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Faraday 12530-120, Owner'S Manual

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P/N 447203  Issue I 

V-11

 

Addressable/Analog Sensors 

Each sensor uses a sensor address between 01 and 99 on an addressable device circuit.  The device is 
regularly scanned by the control unit and checked for its current sensor status.  The control unit will 
interpret and respond to the analog data as programmed.  Each time the device is scanned the integral 
red visible LEDs will flash.  In the event of an alarm condition the red LEDs will illuminate and latch on. 

8406 Low Profile Photoelectric Sensor with Thermal 

The 8406 Low Profile Photoelectric Sensor (System Sensor 2251T) allows programmable analog 
sensitivity with fixed thermal temperature of 135

°

 F.  Requires a 9189, 9296 or 9298 base (System 

Sensor B210LP, B224RB or B224BI). 

8407 or 8408 Thermal Sensor 

The 8407 (System Sensor 5251P) or 8408 (System Sensor 5251RP) has a fixed operating temperature of 
135

°

 F.  The 8408 has a fixed operating temperature of 135

°

 F with rate-of-rise detection.  Requires a 

9189, 9296 or 9298 base (System Sensor B210LP, B224RB or B224BI). 

9152 Photoelectronic Sensor 

The 9152 (System Sensor 2551B) allows programmable analog sensitivity.  Requires a 9155, 9156, 
9181, 9297 or 9299 base (System Sensor B501B, B501BH, B501, B524RB or B524BI). 

9153 Photoelectronic Sensor with Thermal 

The 9153 (System Sensor 2551THR) allows programmable analog sensitivity with fixed thermal 
temperature of 135

°

 F.  Requires a 9155, 9156, 9181, 9297 or 9299 base (System Sensor B501B, 

B501BH, B501, B524RB or B524BI). 

9154 or 9182 Thermal Sensor 

The 9154 (System Sensor 5551B) has a fixed operating temperature of 135

°

 F.  The 9182 (System 

Sensor 5551R) has a fixed operating temperature of 135

°

 F with rate-of-rise detection.  Requires a 9155, 

9156, 9181, 9297 or 9299 base (System Sensor B501B, B501BH, B501, B524RB or B524BI). 

9163 Ionization Sensor 

The 9163 (System Sensor 1551B) allows programmable analog sensitivity.  Requires a 9155, 9156, 
9181, 9297 or 9299 base (System Sensor B501B, B501BH, B501, B524RB or B524BI). 

9187 Low Profile Photoelectronic Sensor 

The 9187 Low Profile Photoelectric Sensor (System Sensor 2251) allows programmable analog 
sensitivity.  Requires a 9189, 9296 or 9298 base (System Sensor B210LP, B224RB or B224BI). 

9188 Low Profile Ionization Sensor 

The 9188 Low Profile Ionization Sensor (System Sensor 1251) allows programmable analog sensitivity.  
Requires a 9189, 9296 or 9298 base (System Sensor B210LP, B224RB or B224BI). 

 

NOTE:

 

The devices are set at the factory for address 00.  This is a default code.  During 
installation set address to the predetermined address code. 

Summary of Contents for 12530-120

Page 1: ... Tecumseh Michigan 49286 Phone 517 423 2111 Fax 517 423 2320 Copyright 2001 Faraday LLC AllRightsReserved MPC 1500 Plus Plus Fire Alarm System Control Unit Owner s Manual 12530 120 12530 240 12540 120 12540 240 P N 447203 Issue I 7 2001 ...

Page 2: ...onnection II 3 User Programmable Relays II 3 Digital Alarm Communicator II 3 Digital Alarm Communicator II 3 BATTERY SETS II 4 AUXILIARY MODULES II 4 Remote LCD Annunciator II 4 Serial Relay Unit and Serial Relay Extender II 4 Serial Annunciator Unit and Serial Annunciator Extender II 4 Network Interface Board II 4 Auxiliary Power Supplies II 4 ADDRESSABLE DEVICES II 5 Faraday Addressable Detector...

Page 3: ... 3 A Lamp Test III 3 B Drill III 3 C Recall III 3 D Pre Alarm III 3 E General Alarm III 3 F Tornado III 3 G History III 4 12530 12540 OPERATING INSTRUCTIONS III 5 12506 OPERATING INSTRUCTIONS III 6 IV CONTROL UNIT INSTALLATION IV 1 PARTS SUPPLIED IV 1 CAUTIONS IV 1 CONTROL UNIT LOCATION IV 1 ENCLOSURE MOUNTING IV 1 A Surface Mounting Instructions 12530 IV 2 B Surface Mounting Instructions 12540 IV...

Page 4: ...R JUMPER VI 4 REMOTE LCD ANNUNCIATOR SWITCHES VI 4 SERIAL RELAY UNIT JUMPERS VI 4 SERIAL RELAY UNIT SWITCHES VI 5 SERIAL ANNUNCIATOR UNIT JUMPERS VI 5 SERIAL ANNUNCIATOR UNIT SWITCHES VI 5 KEYPAD PROGRAMMING VI 6 PROGRAMMING SECURITY VI 6 VII MAINTENANCE VII 1 GENERAL VII 1 QUICK TEST VII 2 VIII APPENDIX A REFERENCE DATA VIII 1 WIRE SELECTION GUIDES VIII 1 Resistance of Solid Copper Wire VIII 1 In...

Page 5: ...General X 1 B System Troubles X 2 C System Events X 3 XI APPENDIX D INSTALLATION INSTRUCTIONS XI 1 12522 Loop Driver Board 447202 XI 3 12503 Conventional Expansion Board 446992 XI 5 12504 Class A Adapter 446993 XI 7 12505 Loop Signal Expansion 446994 XI 9 12506 Remote LCD Annunciator 446983 XI 11 12507 12508 Serial Relay Unit Serial Relay Extender 447073 XI 13 12509 12510 Serial Annunciator Unit S...

Page 6: ... first These batteries must be checked for performance at least two 2 times a year or more often if local requirements dictate Fire alarm control units cannot last forever Even though this control unit was made to last for the expected life of the fire alarm system any part could fail at any time Therefore a regular test program should be followed and documented to make sure that each part of the ...

Page 7: ...aser and only for the manufacturer s own warranty For further information regarding the manufacturers warranty contact the original purchaser OWNER S MANUAL The owner s manual does not purport to cover all the details or variations in the equipment described nor does it provide for every possible contingency to be met in connection with installation operation and maintenance All specifications sub...

Page 8: ... initiating and notification devices should be used to install and maintain a functioning fire alarm signaling system NFPA 70 National Electrical Code NFPA 72 National Fire Alarm Code NFPA 101 Life Safety Code For other standards that may apply contact the authority having jurisdiction For NFPA publications contact National Fire Protection Association Batterymarch Park Quincy Massachusetts 02269 ...

Page 9: ...1 2 5 3 0 1 2 5 4 0 O W N E R S M A N U A L P N 447203 Issue I I 4 This page is intentionally blank ...

