR TESTING AND SENSITIVITY METERIN FREQUENC Figure. Installing Mechanical Adapter MA-00 Testing shall be performed upon installation of the detector and once a year thereafter as stated in NFPA- latest edition. Smoke Detector sensitivit shall be metered within one year of installation and every alternative year thereafter as stated in NFPA. The Authority having jurisdiction ma dictate which test to perform GO-NO GO TEST FOR SMOKE (CPD & PSD DETECTOR Equipment Require Test Magnet P/N 0--00, O Canned Smok Test Metho Disengage Alarm Signal Devices, Releasing Devices and Extinguishing Systems prior to performing the following test.use extreme caution when using magnet in EDP Facilities.To be safe, notify EDP management of the intent to use a magnet in their facilities.after powering the detector head for approximately minute, check to see that the indicator LEDs flash.failure to flash indicates a nonfunctioning detector or faulty wiring. Recheck wiring and replace detector head if necessary.

7 .Position the long axis of the test magnet against the side of the detector housing market TEST for at least 5 seconds (See Figure. Th detector should alarm as indicated by steady illumination of the alarm indicator. To return each detector to normal operation, reset the contro unit. O 5.Allow smoke to enter the detector-sensing chamber for a minimum of 0 seconds.when sufficient smoke has entered the chamber, an alar will be indicated by continuous illumination of the LED. Reset each detector and/or control unit after it alarms before attempting to test additiona detectors in the same zone.failure to alarm in tests or 5 indicates a detector requiring service.after taking appropriate corrective action, re-engage Alarm Signal Devices, Releasing Devices and Extinguishing Systems and ensure that th entire system is returned back to normal SENSITIVITY METERING FOR SMOKE (CPD & PSD DETECTOR The equipment and method used to meter Smoke Detector sensitivity is dependent on the Smoke Detector model. Select as follows and refer to th document indicated for additional details Tester Detector Model Reference Document ST-00 CPD-05, CPD-05D, PSD-55, PSD-55P, PSD-55D, PSD DST-00 CPD-05, CPD-05D, PSD-5, PSD-5D 0-0 HEAT TEST FOR HEAT (THD DETECTOR Equipment Require Commercially available low powered heat gu Test Metho Disengage Alarm Signal Devices, Releasing Devices and Extinguishing Systems prior to performing the following test.after powering the detector head for approximately minute, check to see that the indicator LEDs flash.failure to flash indicates nonfunctioning detector or faulty wiring. Recheck wiring and replace detector head if necessary.carefully heat the detector for a minimum period of 0 seconds using a low powered heat gun and maintaining a minimum -foot distanc between its nozzle and the detector. Avoid overheating the detector plastic housing. Use of open flame devices is not recommended a discoloration of the plastic housing is likely and this is a potentially hazardous practice. The detector should alarm as indicated by stead illumination of the alarm indicator LEDs. To return each detector to normal operation, reset the control unit.failure to alarm in test indicates a defective detector requiring service 5.After taking appropriate corrective action, re-engage Alarm Signal Devices, Releasing Devices and Extinguishing Systems and ensure that th entire system is returned back to normal DETECTOR MAINTENANCE TESTING AND MAINTENANC The recommended requirement for detector maintenance consists of an annual cleaning of dust from the detector head by using the suction of vacuum cleaner. Cleaning programs should be geared to the individual environment in conformance with NFPA! CAUTION Do not attempt disassembly of the factory sealed smoke or heat detectors. This assembly is sealed for your protection and shoul not be opened for servicing. Opening of the detector will void its warranty SPARE PART Smoke and Heat Detectors and Bases are factory repairable only and have no field serviceable spare parts. No field repair should therefore b attempted. For service, return the device intact to Kidde-Fenwal SPECIAL CONSIDERATIONS FOR CPD-05X DETECTOR The Model CPD-05, CPD-05C, CPD-05D, CPD-05 and CPD-05D Detectors contain Americium as the radioactive source. Thi source is shielded by a stainless steel housing and has a maximum activity of 0. microcuries (9. kbq DETECTOR DISPOSA The United States Nuclear Regulatory Commission (USNRC allows the user of Americium filled smoke detectors to dispose of them withou obtaining a license Under the Code of Federal Regulations, Part 0 (0CFR, Paragraph 0.0, any person receiving, using, owning, etc., by-product material i detectors designed to protect life or property from fires or airborne hazards is automatically granted a general license which, conversely, exempt them from a specific license, thereby allowing them to both receive and dispose of smoke detectors without returning to the manufacturer ORDERING INFORMATIO DETECTOR HEADS - IONIZATION SMOK CPD-05 Ionization Smoke Detector (UL all CPD Models are discontinued!!! CPD-05 Ionization Advanced Smoke Detector ( C CPD-05D Ionization Advanced Smoke Detector ( C

8 DETECTOR HEADS - PHOTOELECTRIC SMOK PSD-55 Photoelectric Smoke Detector (UL PSD-55P Photoelectric Detector for Air Velocities up to,000 fpm (UL PSD-5 Photoelectric Detector with 5F Thermal Sensor (UL PSD-5 Photoelectric Advanced Smoke Detector ( C PSD-5D Photoelectric Advanced Smoke Detector ( C DETECTOR HEADS - HEA THD-05 5 F Fixed Heat Detector w/ 5 F Rate-Of-Rise ( C THD-05 5 F Fixed Heat Detector ( C DETECTOR - BASE WIRE Wire Standard Base WRLT Wire Base with Remote LED & Test Capabilities WRB Wire Base with Auxiliary Relay, Remote LED & Test WRB Wire Base with Auxiliary Relay, Remote LED & Test WRM Spare Wire Relay Module WRM Spare Wire Relay Module DETECTOR - ACCESSORIE Test Magnet EOL Supervisory Relay RA-9 Remote Alarm Indicator RA-9 Remote Alarm Indicator w/ Smoke Detector Test Switch ST-00 Smoke Detector Sensitivity Tester DST-00 Wireless Infrared Smoke Detector Sensitivity Tester MA-00 Mechanical Retrofit Adapter R TM Protection Systems LICO mess-regeltechnik.at office@lico.at Tel office@lico.hu Tel + 50 office@lico.ro Tel These instructions do not purport to cover all the details or variations in the equipmen described, nor do they provide for every possible contingency to be met in connection wit installation, operation and maintenance. All specifications subject to change without no tice. Should further information be desired or should particular problems arise which ar not covered sufficiently for the purchaser's purposes, the matter should be referred t KIDDE-FENWAL, INC., Ashland, MA Rev. BB 005 Kidde-Fenwal, Inc Printed in USA