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GW MK3 PRE-ACTION VALVE ELECTRICALCONTROL PANEL & BATTERY SETUP INSTALLTION & OPERATION

GW SPRINKLER A/S Kastanievej 15, DK 5620-Glamsbjerg, Denmark

TEL: +45 64722055 FAX: +45 64722255 Email: [email protected]

Data sheet also available at www.gwsprinkler.com DATA SHEET No: GW SS015 1004 A

Data Sheet: Page: Issue / Date:

GW MK3 Pre-action Valve Electrical Control Panel & Battery Box 1 of 38 9th July 2007

The right is reserved to vary or modify any specifications without prior notice

CONTENTS

TO BE READ IN CONJUNCTION WITH WIRING DIAGRAM 8G001 OVERVIEW........................................................................................................................................... 2

GENERAL CONFIGURATION.......................................................................................................... 2

FUNCTIONAL SPECIFICATION...................................................................................................... 3

1) DETECTION ZONES .............................................................................................................................. 3 2) MANUAL RELEASE ZONE..................................................................................................................... 3 3) ALARM CIRCUITS................................................................................................................................. 3 4) SOLENOID CIRCUITS ............................................................................................................................ 3 5) REPEATER OUTPUTS ............................................................................................................................ 3 6) AUXILIARY 28 VDC SUPPLY ............................................................................................................... 3 7) STATUS LAMP UNIT............................................................................................................................. 4 8) REMOTE INPUTS................................................................................................................................... 4 9) CLEAN RELAY CONTACTS ................................................................................................................... 5 10) RS232 SERIAL DATA COMMUNICATION ........................................................................................... 5 11) INTERNAL STANDBY BATTERY.......................................................................................................... 5 12) EXTERNAL STANDBY BATTERY......................................................................................................... 6 13) PRE-ACTION SPRINKLER BACKUP BATTERY..................................................................................... 6 14) FUNCTION ENABLE/DISABLE SWITCHES ........................................................................................... 6 15) FAULT LEDS...................................................................................................................................... 7 16) INTERNAL BUZZER............................................................................................................................. 8 17) DISPLAY BOARD - GENERAL ............................................................................................................. 8 18) DISPLAY BOARD - VISUAL INDICATIONS........................................................................................... 8 19) DISPLAY BOARD - USER CONTROLS................................................................................................ 10 TECHNICAL SPECIFICATION ...................................................................................................... 12

BATTERY REQUIREMENT CALCULATIONS ........................................................................... 13

COMPATIBILITY.............................................................................................................................. 14

INSTALLATION................................................................................................................................. 15

INSTALLATION PROCEDURE................................................................................................................... 16 COMMISSIONING PROCEDURE ............................................................................................................... 17 SYSTEM MAINTENANCE ............................................................................................................... 23

ZONE AND BELL WIRING EXAMPLES....................................................................................... 24

WIRING SPECIFICATION............................................................................................................... 24

INSTALLATION OF END OF LINE TERMINATORS ................................................................ 25

INSTALLATION .................................................................................................................................. 25 COMMISSIONING............................................................................................................................... 25 Appendix: 1 Battery installation “WARNING” 2 Schematic diagram for wiring of end of line resistances. 3 Wiring diagrams for electrical components.








Pre-action Sprinkler -B Panel Installation and Operation Overview The Pre-action Sprinkler-B Panel is a stand-alone panel intended for use with sprinkler extinguishing systems. The function of the panel is to monitor zones or areas for fire conditions and give an appropriate audible and visible indication. The panel also provides a facility for initiating the release of extinguishants, both manually and automatically.

General Configuration The Panel is housed in a metal enclosure with a Manual Release facility mounted on the door. The display board is fixed to the internal chassis by 4 bolts and provides the following functions: 1) Visual Indication of panel status via LEDs. 2) Buttons for User Control. The main control board provides the following functions: 1) Three fully monitored Detection zones. 2) One fully monitored Manual Release zone. 3) Two fully monitored Bell circuits. 4) Two fully monitored Solenoid circuits. 5) Repeater outputs for Detection zones, Manual Release zone, Common Fault and Evacuate. 6) An Auxiliary 28VDC supply output. 7) Outputs to drive an external Status Lamp Unit. 8) Remote inputs for:

a) Evacuate b) Silence Alarms c) System Reset d) System Air e) Lock-off switch f) Low Pressure g) Sprinkler alarm h) Water Mains i) User Defined Fault Input

9) Clean Relay contacts for: a) First Stage Operated b) Second Stage Operated c) Auxiliary Reset d) Auxiliary fire e) Auxiliary Fault f) System Discharged

10) Terminals for RS232 Serial Data Communication 11) Terminals for Internal Standby Battery 12) Terminals for External Standby Battery 13) Terminals for Fail-Safe Sprinkler Backup Battery (pre-action) 14) Function Enable/Disable Switches 15) Earth Fault LED 16) Display Fault LED 17) Alarm Fault LED 18) Power Supply Fault LED 19) Backup Battery Fault LED 20) Serial Comms. Fault LED 21) Lock Off Fault LED 22) User Input Fault LED








23) Low Pressure/Compressor Fault LED 24) Sprinkler Alarm Fault LED 25) System Air Fault LED 26) Water Mains Fault LED 27) Internal Buzzer

Functional Specification Note: Please refer to the enclosed diagram TC1561SB for wiring details. 1) Detection Zones Three monitored detection zones are provided. They are monitored for Open Circuit Fault, Short Circuit Fault and Activation (Fire). A maximum of 20 active detectors are allowed on each zone. Any number of passive devices may be used e.g. Manual Call Points. Zones 1 and 2 normally provide First Stage and Second Stage fire conditions to allow automatic extinguishant discharge (Double Knock Zones). Zone 3 is an auxiliary detection zone and is not used to automatically discharge the extinguishant. The Display Board has Fire and Fault LEDs for each of the zones. The Display Board also provides buttons for isolating the monitoring of individual zones. 2) Manual Release Zone Zone 4 is used as a Manual Release zone. It is monitored for Open Circuit Fault, Short Circuit Fault and Activation (Fire). It is classed as a Second Stage input in either automatic or manual mode and initiates the release of extinguishants when activated. This zone should only have manually operated devices connected to it e.g. Manual Call Points. The Display Board has Fire and Fault LEDs for the Manual Release Zone. The Manual Release zone cannot be isolated unless physically disconnected. 3) Alarm Circuits Two fully monitored alarm circuits are provided. They are monitored for Open Circuit and Short Circuit faults. They are rated at 1 Amp, 28 Volts DC each. An amber LED on the main Control Board is illuminated for any fault conditions an the Alarm Circuits. Note: The monitoring voltage polarity is opposite to that shown on the PCB, which is shown as the active polarity. 4) Solenoid Circuits Two fully monitored solenoid circuits are provided. They are monitored for Open Circuit and Short Circuit faults. They are rated at 1 Amp, 28 Volts DC each. An amber LED on the Display Board is illuminated for any fault conditions on the Solenoid Circuits. Note: The monitoring voltage polarity is opposite to that shown on the PCB, which is shown as the active polarity. 5) Repeater Outputs Transistor driver 0V open collector outputs rated at 100mA each are provided for each of the detection zones to indicate zone activation. One output is provided to indicate a common fault and one output is provided to indicate the operation of manual/remote evacuate. 6) Auxiliary 28 VDC Supply The panel provides an auxiliary d.c. power supply for connection to ancillary equipment. The output is rated at 2 Amps, 28 Volts D.C.