Page 10: ...dressable device circuit four notification appliance circuits remote signaling and indicating interfaces and the electronics of the main system power supply Optional boards mount on or plug into the main termination board The main logic board mounts on the front plate allowing it to carry the controls and displays which must be accessible All normal operation is controlled from the front of the co...

Page 11: ... Notification Appliance Circuits The base control unit has four notification appliance circuits NACs Each circuit can be selected to give continuous output or one of eight sounding patterns available in the control unit There is also a system coder capable of zone coded operation All of the NACs are power limited and can be wired for Class B Style Y operation or Class A Style Z operation with the ...

Page 12: ...Cs are power limited and can be wired for Class B Style Y operation or Class A Style Z operation with the Faraday 12401A Class A Adapter Up to two 12503 boards may be used The Faraday 12505 Loop Signal Expansion board provides four additional notification appliance circuits NACs Each circuit can be selected to give continuous output or one of eight sounding patterns available in the control unit T...

Page 13: ...relay boards Each relay board provides 8 relays with form C contacts The control unit can address up to 8 Serial Relay Units and or Serial Annunciator Units Faraday 12408 auxiliary power supplies will be required to power units beyond the control unit capability Serial Annunciator Unit and Serial Annunciator Extender The Faraday 12509 includes a processor board and an annunciator driver board The ...

Page 14: ...on the circuit for locations where heat sensing may be the most effective detection mode The heat detectors may be programmed through the control unit for rate of rise operation Addressable Modules Monitor and Control In addition to detectors the circuit can communicate with addressable modules allowing initiating devices or notification appliances with local power sources and supervising the powe...

Page 15: ...cted so that their address is 1 9 PROCESSOR CONTROLLED OUTPUT ZONES While the notification appliance circuits are essentially hardware circuits the fact that the o utputs are commanded and controlled by the processor does provide more versatility than in a total hardware system All functional selections are included in the control unit programming process Output Sounding Patterns The notification ...

Page 16: ...edge reset etc PAS_INHIBIT switch activation Alarm silence manual and automatic System reset Power up Entry to Programmer Mode Secondary configuration edited Validity check on backup configuration Errors detected or no errors detected Running of comparison function Same or different Replacement of primary configuration Execution of Auto program Exit from Programmer Mode System time or date change ...

Page 17: ...lusion of several functions to assure security of the system Multi level password protection of programming functions prevents unauthorized configuration changes Device type supervision If the type reported by an addressable sensor or module does not agree with the configuration the system reports a trouble Device address supervision The system checks that all configured devices on the addressable...

Page 18: ... requires separate enclosure Auxiliary Power Outputs Current 0 9 amp maximum for remote annunciators 0 9 amp maximum for auxiliary power outputs DACT power and option boards Non Resettable Power Outputs Power limited Voltage 24 VDC nominal Ripple 1 5 VAC maximum Resettable Power Output Power limited Voltage 24 VDC nominal Ripple 1 5 VAC maximum Addressable Device Circuits Power limited Supervised ...

Page 19: ...per selected Form C Contact for alarm supervisory trouble and power failure relays RS485 Communications Circuit Power limited Supervised Voltage 24 VDC nominal Current 0 9 amp maximum for remote annunciators Maximum wire loop resistance 25 ohms line Communications RS485 City Tie Reverse Polarity Alarm with Trouble and or Supervisory operation Power limited Supervised by receiver for short or open ...

Page 20: ...boards Convertible to Class A Style D circuits with optional adapter Power limited Supervised Standby Voltage Range 16 27 VDC Maximum Standby Current 10 3 mA Maximum Smoke Detector Current 3 mA Maximum Alarm Current 48 mA Maximum Ripple 1 5 VAC Maximum Wire Loop Resistance 100 ohms DACT Expansion Module Optional module P N 12513 Power limited Supervised for short or open circuit Maximum Voltage 60...

Page 21: ...1 2 5 3 0 1 2 5 4 0 O W N E R S M A N U A L P N 447203 Issue I II 12 This page is intentionally blank ...

Page 22: ...Alarm Sequence PAS a Activation of a point programmed for PAS including two stage manual stations activates the Alarm LED display and buzzer pulsing but delays all other outputs system and user for 15 seconds b Operation of the ACKNOWLEDGE button within 15 seconds will add 165 seconds to the timer value to make the total delay 180 seconds c If an ALARM SILENCE button is pressed or the sensor retur...

Page 23: ... resound c If the control unit is programmed for trouble acknowledge required when the indicated trouble condition has been cleared the system will revert to standby condition after the ACKNOWLEDGE button is pressed Note Some trouble conditions require a system reset to restore the control unit D Supervisory Condition Supervisory troubles are indicated similar to regular system troubles except tha...

Page 24: ...e ALARM SILENCE to terminate drill signal C Recall To signal recall after a drill proceed as follows 1 Press MENU 2 At the next screen select More 3 Select RECALL 4 At the next screen select Yes 5 Operate ALARM SILENCE to terminate recall signal D Pre Alarm 1 A pre alarm condition is annunciated by Pre alarm LEDs and buzzers on the control unit and RS485 LCD Annunciators and RS485 Remote Processor...

Page 25: ...peration of history a New events overwrite old when filled b Printer if used records all events c For more information see the event history section 2 Access to history To recall past events proceed as follows a Press MENU button b Operate button identified as More c Operate button identified as More d Operate button identified as View History e Operate upper left button for previous event display...

Page 26: ...ared Warning Alarm silence inhibit if set prevents the alarm from being silenced for a predetermined time To reset panel after alarm When the alarm condition is corrected return the panel to normal standby operation by operating the Button Enable keyswitch pressing the System Reset switch Trouble Operation Trouble is indicated by System Trouble LED flashes LCD will display trouble conditions Panel...

Page 27: ...rm has been cleared Warning Alarm silence inhibit if set prevents the alarm from being silenced for a predetermined time To reset panel after alarm When the alarm condition is corrected return the panel to normal standby operation by using the Button Enable keyswitch and then pressing the System Reset switch Trouble Operation Trouble is indicated by System Trouble LED flashes LCD will display trou...

Page 28: ...istor 2 The fire alarm control unit must be mounted in a properly accessible location as required by applicable codes Any auxiliary battery box or other accessory not connected through a protective device or a circuit designed for remote connection must be within the same room and connected through electrical conduit Installation is to be done only by qualified personnel who have thoroughly read a...

Page 29: ... control unit to the wall The screw type and length must support the control unit options and battery set Note You may need a different screw type depending on the wall material 3 The 12408 Auxiliary Power Supply or battery enclosure may be mounted immediately below the main enclosure close nipple allowing a minimum of 1 inch in between the enclosures for clearance between the doors Keeping the wi...

Page 30: ... control unit to the wall The screw type and length must support the control unit options and battery set Note You may need a different screw type depending on the wall material 3 The 12408 Auxiliary Power Supply or battery enclosure may be mounted immediately below the main enclosure close nipple allowing a minimum of 1 inch in between the enclosures for clearance between the doors Keeping the wi...

Page 31: ...rew type depending on the wall material 3 The back box can be mounted up to 3 1 2 inches into the wall Place the semi flush trim around the back box and affix to the wall with four 10 x 3 4 inch wood screws provided with trim Note You may need a different screw type depending on the wall material 4 The 12408 Auxiliary Power Supply or battery enclosure may be mounted immediately above or below the ...

