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ZP3 Fire Control Panel Installation, Commissioning and Maintenance Manual

REV 11 (ISS 08/03/2010)

Page 9

Panel construction

Modular format

The ZP3 fire control panel (see Figure 4) is of modular design so that it can be configured for any
required application. It consists of a basic panel, which is fully functional, and available in 3
models, 1-loop, 2-loop, and 4-loop. The basic panel operates as a complete system without any
extras.

Figure 4: ZP3 Fire control panel - modular construction

Figure 4 shows the basic fire panel. The elements shown provide all required functions, and form
the core of the ZP3 panel. No optional I/O modules or printer are shown in this illustration. Three
comms boards are fitted.

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Summary of Contents for ZP3

Page 1: ...GE Security ZP3 Fire Control Panel Installation Commissioning and Maintenance Manual ...

Page 2: ...e trademarks of GE Security Other trade names used in this document may be trademarks or registered trademarks of the manufacturers or vendors of the respective products Intended use Use this product only for the purpose it was designed for refer to the data sheet and user documentation for details For the latest product information contact your local supplier or visit us online at www gesecurity ...

Page 3: ...bonding 15 Built in communication port 16 RS232 Built in serial port 16 Optional modules 18 Communication boards 18 ZP3AB RS232 Serial communications board Z Port 1a 19 ZP3AB NET1 Network board Z Port 2 20 ZP3AB SCB D Serial control bus driver board 22 Accessory plate 24 Mounting auxiliary boards 25 Auxiliary boards and modules 25 Modem 26 Printer 29 Quick start 31 Chapter 2 Installing the ZP3 fir...

Page 4: ... 53 Common outputs 54 Common sounder outputs 54 Common fire fault outputs 55 Remote manned centre outputs 56 Auxiliary boards 57 ZP3AB RL8 Relay board 57 ZP3AB MA8 Monitored output board 58 ZP3AB OP24 Transistor output board 59 ZP3AB MIP8 Input board 60 Chapter 4 Software programming 61 Introduction 61 Setup menu 62 Menu operation 62 The keypad 62 Setup menu 63 Programming menus 64 Menu structure ...

Page 5: ...80 Loop sounders 80 Panel sounders 81 Z loop isolators 81 Common relays 81 Printer 81 Alarm time display 81 Silence delay 81 Cause and effect functions 82 Input output mapping 82 Output parameters 82 Input parameters 82 Point address structure 83 Auxiliary board addresses 83 System address list 84 System bus addresses 84 User bus addresses 88 EN54 Setup requirements 89 Summary 89 Chapter 6 System ...

Page 6: ... 97 Use of network communications filters 97 Overview 97 Fetch disables control 98 Disable events 98 Language loading 98 Appendix A ZP Wiring guide 99 Introduction 99 General 99 Panel power supply connections 99 Earth connection 100 Remote equipment earth 101 System cabling 101 Overview 101 Circuit types 101 Circuit schematic 102 Z Address Lines 103 Function 103 Features 103 Wiring styles 103 Styl...

Page 7: ... 127 Fuses and indicators 127 Removing and replacing the back up batteries 129 List of illustrations Figure Page Figure 1 ZP3 Fire control panel 1 Figure 2 ZP3 Fire control panel dimensions 7 Figure 3 ZP3 Fire control panel main features 8 Figure 4 ZP3 Fire control panel modular construction 9 Figure 5 ZP3 Fire control panel internal features 10 Figure 6 ZP3 Fire control panel main chassis assembl...

Page 8: ...VDC supply 47 Figure 40 Powering optional accessory boards from a separate external power supply 48 Figure 41 Monitoring external power 48 Figure 42 Battery connection 49 Figure 43 Z Loop wiring 52 Figure 44 Common sounder outputs wiring 54 Figure 45 Common fire fault outputs 55 Figure 46 Remote manned centre outputs 56 Figure 47 ZP3AB RL8 Relay board 57 Figure 48 ZP3AB MA8 Monitored output board ...

Page 9: ...w options 71 Table 15 Point addresses edit options 72 Table 16 Sounder setup options 72 Table 17 Paradigm sensor setup options 73 Table 18 Panel configuration options 73 Table 19 Function access level options 74 Table 20 System configuration peripheral comms options 74 Table 21 System configuration relay setup options 75 Table 22 System configuration printer setup options 75 Table 23 Various syste...

Page 10: ...uter RX Receive SAB Sounder Alarm Base SW Switch TX Transmit V Volts Associated publications and references Table 2 lists the documents or parts thereof that are referenced from this manual Table 2 Associated publications and references Associated publication title Document number ZP3 Fire Control Panel User Guide 503 1160ZE U 11 ZP3 Fire Alarm System Maintenance Logbook 503 1842ZE 1 02 ZP3AB NET1...

Page 11: ...OSURE THE ENCLOSURE MUST NOT BE OPENED AND NON AUTHORIZED PERSONS MUST NEVER REMOVE THE CIRCUIT BOARD FROM THE CHASSIS VERY HIGH VOLTAGE POTENTIALS EXIST ON THE CIRCUIT BOARD AND DISASSEMBLING ANY PART OF THE POWER SUPPLY COULD BE DANGEROUS TO FIELD PERSONNEL Connection to the 230 VAC primary supply 10 15 must comply with National wiring regulations The wiring must be permanently connected to the ...

