F220 Series. Installation Instructions. Photoelectric Smoke/Heat Detectors

Transcription

1 F0 Series EN Installation Instrutions Photoeletri Smoke/Heat Detetors

2 F0 Series Installation Instrutions.0 General Information EN.0 General Information. F0-B6 Series Bases Use with the F0 Series Heat and Photoeletri Smoke Detetors. Install them in aordane with NFPA 7, The National Fire Alarm Code. For proper system installation, read and understand NFPA-7, The National Fire Alarm Code before installation. This doument overs mounting, wiring, power requirements, testing, and maintenane for the bases and detetors: For two-wire ompatibility information see the Tehnial Servie Note (P/N: ). For installation guidelines see the Tehnial Servie Note (P/N: 675).. Detetor Features Figure : 4 6 F0 Series features - Detetor front - LED - Thermistor 4 - T mark 5 - Detetor bak 6 - ChamberMaid loation T 5. F0-5/5F/90F Eletroni Rate-of-Rise/Fixed Temperature Heat Detetors Table : Color oding for heat detetors F0-5/5F F0-90F A gray irle around the thermistor. A blak irle around the thermistor. Use with F0 Series bases to provide general property protetion. The F0-5, F0-5F and F0-90F are not life safety devies..4 F0-P/-PTH/-PC/-PTHC Photoeletroni Smoke Detetors The F0P Series Detetors are UL Listed, open-area photoeletri smoke detetors that work with ommerial fire protetive signaling systems and household fire warning systems. Selet the appropriate mounting base to onfigure the detetors for two-wire or four-wire versions. For ommerial and industrial installations, 0 ft (9.4 m) spaing between detetors is reommended. To verify power to the detetor and a funtioning smoke sampling iruitry, a dual olor LED indiator flashes green every eight seonds when operating normally. It flashes one every four seonds when a trouble ondition exists. If the detetor finds an alarm ondition, the LED hanges from flashing green to steady red. The detetor returns to normal when power is interrupted and the alarm ondition lears. Throughout its normal life yle, the smoke detetor monitors and periodially readjusts itself to keep the sensitivity at its fatory alibrated level. When exessively dirty, the detetor s LED flash rate hanges from an eight seond flash rate to a four seond rate. If CleanMe is seleted, the detetor transmits a CleanMe signal to the ompatible ontrol panel to indiate a dirty smoke detetor. See Setion.5 CleanMe toggle to enable CleanMe..5 CleanMe toggle To ativate the CleanMe feature:. Plae a magnet next to the T marked on the detetor base for more than one red LED flash but less than three red LED flashes. The LED flashes green one time and proeeds into the first of two sensitivity reading displays.

3 F0 Series Installation Instrutions.0 General Information EN. When the LED flashes red, plae the magnet near the T again.. Hold the magnet against the T on the detetor base until the green LED flashes twie and the red LED repeats the sensitivity indiation. This turns on the CleanMe feature. 4. The LED flash sequene is as follows: a. single flash green LED b. double flash green LED 5. To disable CleanMe, repeat this proess and verify the double flash returns to a single flash..6 Magnet operation/sensitivity mode The F0P Series Detetors feature a unique magnet operation/sensitivity test. Test the detetor by plaing the magnet next to the T marked on the detetor base for three onseutive flashes to ause an alarm. If the magnet is there for less than three flashes and more than one flash, the detetor goes into Sensitivity Mode. Table desribes the different LED flash rates for the Sensitivity Mode. Table : Red LED flash definition.6. Normal sensitivity LED flash example (see Figure ). Enter Sensitivity Mode on the smoke detetor.. The LED flash sequene is as follows: a. three red LED flashes b. a single green LED flash (a separator). three red LED flashes d. a single green LED flash.. The detetor exits sensitivity mode and returns to one green LED flash every eight seonds. Figure : LED flashes for normal operation # of Red Definition Flashes Malfuntioning smoke or heat detetor Normally operating smoke or heat detetor with little or no dirt ontamination 4 to 6 Progressively more ontamination 7 to 0 Trouble ondition, very dirty but still ompensated to %. < % at 0 flashes. <.5%/ft (.5%/0. m) <.0%/ft (.0%/0. m), hane of false alarm inreased <.5%/ft (.5%/0. m) 4 <.0%/ft (.0%/0. m), hane of false alarm greatly inreased 5 < 0.5%/ft (0.5%/0. m), false alarm very likely.6. The LED sensitivity flash proedure. Briefly plae the magnet at the T on the detetor base for at least one red LED flash but less then three LED flashes.. Wait for the first single green LED flash.. Count the number of red LED flashes that follow. This indiates the sensitivity. - Green LED flash - Sequene of three red LED flashes - Green LED flash to leave sensitivity mode 4-8 seonds later 5 - Green LED flash to return to normal operation.6. Normal CleanMe sensitivity LED flash proedure. Briefly plae the magnet at the T on the detetor base for at least one red LED flash but less than three red LED flashes.. Wait for the LED to flash green three times.. Count the number of red LED flashes that follow. This indiates the sensitivity..6.4 The CleanMe sensitivity LED flash example. Enter Sensitivity Mode on the smoke detetor.. The LED flash sequene is as follows: a. three red LED flashes b. three green LED flashes (a separator). three red LED flashes d. two green LED flashes.. The detetor exits the sensitivity mode and shows two green LED flashes every eight seonds. 4 5