Page 32: ...rew type depending on the wall material 3 The back box can be mounted up to 3 1 2 inches into the wall Place the semi flush trim around the back box and affix to the wall with four 10 x 3 4 inch wood screws provided with trim Note You may need a different screw type depending on the wall material 4 The 12408 Auxiliary Power Supply or battery enclosure may be mounted immediately above or below the ...

Page 33: ...conduit entry points Note the wiring diagram requirements for non power limited and power limited wiring separation 2 Attach conduit if required and run wires as required Label each field cable for future reference F Main Termination Board Installation 1 Secure the board to the back of enclosure using eight of the provided 6 32 x 1 4 screws P N 29529 11 ...

Page 34: ...s P N 943165 attach the Loop Driver Board P N 413765 to the Main Termination Board 3 Plug the Cable Assembly P N 446653 into connector P1 of the Loop Driver Board and to connector P7 of the Main Termination Board Loop Board Spacers 4 T B 1 T B 1 7 T B 1 8 P 1 T B 5 T B 3 T B 9 T B 7 T B 8 O U T 2 1 1 1 1 O U T IN 2 2 2 2 O U T IN A A B B N A C N A C C C D D N A C N A C P 1 P 2 P 3 P 4 X X O U T 1 ...

Page 35: ...ng studs and loosely place keps nuts P N 18965 to secure 3 Slide the top mounting brackets of the Transformer Assembly P N 413649 or 413650 under the transformer strap with the bottom mounting brackets over the bottom studs 4 Place keps nuts P N 18965 on the bottom studs Tighten all keps nuts 5 Plug the transformer assembly into connector P9 on the Main Termination Board 6 Place the stripped groun...

Page 36: ...ssembly using six 6 32x1 4 screws P N29529 11 2 Apply Overlay P N 447206 to Plate Assembly P N 446668 3 Using two snap pins P N 944043 attach the Display Board P N 413526 to the mounting brackets on the Main Logic Board 4 Plug the Cable Assembly P N 446649 into connector P2 of the Display Board and to connector P2 of the Main Logic Board ...

Page 37: ...oor Assembly using four 6 32 keps nuts P N 18965 2 Place the Keyswitch Assembly P N 413751 into the hole in the lower right corner of the Front Plate Assembly Secure with the attached nut and plug connector into P7 on the Main Logic Board 3 Plug two Plastic Spacers P N 944023 into the holes at the right side of the display opening ...

Page 38: ...be provided with a breaker or other means of isolation Observe the wiring order the bottom terminal is ground and must be wired back to the electrical panel ground earth bonding point or another good ground acceptable to the authority having jurisdiction and the electrical inspector The neutral wire must be taken back to the electrical panel neutral distribution bar and must not be grounded WARNIN...

Page 39: ...YSTEM TROUBLE LED and the trouble buzzer should be on O Checking Supervised Circuits To check the supervised circuits of the control unit 1 Place a 4 7K ohm resistor color coded yellow violet red across each set of NAC terminals 2 Push SYSTEM RESET button 3 The SYSTEM TROUBLE LED and the trouble buzzer should be off 4 Discard 4 7K ohm resistors after initial testing is complete P Optional Modules ...

Page 40: ... may be satisfactorily used with the control unit are shown in the compatible device listing in Appendix B Wire reference data are included in Appendix A CONTROL UNIT WIRING OVERVIEW The overall arrangement of boards in the control unit is shown in the following diagram 1 Main Termination Board 2 12522 Loop Driver Board 3 12401A Class A Adapter 4 12503 Conventional Expansion Board 5 12505 Loop Sig...

Page 41: ...gh Voltage AC power or B B Non power limited High Voltage AC power or A C Power limited or E or F or H D Non power limited Battery If external enclosure required E Power limited or C or F or H F Power limited or C or E or H G Non power limited Local Energy or Shunt City Tie H Power limited or C or E or F D G 1 Main Termination Board 2 12522 Loop Driver Board 3 12401A Class A Adapter 4 12503 Conven...

Page 42: ...anguage Unlashed 0 ON No Parity OFF 4800 bps SW 3 OFF Language Unlashed 0 ON 8 Bit Data ON 4800 bps SW 4 OFF Form Length 11 ON Ready Busy OFF DSR Inactive SW 5 ON Form Length 11 ON Diagnostic Circuit Test ON Buffer Threshold 32 bytes SW 6 ON Auto Line Feed ON ON Normal Print Mode OFF Busy Signal Timing 1S SW 7 ON Data Bits 8 ON DTR ON DTR Signal space after power on SW 8 ON Front Panel Disable ON ...

Page 43: ...70 ____ X 0 160 12509 12510 Serial Annunciator Unit ____ X 0 040 ____ X 0 005 lamp current 12511 Serial Isolation Board 0 038 12513 DACT Expansion Module 0 054 12523 Network Interface Board 0 085 12526 Iso Network Interface Board 0 093 12401A Class A Adapter ____ X 0 005 12402 Alarm Relay Board 0 037 15128 Digital Alarm Communicator 0 180 Total must not exceed 0 9 Amps Auxiliary Power Supply Conne...

Page 44: ... Typical Wiring above See Typical Wiring above NAC Rating Alarm Voltage 24VDC nominal Max Alarm Current 1 5A Max Ripple 1 5VAC Max Wire Voltage Drop 1 0VDC Max Standby Current 3 4mA NOTE The maximum current for control unit and appliances is 4 4A See Typical Wiring above Optional external 24VDC nominal input for NACs 3 4 3 Amp max Use 12408 Auxiliary Power Supply Cut jumper WJ1 2 to enable Optiona...

Page 45: ...e from the control unit If more current supply is required for the connected devices auxiliary power must be provided to each insufficiently powered device Each address on the circuit must be fully powered from either control unit or auxiliary power no combined source can be configured Remote Device Data When connecting devices on the RS485 communications circuit the data wires must be daisy chain...

Page 46: ...e addresses for alarm and trouble conditions Addressable Device Wiring Diagrams Proper connections for UL Listed compatible addressable devices are indicated below Refer also to the instruction sheets packed with each device Sensors and modules may be wired together according to several NFPA defined wiring styles The wiring style that is appropriate for your installation should be determined from ...

Page 47: ...TYLE 4 Note Faraday Addressable Devices Detectors Monitor Modules or Control Modules up to a maximum of 60 devices per addressable device circuit Maximum of 20 devices per Isolator Module Maximum of 12 Isolator Modules per addressable device circuit System Sensor Addressable Devices Sensors Monitor Modules or Control Modules up to a maximum of 99 Sensors and 99 Modules per addressable device circu...

Page 48: ...r Modules or Control Modules up to a maximum of 60 devices per addressable device circuit Maximum of 20 devices between Isolator Modules Maximum of 12 Isolator Modules per addressable device circuit System Sensor Addressable Devices Sensors Monitor Modules or Control Modules up to a maximum of 99 Sensors and 99 Modules per addressable device circuit Recommended maximum of 25 devices between Isolat...