Page 12: ...signated collection point For more information see www recyclethis info WARNINGS THE BACK UP BATTERIES ALTHOUGH AT ONLY 24 VDC CARRY ENOUGH CHARGE TO BE DANGEROUS When connecting batteries or when working in the vicinity of the battery terminals take care not to accidentally cause a short circuit In particular metallic tools or metallic watchstraps can also inflict SEVERE burns to the user as well...

Page 13: ... the art analogue addressable panel that complies with the EN54 parts 2 and 4 standards It is a compact microprocessor controlled unit of modular design Hardware and software modules enable you to configure virtually any system requirement The panel uses non volatile flash memory and can be programmed on site directly via the keypad or by means of a notebook computer Figure 1 ZP3 Fire control pane...

Page 14: ...devices such as sensors sounders interfaces Zones 128 128 digital display 50 built in zone LED s Outputs 768 Located on the I O Bus local and or remote ZP3 2 loop panel Devices 254 Loop devices such as sensors sounders interfaces Zones 128 128 digital display 50 built in zone LED s Outputs 768 Located on the I O Bus local and or remote ZP3 1 loop panel Devices 127 Loop devices such as sensors soun...

Page 15: ... voltage notification battery low warning local 22 3 VDC Second battery low voltage notification low no battery local 21 0 VDC Batteries Type 2 x 12V Sealed lead acid as per Power supply and battery calculations on page 50 Make and model Kung Long WP26 12 GE BS129 Battery SLA type 26 A H Maximum size that can be fitted into a type A cabinet Lithium battery CR2325 6 VDC Time and date retention Pane...

Page 16: ...t 2 ZP Net RS485 Optional RS485 port for connecting to ZP NET Serial control bus SCB Bus RS485 Optional port for remote display and control panels Z Port 1a RS232 Optional port for BMS Pager or other connection with Modem control lines Selectable features Common sounders EN54 2 Four common sounder circuits Co incidence alarm EN54 2 Co incidence within zone Remote manned centre fire EN54 2 For conn...

Page 17: ...d field sounders Restore disabled alarms RMC Button Restores sounders or RMC alarms that are disabled Scroll events more Button Manually scrolls list of alarms on LCD screen Controls ON OFF Keyswitch Enables or disables front panel controls Operator menu keypad Keypad For operator maintenance and setup menus Indicators Fire common LED dual Red Fault common LED dual Yellow Disabled common LED dual ...

Page 18: ...th menu selectable programme Note 1 This is the output voltage available to provide power to auxiliary boards such as sounder output boards It must not be used to power devices not related to the fire system With the mains on it is regulated at 24 29 VDC and with the mains off it provides battery voltage which will be approximately 3 V lower than the battery voltage when a full load 4 A is connect...

Page 19: ... 10 18 26 34 42 50 3 11 19 27 35 43 4 12 20 28 36 44 5 13 21 29 37 45 6 14 22 30 38 46 7 15 23 31 39 47 8 16 24 32 40 48 ZP3 FIRE ALARM SYSTEM HELP ACCEPT MUTE BUZZER RESET FIRE FAULT DISABLED OTHER SILENCE ALARMS SOUND ALARMS MORE VIEW POINTS DISABLED DELAYED PRE ALM TEST ENABLE CONTROL ON OFF FAULT ACTIVE POWER ON SYSTEM NIGHT ZONE DAY POINT MORE TIME SOUNDERS REMOTE ALARM CONTROL OUTPUTS RESTOR...

Page 20: ... SILENCE ALARMS SOUND ALARMS MORE VIEW POINTS DISABLED DELAYED PRE ALM TEST ENABLE CONTROL ON OFF FAULT ACTIVE POWER ON SYSTEM NIGHT ZONE DAY POINT MORE TIME SOUNDERS REMOTE ALARM CONTROL OUTPUTS RESTORE DISABLED ALARMS 1 ABC 2 DEF 3 GHI F1 F2 4 JKL 7 STU 8 VWX 0 9 YZ 5 MNO 6 PQR ESC 2351 02 1 2 3 4 5 6 7 8 9 10 11 12 ZIT ON FIRE S YS T EM Mon 01 01 2008 12 00 Legend Item Description Item Descript...

Page 21: ...ication It consists of a basic panel which is fully functional and available in 3 models 1 loop 2 loop and 4 loop The basic panel operates as a complete system without any extras Figure 4 ZP3 Fire control panel modular construction Figure 4 shows the basic fire panel The elements shown provide all required functions and form the core of the ZP3 panel No optional I O modules or printer are shown in...

Page 22: ...e keyboard and the Zport1 connection Figure 5 ZP3 Fire control panel internal features Legend Item Description Item Description 1 Door assembly 5 Main terminals 2 Main chassis 6 Mains 230 VAC connections 3 Batteries 7 Mains fuse 4 Wiring entering system 8 Mains filter The panel is divided into three main modules namely the chassis the door assembly and the cabinet The basic electrical installation...

Page 23: ...Page 11 Main chassis assembly Figure 6 shows all the main features of the ZP3 panel main chassis assembly This unit comprises the line drivers the I O circuitry the control circuits the power supply and the plug in central processing unit CPU Figure 6 ZP3 Fire control panel main chassis assembly ...

Page 24: ...ounder 3 4 activated 29 LED 8 RS232 ve 11 LED 1 battery charging 30 LED 14 5V_S 12 LED 5 RMC alarm overload 31 LED 15 5V 13 LED 9 RMC fault overload 32 LED 37 24V 14 Monitored sounder 4 33 LED 20 sounder fault 15 Monitored sounder 3 34 LED 19 loop fault 16 Aux supply out 35 LED 18 earth fault 17 RMC fault alarm 36 LED 21 ADC failure 18 Battery external 24V 37 To auxiliary boards 19 Monitored sound...