4 F0 Series Installation Instrutions.0 Produt family desription EN 4 Figure : Normal Sensitivity example of LED flashes for CleanMe.0 Produt family desription Table : Produt Family Desription - Sequene of three green LED flashes - Sequene of three red LED flashes - Two green LED flashes to leave sensitivity mode 4-8 seonds later 5 - Two green LED flashes to return to normal operation.7 Flash rate and trouble indiation A unit with CleanMe ativated double flashes (two flashes within a half seond of eah other) every eight seonds at the same rates as a normal detetor. A normally operating unit flashes every eight seonds. If a detetor is in a trouble ondition due to a dirty lens or a sensor malfuntion, it single or double flashes every four seonds, and the CleanMe trouble signal if enabled, is sent. If CleanMe is seleted and a non-cleanme panel monitors the detetors when the CleanMe signal is sent to the panel, it onsiders the signal an alarm..8 Eletrial supervision When the F0-B6 Series Bases are properly installed, tamper protetion is provided by IN/OUT wiring of the positive power line. The ontrol panel initiates a trouble signal when a detetor is removed from its base. The ontrol panel supervises two-wire systems. An EOL power supervision devie, suh as an D75 or an F0-B6E Power Supervision Base and an EOL resistor as speified by the ontrol panel manufaturer, supervises a four-wire system. 4 5 F0-P Photoeletri smoke detetor only, requires base. F0-PTH Photoeletri smoke detetor w/integral 5 F (57 C) heat sensor, requires base F0-PTHC* Photoeletri smoke detetor w/integral 5 F (57 C) heat sensor and CO enhaned smoke detetion, requires base. F0-PC* Photoeletri smoke detetor with CO enhaned smoke detetion, requires base. F0-B6 Base only, two-wire F0-B6C Base only, four-wire, Form C Auxiliary relay F0-B6R Base only, four-wire, Form A only F0-B6E Base only, for power supervision, four-wire, EOL relay and Form A fire ontats F0-B6RS Base only, four-wire with sounder and Form A fire ontat F0-5 Eletroni heat detetor 5 F (57 C), fixed temperature/rate-of-rise, requires base F0-5F Eletroni heat detetor 5 F (57 C), fixed temperature only, requires base F0-90F Eletroni Heat Detetor 90 F (88 C), fixed temperature only, requires base D75 EOL supervision module for four-wire systems DRA-5 Remote alarm indiator * The F0PC and F0PTHC detet CO as a omponent of a fire. Do not use the F0PC and F0PTHC as CO detetors.. Compatible ontrol panels Two-wire: See Tehnial Servie Note (P/N: ). Bosh Seurity Systems makes no laim written, oral, or implied that the F0 Series Smoke Detetors work with any two-wire ontrol panels exept those speified in the Base Compatibility hart in Tehnial Servie Note (P/N: ). Four-wire: Compatible with all UL Listed four-wire ontrol panels. Refer to the manufaturer s Installation Instrutions for proper EOL resistor seletion.