Page 49: ...vice circuit Maximum of 1 device between Isolator Modules When using the 9298 or 9299 Isolator Base it will be wired in place of a 9160 and the addressable sensor shown in the wiring above one 9160 Isolator is required per sensor with an isolator base EACH CIRCUIT MUST HAVE TWO ASSOCIATED ISOLATOR MODULES WITH WIRING ENCLOSEDIN CLOSEDNIPPLED CONDUIT EACH DEVICE MUST HAVE TWO ASSOCIATED ISOLATOR MO...

Page 50: ... 9156 9181 9297 or 9299 base System Sensor B501B B501BH B501 B524RB or B524BI 9153 Photoelectronic Sensor with Thermal The 9153 System Sensor 2551THR allows programmable analog sensitivity with fixed thermal temperature of 135 F Requires a 9155 9156 9181 9297 or 9299 base System Sensor B501B B501BH B501 B524RB or B524BI 9154 or 9182 Thermal Sensor The 9154 System Sensor 5551B has a fixed operating...

Page 51: ...base is designed for use with an addressable analog sensor The 9156 provides means to obtain a local audible alarm at the specific sensor location Once the 9156 s associated sensor has latched into the alarm state the integral horn in the 9156 will sound It will remain on until the sensor is successfully reset A regulated power supply is required for the integral horn 9189 Low Profile Addressable ...

Page 52: ... shown with power applied 4 From the control unit auxiliary power output or an external 24VDC regulated power supply that must be power limited and listed for Fire Protective Signaling Use 24VDC Power Supply See Note 4 Optional Faraday 9180 Remote Alarm LED System Sensor RA400Z To Next Addressable Device Typical Horn Base Wiring Diagram 9156 M500MB Faraday PM6849 EOL relay System Sensor A77 716B F...

Page 53: ... with the device 9298 9299 Isolator Base The 9299 System Sensor B524BI is designed for use with an addressable analog sensor and provides short circuit isolation The 9298 System Sensor B224BI is used with Low Profile sensors Notes 1 This wiring diagram shows only general information about this device For specific wiring and installation information read the instructions provided with the device To...

Page 54: ...ze In alarm no more than 3 0V drop from power supply to end of power supply loop 3 For power supply supervision use an EOL relay with a 9157 or 9158 monitor module as shown Relay contact shown with power applied 4 From the control unit auxiliary power output or an external 24VDC regulated power supply that must be power limited and listed for Fire Protective Signaling Use 5 9180 Remote LED and Aux...

Page 55: ...power is supplied TYPICAL WIRING DIAGRAM FOR A 9179 DUCT HOUSING FOR ADDRESSABLE ANALOG SENSOR Notes 1 This wiring diagram shows only general information about this device For specific wiring and installation information read the instructions provided with the device 2 The 9167 remote test station switch will not function without separate power See typical wiring diagram for a 9161 duct housing fo...

Page 56: ...r dry normally open contact initiation devices The 9157 uses a module address between 01 and 99 on an addressable device circuit The 9157 module is regularly scanned by the control unit and checked for its current monitored device s status i e open trouble normal EOL shorted alarm Each time the 9157 is scanned the front visible red LED will flash Once the control unit has received the status data ...

Page 57: ...g device circuit 3 Initiating Circuit Requirements Maximum wire length 2500 Ft Maximum wire resistance 20 Ohms Maximum alarm current 230uA 4 Do not put 2 Wire Zone Powered Smoke Detectors on Monitor Module Initiating loop 5 See Article 370 of the N E C for proper box depth Faraday 9157 Monitor Module System Sensor M500MB 47K EOL Resistor Supplied with unit From Addressable Device Circuit To Next A...

Page 58: ...mum alarm current 230uA 4 Do not put 2 Wire Zone Powered Smoke Detectors on Monitor Module Initiating loop 5 See Article 370 of the N E C for proper box depth 6 For power supply supervision use an E O L relay as shown relay contact shown with power applied 7 From the control unit resettable auxiliary power supply output or an external 24VDC regulated power supply that must be power limited and lis...

Page 59: ...tance 20 Ohms Maximum alarm current 230uA 4 Do not put 2 Wire Zone Powered Smoke Detectors on Monitor Module Initiating loop 5 See Article 370 of the N E C for proper box depth 6 For power supply supervision use an E O L relay as shown relay contact shown with power applied 7 From the control unit resettable auxiliary power supply output or an external 24VDC regulated power supply that must be pow...

Page 60: ...low switches tamper supervisory switches or other d ry normally open contact initiation devices NOTE 2 Wire Zone Powered Smoke detectors and initiation devices are not compatible The 9158 uses a module address between 01 and 99 on an addressable device circuit The 9158 is regularly scanned by the control unit and checked for its current monitored device s status i e open trouble normal EOL shorted...

Page 61: ... Devices on the same initiating device circuit 3 Initiating Circuit Requirements Maximum wire length 2500 Ft Maximum wire resistance 20 Ohms Maximum alarm current 230uA 4 Do not put 2 Wire Zone Powered Smoke Detectors on Monitor Module Initiating loop 5 See Article 370 of the N E C for proper box depth Faraday 9157 Monitor Module System Sensor M501M From Addressable Device Circuit To Next Addressa...

Page 62: ...us of one zone of two wire detectors to an intelligent control unit Status conditions are reported as normal open or alarm The interface module supervises the zone of detectors and the connection of an external power supply Two rotary decade switches allow setting module addresses from 01 99 A status LED indicator is provided and is controlled by code command from the control unit The module provi...

Page 63: ...aximum alarm current 92mA 4 Use only UL compatible 2 Wire Zone Powered Smoke Detectors listed in the installation instructions 5 See Article 370 of the N E C for proper box depth 6 From the control unit resettable auxiliary power supply output or an external 24VDC regulated power supply that must be power limited and listed for Fire Protective Signaling Use Faraday 9191 Monitor Module System Senso...

Page 64: ...ly The separate power circuit is then supervised by an E O L and monitor module combination relay in a similar fashion as a 4 Wire separately powered conventional smoke detector power circuit The 9159 uses a module address between 01 and 99 on an addressable device circuit The 9159 is regularly scanned by the control unit and checked for it s monitored device s status i e open trouble normal EOL s...

Page 65: ...ervision use an E O L relay as shown relay contact shown with power applied 6 From the control unit auxiliary power supply output or an external 24VDC regulated power supply that must be power limited and listed for Fire Protective Signaling Use Faraday 9159 Control Module System Sensor M500CH From Addressable Device Circuit To Next Addressable Device Supervised Power limited See NFPA 72 for maxim...

Page 66: ... E C for proper box depth 5 For power supply supervision use an E O L relay as shown relay contact shown with power applied 6 From the control unit auxiliary power supply output or an external 24VDC regulated power supply that must be power limited and listed for Fire Protective Signaling Use Faraday 9159 Control Module System Sensor M500CH From Addressable Device Circuit Supervised Power limited ...