7) Status Lamp Unit The panel provides a 28 Volt D.C. output rated at 0.5 Amps to provide power to a Status Lamp Unit. Outputs for AUTO, MANUAL and DISCHARGED are provided via relays on the panel. These outputs are normally open and switch to 0V. Each output is rated at 250mA.

8) Remote Inputs a) Remote Evacuate The panel can accept a 0V input on the Remote Evacuate terminal which will cause the alarm circuits to operate continuously until the input is removed. b) Silence alarms The panel can accept a 0V input on the Remote Silence Alarms terminal which will cause the alarm circuits to deactivate if they are activated for a fire condition. If the alarm circuits are activated by an Evacuate signal and no fire signals are present then this input will have no effect. c) System Reset The panel can accept a 0V input on the Remote System Reset terminal which will reset the panel indications to normal and remove the power supply to the zones to clear any detectors in a fire condition. This input is only accepted if the alarm circuits have already been silenced for a fire condition. f) System Air The System Air input consists of two terminals; one input terminal and one 0V terminal. This is a fully monitored input with a 3K9 end-of-line monitoring resistor. An open or short circuit fault will be indicated by an amber System Air Fault LED on the main control board. The input is normally open and therefore requires a 680R resistor across the circuit to activate it, resulting in the System Air LED on the display board being illuminated. e) Lock-Off Switch The Lock-off input consists of two terminals; one input terminal and one 0V terminal. This input monitors for short circuits with a 680R end-of-line monitoring resistor. A short circuit fault is indicated by an amber Lock Off Fault LED on the main control board. The input is normally closed therefore an O/C will remove the 680R resistor producing an active condition in which the panel is placed in manual mode and the green Manual LED on the display board pulses. Operation of the Auto/Manual button on the display board has no affect while the Lock-Off input is active. f) Low Pressure Fault / Compressor Fault The Low Pressure Fault / Compressor Fault input consists of two terminals; one input terminal and one 0V terminal. This is a fully monitored input with a 3K9 end-of-line monitoring resistor. An open or short circuit fault is indicated by an amber Compressor Fault LED on the main control board. The input is normally open and therefore requires a 680R resistor across the circuit for the active state. An active condition illuminates the amber Compressor Fault LED on the display board. g) Sprinkler Alarm The Sprinkler Alarm input consists of two terminals; one input terminal and one 0V terminal. This is a fully monitored input with a 3K9 end-of-line monitoring resistor. An open or short circuit fault will be indicated by an amber Sprinkler Alarm Fault LED on the main control board. The input is normally open and therefore requires a 680R resistor across the circuit for the active state. An active condition indicates a Sprinkler Alarm, illuminating the red Sprinkler Alarm, red First Stage and red Second Stage LEDs on the display.








h) Water Mains The Remote Abort/Water Mains input consists of two terminals; one input terminal and one 0V terminal. This is a fully monitored input with a 3K9 end-of-line monitoring resistor. An open or short circuit fault is indicated by an amber Water Mains Fault LED on the main control board. The input is normally open and therefore requires a 680R resistor across the circuit for the active state. An active condition illuminates the amber Water Mains LED on the display. i) User Defined Fault Input The User Defined Fault Input is provided as a spare fault input. The input consists of two terminals; one input terminal and one 0V terminal. This is a fully monitored input with a 3K9 end-of-line monitoring resistor. An open or short circuit fault is indicated by a User Input Fault LED on the main control board. The input is normally open and therefore requires a 680R resistor across the circuit for the active state. An active condition illuminates the User Fault LED on the display. This LED has no text and the user may label it as required.

9) Clean Relay Contacts a) First Stage The First Stage Relay is a double pole double throw relay and is energised whenever a First Stage Fire condition is activated. Two sets of contacts are available. The first set has Normally Open and Normally Closed changeover contacts, the second set only has Normally Closed contacts. b) Second Stage The Second Stage Relay is a double pole double throw relay and is energised whenever a Second Stage Fire condition is activated. Two sets of contacts are available. The first set has Normally Open and Normally Closed changeover contacts, the second set only has Normally Closed contacts. c) Auxiliary Reset The Auxiliary Reset Relay is a single pole single throw relay and is energised briefly when the panel is in System Reset mode. The relay is energised for 7.5 seconds. This is to allow ancillary equipment such as Beam Detectors to be reset. Only two terminals are provided, which are normally closed. d) Auxiliary Fire The Auxiliary fire Relay is a double pole double throw relay and is energised for any Zone Fire condition. It is de-energised only on System Reset. Six terminals are provided, giving two sets of normally open and normally closed changeover contacts. e) Auxiliary Fault The Auxiliary Fault Relay is a single pole double throw relay. It is a fail-safe relay and is therefore normally energised. It is de-energised for any fault condition and remains de-energised until all faults are cleared. Three terminals are provided, giving one set of normally open and normally closed changeover contacts. f) System Discharged The System Discharged Relay is a single pole single throw relay and is energised when the Sprinkler Alarm input is activated or if the NO PRESSURE SWITCH function is selected and the Solenoid circuits are operated. It is de-energised on System Reset. Only two terminals are provided, which are normally open. 10) RS232 Serial Data Communication The Serial Data Communication Port is currently not implemented. 11) Internal Standby Battery Two terminals are provided to allow connection of one set of internal standby batteries. The Charger Circuit is monitored to ensure correct charging of any attached batteries. Incorrect charging or disconnection results in a fault indication, illuminating the amber Power Fault LED on the main control board.








12) External Standby battery Two terminals are provided to allow connection of external standby batteries. These terminals are in parallel with the internal battery terminals and are intended for use in situations where the battery standby requirement necessitates the use of batteries with physical dimensions exceeding the space allocated in the panel for internal batteries. Note: Standby batteries should only be connected to one set of terminals i.e. either internal or external but not both. 13) Pre-Action Sprinkler Backup Battery Two terminals are provided for connection of backup batteries to allow fail-safe operation of the solenoid circuits. If the a.c. mains to the panel fails and the standby batteries fail, the solenoid circuits will be automatically and immediately activated via these batteries. This is intended to fill the sprinkler system with extinguishant ready for release. The Charger Circuit is monitored to ensure correct charging of any attached batteries. Incorrect charging or disconnection results in a fault indication, illuminating the amber Backup Fault LED on the main control board. Note: If the a.c. mains is restored the solenoid circuits will be de-activated. 14) Function Enable/Disable Switches Three sets of DIL switches and a jumper link are available on the main control board to allow the panel to be configured for optional site specific functions: a) Node Select Switch This is a four way switch and allows the panel to be addressed from 0 to 15 (0 - Serial Communications Disabled). This will only be required if the serial data comms. is utilised on future panels. b) Function Select Switch This consists of two sets of 8-way DIL switches to provide the following options:

1. One Man Test Mode Enables one-man-test during commissioning i.e. automatic reset of zones when activated. 2. Earth Fault Monitoring Disable Disables earth fault monitoring and indication. This switch should only be operated if zener barriers are used on the

zones. 3. Zone 1 Double Knock Zone 1 produces a second stage alarm in auto mode i.e. the extinguishant release timer is started if Zone 1 registers

a fire condition in auto mode. 4. Zone 2 Double Knock Zone 2 produces a second stage alarm in auto mode i.e. the extinguishant release timer is started if Zone

2 registers a fire condition in auto mode. 5. All Zones Zener Barrier Thresholds Allows the use of zener barriers for intrinsically safe operation of zones 1 to 4. 6. No Pressure Switch Gives a Sprinkler Alarm indication when the solenoid circuits are operated, for installations where the Sprinkler

Alarm input is not used. If the Sprinkler Alarm input is not used and this switch is not enabled then operation of the solenoid circuits will not produce a Sprinkler Alarm indication on the panel.