5 F0 Series Installation Instrutions.0 Mounting EN 5.0 Mounting. Mounting the F0-B6RS/B6/B6R/B6C/B6E Detetor Bases. Follow NFPA-7 guidelines for mounting loations.. Release the base skirt from the mounting base. Use a srewdriver on the outer edge to release two of the four fixing lamps.. Pre-run all system wiring. 4. Mount the base using the two oblong mounting holes. Fits 4 in (0 m) square, AB, and single gang trim plate. 5. Tighten the base to the mounting surfae. Do not over tighten. Depending on loal regulations, you an surfae mount the bases using anhors, mollies, or wing nuts, or you an mount diretly to 4 in (0 m) otagonal eletrial boxes and single gang swith boxes. 4.0 Wiring information 4. Two-wire Detetor Wiring Information Table 4: -wire Terminal Funtions (see Figure 4) DC IN/OUT DC + IN DC + OUT Remote LED output For easy wiring, the EOL resistor onnetions and are exhanged on the last detetor. The eletrial box must be large enough to aommodate the number and size of ondutors speified by the National Eletrial Code or any loal Authorities Having Jurisdition (AHJ). Figure 4: F0-B6 in a Two-wire onfiguration ( ) (+) - EOL resistor

6 F0 Series Installation Instrutions 4.0 Wiring information EN 6 If using the optional DRA-5 Remote Alarm Indiator, onnet the positive (red) lead to terminal and the negative lead (white) to terminal. Figure 5: Remote alarm indiator 4. Four-wire detetor wiring information One D75 per loop is required when using the F0-B6RS base. - DRA-5 remote alarm indiator - Two-wire detetor base - Red wire () 4 - White wire () 4 Terminal Connetions: Do not twist or loop the wires around the terminals. In/Out wires for terminal onnetion must be ut, stripped, and inserted as individual ends. EOL Resistors: Use the EOL resistors supplied or speified by the ontrol panel manufaturer. This also applies to the D75 Module. D75 Power Supervision Relay: When used with VDC systems, onnet the red wire to Terminal on the last base in the run. The yellow wire remains unonneted. For 4 VDC systems, onnet the yellow wire to Terminal. The red wire remains unonneted. (See Figure 6). One D75 or F0-B6E per loop is required when using the F0-B6R/B6C bases. Figure 6: F0-B6R in a four-wire onfiguration with D NO C NO C NO C D75 - Alarm loop (Terminals and ) - Blue wire (Terminal and EOLR, D75) 4 - Blak wire (D75, Common) 5 - Yellow wire (D75 for 4 V systems) 6 - Red wire (D75 for V systems) 7 - EOL resistor