Page 67: ... information read the instructions provided with the device 2 Relay contact ratings Resistive 2 A 30VDC Inductive 1 A 30VDC 0 6pf 0 3A 110VDC 0 35pf 0 3 A 120VAC 0 35pf 3 See Article 370 of the N E C for proper box depth Faraday 9159 Control Module System Sensor M500CH From Addressable Device Circuit Not supervised To Next Addressable Device Break tabs Break tabs Common Normally closed Normally op...

Page 68: ...to communicate with and monitor devices not involved with the faulted section or branch of the addressable device circuit During normal operation the red scan shorted LED will flash several times a minute In the event that the monitored portion becomes shorted the red scan shorted L ED will latch on steady and the associated protected circuit portion will be automatically disconnected from the sys...

Page 69: ...1 2 5 3 0 1 2 5 4 0 O W N E R S M A N U A L P N 447203 Issue I V 30 This page is intentionally blank ...

Page 70: ...e DGRDO Open Form A DGRDC Closed Form B P13 External Power Monitor On Disabled Off Enabled P50 Addressable Device Circuit 1 Wiring Style Style 4 Style 6 7 P51 Addressable Device Circuit 2 Wiring Style Style 4 Style 6 7 P52 Reverse Polarity Supervision Remote Local City Tie Selection Jumper Plug Move the jumper plug to the desired type of city tie JP1 Reverse Polarity JP2 Local Energy JP3 Shunt ...

Page 71: ... NAC A Degraded Alarm Setting DEGRD A Disable P4 NAC B Degraded Alarm Setting DEGRD B Disable LOOP DRIVER BOARD JUMPERS Device Type Setting Factory setting is shown J1 J2 J3 J4 J5 F S NOTE If the control unit has two Loop Driver Boards both must be set to the same Device Type Setting CONVENTIONAL EXPANSION BOARD JUMPERS WJ1 WJ2 NAC 3 4 External Power Input cut both jumpers if auxiliary power suppl...

Page 72: ...t Installed Installed P50 Addressable Device Circuit 3 Wiring Style Style 4 Style 6 7 P51 Addressable Device Circuit 4 Wiring Style Style 4 Style 6 7 WJ1 WJ2 NAC 1 2 External Power Input cut both jumpers if auxiliary power supply is used WJ1 WJ2 WJ3 WJ4 NAC 3 4 External Power Input cut both jumpers if auxiliary power supply is used WJ3 WJ4 ...

Page 73: ...er settings for proper system operation SW1 Address Selection Address SW1 1 SW1 2 SW1 3 SW1 4 1 ON ON ON ON 2 OFF ON ON ON 3 ON OFF ON ON 4 OFF OFF ON ON 5 ON ON OFF ON 6 OFF ON OFF ON 7 ON OFF OFF ON 8 OFF OFF OFF ON 9 ON ON ON OFF 10 OFF ON ON OFF 11 ON OFF ON OFF 12 OFF OFF ON OFF 13 ON ON OFF OFF 14 OFF ON OFF OFF 15 ON OFF OFF OFF 16 OFF OFF OFF OFF SERIAL RELAY UNIT JUMPERS Factory setting i...

Page 74: ...h should be activated on each serial relay board SW1 1 1 8 SW1 2 9 16 SW1 3 17 24 SW1 4 Not used SERIAL ANNUNCIATOR UNIT JUMPERS Factory setting is shown P6 Buzzer Selection Remote Processor Board Local Remote WJ1 External Power Input cut jumper if auxiliary power supply is used Remote Processor Board WJ1 SERIAL ANNUNCIATOR UNIT SWITCHES Switches are standard 4 position DIP switches Slide the swit...

Page 75: ...ic board within the cabinet The keypad may also be easily removed if desired See the Faraday 447207 Programmer s Manual for detailed information of system programming PROGRAMMING SECURITY The following levels of security protect the system from unauthorized use User Keyswitch Maintenance Keyswitch and 4 digit Maint Password Technician Keyswitch 5 digit Tech Password and Locked Door The User and Ma...

Page 76: ...itiate a non programmed automatic test cycle enter the 4 digit maintenance password into the control unit or LCD annunciator When the menu is displayed select Auto test and press the associated switch The Auto test cycle will be completed and the control unit returns to normal Results will be displayed on the display anomalies only or the printer full data according to the selected mode The system...

Page 77: ...r being activated within a configurable length of time Quick test terminates automatically into normal standby mode using a timer The value of the timer is configurable The timer can be configured to limit the total time of the quick test i e the timer is started only when quick test is entered or to limit the time between device activation s i e the timer is re started after each activation Alarm...

Page 78: ...ire AWG Ohms per Thousand Feet 18 8 08 16 5 08 14 3 19 12 2 01 NEC Chapter 9 Table 8 Initiating Device Circuit Wire Selection Guide The following charts are based on the resistance of solid copper wire Maximum Wire Loop Distance feet Each 12503 Conventional Expansion Board initiating circuit loop must not have a resistance greater than 100 ohms Wire size 18AWG 16AWG 14AWG 12AWG Wire length 12 376 ...

Page 79: ...165 262 417 663 1 0 123 196 313 497 1 25 99 157 250 398 1 5 82 131 208 331 Addressable Device Circuit Wire Selection Guide Each addressable device circuit must meet the following requirements Total loop resistance 40 ohm maximum Total loop capacitance 0 28uF maximum 56pF ft max Twisted pair wire Unshielded cable Low capacitance cable High velocity of propagation cable 60 minimum Each loop runs sep...

Page 80: ...e 4 0 040 X NA 12510 Serial Annun Standby 0 005 X NA ciator Extender Alarm note 4 0 000 X NA 12511 Serial Standby 0 038 0 038 NA Isolation Board Alarm 0 038 0 038 NA 12513 DACT Standby 0 038 0 038 NA Expansion Module Alarm 0 054 0 054 NA 12523 Network Standby 0 085 0 085 NA Interface Board Alarm 0 085 0 085 NA 12526 Iso Network Standby 0 093 0 093 NA Interface Board Alarm 0 093 0 093 NA 12401A Cla...

Page 81: ...tandby A x ____ Hours Total Alarm Current from above 5 Minutes of Alarm Operation per NFPA 72 Standard AH for Alarm A x 0 33 Hours A H for Standby A H for Alarm Calculated A H De rating Factor A H Required Battery Capacity X 1 25 Notes 1 An additional multiplier is included to compensate for the higher discharge rate in alarm Battery capacity decreases with age 2 The Standby current Alarm current ...

Page 82: ...811 Photo Thermal Detector 8853 8815 8816 8812 Thermal Detector Fixed or Fixed Rate of Rise 8853 8815 8816 Faraday Bases Faraday Cat No Description Compatible Detector 8853 Base 8810 8811 8812 8815 Audible Base 8810 8811 8812 8816 Relay Base 8810 8811 8812 8840 Duct Housing 8810 8811 8817 Duct Housing with Relay 8810 8811 Faraday Accessories Faraday Cat No Description Compatible Base 8809 Isolator...