7. Actuator/Solenoid Short Circuit Monitoring Disable Disables the solenoid short circuit indication. This is intended for use in installations where the C1565 monitoring

and suppression board has not been fitted to solenoids on the solenoid circuits. 8. 2 x Delay Doubles the delay length set by the delay switch. 9. Alarm1 First Stage, Alarm2 Second Stage Alarm Circuit 1 operates for a first stage alarm condition and a second stage alarm condition. Alarm Circuit 2 operates for a second stage alarm condition.








10. Alarms Continuous in First Stage Alarm Circuits 1 and 2 pulse for a first stage alarm condition if this switch is OFF. Alarm Circuits 1 and 2 are

continuous for a first stage alarm condition if this switch is ON. 11. Alarms Continuous in Second Stage Alarm Circuits 1 and 2 pulse for a second stage alarm condition if this switch is OFF. Alarm Circuits 1 and 2 are

continuous for a second stage alarm condition if this switch is ON. 12. Manual Release gives instant discharge Disables the discharge timer i.e. if a Manual Release occurs the solenoid circuits are operated immediately instead

of after the timer has ended. 13. Inhibit Silence Alarms during Water Imminent Prevents the alarms from being silenced during the last 15 seconds of the discharge timer. 14. Buzzer Rapid Pulse at end of delay Buzzer pulses rapidly during the last 15 seconds of the discharge timer. 15. Evacuate operates Aux. Fire Relay Manual Evacuate or Remote Evacuate rings the bells and operates the auxiliary fire relay. 16. Latching Faults All fault conditions produce a general fault indication even after the fault has been cleared, until manually reset by

operating Silence Buzzer and System Reset. c) Discharge Timer Set Switch This is an eight way DIL switch to allow setting of the timer: 1. 1 Second 2. 2 Seconds 3. 4 Seconds 4. 8 Seconds 5. 16 Seconds 6. 32 Seconds 7. 64 Seconds 8. 128 Seconds This gives a maximum delay of 4 minutes 15 seconds (This can be doubled up to 8 minutes 30 seconds) d) Actuator/Solenoid 1 Minute Cut Off Option This is a one way jumper link and allows the solenoid circuits to be switched off after a delay of 1 minute after activation, for solenoids that do not require a continuous supply. 15) Fault LEDs Twelve Amber Fault LEDs are placed on the main control board to provide the following fault indications: 1. POWER FAULT This LED illuminates for a mains or standby battery fault. 2. DISPLAY FAULT This LED illuminates if the display is disconnected. 3. EARTH FAULT This LED illuminates for any cable-to-earth fault. 4. ALARM FAULT

This LED illuminates for any alarm circuit fault. 5. BACKUP FAULT This LED illuminates for a solenoid battery backup fault. 6. SPRINKLER ALARM FAULT This LED illuminates for a cable fault on the Sprinkler Alarm input.








7. LOCK OFF FAULT This LED illuminates for a cable fault on the Lock Off input. 8. USER INPUT FAULT This LED illuminates for a cable fault on the User Fault input. 9. LOW PRESSURE/COMPRESSOR FAULT This LED illuminates for a cable fault on the LOW PRESSURE / COMPRESSOR FAULT input. 10. SYSTEM AIR FAULT This LED illuminates for a cable fault on the System Air input. 11. WATER MAINS FAULT This LED illuminates for a cable fault on the Water Mains input. 12. COMMS FAULT This LED illuminates for a loss of serial data. This feature is currently not implemented. The LEDs on the main control board are normally OFF and illuminate continuously for the relevant fault. The General Fault LED on the Display board pulses for any of the above faults. 16) Internal Buzzer The internal buzzer provides an audible indication to compliment the visual indications provided via the LEDs on the panel. The buzzer has various modes as follows:

1. Fault Indication - Pulse, 1 second On, 3 seconds OFF The buzzer can be silenced for most fault indications.

2. Alarm Indication - Continuous The buzzer cannot be silenced.

3. Alarms Silenced - Pulse, ½ second On, ½ second OFF The buzzer cannot be silenced.

4. Buzzer Pulse End Of Delay - Pulse, ¼ second On, ¼ second OFF The buzzer cannot be silenced.

5. Button Press - Continuous whilst button is pressed 17) Display Board - General The Display board is connected to the main control board via a 50 way ribbon and polarised ribbon socket. A latching polarised 50 way header is provided on the main control board at position J1. 18) Display Board - Visual Indications The visual indications are via LEDs and consist of the following: a) Mains On This is a green LED which is normally illuminated to indicate that the a.c. mains supply to the panel is present. A mains failure results in the LED being extinguished. b) General Fault This is an amber LED which is normally OFF. If a fault condition exists for which a separate LED is not provided on the display board then the general fault LED pulses. c) Processor Fault This is an amber LED which is normally OFF. It is controlled from two circuits:

1. If the microprocessor fails and is restarted by the watchdog circuit then the microprocessor illuminates the LED until the SYSTEM RESET button is pressed. 2. If the microprocessor fails and cannot be restarted by the watchdog circuit then the watchdog circuit illuminates the LED. This indication cannot be cleared unless the microprocessor restarts.








d) System Disabled This is an amber LED which is normally OFF. If any isolations are present on the panel then this LED pulses until all isolations are cleared. e) Zone 1 Fire This consists of two red LEDs which are normally OFF. A fire condition on Zone 1 pulses the LEDs until the Silence Alarms function is activated. The LEDs are then ON until System Reset. f) Zone 2 Fire This consists of two red LEDs which are normally OFF. A fire condition on Zone 2 pulses the LEDs until the Silence Alarms function is activated. The LEDs are then ON until System Reset. g) Auxiliary Zone Fire This consists of two red LEDs which are normally OFF. A fire condition on the Auxiliary Zone pulses the LEDs until the Silence Alarms function is activated. The LEDs are then ON until System Reset. f) Manual Release This consists of two red LEDs which are normally OFF. An active condition on the Manual Release Zone pulses the LEDs until the Silence Alarms function is activated. The LEDs are then ON until System Reset. g) Zone 1 Fault This is an amber LED which is normally OFF. The LED pulses if there is a fault present on Zone 1. The LED is ON if Zone 1 is isolated. h) Zone 2 Fault This is an amber LED which is normally OFF. The LED pulses if there is a fault present on Zone 2. The LED is ON if Zone 2 is isolated. i) Auxiliary Zone Fault This is an amber LED which is normally OFF. The LED pulses if there is a fault present on the Auxiliary Zone. The LED is ON if the Auxiliary Zone is isolated. j) Manual Release Fault This is an amber LED which is normally OFF. The LED pulses if there is a fault present on the Manual Release Zone. k) First Stage This is a red LED which is normally OFF. If a First Stage alarm occurs the LED is illuminated until System Reset. l) Second Stage This is a red LED which is normally OFF. If a Second Stage alarm occurs the LED is illuminated until System Reset. m) System Auto This is an amber LED and is illuminated if the panel is set to automatically operate the solenoid circuits. n) System manual This is a green LED and is illuminated if the solenoids can only be operated manually. This LED pulses if the Lock Off input is active. Note: The System Auto and System Manual LEDs are mutually exclusive and one or the other will always be illuminated (or pulsing).