Page 25: ...if fitted Figure 7 ZP3 Fire Control Panel Door Assembly Legend Item Description Item Description 1 Display board 4 Earth straps 2 Zone board 5 Commissioning board 3 Optional printer Remove the complete door assembly if required as follows 1 Remove two 2 screws securing the hinges 2 Remove the four 4 nuts securing the earth straps which connect from door to box 3 Carefully unplug cables connecting ...

Page 26: ...ZP3 Fire Control Panel Installation Commissioning and Maintenance Manual Page 14 REV 11 ISS 08 03 2010 Internal wiring Figure 8 ZP3 Fire control panel internal wiring ...

Page 27: ...Description Item Description 1 Earth straps 8 Earth in cable to PSU 2 Chassis earthing nuts 9 Earth path to power supply cover 3 Earth connection to detector loop screens 10 Accessory plate earthing screw to chassis 4 Building earth 11 Earth path to accessory plate 5 Filter earth 12 Contact clips 6 Panel enclosure earthing stud 13 Commissioning board 7 Earth path to chassis ...

Page 28: ...e settings when using Planner to configure a ZP3 panel are Baud rate Data bits Parity Stop bits Receive 38400 8 Even 1 Send 9600 8 Even 1 Alternatively you can set Z Port 1 to ZCP3 to allow control directly from Planner The protocol is RS232 with a 3 wire connection as shown in Figure 10 This port shares internal lines with Port1a and consequently the D plug connection to the ZP3AB RS232 board mus...

Page 29: ...EM CONFIGURATION PERIPHERAL COMMS COMMS PARAMETERS The following screen is displayed Figure 11 Setup System configuration screen To change a setting move the bracket to the selected item and press Enter The parameters are dependent on the program used For Ziton Planner set the parameters as follows Parameter Remarks Z PORT Enter Z port number 1 Protocol Enter the required protocol as follows 0 to ...

Page 30: ...nel communication boards 1 3 4 2 2375 02 Legend Item Description Standard optional Remarks 1 Z Port 1 Standard Connects to notebook computer for programming of the ZP3 panel using the Planner for Windows ZP configuration program 2 Z Port 1a Optional Serial communication board ZP3AB RS232 for connecting to third party systems such as building management systems graphics systems and automatic pager ...

Page 31: ...igure 13 ZP3AB RS232 Serial communications board Z Port 1a RS232 is officially specified as a maximum cable length of 10 metres However if slower baud rates are used then it is possible to operate it at up to 50 metres Cable must be screened with at least five 5 conductors and must be made up as shown in Figure 13 Software setup To be functional the optional RS232 serial port Zport1a must be confi...

Page 32: ... Baud rate 57600 38400 33600 28800 19200 14400 9600 4800 2400 1200 600 300 Data bits 5 6 7 8 Parity Even Odd None Stop bits 1 2 ZP3AB NET1 Network board Z Port 2 This board is used to connect a number of ZP3 panels into a peer to peer network The hardware protocol is a multi drop RS485 screened two wire connection Although the ZP3AB NET1 board is capable of dual routing operation ZP3 software does...

Page 33: ...etails but as a guideline it should be data quality cable with a conductor size of 0 5 mm2 Software setup To be functional the optional ZP3AB NET1 Network Board Z Port 2 must be configured in software Access the communications parameters menu using the following path SETUP SYSTEM CONFIGURATION PERIPHERAL COMMS COMMS PARAMETERS The following screen is displayed see Figure 16 Figure 16 Setup System ...

Page 34: ...s ONLY NOT Remote Display Units RDUs Remote Control Units RCUs ZP3AB SCB 1 Serial Control Bus Driver Board SCB 3534 02 32 2 1 Do connect screen to RDU terminal NOT Do connect screen to RDU terminal NOT Do connect screen to RDU terminal NOT Note The RDU screen must ONLY be connected on the ZP3AB SCB1 Serial Control Bus Driver Board in the ZPR Panel The screen must NOT be connected at the RDU RS485 ...

Page 35: ...mber defines the valid RDU address numbers and not the amount of RDUs connected All RDUs that have addresses higher than the number entered for RDUs online will not have control abilities If this number is set to 63 the address at the RDU can be set to any address from 1 63 If this number is set to 1 only address 1 can be set on the RDU unit Remote display unit When a RDU is configured as being on...

Page 36: ...as shown in Figure 18 Figure 18 ZP3 Fire control panel accessory plate Legend Item Description Item Description 1 Chassis located under clips 3 Accessory plate 2 Connect ribbon cable to SSB2 4 Thumb screw A ribbon cable is fitted to the accessory plate Connecting the ribbon cable to the socket as shown in Figure 18 automatically connects all auxiliary boards to the ZP3 main board The accessory pla...

Page 37: ... fitted into a ZP3 panel is three 3 This can be all of one type or a mix of types This provides from 24 to 72 outputs within the ZP3 cabinet If additional auxiliary boards are required these must be mounted in a separate Remote Control Cabinet Various size cabinets are available and each ZP3 panel can support up to 896 outputs of which 768 are freely programmable Auxiliary boards and modules The f...