7 F0 Series Installation Instrutions 4.0 Wiring information EN 7 4. Wiring the F0-B6R The F0-B6R is the standard base for four-wire onfigurations. The Alarm Loop Relay (terminals NO and C) is a normally open relay rated 0.5 A use at 00 VDC. The relay loses on alarm. Table 5: F0-B6R Terminal Funtions (see Figure 6) DC IN/OUT DC + IN DC + OUT Remote LED output Alarm Contat NO (Terminal ) Alarm Relay C (Terminal ) 4.4 Wiring the F0-B6C The F0-B6C base has a normally open alarm loop relay and auxiliary Form C (NC/C/NO) ontats. The ontats are rated 0.5 A use at 5 VAC and.0 A use at 0 VDC for resistive loads. Do not use with indutive or apaitive loads. Table 6: F0-B6C terminal funtions (see Figure 7) 4.5 Wiring the F0-B6E The F0-B6E base has a normally open alarm loop relay and an auxiliary set of normally open ontats. The ontats are rated 0.5 A use at 5 VAC and.0 A use at 0 VDC for resistive loads. Do not use with indutive or apaitive loads. The F0-B6E base also provides EOL power supervision through a built in relay. Separate power supervision devies, suh as the D75, are unneessary. Use only one F0-B6E per zone run. It must be the last base on the run. The EOL Relay is rated 0.5 A use at 00 VDC for resistive loads. Table 7: F0-B6E terminal funtions (see Figure 8) DC IN/OUT DC + IN DC + OUT Remote LED output Alarm Form A NO (Terminal ) Alarm Relay Form A C (Terminal ) EOL Relay Form A NO (Terminal ) EOL Relay Form A C (Terminal 4) (Terminal 5) Not onneted DC IN/OUT DC + IN DC + OUT Remote LED output Auxiliary Form C NC (Terminal ) Auxiliary Form C C (Terminal ) Auxiliary Form C NO (Terminal ) Alarm Relay Form A C (Terminal 4) Alarm Relay Form A NO (Terminal 5) Figure 8: F0-B6E power supervision base Figure 7: F0-B6C auxiliary/alarm ontat wiring ( ) C NC C NO NO - Alarm (NO) - Auxiliary alarm relay (+) - Alarm loop (Terminals and ) - Jumper (Terminals and ) - EOL resistor (Terminals and 4)

8 F0 Series Installation Instrutions 4.0 Wiring information EN Wiring the F0-B6RS The alarm loop relay (Terminals NO and C) is a Form A relay rated 0.5 A use at 60 VDC Table 8: F0-B6RS terminal funtions (see Figure ) DC IN/OUT DC + IN DC + OUT Remote LED output Alarm Contat NO, Form A ontat (Terminal ) Alarm Relay C, Form A ontat (Terminal ) Interonnet Feature INT, SYNC (see Figure ) Terminal Auxiliary DC supply SEP+ (Terminal 4) Auxiliary DC supply SEP- (Terminal 5) If using external supply swithes, and must be in the OFF position /5F/90F/P/PTH/PC/PTHC Heat/Photoeletri Smoke Detetors. Mount and wire the base aording to its instrutions.. Attah the base skirt by aligning the four hardware keys, or turn the base skirt slowly lokwise until it rests in plae. Press firmly to lath it onto the fixing lamps (See Figure 0). - Use the tamper tab (loking bar) to prohibit detetor removal as follows:. The snap off loking bar (X) is part of the base molding. Shift the loking bar (X) into the position shown in Figure 9 to engage it. 4. Install the detetor by lining up the LED on the detetor head with the bar on the base skirt and turning lokwise. When the LED lines up with the T on the base skirt the detetor is seure (see Figure ). Figure 9: Ativating the loking bar (X) X X X - Loking bar (X) prior to removal - Loking bar (X) mounted but inative - Lok ativated The detetor skirts and heads are keyed. Do not fore onto the bases. Figure 0: Attahing the base skirt - Hardware keying (four plaes) - Snap detail (four plaes)

9 F0 Series Installation Instrutions 5.0 F0-B6RS Features EN 9 Figure : Mounting the detetor on the base skirt 5.0 F0-B6RS Features 5. Configuration On the sounder base is a four position DIP swith. Table 9: F0-B6RS Sounder Base Configuration - Bar (line up with LED on detetor head) - T Mark Position and (separately ontrolled sounder) swithes off Positions and swithes on Position on Position 4 on Positions and 4 off Control panel NAC iruit power is applied to the base to Terminals 4(+) and 5(-). The sounder follows the onfiguration of the NAC. See the ontrol panel manual for NAC onfiguration. Power is taken from the head to ativate the sounder. Sounder output onfigured by DIP Swithes and 4. Code signal. Marh Time signal. Steady signal. Figure : F0-B6RS 4-wire onfiguration with D75 (tandem onnetion) SEP- SEP- SEP+ SEP+ NO C INT NO C INT NO C INT SEP- SEP D75 - Alarm loop (Terminal and ) - Blue wire (D75, Terminal and EOLR) 4 - Blak wire (D75, Common) 5. Interonnet feature When the sounder is powered from the head, you an onnet up to five detetors by a ommon wire on Terminal. All sounders within the group ativate together. Set all units for the same sounder type on Swithes and 4, otherwise all detetors sound the pattern of the originating detetor. 5 - Yellow wire (D75 for 4 V systems) 6 - Red wire (D75 for V systems) 7 - EOL resistor 8 - Tandem onnetion (up to five maximum) To ensure interonneted units an alarm, the line load after the last detetor must not exeed 0 ma so. These restritions do not apply to reverse polarity ativation.