o) Sprinkler Alarm This is a red LED which is normally OFF. It is illuminated when the Extinguishant is released. This is usually detected via the Pressure Switch/Sprinkler Alarm input but may be operated when the solenoids are operated if the panel is configured for NO PRESSURE SWITCH (see section (14), Function DIL switches). The LED will be cleared on System Reset. p) Water In System This is a red LED which is normally OFF. It is illuminated when the solenoid circuits are activated. The LED will be cleared on System Reset. q) Timer Aborted This is an amber LED which is normally OFF. It pulses when the extinguishant release timer is running and is ON when the timer is held. It switches OFF after the timer has ended or on System Reset. r) Low Pressure This is an amber LED which is normally OFF. It is illuminated when the Low Pressure/Compressor Fault input is active and clears only when the input is cleared. s) System Air This is an amber LED which is normally OFF. It pulses if the System Air input is active. It remains pulsing until the input is cleared. t) Water Mains This is an amber LED which is normally OFF. It pulses if the Water Mains input is activated. It remains pulsing until the input is cleared. u) Solenoid Error This is an amber LED which is normally OFF. It pulses if an open circuit or short circuit fault is detected on either of the Solenoid circuits. It remains pulsing until the fault is cleared. v) User Fault Indication This is an amber LED and is normally OFF. It is illuminated if the User Fault input is active. The display text is left blank to allow the installer to label it appropriately. 19) Display Board - User Controls The Display Board provides user controls via buttons on the membrane of the display board. Operation of any button will activate the internal buzzer until the button is released. The following functions are available: a) Evacuate This button operates the alarm circuits continuously when operated once. It must be operated again to silence the alarm circuits. If it is operated during a fire condition then Silence Alarms must be operated to silence the alarm circuits. The Auxiliary Fire relays are not normally operated by this function but can be selected to operate via a DIL switch on the main control board. b) Silence Alarms This button allows the alarm circuits to be silenced during a fire condition. The buzzer changes from continuous to a rapid pulse (see section (16), Internal Buzzer). A new fire or evacuate condition clears the Alarms Silenced mode, reactivating the alarm circuits and returning the buzzer to continuous.








c) Reset System This button initiates a System Reset if the panel is currently in Alarms Silenced mode (above). During System Reset all outputs and indications are cleared. The devices on the zones are reset (i.e. the zone supply is disconnected for 1 second) and the Auxiliary Reset relay is operated for 5 seconds. d) Silence Fault This button silences the buzzer during a fault indication but only if that fault is allowed to be silenced. Faults which cannot be silenced are:

1. Processor Fault when controlled by the watchdog circuit. 2. Zone Isolate. 3. Relay Isolate. 4. Solenoid Circuit Isolate. 5. One Man Test Mode. 6. Display Fault (since the display is disconnected!).

e) Auto/Manual This button toggles the panel status between Automatic and Manual discharge mode unless the Remote Lock-Off input is active, in which case the panel remains in Manual mode and the button has no effect. f) Timer Abort This input is only effective when the discharge timer is running. When pressed the timer is reset to the start value and remains inactive until the button is released, at which point the timer then becomes active again. g) Test Display This button illuminates all the LEDs on the panel display and the main control board. The buzzer also sounds. The Test Display mode is active until the button is released. h) Isolate Solenoids This button isolates the solenoid circuits and prevents them from being operated or monitored for faults. The solenoids can be de-isolated by operating the button again. Note: The fail-safe backup batteries can still operate the solenoids in the event of mains and standby battery power failure even when the solenoid circuits are isolated. i) Isolate Relays This button isolates all the auxiliary relays and prevents them from being operated. The relays can be de-isolated by operating the button again. Note: The Auxiliary Fault relay is still operated. j) Isolate Zone 1 This button isolates Zone 1 and disables fault and fire monitoring on the zone. The zone can be de-isolated by operating the button again. k) Isolate Zone 2 This button isolates Zone 2 and disables fault and fire monitoring on the zone. The zone can be de-isolated by operating the button again. l) Isolate Auxiliary Zone This button isolates the Auxiliary Zone and disables fault and fire monitoring on the zone. The zone can be de-isolated by operating the button again. Note: All zone isolate/de-isolate operations result in the zone power supply being disconnected for 10 seconds.








Technical Specification Maximum power supply output 5.0A, 28VDC Alarm current (Mains off)(Ia) 230mA + Ancillary equipment current + Alarm circuit current + Solenoid circuit current Mains Failed current (Iq) 140mA + Ancillary equipment current Integral charger output 1.0 A Nominal 5.0 A Maximum Note: The battery charger output is not current limited. Maximum Auxiliary 28VDC supply 2.0 A Note: The auxiliary d.c. output is not monitored for faults. Alarm circuit rating 2 at 1A, 28VDC each Solenoid circuit rating 2 at 1A, 28VDC each Internal Battery size 2 x 6 Ah Sealed lead acid External Dimensions 445 high x 405 wide x 105 deep Weight (excluding batteries) 11 kg. Cable Size Accepted by Terminals 1.0 mm to 2.5 mm CSA. (Cross Sectional Area) Maximum Detectors Per Zone 20 Maximum Call Points Per Zone No Limit The charger output is designed for charging lead/acid batteries which are characterised by a reducing charge current when charged from a constant potential source. It will not provide the maximum charging current when the other power supply outputs are fully loaded. The panel requires two 12 volt batteries connected in series to produce 24 volts. CONNECTING ONE 12 VOLT BATTERY OR INCORRECT CONNECTION OF THE BATTERIES CAN DAMAGE THE PANEL AND THE BATTERY.








Battery Requirement Calculations The usual requirement for standby batteries is 24 Hours standby plus 30 Minutes in Alarm. Use the following as a guideline when calculating your requirements. 24 Hours Standby Mains Failed current X Standby Time = Battery Capacity Required in Amps in Hours in AmpHours Mains Failed current is 0.14 A plus ancillary equipment e.g. if a Status Indicator draws 0.15 A then the total Mains Failed current is 0.29 A. Therefore over 24 Hours the Battery requirement is 0.29 X 24 = 6.96 Ah 30 Minutes Alarm Alarm current X Alarm Time = Battery Capacity Required in Amps in Hours in AmpHours Alarm current is 0.23 A plus alarm and solenoid current plus ancillary equipment e.g. if the alarm load is 1.0 A, the solenoid load is 1.0 A and a Status Indicator draws 0.15 A then the total Alarm current is 2.38 A. Therefore over 30 Minutes the Battery requirement is 2.38 X 0.5 = 1.19 Ah Therefore the total Battery requirement is 6.96 + 1.19 = 8.15 Ah Use batteries with a rating of at least 25% more than the capacity required. This is to allow for deterioration of the batteries during use. Please note that the enclosure will only accept 2 batteries (12V) up to 6Ah. Larger sized batteries will have to be housed in a separate enclosure. If Sprinkler Fail-Safe backup batteries are also to be used the maximum solenoid load allowed is 2.0 A. Therefore to operate the solenoids for 30 Minutes will require a maximum battery capacity of 1.0 Ah. Please note that no additional space has been provided inside the enclosure for these batteries. Example for 72 Hours Standby, no Status Indicator or other ancillary equipment Mains Failed current is 0.14 A. Therefore over 72 Hours the Standby Battery requirement is 0.14 X 72 = 10.08 Ah The Alarm current is 0.23A plus alarm and solenoid current plus ancillary equipment e.g. if the alarm load is 1.0A, the solenoid load is 1.0A and there is no other equipment connected then the total Alarm current is 2.23A. Therefore over 30 Minutes the Battery requirement is 2.23 X 0.5 = 1.12 Ah