Page 83: ...n 8406 8407 8408 9152 9153 9154 9163 9182 9187 9188 9161 DH500AC DC Duct Housing with Base With Relay 9152 9163 9179 DH500 Duct Housing with Base 9152 9163 9181 B501 Base 8406 8407 8408 9152 9153 9154 9163 9182 9187 9188 9189 B210LP Base Low profile 8406 9187 9188 9296 B224RB Relay Base Low profile 8406 9187 9188 9297 B524RB Relay Base 8407 8408 9152 9153 9154 9163 9182 9298 B224BI Isolator Base L...

Page 84: ...tion with compatible contact ratings is acceptable The above are listed here for your convenience 4 For specific wiring and installation information read the instructions provided with each device Waterflow Switches Faraday Cat No Mfg P N System Sensor PM6615 WFD20 PM6616 WFD25 PM6617 WFD30 PM6618 WFD35 PM6619 WFD40 PM6620 WFD50 PM6621 WFD60 PM6622 WFD80 PM6779 EPS10 1 PM6780 EPS10 2 Notes 1 Any U...

Page 85: ...ation read the instructions provided with each device Contact Type Heat Detectors Faraday Cat No Mfg Part Number Chemetronics 9341 601 9342 602 9343 603 9344 604 9345 621 9346 622 9347 623 9348 624 9300 136 A 135 9300 190 A 200 9301 136 AT 135 9301 190 AT 200 PM2872 136 EPB501 PM2872 190 EPB502 PM2872 136F EPB503 PM2872 190F EPB504 Notes 1 Any UL Listed contact type heat detector with compatible c...

Page 86: ...7 0 110mA 8854 8840 8854 w 8840 5 8854 w 8840 5 0 13 0 220mA 8854 8840 System Sensor 9184 w 9185 1151 w B110LP 0 25 0 120mA A A 9183 w 9185 2151 w B110LP 0 25 0 120mA A A 8434 2100S 0 25 0 120mA A 8415 2100TS 0 25 0 120mA A 8423 DH100P 0 25 0 120mA A 9374 1400 0 25 0 120mA A 9375 2400 0 25 0 120mA A 9376 2400TH 0 25 0 120mA A 9358 w 9361 1451 w B401B 0 25 0 120mA A A 9358 w 9364 1451 w B401 0 25 0...

Page 87: ...681 227 0 096mA 100mA Must use EOL Relay System Sensor 8416 2124S 0 050mA 25mA Must use EOL Relay 8417 2124TS 0 050mA 25mA Must use EOL Relay 8418 2124R 0 050mA 45mA Must use EOL Relay 8419 2124TR 0 050mA 45mA Must use EOL Relay 8420 2124AT 0 050mA 65mA Must use EOL Relay 8421 2124ATR 0 050mA 65mA Must use EOL Relay 8422 2124AITR 0 050mA 65mA Must use EOL Relay 9175 6424 20mA 38 4mA Must use EOL R...

Page 88: ...ronic Horn 20 31 DC 0 030 2821 2 Sync Electronic Horn 20 31 DC 0 030 2824 M 3 Sync Electronic Horn w Sync Strobe 20 31 DC 0 030 20 31 DC 0 059 2824 R 3 Sync Electronic Horn w Sync Strobe 20 31 DC 0 030 20 31 DC 0 088 2824 T 3 Sync Electronic Horn w Sync Strobe 20 31 DC 0 030 20 31 DC 0 154 2824 Y 3 Sync Electronic Horn w Sync Strobe 20 31 DC 0 030 20 31 DC 0 170 2824 Z 3 Sync Electronic Horn w Syn...

Page 89: ...DC 0 020 20 31 DC 0 249 5394 M 2 Electronic Chime w Sync Strobe 21 30 DC 0 020 20 31 DC 0 059 5394 R 2 Electronic Chime w Sync Strobe 21 30 DC 0 020 20 31 DC 0 088 5394 T 2 Electronic Chime w Sync Strobe 21 30 DC 0 020 20 31 DC 0 154 5394 Y 2 Electronic Chime w Sync Strobe 21 30 DC 0 020 20 31 DC 0 170 5394 Z 2 Electronic Chime w Sync Strobe 21 30 DC 0 020 20 31 DC 0 249 5395 Electronic Chime 21 3...

Page 90: ...21 30 DC 0 065 20 31 DC 0 089 6254 J Horn w Strobe 21 30 DC 0 065 20 31 DC 0 155 6254 K Horn w Strobe 21 30 DC 0 065 20 31 DC 0 164 6254 L Horn w Strobe 21 30 DC 0 065 20 31 DC 0 249 6254 M 2 Horn w Sync Strobe 21 30 DC 0 065 20 31 DC 0 059 6254 R 2 Horn w Sync Strobe 21 30 DC 0 065 20 31 DC 0 088 6254 T 2 Horn w Sync Strobe 21 30 DC 0 065 20 31 DC 0 155 6254 Y 2 Horn w Sync Strobe 21 30 DC 0 065 ...

Page 91: ...0 030 6321 2 Sync Electronic Horn 20 31 DC 0 030 6380 Electronic Signal 8T 20 31 DC 0 024 0 050 4 6381 Electronic Signal 8T 20 31 DC 0 024 0 050 4 Key 1 1 10 gong 4 4 gong 5 chime 6 6 gong 8 8 gong 2 Sync Strobe Light or Sync Electronic Horn require 5405 or 5406 Sync Control Module 3 Sync Electronic Horn and Sync Strobe Light require 5405 or 5406 Sync Control Module 4 See Installation Instructions...

Page 92: ...553 DH 24120SC1 Door Holder 9554 DH 24120GC1 Door Holder 9555 DH 24120GC2 Door Holder Relays Faraday Cat No Mfg Part Number Description Faraday LLC R711 1 711 1 Remote Relay Unit Air Products Controls R712 1 MR 101 C Remote Relay Unit R712 2 MR 201 C Remote Relay Unit R712 4 MR 104 C Remote Relay Unit R712 8 MR 204 C Remote Relay Unit 9273 PAM 4 E O L Relay System Sensor PM6849 A77 716B E O L Rela...

Page 93: ...1 2 5 3 0 1 2 5 4 0 O W N E R S M A N U A L P N 447203 Issue I IX 12 This page is intentionally blank ...

Page 94: ...y Indicates open or low battery or blown fuse F8 DS7 Main Logic Board Reset Indicates processor reset in progress DEFINITIONS FOR EVENT HISTORY ENTRIES A General ENTRY INDICATES ALARM General alarm ALRM Alarm AVCntr Alarm Verify counter Blank Plain alarm CrossZone cross zone point CZ1A Cross zone CZ1B Cross zone CZ2A Cross zone CZ2B Cross zone DETECTOR General alarm HEAT Thermal sensor ION Ion sen...

Page 95: ...MD100 Addr 00 Module on loop 1 responded to address 00 MD1aa Not Pgmd Module responding is not programmed on loop 1 address aa MM1aa NoRespons Programmed monitor module not responding MM1aa DataError More than one device responding on loop 1 at address aa MM1aa Bad PWs Module responses are not valid on loop 1 address aa MM1aa Bad Pgm Module responding is not the type programmed on loop 1 address a...