Page 38: ...l Legacy Modems were additionally controlled via a Modem Control board connected on the panel s SSB serial synchronous bus Figure 20 ZP3AB MD3 Modem Modem specifications Parameter Remarks Description Remote diagnostics modem Mounting On the ZP3 accessory plate Wiring Via connecting lead to the ZPAB RS232 board Power requirements 2 contact barrel connector 9 to 30 VDC Environmental Ambient temperat...

Page 39: ...washers are positioned directly beneath each screw head 1 See Figure 21 below Fit the Modem mounting bracket item 3 onto the four accessory plate stand offs item 2 and secure using the four M4 screws item 5 supplied with associated washers item 6 positioned directly beneath each screw head Figure 21 Installing the modem mounting bracket 2 See Figure 22 on the next page Position the Modem on the mo...

Page 40: ...onnect the 9 way RS232 cable from the Modem connector to connector JP3 on the ZPAB RS232 board located on the ZP3 panel 6 Connect the telephone line to the RJ11 socket on the Modem 7 Connect 24 VDC supply from the Modem power supply connector to the 24V and 0V connections on the Supply Output connector located on the ZP3 panel main board Figure 23 Installing the accessory plate and connecting the ...

Page 41: ...ns can be individually enabled disabled in the panel software Figure 24 ZP3 PR2 Printer Printer specification Parameter Remarks Description Printer Kit Model No ZP3 PR2 Part No 172201 Character set IBM 224 Character set ASCII Characters 32 to 255 Character format When connected to the panel ASCII 24 characters Power Supply Voltage 24 VDC Current standby 23 mA Current printing 180 mA Printer Consum...

Page 42: ...ge and black cable is disconnected from the printer and separate the printer from its bracket by removing the mounting screws 4 Fit the printer flush with the panel door 5 Install the mounting bracket as shown in the illustration Line up the outer holes on the mounting bracket with the threaded holes on the back of the panel printer 6 Ensure that the earth connections are made as shown in the Figu...

Page 43: ...onditions all of these LED s should be off and the buzzer should be silent Only the green Power On LED should be illuminated When testing a panel always ensure that the Z loops are correctly terminated in to out as per the wiring drawing and that all monitored outputs sounders monitored inputs etc are terminated with the correct end of line resistor Make sure that at least one sensor or device is ...

Page 44: ...ZP3 Fire Control Panel Installation Commissioning and Maintenance Manual Page 32 REV 11 ISS 08 03 2010 ...

Page 45: ...s only the panel back box is normally mounted during the installation it is intended that the door assembly and main chassis are removed before the cabinet is sent to site for electrical installation Extra cartons are included with the packaging for re packing the door assembly and chassis These may then be stored until required for commissioning The panel packaging is shown in Figure 26 Figure 26...

Page 46: ...e and quick release connector item 2 from the main board 3 Cut the cable ties and free the cables 4 Disconnect the SSB ribbon cable item 3 from the main board 5 Remove the two screws item 4 and remove the door 6 Disconnect power supply plug item 5 7 Remove the four nuts item 6 and remove the chassis Figure 27 Removing the door and chassis assembly Legend Item Description Item Description 1 Earth s...

Page 47: ...k as shown in Figure 28 making sure that the door hinges are placed in the cut out provided Figure 28 Storing the door assembly Storing the main chassis See Figure 29 The main chassis assembly may be stored until required in the packing carton provided The chassis should be re packaged by wrapping in a protective wrap such as bubble wrap and then placed in the main panel carton Figure 29 Storing t...

Page 48: ...provals It will also make the panel susceptible to EMC and other electrical noise The ZP3 panel complies with the requirements of the European CE Mark for immunity to and emission of electrical interference This compliance is subject to the panel being operated in its original enclosure and installed and earthed correctly in accordance with this manual The first step when installing a ZP3 panel is...

Page 49: ...nel Installation Commissioning and Maintenance Manual REV 11 ISS 08 03 2010 Page 37 Preparatory work Figure 30 shows the basic steps to mounting a ZP3 fire panel on the wall Figure 30 Mounting a ZP3 Fire panel on the wall ...

Page 50: ... specific areas as shown in Figure 31 Figure 31 Cable entry to the ZP3 panel Legend Item Description 1 Knockout conduits 2 Mains cable area 3 Low voltage cable area 4 Electronics chassis It is very important to follow the above rules carefully This ensures that cables are properly separated from the electronic circuit boards It also prevents physical damage to components and removes noise interfer...

Page 51: ...must be adequately tight and secure The panel must be properly earthed as shown in Figure 32 To prevent cross cable interference different types of wiring must be separated as indicated below Figure 32 Wiring practices Legend Item Description 1 Data cabling separated from other cables 2 Z loops low voltage control cabling separated from high voltage cables 3 Mains cabling separate from low voltage...

Page 52: ...in requirements for surface mounting of the ZP3 panel Figure 33 Surface mounting Use appropriate mounting screws such as plastic rawl plugs expansion anchors etc depending on the type of wall Use M4 screws at least 20 mm long The mounting system must be able to support a minimum weight of 20 kg which is the total weight of the panel with batteries ...

Page 53: ...ted to aesthetically complete the installation Flush mounting Collar with Backbox In this variation a special flushing backbox is fitted into the wall cavity and all conduit and cables are brought into this box and terminated on terminals This box therefore forms both a recessed tray and terminal box The ZP3 panel and flushing collar are then fitted into the recessed tray The advantage of this sys...

Page 54: ...cate the battery mounting bracket packed separately in bubble wrap in the main shipping carton 4 Hook the curved end of the battery mounting bracket securing hook into the hook locator on the hook mounting plate located on the chassis see Figure 35 above 5 Taking care that the securing hook is in position install the second back up battery in the right most position in the chassis 6 Secure the bat...