10 F0 Series Installation Instrutions 6.0 Testing the installation EN 0 Table 0: Interonneted Units (five units total) Maximum Wire Length Wire size Wire length 8 AWG (. mm) 00 ft (9 m) 6 AWG (.5 mm) 450 ft (7 m) 4 AWG (.8 mm) 750 ft (9 m) Up to five interonneted units ativate per iruit. If more than five units ativate, only individual detetors are guaranteed to ativate the orret output pattern. Tandem units annot ativate the orret output pattern. 6.0 Testing the installation. Chek the wiring from the ontrol panel to the last head on eah run for proper polarity and ontinuity.. Make sure eah run terminates with an EOL resistor as speified by the ontrol panel manufaturer.. Make sure four-wire runs terminate at EOL Modules or F0-B6E bases. 4. Apply power to the system. Chek for alarms and troubles. 5. Note whih detetors alarmed (if any), and shut down the system. 6. Remove these detetors from their bases and rehek the bases for proper wiring. 7. If the problem persists, determine if the problem is aused by the detetor or the base. 8. Replae the affeted detetors or swap them with known good units. 9. If a system alarm ours with no detetor alarms present, remove all detetors and hek the wiring at eah base. 0. Closely hek the wiring of eah EOL resistor and EOL module.. When the system is alarm free, hek eah detetor to ensure that the green LED indiator flashes approximately every eight seonds. This verifies the detetor is reeiving power and operating properly.. Test eah detetor to ensure it auses a ontrol panel alarm. Reset the ontrol panel after eah test. To alarm the F0-5/5F/90F Detetors either: Plae a magnet horizontally against the T and hold it there for three onseutive LED flashes (see Figure, #4). This ativates an internal reed swith thereby sending an alarm signal. or Expose the thermistor (see Figure, #) to a heat soure suh as a hair dryer or a shielded heat lamp. Expose the thermistor until the detetor alarms and the alarm LED lights. To alarm the F0-P/PTH/PC/PTHC Detetors either:. Plae a magnet horizontally against the T and hold it there for three onseutive LED flashes (see Figure, #4). This ativates an internal reed swith thereby sending an alarm signal. or Use a UL Listed aerosol smoke detetor tester to simulate an alarm. Follow the instrutions provided with the aerosol smoke detetor tester. When a detetor alarms, the red LED indiator ativates and lathes into the ON position. Clear the alarm before proeeding to the next detetor.. Reset the detetor by momentarily removing power.. Chek the load on the alarm loop by measuring the voltage aross eah EOL resistor. This voltage should equal or exeed the minimum speified by the ontrol panel manufaturer. 6. CO detetor testing Removing the detetor or resetting the detetor s power plaes the detetor in a speial test mode for the next 5 minutes. If over 5 ppm of CO is applied to the detetor within this 5-minute period, the detetor alarms. The F0PC and F0PTHC detet CO as a omponent of a fire. Do not use the F0PC and F0PTHC as CO detetors. If the heat detetor LED flashes at a four seond rate, the detetor is either old, out of sensitivity range, or defetive. If the smoke detetor LED flashes at a four seond rate the detetor is out of sensitivity range or defetive.