Page 96: ...Disabled MAIN or LCDxx shown on bottom line MMlaa Enabled MAIN or LCDxx shown on bottom line NACxx Active Confirm NAC activation confirmed Panel Reset MAIN LCDxx shown on bottom line Power Up PriConfigCopied Primary configuration copied to backup QuickTest Exit Exited Quick Test MAIN or LCDxx shown on bottom line QuickTest Start Started Quick Test MAIN or LCDxx shown on bottom line SNlaa AV CtrClr...

Page 97: ...1 2 5 3 0 1 2 5 4 0 O W N E R S M A N U A L P N 447203 Issue I X 4 This page is intentionally blank ...

Page 98: ...2504 Class A Adapter 446993 12505 Loop Signal Expansion 446994 12506 Remote LCD Annunciator 446983 12507 Serial Relay Unit 447073 12508 Serial Relay Extender 12509 Serial Annunciator Unit 447074 12510 Serial Annunciator Extender 401403 Fire Alarm Accessory Enclosure 447138 12511 Serial Isolation Board 447065 12513 DACT Expansion Module 447153 12401A Class A Adapter 447062 12402 Alarm Relay Board 4...

Page 99: ...1 2 5 3 0 1 2 5 4 0 O W N E R S M A N U A L P N 447203 Issue I XI 2 This page is intentionally blank ...

Page 100: ...uding batteries Step 3 Set jumpers J1 J5 to the F position for Faraday or to S for System Sensor addressable devices Step 4 Mount Loop Driver Board as shown using four spacers P N 943165 to Main Termination Board or Expansion Module Step 5 Connect cable assembly P N 446653 from the Main Termination Board connector P7 or 12505 Expansion Board connector P4 to the Loop Driver Board connector P1 Step ...

Page 101: ...nal 24VDC nominal input for NACs 1 2 3 Amp Max Use Faraday 12408 Auxiliary Power Supply Supervised Powerlimited Cut Jumpers WJ1 WJ2 to enable Must be in the same room and in conduit WJ2 WJ1 NOTES 1 Units to be installed in accordance with all local electrical codes 2 Terminal block will accept a maximum of 12 AWG wiring 3 See Owners Manual for compatible devices Step 1 Installation is to be done b...

Page 102: ...Class A Style Z Supervised Typical Powerlimited NOTES 1 Units to be installed in accordance with all local electrical codes 2 Terminal block will accept a maximum of 12 AWG wiring Step 1 Installation is to be done by qualified personnel who have thoroughly read and understood this instruction sheet Step 2 Disconnect all power into system including batteries Step 3 Mount Class A Adapter s as shown ...

Page 103: ... Board connector P1 or the previous expansion board connector to the Loop Signal Expansion Board connector P2 Step 5 Attach conduit and run wires as required Step 6 Connect wires to the fire alarm system control unit as required Step 7 Apply power to system Step 8 Check for proper operation of functions 12505 MOUNTING NOTES 1 Units to be installed in accordance with all local electrical codes 2 Te...

Page 104: ... see mounting below Step 4 Set dip switch for proper remote address 1 16 Step 5 Attach conduit and run wires as required Step 6 Connect IN wires from fire alarm system control unit or previous remote as required Step 7 Connect OUT wires to next remote or 120 ohm terminating resistor Faraday P N 942664 if last remote Step 8 Attach unit to backbox using four P N 940865 screws Step 9 Apply power to s...

Page 105: ... Address Switch 1 Switch 2 Switch 3 Switch 4 1 On On On On 2 Off On On On 3 On Off On On 4 Off Off On On 5 On On Off On 6 Off On Off On 7 On Off Off On 8 Off Off Off On 9 On On On Off 10 Off On On Off 11 On Off On Off 12 Off Off On Off 13 On On Off Off 14 Off On Off Off 15 On Off Off Off 16 Off Off Off Off SW 9 OFF ON 1 2 3 4 ...

Page 106: ...heet 12507 DIMENSIONS 12508 DIMENSIONS Step 1 Installation is to be done by qualified personnel who have thoroughly read and understood this instruction sheet Step 2 Disconnect all power into system including batteries Step 3 Mount enclosure as required Note Enclosure must be UL Listed for Fire Protective Signaling Use Faraday P N 401403 Fire Alarm Accessory Enclosure Step 4 Attach conduit and run...

Page 107: ...t Used 3 On Off On Not Used 4 Off Off On Not Used 5 On On Off Not Used 6 Off On Off Not Used 7 On Off Off Not Used 8 Off Off Off Not Used PROCESSOR BOARD HEADER CONNECTIONS Pin P2 Processor Board 1 24V Output 2 Not Used 3 Lamp Test Switch 4 Alarm Silence Switch 5 Trouble Acknowledge Silence Switch 6 System Reset Switch 7 Remote Buzzer Output open collector 8 Alarm Silence Output open collector 9 T...

Page 108: ...RTS SUPPLIED 1 413322 Annunciator Driver Board Assembly 1 446652 34 pin Cable Assembly 15 1 446653 34 pin Cable Assembly 3 1 2 1 447042 PCB Track 14 1 2 2 447080 10 pin Cable Assembly 6 2 18965 Keps Nut 6 32 1 447074 Instruction Sheet 12509 DIMENSIONS 12510 DIMENSIONS Step 1 Installation is to be done by qualified personnel who have thoroughly read and understood this instruction sheet Step 2 Disc...

Page 109: ...9 Processor Board P3 12509 or 12510 Driver Board P4 12509 or 12510 Driver Board 1 24V Output 24V Output 24V Output 2 Not Used Indicator 1 Indicator 9 3 Lamp Test Switch Indicator 2 Indicator 10 4 Alarm Silence Switch Indicator 3 Indicator 11 5 Trouble Acknowledge Silence Switch Indicator 4 Indicator 12 6 System Reset Switch Indicator 5 Indicator 13 7 Remote Buzzer Output open collector Indicator 6...

Page 110: ...10 extenders 401403 PARTS SUPPLIED 1 447160 Back Box 1 413754 Door Assembly 1 447138 Instruction Sheet 401404 PARTS SUPPLIED 1 447166 Semi Flush Trim 4 940454 Wood Screw 10x3 4 401403 SURFACE MOUNTING 401403 SEMI FLUSH MOUNTING WITH 401404 SEMI FLUSH TRIM Step 1 Installation is to be done by qualified personnel who have thoroughly read and understood this instruction sheet Step 2 Mount enclosure a...

Page 111: ...447138 ISSUE I REV A PAGE 2 OF 2 SAMPLE LAYOUT FOR RELAY UNITS SAMPLE LAYOUT FOR ANNUNCIATOR UNITS ...

Page 112: ...al Isolator Board 1 447065 Instruction Sheet 12511 MOUNTING Step 1 Installation is to be done by qualified personnel who have thoroughly read and understood this instruction sheet Step 2 Disconnect all power into system including batteries Step 3 Remove jumpers 10 pieces from P5 and P6 on the Main Termination Board Step 4 Mount Serial Isolation Board as shown mating the headers and connectors Step...