Page 55: ...oop wiring and serial data wiring The flexible plastic separator which isolates mains from low voltage wiring must be positioned correctly Externally these cable groups should be run in separate conduits See Appendix A ZP Wiring guide on page 99 for more details Good connections Make sure that all connections are secure and tight with a minimum of exposed copper cable to prevent possible shorting ...

Page 56: ...ZP3 Fire Control Panel Installation Commissioning and Maintenance Manual Page 44 REV 11 ISS 08 03 2010 ...

Page 57: ...and locations are shown in Figure 37 Detailed connections for each function are shown on the following pages Figure 37 ZP3 Fire control panel main board terminal layout Note All terminals accept wiring sizes from 0 5 mm to 2 5 mm Wiring size and type must be as specified in the Ziton ZP Wiring Guide See Appendix A ZP Wiring guide on page 99 for more details ...

Page 58: ...e front door of the panel is electrically connected to mains earth via earth straps When connecting the mains supply to the panel make sure that the incoming power is from a clean source that has a solid earth connection Connecting the panel to a secure earth is very important Figure 38 Mains power supply connection Legend Item Description Item Description 1 Fuse 5 Live 2 Terminal block 6 Earth 3 ...

Page 59: ...rds exceeds the capacity of the ZP3 power supply it is possible to power these boards from a separate external 24 VDC power supply as shown in Figure 40 This external supply must meet the following criteria Output voltage must be in the range 22 28 VDC Output ripple must be a maximum of 200 mV peak peak Output ripple with full load must be a maximum of 500 mV peak Must comply with the requirements...

Page 60: ...ZP3 fire panel as shown below The power supply unit must incorporate two sets of voltage free contacts one which changes over on mains failure the other which changes over on battery fault disconnected battery low or high voltage etc charger failure or fuse failure These contacts must be connected to the ZP3 main board terminals as shown in Figure 41 When the contact changes state the fault is rep...

Page 61: ...view Refer to Figure 42 The batteries must be housed in their proper place The batteries must only be connected using the leads provided These leads incorporate a temperature sensing element used to provide temperature compensated charging The connector lead connects to the main board with a plug and socket Battery positive is RED item 3 battery negative is BLACK item 4 and the control leads are G...

Page 62: ...s driver 0 0400 0 0400 ZP3AB Net1 Network card 0 0700 0 0700 ZP3AB RS232 Comms card 0 0650 0 0650 ZP3AB PR1 Printer 0 0370 0 1900 ZP3AB RL8 Relay board 0 0350 0 1300 ZP3AB MA8 Sounder board 0 0400 0 2200 ZP3AB OP24 Output board 0 0010 0 0500 Panel and accessories ZP3AB MIP8 Input board 0 0400 0 0600 ZP700 sensors all types 0 0005 0 0006 ZP700 Loop I O units all 0 0005 0 0006 ZP700 Call points all ...

Page 63: ...n hour calculate the battery size as follows see Table 7 Notes Multiply the quiescent load plus the basic panel load by 1 05 this adds 5 to obtain the possible extra load resulting from the panel being in a fault disabled or other non fire condition Multiply this figure by 24 to obtain the Ampere hours needed for 24 hour operation Insert the result into C1 Multiply the Fire Alarm Load plus the bas...

Page 64: ...3000 metres depending upon the type quantity and location of devices attached For more information see Z Loop parameters on page 53 Figure 43 Z Loop wiring When wired in class B single direction format then the loop terminals must be connected in to out and in to out The loop is monitored for open and short circuit Unused loops must be terminated in to out and in to out Loop isolators For informat...

Page 65: ... cabling They must not run adjacent to high voltage cable for any substantial distance Separation should be at least 100 mm Table 8 Screen connection wiring best practice The ZP line loop screen connection must be kept as short as possible to ensure the best results for noise immunity which is a CE requirement The adjacent illustration shows two screen connections Option B the preferred method has...

Page 66: ...lass B single direction format They must be daisy chained from point to point without tee offs or spurs They operate on a reverse polarity basis and are monitored for open circuit and short circuit Circuits must be terminated with a 2200 ohm 1 W end of line resistor at the last sounder on the circuit Figure 44 Common sounder outputs wiring Sounders connected to the circuits must be polarized i e f...

Page 67: ...et to be either normally open closing on alarm or normally closed opening on alarm The N O or N C settings are done in software in the setup menu The common fire relay changes state on any fire alarm and the common fault relay changes state on any fault alarm Relays restore when the panel is reset Figure 45 Common fire fault outputs The relay contacts are rated for a maximum current of 1 A and a m...

Page 68: ...lt signal to a remote manned centre such as a fire brigade or a manned control room Figure 46 Remote manned centre outputs The RMC outputs are designed to drive relays in the fire alarm routing equipment These relays must have a coil resistance of 1K8 ohms 3K0 ohms 1800 3000 ohms The Fire Alarm circuit is monitored for open and short circuit conditions at the fire panel A fire alarm causes the cur...

Page 69: ...ses are available which have pre programmed functions Figure 47 ZP3AB RL8 Relay board ON 1 2 3 4 5 7 6 8 RELAY 1 RELAY 2 RELAY 3 RELAY 4 RELAY 5 RELAY 6 RELAY 7 RELAY 8 0V 24V ON Board Address Switch see below Device Being Switched Power In 24 VDC supply 22 29 VDC 1 Supplied from ZP3 panel auxiliary output supply OR 2 Supplied from separate 24 VDC power supply unit See note below Protected Flyback...