11 F0 Series Installation Instrutions 7.0 Maintenane EN 7.0 Maintenane Notify all onerned parties before any maintenane or testing of the fire alarm system, and after ompletion of these ativities. At least one a year vauum or lean/dry the external part of the detetor with ompressed air. Pay partiular attention to the sreens in dusty areas or heavy inset ativity. To lean the hamber, use a an of lean ompressed air. Plae the tube or needle valve through the ChamberMaid valve in the bottom of the detetor (see Figure, #5). Shorten the plasti tube that omes with the ompressed air to about in (5 m). The ompressed air (suh as TECHSPRAY ENVI-RO-TECH DUSTER) is available at offie and alarm supply stores. Do not paint the detetors. Paint or other foreign matter overing the thermistor or LED an prohibit detetion. 9.0 Visual hek These detetors inludes the Chamber Chek Automati Trouble Indiator, whih verifies that the detetor s alibration is within the fatory listed range. You an meet the NFPA guidelines for sensitivity testing by visually inspeting the detetor and heking the flash rate of the LED. If the alibration is out of range for more than 4 hours, the green LED on the detetor begins to flash approximately one every four seonds. The LED flashes approximately one every eight seonds when the detetor operates normally. Perform the visual hek before resetting power. After a reset the trouble indiators lear for 70 seonds. After 70 seonds, if the detetor is in a trouble ondition, trouble indiations begin again 8.0 Periodi testing Keeping the detetor alibrated is neessary for proper operation. Depending on loal regulations, alibration testing an be required more than one a year. NFPA 7 reommends performing alibration tests at installation, then every other year. Perform funtional testing yearly. Notify all onerned parties before any maintenane or testing of the fire alarm system, and upon ompletion of these ativities. Test the alibration (to meet NFPA) using either the magnet test or measuring the alibration with a alibrated produt from No Climb Produts Ltd. Quikly determine the alibration by a visual inspetion of the detetor s LED (see Setion 9.0 Visual hek). These tests onfirm whether or not the detetor is within its fatory marked alibration range.

12 F0 Series Installation Instrutions 0.0 Speifiations EN 0.0 Speifiations Table : F0-5/-5F/-90F Heat Detetors, F0-P/-PTH/-PC/-PTHC Photoeletri Smoke Detetors and F0-B6RS/C/R/E Smoke Detetor Base Tehnial Data Operating Temperature + F to 00 F (0 C to 8 C) Relative Humidity (non-ondensing) (F0-P) 0% to 95% Rate of Rise (F0-5) Detetor Power Requirements Operating Voltage Maximum RMS Ripple Startup Current Standby Current Power up Time Alarm urrent for all F0 Detetors F0-B6 (-wire) F0-B6 (R, C, E, RS) (4-wire) Alarm Current (only base urrent, head urrent exluded) F0-B6C F0-B6R F0-B6E F0-B6E Standby Current F0-B6RS (urrent at separate positive/negative for separately powered sounders) Alarm Current (inluding sounder, steady out and relay) F0-B6RS with Relay and Sounder (Steady Out Signal) 5 F/min (9 C/min) 8.5 VDC to VDC 5 perent of DC input (Vmin > 8.0 VDC) 0 µa maximum 90 µa use at VDC 00 µa use at 4 VDC 0 µa maximum use at VDC seond maximum 0 ma minimum use at 8.5 VDC 5 ma maximum use at VDC 8.5 to.0 VDC 0.0 to 0.0 VDC ma use at VDC 5 ma use at 4 VDC 40 ma maximum use at 0 VDC.5 ma use at VDC 6.5 ma use at 4 VDC 9 ma maximum use at 0 VDC 5 ma use at VDC 0 ma use at 4 VDC 4 ma maximum use at 0 VDC 6 ma maximum use at 0 VDC 5 ma use at VDC 0 ma use at 4 VDC 5 ma maximum use at 0 VDC 40 ma use at VDC 45 ma use at 4 VDC 50 ma maximum use at 0 VDC

13 F0 Series Installation Instrutions Trademarks EN Trademarks CleanMe is a trademark of GE Interlogix. ChamberMaid and Chamber Chek are a trademarks of Bosh Seurity Systems TECHSPRAY is a registered trademark and ENVI-RO-TECH is a trademark of Teh Spray L.P.

14 F0 Series Installation Instrutions Notes: EN 4 Notes:

15 F0 Series Installation Instrutions Notes: EN 5 Notes:

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