Page 113: ...luding batteries Step 3 Mount DACT Board as shown using four spacers P N 942456 to the DACT Board NOTE The DACT Board connector J1 must be aligned with the DACT Expansion Board header P1 below Step 4 Mount DACT Expansion Board using six screws P N 29529 11 as shown NOTE The DACT Expansion Board connector P2 must be aligned with the circuit board connector below Step 5 Attach ground wire under lowe...

Page 114: ...0 Hz handshake frequency 4 2 2300HZ Sends a 4 digit account number and a 2 digit code up to four rounds at 20 pps with 2300 Hz handshake frequency COMPATIBLE RECEIVERS FORMATS Receiver Manufacturer Compatible Receivers SIA DCS 8 SIA DCS 20 Ademco Contact ID 3 1 1400HZ 3 1 2300HZ 4 2 1400HZ 4 2 2300HZ Osborne Hoffman Inc QUICKALERT Model II Ademco Contact ID Fast 3 1 1400HZ Fast 3 1 2300HZ Fast 4 2...

Page 115: ...1 00 xyz 8 81 Phone Line 1 Trouble LT 1 1 351 00 1 8 81 Phone Line 2 Trouble LT 2 1 352 00 2 8 82 Fire Trouble FT tuvw 1 373 00 xyz 8 83 System Battery Trouble YT 1 302 00 8 87 Fire Test Begin FI 0 1 604 00 0 9 90 Fire Test End FK 3 604 00 9 92 Automatic Test unit normal RP N 1 602 00 N 9 93 Automatic Test unit abnormal RP A 1 602 00 A 9 93 Manual Test unit normal RX N 1 601 00 N 9 94 Manual Test ...

Page 116: ...will notify you in advance that temporary discontinuance of service may be required If advance notice is not practical the telephone company will notify you of the discontinuance as soon as possible Also you will be advised of your right to file a complaint with the FCC if you believe it is necessary The telephone company may make changes in its facilities equipment operations or procedures that c...

Page 117: ...al Powerlimited Notification ApplianceCircuit Class A Style Z Supervised Typical Powerlimited Class A Adapter A A B B C C D D E E F F 1 1 2 2 3 3 4 4 1 1 2 2 NOTES 1 Units to be installed in accordance with all local electrical codes 2 Terminal block will accept a maximum of 12 AWG wiring 3 See Owners Manual for ratings and compatible devices Step 1 Installation is to be done by qualified personne...

Page 118: ... 1 AMP 30 VDC OR 5 AMP 30 VAC Not Supervised For Powerlimited Source A O C NOTES 1 Units to be installed in accordance with all local electrical codes 2 Terminal block will accept a maximum of 14 AWG wiring Step 1 Installation is to be done by qualified personnel who have thoroughly read and understood this instruction sheet Step 2 Disconnect all power into system including batteries Step 3 Mount ...

Page 119: ...lation is to be done by qualified personnel who have thoroughly read and understood this instruction sheet CAUTION It is recommended that the p c board be removed for any procedure that may cause dust metal shavings grease or any such matter that may affect the circuit board and or parts Step 2 Disconnect all power into system including batteries Step 3 Mount backbox as required If the power suppl...

Page 120: ...R and or FPLP as described in Article 760 of N E C Devices for auxiliary power outputs The following lists compatible devices for the auxiliary power outputs Door Holders Relays Four Wire Seperately Powered Heat Smoke Detectors Notification Appliances Door Holders Faraday Cat No Mfg Part Number Description R S G Inc 9552 DH 24120FC1 Door Holder 9553 DH 24120SC1 Door Holder 9554 DH 24120GC1 Door Ho...

Page 121: ...9164 DH400ACDCI 25mA 110mA Must use 6 wires 9165 DH400ACDCP 25mA 110mA Must use 6 wires 9175 6424 10mA 28 4mA Must use EOL Relay and 6 wires Notes 1 For specific wiring and installation information read the instructions provided with each device 2 Each 9273 EOL Relay requires 15 mA standby current Compatible Notification Appliances Catalog Number Description Audible Voltage Audible Current Strobe ...

Page 122: ... 020A 5344 Electronic Horn 21 32VDC 0 020A 5345 Electronic Horn 21 32VDC 0 020A 5350 Electronic Horn 3T 21 32VDC 0 020 0 025A 4 5353 Electronic Horn 3T 21 32VDC 0 020 0 025A 4 5354 Electronic Horn 3T 21 32VDC 0 020 0 025A 4 5355 Electronic Horn 3T 21 32VDC 0 020 0 025A 4 5360 Electronic Horn 21 32VDC 0 020A 5363 Electronic Horn 21 32VDC 0 020A 5364 Electronic Horn 21 32VDC 0 020A 5365 Electronic H...

Page 123: ...DC 0 164A 6238 L Horn w Strobe 21 30VDC 0 038A 20 31VDC 0 249A 6238 M 2 Horn w Sync Strobe 21 30VDC 0 038A 20 31VDC 0 059A 6238 R 2 Horn w Sync Strobe 21 30VDC 0 038A 20 31VDC 0 088A 6238 T 2 Horn w Sync Strobe 21 30VDC 0 038A 20 31VDC 0 154A 6238 Y 2 Horn w Sync Strobe 21 30VDC 0 038A 20 31VDC 0 170A 6238 Z 2 Horn w Sync Strobe 21 30VDC 0 038A 20 31VDC 0 249A 6240 Horn 21 30VDC 0 065A 6243 Horn 2...

Page 124: ...1VDC 0 025A 20 31VDC 0 154A 6314 Y 2 Mini Horn S T w Sync Strobe 20 31VDC 0 025A 20 31VDC 0 170A 6314 Z 2 Mini Horn S T w Sync Strobe 20 31VDC 0 025A 20 31VDC 0 249A 6320 2 Sync Electronic Horn 20 31VDC 0 030A 6321 2 Sync Electronic Horn 20 31VDC 0 030A 6380 Electronic Signal 8T 20 31VDC 0 024 0 050A 4 6381 Electronic Signal 8T 20 31VDC 0 024 0 050A 4 Key 1 1 10 gong 4 4 gong 5 chime 6 6 gong 8 8 ...

Page 125: ...l blocks for telephone connections must be towards the bottom of the backbox Step 4 Attach the green ground wire to the stud located below the digital communicator Secure with a 6 32 keps nut P N 18965 Step 5 Connect cable assembly P N 446353 from the 12400 Main Termination Board connector P7 or 12500 Main Termination Board connector P11 to the digital communicator connectors P2 Channel Inputs and...

Page 126: ...uto Silence The capability of a control to automatically silence the notification appliances after a preset period of time Auxiliary Relays Control relays that energize only during alarm conditions that are used to either apply power to or remove power from other equipment during an alarm condition Class A Circuit An initiating device or notification appliance circuit within which all components r...

Page 127: ...us such as a bell horn strobe light or speaker Notification Appliance Circuit NAC A circuit to which notification appliances are connected Power Supply That portion of the fire alarm control unit which provides the power needed to operate all control unit modules as well as that needed to operate all electrically powered initiating devices and all notification appliances Quick Test A term pertaini...

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