Page 70: ...le These outputs are freely programmable If allocated to the System Bus section a further 256 addresses are available which have pre programmed functions Figure 48 ZP3AB MA8 Monitored output board ON 1 2 3 4 5 7 6 8 ON 0V Earth 24V O P 1 O P 2 O P 3 O P 4 O P 5 O P 6 O P 7 O P 8 Output Fuses 24 VDC supply 22 29 VDC 1 Supplied from ZP3 panel auxiliary output supply OR 2 Supplied from separate 24 VD...

Page 71: ...ich have pre programmed functions Figure 49 ZP3AB OP24 Transistor output board ON 1 2 3 4 5 7 6 8 Earth 24 VDC 0V 24V 24V common Power Out Power In 24 VDC supply 22 29 VDC 1 Supplied from ZP3 panel auxiliary output supply OR 2 Supplied from separate 24 VDC power supply unit See note below ON 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Optional Flyback Diode 1N5819 see below Boar...

Page 72: ...se outputs are freely programmable It does not operate on the pre programmed System Bus section Figure 50 ZP3AB MIP8 Input board ON 1 2 3 4 5 7 6 8 3013 02 0V 24V Board Address Switch see below ON Earth same as per input 1 Screen unused I P 1 I P 2 I P 3 I P 4 I P 5 I P 6 I P 7 I P 8 Power In Internally Connected EOL Resistor N O contact closes to activate 24 VDC supply 22 29 VDC 1 Supplied from Z...

Page 73: ...ded into the panel It can also be programmed directly into the panel via the fascia keyboard Programming on a PC is the recommended method because it also allows you to produce a hardcopy of the system programming for record purposes The following main items features can be programmed into the panel Access control facilities Panel identification Standalone system or ZP NET multipanel system Fire a...

Page 74: ...ypad is illustrated in Figure 51 and described in Table 9 Figure 51 Keypad Table 9 Keypad description Key s Name Description Numeric keys Used to enter the number sequences MENU key Gives access to the Menu Screen ENTER key Used to confirm data entry and save data ESCAPE key Exits a function and returns to the previous level HOME key Exits all menu s and returns to the system home screen FUNCTION ...

Page 75: ...ecting a menu item may cause another menu to appear or may carry out a particular function The operator may be prompted to enter the required information via the keypad Any menu can be cancelled and the previous menu presented by pressing the ESC key The ESC key is used to cancel or abort the current activity and return to the previous activity Exit the menu system completely by pressing the HOME ...

Page 76: ...d Z port i e 1 or 2 3 Select the required communications protocol as follows Use the up down arrows to move the brackets up or down and select Protocol Press the Enter key A list of available protocols is displayed Select the required protocol using the up down arrows and press the Enter key 4 Select the required communications protocol parameters as follows Use the up down arrows to move the brac...

Page 77: ...etection Zone allocation Zone messages Fire coincidence detection Single zone All zones Single zone message All zone messages Sensitivity point Sensitivity point range AVF point AVF point range Zones Messages Sounder Detector test Point type AGV allocation Sensitivity point AVF fire point Zones Edit Display Clear single Clear all Sounder Detector test Point type I O Map view I O map edit I O map c...

Page 78: ...times Day delay override Paradigm View Edit Clear Panel options Control key levels Restore disabled alarms Comms parameters RDU SCBR online Peer to peer options Peer define Peripheral Comms Fire relay Fault relay RMC alarm relay Sounder relays Relays Printer type Printer Global settings Edit Sensitivity AVF Sounder alarm base Detector test Sensitivity AVF fire AVF fault Sounder alarm base Detector...

Page 79: ...ceive map Watchdog counters Level 4 Ops Clear codes Edit View Print Security Codes Panel hardware Erase program Software upgrade Local programming Debug comms message Clear alarm counters silence delay Isolators Time update Event time display Flash LED healthy det Zone LED link SETUP MENU continued System config Time set level AGV Language select 3026 02 Control keyswitch level ...

Page 80: ... assign devices to a zone and create or edit the zone message Zone allocation Enter the zone number use the numeric keys or the scroll feature to select points to be assigned to the zone Use the F1 key to remove a point from within a zone Zone messages Enter the zone number and use the keypad to enter the zone message Fire coincidence detection Enter the zone number Clear This allows zone programm...

Page 81: ...ult attributes which can be changed Use F2 to create or edit an output identification message Select done when complete 2 The display switches to the input screen and allows inputs to be assigned Each input address entered is presented with default attributes which can be changed Select done when complete and the next input is presented 3 Press ESC key to select the next output address after all i...

Page 82: ...t previous point AVF point range Alarm verification settings viewed on a group basis by zone and device type Enter the zone range or all and device type or all and then use the scroll feature to view Zones View the point addresses of all devices allocated to a zone Enter the zone number to be viewed The zone number and first point address in that zone is displayed Use the scroll feature to view th...

Page 83: ...ate or edit identification messages for each point address In the Edit mode the panel keyboard keys are used Messages can be up to 40 characters in length Options are provided to delete messages Sounder Create a list of sensors that are fitted with sounder bases SAB A current list is shown which can be scrolled To add a new sensor enter the point address To delete a sounder base entry use the F1 k...