Therefore the total Battery requirement is 10.08 + 1.12 = 11.20 Ah 25% of 11.2 Ah is 2.8Ah so the actual minimum battery capacity required is 14.0 Ah. Compatibility The panel will operate with the following types of devices:

Manufacturer Part number Description Apollo 53541 - 151 Ionisation smoke detector 53551 - 201 Optical smoke detector 53531 - 221 Grade 1 rate of rise detector 45681 - 007 Common mounting base 55000 - 300 Optical detector 55000 - 200 Ionisation detector 55000 - 210 Ionisation integrated detector 55000 - 100 Grade 1 heat detector 45681 - 200 Common mounting base Hochiki SLK - E Optical smoke detector SIH-E Ionisation detector DFE60 Heat detector DFE90 Heat detector DCA - E Rate of rise detector DCC - 1EL Grade 1 rate of rise detector DCC - 2EL Grade 2 rate of rise detector DCC - 1REL Range 1 rate of rise detector YBF-RL\4H5 Mounting base Nittan 2KC Optical smoke detector NID - 58 Ionisation smoke detector TCA-70-LS Heat detector RB-3R Mounting base NHD-G1 (4T) Grade 1 fixed temperature detector NHD-G2 (4T) Grade 2 fixed temperature detector NHD-G3 (4T) Grade 3 fixed temperature detector NHD-G\H1 (4T) Range 1 fixed temperature heat detector 2KH - 4T Photo electric detector 2IC - 4T Ionisation detector RB - 4 Mounting base Photain ISD - P91 Ionisation smoke detector PRR - P91 Grade 1 rate of rise heat detector PHD - P90 Range 1 fixed temperature heat detector FSB - P91 Mounting base KAC KR72 Manual call point FKI MCP/R/F Manual call point








All break glass units (call points) must have a resistor fitted to them to produce an active condition on the panel. Any value between 470 Ohm and 680 Ohm is acceptable. Please check with your supplier if you are not sure.

Installation IMPORTANT NOTE: PLEASE READ THIS SECTION COMPLETELY BEFORE COMMENCING INSTALLATION. PRIOR TO COMMENCING INSTALLATION OF THE CONTROL PANEL ENSURE THAT ADEQUATE PRECAUTIONS ARE TAKEN AGAINST STATIC DAMAGE TO THE SENSITIVE ELECTRONIC COMPONENTS ON THE CONTROL BOARD. YOU SHOULD DISCHARGE ANY STATIC ELECTRICITY YOU MAY HAVE ACCUMULATED BY TOUCHING A CONVENIENT EARTHED OBJECT, e.g. AN UNPAINTED COPPER RADIATOR PIPE. YOU SHOULD REPEAT THE PROCESS AT REGULAR INTERVALS DURING THE INSTALLATION PROCESS ESPECIALLY IF YOU ARE REQUIRED TO WALK OVER CARPETS. THE PANEL MUST BE MOUNTED AT LEAST 2 METRES AWAY FROM PAGER SYSTEMS OR ANY OTHER TRANSMITTING EQUIPMENT. BATTERY INSTALLATION: STANDBY BATTERIES GREATER THAN 6Ah WILL NEED TO BE MOUNTED EXTERNALLY BECAUSE THE ENCLOSURE WILL ONLY ACCOMMODATE A MAXIMUM OF TWO BATTERIES RATED AT 12V, 6Ah. IF YOU ARE USING SPRINKLER BACKUP BATTERIES AS WELL THEN THE MAIN STANDBY BATTERIES WILL HAVE TO BE MOUNTED EXTERNALLY EVEN IF THEY ARE 6Ah OR LESS. NOTE: YOU CAN CONNECT THE EXTERNAL STANDBY BATTERIES EITHER TO THE TERMINALS AT THE BOTTOM OF THE PANEL OR AT THE TOP RIGHT OF THE PANEL BUT NOT TO BOTH SETS OF TERMINALS. IF YOUR EXTERNAL BATTERY CABLES ENTER THE PANEL FROM THE BOTTOM THEN USE THE BOTTOM SET OF BATTERY TERMINALS. IF YOUR BATTERY CABLES ENTER THE PANEL FROM THE TOP THEN USE THE TOP RIGHT SET OF BATTERY TERMINALS. DO NOT CONNECT THE SPRINKLER BACKUP BATTERIES TO EITHER OF THESE TERMINALS. THE SPRINKLER BACKUP BATTERIES SHOULD ONLY BE CONNECTED TO THE BACKUP BATTERY TERMINALS SITUATED NEAR TO THE MAINS TRANSFORMER ON THE LEFT HAND SIDE OF THE PANEL.








Installation Procedure 1. Unpack the Control panel. If the panel door is locked locate the panel keys (usually fixed to the

top of the panel) and open the door. 2. Locate the small plastic bag containing the installation spares as follows:

End of Line Resistors (3k9 Ohms) Spare 20mm glass fuse links

A set of battery leads (+ve , -ve and jumper lead) Electronic End of Line Terminators

3. Remove the four screws from the display board (Pozi-driv M4). 4. Lift the display board away from the chassis and disconnect the display ribbon cable from the

control board by unlatching the ribbon socket and pulling firmly but gently on the ribbon cable connector. Place the display board safely to one side e.g. inside the packing box.

5. Remove the control panel chassis and control board from the enclosure by undoing the screws

located on the chassis (access is through holes in the control board). Do not remove the control board from the chassis. Place the chassis unit safely to one side.

6. Place the empty enclosure against the wall and mark and fix using the single hole fixing in the

upper section of the enclosure back plate. Level the enclosure and complete the fixing operation using the remaining two fixing holes in the lower section of the back plate.

7. Gland the installation wiring into the enclosure using the cable entry holes provided at the top of

the enclosure. Leave the plastic protection plugs in any unused holes. 8. When all installation wiring is complete, check all the wiring to ensure that it is free from short

circuits, open circuits, earth faults, crossed connections etc. Connect the end of line resistor (or Electronic ELT) across the terminals of the last device in each of the zone wiring runs. The end of line resistors are to be found in the panel terminals, spares are also provided in the small plastic bag supplied with the panel. Check that each manual call point is fitted with an activation resistor (470 Ohms to 680 Ohms). Note: If any zones, alarm circuits, or solenoid circuits are not being used, then the end of line resistor must be connected to the appropriate terminals in the panel.

9. Connect an end of line resistor across the terminals of the last device in each of the alarm wiring

runs.








10. Connect an end of line resistor across the terminals of the last device in each of the solenoid wiring runs. If you are using the C1565 monitoring and suppression board instead of the end of line resistor, then note that only one board can be used on each circuit.

11. Remove the resistor from the standby battery terminals, if fitted. 12. Re-attach the chassis and control board to the enclosure by re-fixing the screws located on the

chassis. 13. Terminate all field wiring into the terminals on the control panel. Ensure that only unused zones

and inputs have end of line resistors fitted in their terminals.

14. Connect the A.C. mains to the panel. DO NOT AT THIS STAGE TURN ON THE MAINS SUPPLY TO THE CONTROL PANEL.

15. Re-connect the display board to the control board, do not re- fix the display board to the control

board chassis and ensure that it is firmly supported and not likely to contact any metal parts. Commissioning Procedure 16. Turn ON the mains supply to the panel and observe that the control panel reacts as follows

a) The green Mains On LED illuminates (display) b) The amber General Fault LED illuminates (display) c) The amber System Auto LED illuminates (display) d) The amber ‘‘Power Fault’’ LED illuminates (control board) e) The internal buzzer sounds (control board) f) The Auxiliary Fault Relay operates

No other indications should be present at this time, if there are, identify the fault and rectify it by checking the following:

a) that the field wiring is free from faults b) that the end of line resistors are connected correctly in the last device on each zone and alarm

circuit 17. Connect the batteries to the control panel observing that the correct polarity on the batteries is

connected to the correct terminal on the control panel. Observe that the control panel reacts as follows:








a) The buzzer silences and the fault indications extinguish. b) The green Mains On LED remains lit. c) The System Auto LED remains lit.

18. Press the Test Display button on the display board and check that the control panel reacts as

follows:

a) All LEDs on the display board and the control board illuminate whilst the switch is operated b) The internal buzzer sounds

19. Press the Evacuate button on the display board and check that the control panel reacts as follows:

a) All sounders connected to the alarm circuits operate b) The alarms continue to sound until the Evacuate switch is re-operated

20. Switch off the mains a.c. supply to the control panel and check that the control panel reacts as

follows:

a) The General fault LED on the display board illuminates b) The Power fault LED on the control board illuminates c) The internal buzzer in the control panel sounds d) The Fault Relay operates e) The Mains On LED extinguishes f) The Backup Fault LED illuminates

21. Switch the mains a.c. supply on and check that the control panel returns to its normal state.

Disconnect the batteries and check that the control panel reacts as follows: a) The General Fault LED on the display board illuminates b) The Power Fault LED on the control board illuminates c) The internal buzzer in the control panel sounds d) The fault relay operates

22. Re-connect the batteries and check that the control panel returns to its normal state. Disconnect

the solenoid backup batteries if connected) and check that the control panel reacts as follows:

a) The General Fault LED on the display board illuminates b) The Backup Fault LED on the control board illuminates c) The internal buzzer in the control panel sounds d) The fault relay operates

23. Re-connect the batteries and check that the panel returns to its normal state.








24. Check that the zone detection circuits are monitoring the wiring for faults correctly. The wiring on the zone detection circuits must be placed into the following conditions:

1. Open circuit (simulate a break in the circuit wiring) 2. Short circuit (simulate a short between cores) Simulate the faults described above and check that the control panel reacts as follows: a) The appropriate amber Zone fault LED pulses b) The internal buzzer on the control panel sounds c) The fault relay operates

25. Repeat the above on the two alarm circuits and check that the control panel reacts as follows:

a) The General fault LED on the display board illuminates b) The Alarm fault LED on the control board illuminates c) The internal buzzer in the control panel sounds d) The fault relay operates

26. Repeat the above on the two solenoid circuits and check that the control panel reacts as follows:

a) The Solenoid Error LED on the display board illuminates b) The internal buzzer in the control panel sounds c) The fault relay operates

27. Repeat the above on each of the status inputs and check that the control panel reacts as follows:

a) The General fault LED on the display board and the relevant LED on the control board illuminates, or the relevant fault LED on the display board illuminates

b) The internal buzzer in the control panel sounds c) The fault relay operates

28. Isolate each detection zone by pressing the zone isolate switches on the display board. Check that

the control panel reacts as follows:

a) The appropriate Zone Fault LED illuminates b) The internal buzzer in the panel sounds c) The System Disabled LED illuminates

29. Press the Auto Manual button and observe the following:

a) The System Auto LED extinguishes b) The System Manual LED illuminates








30. With the detection zones isolated operate a break glass unit on each zone (not the Manual Release zone) in turn and check that there is no reaction from the control panel. With the break glass units still operated de-isolate one zone and check that after a delay the control panel reacts as follows:

a) The appropriate red zonal Fire LED flashes b) The alarm circuits operate c) The auxiliary fire relays operate d) The internal buzzer in the control panel sounds

31. Press the Silence Alarms button on the display board and check that the control panel reacts as

follows:

a) The alarms silence b) The red zonal Fire LED changes from pulsing to constant illumination c) The buzzer changes to a pulse

32. De-isolate each remaining zone in turn and check that the control panel reacts as follows:

a) The appropriate red zonal Fire LED illuminates b) The alarm circuits operate c) The auxiliary fire relays operate

Note: When a zone is de-isolated the fault buzzer will sound three times after the isolate switch is operated to indicate a zone reset. 33. Press the Silence Alarms button on the display board and check that the control panel reacts as

follows:

a) The alarms silence b) The red zonal Fire LEDs change from pulsing to constant illumination c) The buzzer changes tone

34. Reset the break glass units to their normal condition. Press the System Reset button on the display

board. Check that the control panel returns to its normal state. 35. Operate a detector on each zone and observe that the panel reacts as follows:

a) The appropriate red zonal Fire LED illuminates b) The alarm circuits operate c) The auxiliary fire relays operate

36. Silence and Reset the panel to restore it to its normal state.








37. Disconnect the cable from the solenoid circuits (you will get a Solenoid Error). Set the DIL switches in the panel to give an 8 second delay on the discharge timer.

38. If you have sprinkler backup batteries connected then switch the a.c. mains off and disconnect the

standby batteries. Observe that the solenoid circuits are activated (use a multimeter to measure the voltage across the solenoid terminals).

39. Restore the a.c. mains and re-connect the standby batteries. 40. Press the Isolate Solenoids button and observe that the System Disabled LED illuminates. Operate

the call point on the front of the panel and observe the following:

a) The red Manual Release LED illuminates b) The alarm circuits operate c) The auxiliary fire relays operate d) The First Stage & Second Stage LEDs illuminate e) The Timer Aborted LED pulses f) After 8 seconds the Timer Aborted LED extinguishes but the solenoid circuits do not operate

(use a voltmeter to measure the voltage across the solenoid circuit terminals, you should read a negative voltage)

41. Press the Isolate Solenoids button again and observe that the solenoid circuits operate (you should

see a positive voltage of about 28V). 42. Reset the call point on the front of the panel. Silence and Reset the panel to restore it to its normal

state. 43. If batteries have been connected to the Pre-Action Sprinkler Backup terminals then switch off the

a.c. mains and disconnect the standby batteries. Observe that the Solenoid circuits are operated. Restore battery and a.c. mains power to the panel and observe that the panel returns to normal (plus Solenoid Error).

44. Re-connect the cables to the Solenoid circuits to clear the Solenoid Error. 45. If any of the Status Inputs are being used then test for open and short circuit faults. Then test them

for activation using a resistor in the range 470 Ohm to 680 Ohm. Check that the desired indications are given. See the Functional Specification Section for details on these inputs.

46. Test the Remote Evacuate feature by linking a wire from the 0v terminal to the Remote Evacuate

terminal on the control board. Check that the control panel reacts as follows:








a) The alarms operate b) The internal buzzer in the control panel sounds

47. Remove the link from the Remote Evacuate terminal and check that the control panel returns to

its normal state. Test the Remote Silence Alarms’’ feature by first operating a call point on the auxiliary zone and then linking the wire from the 0v terminal to the Remote Silence terminal on the control board. Check that the control panel reacts as follows:

a) The alarms silence b) The pulsing red Fire LEDs change from pulsing illumination to a constant illumination c) The buzzer changes tone

48. Return the call point to its normal condition and then test the Remote Reset feature by removing

the link from the Remote silence terminal and connecting it to the Remote Reset terminal. Check that the control panel returns to its normal state.