Page 84: ...tion The panel displays the message Accepting points and counts down to zero 0 On completion the panel displays Calibrating If a device was not accepted it is shown as unaccepted The menu path is Setup Points Accept Points Sounders This menu provides the tools for setting up system sounders Loop devices and panel outputs that operate sounders must be defined as such to the panel to ensure that the...

Page 85: ... Description Panel mode Define whether the panel is to operate in standard or day night mode In standard mode all functions remain the same regardless of the time of day In day night mode functions and alarms operate differently during day and night hours Panel number Each fire panel must be given a unique number 001 to 255 that is embedded in the 4 field IP style address AAA BBB CCC DDD where A d...

Page 86: ...units and remote control units The menu path is Setup System Configuration Peripheral comms See Table 20 for available options Table 20 System configuration peripheral comms options Option Description Comms Defines port number comms protocol baud rate parameters number of bits parity and stop bits RDU SCBR online Specifies quantity of RDU s remote display units and RCU s remote control units conne...

Page 87: ...erted in the menu RMC Alarm The remote manned centre output is connected to RMC routing equipment It should be set to restore only after a reset Sounder Relays The sounder outputs 4 outputs controlled from 2 addresses can be set to operate as common from any alarm or as programmable If set to programmable then they must be linked to activating inputs in the I O menu System configuration printer Th...

Page 88: ...nel which is part of a network of panels causes the time and date of all the panels in the network to be updated Event time disp Enabling this function causes the time of each alarm to be displayed on the LCD display This reduces the number of characters visible for the zone message by 6 See also Zone identification messages on page 80 Flash healthy LED With this function enabled the LED s on sens...

Page 89: ... by installation maintenance or operation personnel The menu path is Setup Level 4 operations The following options are available see Table 25 Table 25 Level 4 operation setup options Option Description Security codes Allows you to define panel access codes as follows 1 Operator 2 Maintenance 3 Setup 4 Level 4 In addition the access system allows you to enter up to 20 optional operator names Each ...

Page 90: ... Panel hardware Defines the hardware configuration ie loops zones and power options Clr alrm counters Resets the alarm counters to zero Language The ZP3 panel has facilities for 2 languages English and one extra language This menu defines the default language that the panel will use An alternative foreign language may be loaded applicable to software version 3 02 and higher This was not available ...

Page 91: ...a cause and effect schedule This is described in more detail in the Input output mapping on page 82 Panel identification Each panel must be assigned a unique number between 1 and 255 A title message which displays on the screen in the normal condition is optional If specified it can be up to 40 characters in length and defaults to Fire Alarm System Menu access codes The panel uses four levels of p...

Page 92: ...nel outputs the message can be 10 characters in length Detector self test ZP700 series sensors have a self test capability that is used by the panel to automatically test them every 24 hours This test is optional and can be specified on a device by device basis Certain devices on the loop for example conventional detectors connected via interface units do not have a self test facility and would ha...

Page 93: ...panel or to a remotely located RCU panel Z loop isolators Number of loops and number of loop isolators on each loop must be specified In addition the location of each isolator must be shown either on the schematics or on the layout drawings Up to 16 loop isolators limited to 11 to comply with EN54 specification can be installed on a loop The panel includes 2 built in isolator relays giving a total...

Page 94: ...ctivate mode This applies to silencing outputs only This allows an output that has been silenced from a previous alarm to be re activated by two options either from any new fire alarm in the system labelled as Any in the re activation mode or only by a new alarm from input devices that are already linked to it in the I O map labelled as Own in the re activation mode Output delay When an output is ...

Page 95: ... be used for external mimic functions These outputs are pre programmed 2 User Bus Group 10 000 767 Freely programmable The group 09 range of addresses is pre programmed by default to carry out certain functions for example illuminate zone LED s Alternatively 9 001 to 9 128 can be configured to be freely programmable Where connected outputs are set to addresses in the group 09 range then these outp...

Page 96: ...e LED 027 Zone 27 Fire LED 004 Zone 4 Fire LED 028 Zone 28 Fire LED 005 Zone 5 Fire LED 029 Zone 29 Fire LED 006 Zone 6 Fire LED 030 Zone 30 Fire LED 000 007 Zone 7 Fire LED 003 031 Zone 31 Fire LED 008 Zone 8 Fire LED 032 Zone 32 Fire LED 009 Zone 9 Fire LED 033 Zone 33 Fire LED 010 Zone 10 Fire LED 034 Zone 34 Fire LED 011 Zone 11 Fire LED 035 Zone 35 Fire LED 012 Zone 12 Fire LED 036 Zone 36 Fi...

Page 97: ...59 Fire LED 091 Zone 91 Fire LED 060 Zone 60 Fire LED 092 Zone 92 Fire LED 061 Zone 61 Fire LED 093 Zone 93 Fire LED 062 Zone 62 Fire LED 094 Zone 94 Fire LED 007 063 Zone 63 Fire LED 011 095 Zone 95 Fire LED 064 Zone 64 Fire LED 096 Zone 96 Fire LED 065 Zone 65 Fire LED 097 Zone 97 Fire LED 066 Zone 66 Fire LED 098 Zone 98 Fire LED 067 Zone 67 Fire LED 099 Zone 99 Fire LED 068 Zone 68 Fire LED 10...