49. Test the Relay Isolate feature by pressing the Relay Isolate button and observe the following:

a) The System Disabled LED illuminates b) The fault buzzer sounds

50. Simulate a fire condition on the auxiliary zone and observe that the panel indicates a fire

condition but the auxiliary fire relay does not operate. 51. Press the Relay Isolate button again and observe that the System Disabled LED extinguishes and

the auxiliary fire relay operates. 52. Operate the Silence Alarms and System Reset buttons and observe that the control panel returns

to its quiescent state. 53. If Status Indicators are used then test them by carrying out the following:

a) Ensure the panel is in automatic mode and observe that the desired indications are given on the Status indicator.

b) Place the panel in manual mode and observe that the desired indications are given on the Status Indicator.

54. If the Status Indicators have Lock-Off switches then test them by carrying out the following:








a) Ensure the key is indicating an automatic state and observe that the desired indications are given both on the Status Indicator and the panel. b) Turn the key to give a manual condition and observe that the desired indications are given on both the Status Indicator and the Panel.

Repeat tests 53 and 54 for all Status indicators. The main functions of the panel have now been tested. The panel can be configured for a number of optional functions via the DIL switches on the control board. See the Functional Specifications for more details. You should test the panel to ensure each of the options selected operate correctly.

System Maintenance

1. NOTES

1. The Fire Alarm system should be tested weekly and a note made in the system log book. 2. The operation of break glass units and detectors should be carried out on a rotational basis

so that all units and alarms are checked at least once over a three month period. 3. Important: Make sure you isolate the solenoids before carrying out any tests. 4. To operate a break glass unit use the Test key provided. 5. To operate a detector use a smoke generator. 6. Check the operation of auxiliary items such as door closers. 7. Remove any isolations after completing the tests.

2. WEEKLY TEST ROUTINE

a) Open the front door of the control panel press the Relay isolate button and then the Isolate Solenoids button.

b) Operate a break glass unit and detector. These should be on separate zones and the zones should be varied each month.

c) Check that all sounders operate. d) Press the Silence Alarms button. e) Check that all sounders have silenced. f) Remove the test key from all break glass units and clear all detectors of smoke. g) Press the Reset System button. h) Press the Evacuate button and check that all sounders operate. Press the Evacuate button

again to silence the alarms. i) Press the Relay Isolate button and then the Isolate Solenoids button. j) Ensure that the panel returns to normal. k) Press each zone isolate button. Check that the zone fault LED illuminates and the internal

panel buzzer sounds.








l) Press each zone isolate button again to de-isolate the zones. m) Enter details of the test in the system log book.

ENSURE THAT NO ISOLATIONS REMAIN ON THE PANEL BEFORE CLOSING THE DOOR.

Zone and Bell wiring examples

REMOTE LAMP FITTED

SMOKE/HEATDETECTOR

SMOKE/HEATDETECTOR

ZONETERMINALS BREAK GLASS

UNIT FITTED WITH470 TO 680 OHM RESISTOR

3K9 END OF LINE RESISTOR

+ L1

L2 -R

L1 L1

L2

L1

-R

ZONE WIRING EXAMPLE USING APOLLO SERIES 60 DETECTORS GIVING OPEN AND SHORT CIRCUIT FAULT MONITORING

1

3

1A

3A

KAC MODEL KR9

(LED WITH A SERIES 220R RESISTOR)+ -

IN OUT OUTIN

PANEL

BELLTERMINALS

3K9 END OF LINE RESISTOR

+

BELL WIRING EXAMPLE USING BELLS AND ELECTRONIC SOUNDERS GIVING OPEN AND SHORT CIRCUIT FAULT MONITORING

+ + + + + +

BELL BELLBELLSOUNDER SOUNDER SOUNDER

PANEL

Wiring specification Zone 1.0mm CSA Max length 350 metres. Zone 1.5mm CSA Max length 600 metres. Alarm 1.0mm CSA Max length 200 metres. Alarm 1.5mm CSA Max length 350 metres.








Installation of end of line terminators INSTALLATION

Note: End of line terminators are only required on installations conforming to BS 5839 Part 1.

1. Fit the E.L.T. in place of the usual end of line resistor at the last detector or Break Glass Unit on each

zone. 2. Correct polarity must be observed although the unit will not be damaged by reverse polarity

connection. The polarity is marked at the terminals on the board. 3. Ensure that all detector bases are fitted with diodes across the positive LINE IN and LINE OUT

terminals, as shown, so that the diode is shorted out by the detector heads when installed. The negative LINE IN and LINE OUT must be connected in the base.

4. Ensure all Break Glass Units are fitted with a 470 to 680 Ohm resistor in series with the switch. COMMISSIONING

1. With all detectors fitted check that the panel does not give a fault condition and, if fitted, the ‘LINE HEALTHY’ LED on the ELT illuminates.

2. Remove each detector individually and observe that the control panel indicates a fault condition for the relevant zone. The panel should return to its quiescent state when the head is replaced.

3. Repeat for each detector on the zone. 4. Remove all detectors from the zone and operate each Break Glass Unit ensuring the panel indicates a

fire condition for each one. 5. Repeat steps 1-3 for each zone on the control panel.

DETECTORBASE

DETECTORBASE

ZONETERMINALS

- +

- +

END OF LINETERMINATOR

SCHOTTKYDIODE

DIODE TYPE IS BYV10-60 OR BAT49END OF LINE TERMINATOR INSTALLATION DIAGRAM

PANEL

L in L out

Link

L in L out

Link

Appendix 1

IMPORTANT NOTICE – BATTERY INSTALLATION








• The external standby batteries can be connected either to the terminals at the bottom or the top right of the panel but not to both sets of terminals

• Do not connect the sprinkler backup batteries to either of these terminals

• The sprinkler backup batteries must only be connected to the backup battery terminals situated near to the mains transformer on the left hand side of the panel.

Appendix 2

Butterfly valve 1

Butterfly valve 2

Pressure Switch Pressure Switch (Water alarm)








Appendix 3

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Ang

us In

stal

latio

n O

pera

tion

and

Mai

nten

ance

M

anua

l (O

MPE

XTS

B/1

) pag

e 17

, for

app

rove

d de

tect

ors.

Term

inal

s mar

ked

* m

ay b

e m

arke

d L1

(in)

/ L1

(o

ut) &

L2

(in) /

L2

(out

), or

fire

pan

el o

utpu

ts.

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

FD 2

680

3k9

**RD RDR

D

BK

RD

- +

RD

BK

ZONE 2

ZONE CIRCUITS

ZON

E 1

ZON

E 2FI

RE

ZON

E

LOO

P D

IAG

RA

M








SCA

LEPR

E-A

CTI

ON

PA

NEL

PRES

SUR

E SW

ITC

H -

PSH

2

PAR

T N

o.

N.T

.S.

1381

V

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

PSL1

SPR

INK

LER

ALA

RM

HA

S B

EEN

REL

EASE

D

AN

GU

S FI

RE

DR

G. N

o.

TITL

E:

C NC

NO

PSH

2

680

3k9

RD

BK

RD

RD RD

PRES

SUR

E SW

ITC

H M

OD

EL 1

381

V

RD

0V 1B

K

SPRINKLERALARM

CO

NTR

OL

PAN

EL

PAP-

PSH

2

SHO

WS

THA

T W

ATE

R

MA

NU

FAC

TUR

ERB

AIL

EY &

MA

CK

EY

ELEC

TRIC

AL

RA

TIN

G5A

@ 2

50V

1 B

AR

FA

LLIN

G (A

DJ)

.SE

T PO

INT

Not

es:

See

Ang

us D

ata

Shee

t PS0

1 fo

r sw

itch

deta

ils.

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

LOO

P D

IAG

RA

M








SCA

LEPR

E-A

CTI

ON

PA

NEL

PRES

SUR

E SW

ITC

H -

PSL1

PAR

T N

o.

N.T

.S.

1381

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

PSL

1SY

STEM

AIR

AIR

IN P

IPE

TO H

EAD

S

AN

GU

S FI

RE

DR

G. N

o.

TITL

E:

C NO

NC

PSL

1

680

3k9

RD

BK

RD

RD RD

PRES

SUR

E SW

ITC

H M

OD

EL 1

381

RD

0V 1B

K

SYSTEMAIR

CO

NTR

OL

PAN

EL

PAP-

PSL1

IND

ICA

TES

LOSS

OF

MA

NU

FAC

TUR

ERB

AIL

EY &

MA

CK

EY

ELEC

TRIC

AL

RA

TIN

G5A

@ 2

50V

1 B

AR

FA

LLIN

GSE

T PO

INT

Not

es:

See

Ang

us D

ata

Shee

t PS0

1 fo

r sw

itch

deta

ils.

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

LOO

P D

IAG

RA

M

(OR

SIM

ILA

R B

& M

MO

DEL

).








DR

G. N

o.

TITL

E:SC

ALE

PRE-

AC

TIO

N P

AN

ELPR

ESSU

RE

SWIT

CH

- PS

L1

PAR

T N

o.

N.T

.S.

1381

V

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

PSL

1SY

STEM

AIR

AIR

IN P

IPE

TO H

EAD

S

AN

GU

S FI

RE

C NO

NC

PSL

1

680

3k9

RD

BK

RD

RD RD

PRES

SUR

E SW

ITC

H M

OD

EL 1

381V

RD

0V 1B

K

SYSTEMAIR

CO

NTR

OL

PAN

EL

PAP-

PSL1

-V

IND

ICA

TES

LOSS

OF

MA

NU

FAC

TUR

ERB

AIL

EY &

MA

CK

EY

ELEC

TRIC

AL

RA

TIN

G5A

@ 2

50V

1 B

AR

FA

LLIN

G (A

DJ)

.SE

T PO

INT

Not

es:

See

Ang

us D

ata

Shee

t PS0

1 fo

r sw

itch

deta

ils.

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

LOO

P D

IAG

RA

M

(OR

SIM

ILA

R B

& M

MO

DEL

).








DR

G. N

o.

TITL

E:SC

ALE

PRE-

AC

TIO

N P

AN

ELPR

ESSU

RE

SWIT

CH

- PS

L 3

PAR

T N

o.

N.T

.S.

1381

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

PSL

3M

AIN

S W

ATE

R

MA

INS

WA

TER

PR

ESSU

RE

AN

GU

S FI

RE

C NO

NC

PSL

3

680

3k9

RD

BK

RD

RD RD

PRES

SUR

E SW

ITC

H M

OD

EL 1

381

RD

0V 1B

K

USERINPUT

CO

NTR

OL

PAN

EL

PAP-

PSL3

TO D

ETEC

T IN

CO

MIN

G

MA

NU

FAC

TUR

ERB

AIL

EY &

MA

CK

EY

ELEC

TRIC

AL

RA

TIN

G5A

@ 2

50V

1 B

AR

RIS

ING

SET

POIN

T

Not

es:

See

Ang

us D

ata

Shee

t PS0

1 fo

r sw

itch

deta

ils.

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK








DR

G. N

o.

TITL

E:SC

ALE

PRE-

AC

TIO

N P

AN

ELPR

ESSU

RE

SWIT

CH

- PS

L4

PAR

T N

o.

N.T

.S.

1381

V

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

PSL

4SY

STEM

AIR

PRES

SUR

E FR

OM

AN

GU

S FI

RE

C 3 2

PSL

4

680

3k9

RD

BK

RD

RD RD

PRES

SUR

E SW

ITC

H M

OD

EL 1

381V

(OR

SIM

ILA

R)

RD

0V 1B

K

COMP'R FAULT

CO

NTR

OL

PAN

EL

PAP-

PSL4

-V

TO D

ETEC

T LO

W A

IR

MA

NU

FAC

TUR

ERB

AIL

EY &

MA

CK

EY

ELEC

TRIC

AL

RA

TIN

G5A

@ 2

50V

1.5

BA

R F

ALL

ING

(AD

J).

SET

POIN

T

Not

es:

See

Ang

us D

ata

Shee

t PS0

1 fo

r sw

itch

deta

ils.

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

LOO

P D

IAG

RA

M

CO

MPR

ESSO

R








SCA

LEPR

E-A

CTI

ON

PA

NEL

INST

RU

MEN

T ST

ATU

S LA

MP

PAR

T N

o.

N.T

.S.

N/A

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

XA

1SP

RIN

KLE

R A

LAR

M

HA

S B

EEN

REL

EASE

D

CLI

ENT

DR

G. N

o.

TITL

E:

XA

1

BK

RD

INST

RU

MEN

T ST

ATU

S LA

MP

- OPT

ION

AL

RD

+ 0B

K

STATUS LAMP 500mA

CO

NTR

OL

PAN

EL

PAP-

XA

1

THA

T W

ATE

R

MA

NU

FAC

TUR

ER--

--

ELEC

TRIC

AL

RA

TIN

G1W

, 24

V--

--SE

T PO

INT

Not

es:

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

LOO

P D

IAG

RA

M

REM

OTE

IDIC

ATI

ON








DR

G. N

o.

TITL

E:SC

ALE

PRE-

AC

TIO

N P

AN

ELR

EMO

TE L

OC

K O

FF S

WIT

CH

- X

S 1

PAR

T N

o.

N.T

.S.

N/A

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

XS

1--

----

REM

OTE

LY T

O IN

HIB

IT

CLI

ENT

C

3k9

RD

BK

RD

RD RD

REM

OTE

LO

CK

OFF

SW

ITC

H

RD

0V 1B

K

LOCKOFF

CO

NTR

OL

PAN

EL

PAP-

XS1

TO L

OC

K O

FF P

AN

EL

MA

NU

FAC

TUR

ER--

----

ELEC

TRIC

AL

RA

TIN

G--

----

----

--SE

T PO

INT

Not

es:

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

REL

EASE

OF

WA

TER

NO

LOO

P D

IAG

RA

M








SCA

LEPR

E-A

CTI

ON

PA

NEL

BU

TTER

FLY

VA

LVE

ZSH

1 &

ZSH

2

PAR

T N

o.

N.T

.S.

N/A

DET

AIL

S:TA

GM

EDIA

FUN

CTI

ON

SUPP

LIER

ZSH

1 &

ZSH

2--

----

POSI

TIO

N S

WIT

CH

ES

CLI

ENT

DR

G. N

o.

TITL

E:

CZS

H 1

680

3k9

RD

BK

RD

RD

2 PO

LE S

WIT

CH

BO

X

RD

0V 1B

KWATERMAINS

CO

NTR

OL

PAN

EL

PAP-

ZSH

BU

TTER

FLY

VA

LVE

MA

NU

FAC

TUR

ER--

----

ELEC

TRIC

AL

RA

TIN

G--

----

----

--SE

T PO

INT

Not

es:

Col

ours

indi

cate

d as

typi

cal o

nly.

Inst

alle

r may

use

diff

eren

t col

ours

.K

ey:

RD

= R

EDB

K =

BLA

CK

BL

= B

LUE

ZSH

2C

RD

RD

RD

BK

LOO

P D

IAG

RA

M

BL

BLB

K

(ISO

LATE

D)

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