Page 98: ... 155 Reserved for future use 124 Zone 124 Fire LED 156 Reserved for future use 125 Zone 125 Fire LED 157 Reserved for future use 126 Zone 126 Fire LED 158 Buzzer Output 015 127 Zone 127 Fire LED 019 159 Info 2 LED 128 Zone 128 Fire LED 160 Common Disable 2 LED 129 Common Fire LED 161 Common Fault 2 LED 130 Common Fire LED 2 162 Night Mode LED 131 Sounders Active LED 163 Alarm Silenced LED 132 Remo...

Page 99: ...s Function Auxiliary Board Dipswitch Setting System Bus Address Function 176 Reset Panel Key 186 255 Reserved for future use 177 Sound Alarms LED 178 Fire Alarm Relays 2 3 179 Accept alarms key 180 More time key 181 Restore disabled alarms key 182 Modem power control 022 183 Toggle Day Night 023 024 031 023 184 Mains supply fault 185 Disable All Sounders ...

Page 100: ...ser Bus Point Address Auxiliary Board Address Dipswitch User Bus Point Address 32 000 007 56 192 199 80 384 391 104 576 583 33 008 015 57 200 207 81 392 399 105 584 591 34 016 023 58 208 215 82 400 407 106 592 599 35 024 031 59 216 223 83 408 415 107 600 607 36 032 039 60 224 231 84 416 423 108 608 615 37 040 047 61 232 239 85 424 31 109 616 623 38 048 055 62 240 247 86 432 439 110 624 631 39 056 ...

Page 101: ...oards shall not be used to comply with EN54 item G requirements 6 Para 7 11 a Under menu setup system configuration relays sounder relays the sounder relays must be defined as programmable The relays must then be mapped as outputs addresses 09 173 and 09 178 using the I O mapping function They must defined as sounder outputs silencing with no delay Note A suitable input would be the common fire LE...

Page 102: ... elements required to conform to EN54 Part 5 Grade 1 must be set up to sensitivity 2 21 To meet the requirements of EN54 2 either as a sounder output type C or an output to fire protection equipment type G the output must be monitored and hence a monitored output accessory board should be used as opposed to a relay output accessory board or line device 22 The facility in the Setup Points Settings ...

Page 103: ...tem design satisfies the requirements of the system specification usually produced by the project consulting engineer or similar person Check that that the correct types of sensors are fitted into each area and that equipment complies with the specification Where a system is required to comply with the design criteria of a National Standard such as BS5839 part 1 Design of Fire Detection Systems th...

Page 104: ...al settings have been set in the Setup menu AGV function has been enabled if this feature is required Panel number is correctly set Panel has been defined as a standalone or ZP NET panel Panel has been defined as Standard or Day Night operation Zoning has been correctly allocated to sensors If zoning has been de linked from fascia LED s then zones must be I O mapped to LED s Sensor device location...

Page 105: ... status LED Create a fault on one device on each loop disconnect a callpoint or unplug a sensor base Make sure the panel reports a fault and that the zone is reported on the LCD display correct illuminated status LED Table 26 Device reference values Device model range Slot 1 level Slot 1 min counts Slot 1 max counts ZP standard analogue 2 198 227 ZR wireless 4 135 163 ZX paradigm 4 135 163 EX intr...

Page 106: ...vice addresses on each loop that are 1 the closest to the panel 2 the furthest from the panel i e near the end of the Z loop and 3 about halfway along the Z loop In the maintenance reports to screen point analogues menu check that the first analogue value the Reference Value V1 of each ZP device is within the range 208 216 counts and within 5 counts of each other For ZX ZR or EX devices check for ...

Page 107: ...ested Compatibility with older versions of panel software Since version 3 00 the protocol has been reworked to deliver multiple commands and or events in a single data packet This results in larger packets and quicker overall performance when the system gets busy Version 3 00 and 3 04 panels will therefore not communicate correctly with each other During upgrade we recommend that the version 3 04 ...

Page 108: ... remote diagnostics across the network Planner may be connected directly to one panel via its RS232 port and then access any other panel indirectly via the Network The operator may perform all functions listed below with the exception of Code Load and Language Load Remote diagnostics to from Planner ZCP3 protocol on RS232 Port Direct ZCP3 or indirect ZCP3 P2P3 Maintenance Flash Load includes all D...

Page 109: ...emote panels to always send the status messages to all of the Maestros at the same time Since the disable events no longer need to be sent for display only needs each panel volunteers the General Status message to all the Maestros whenever a change of disable status occurs on the panel A 20 second delay period from the last change of disable status is used to allow multiple disable changes to be d...

Page 110: ... request the disable status of the remote panels It must be enabled to a Maestro station Disable events The Disabled Event filter which existed on earlier versions may be set separately at the sender panel as before to allow or prevent volunteering disabled events to remote panels Maestro The disabled events filter should be set NOT to send to Maestro but only to panels if they require it If a pan...

Page 111: ... practices to make sure that your ZP fire detection system functions correctly and reliably at all times All wiring must be installed in compliance with local codes and in accordance with the requirements of the local authority having jurisdiction Where line powered output devices are used adequate provision must be allowed for in the system cabling to cater for the increased line current drawn In...

Page 112: ... turn connected to the main building earth system The earth connection should preferably meet the following criteria It should be a clean earth preferably not shared with other electrical devices High energy equipment should be connected to an earth point that is as close as possible to true earth Wiring codes normally require it to be bonded to the main building earth for safety reasons The resis...

Page 113: ...vices which are connected together by cables Examples of these devices are Control Panels Repeater Panels Fire and Smoke Sensors Audible Sounders Relays Computers etc Different circuits control various functions and these circuits have differing cable requirements Four different types of circuit are used to interconnect the equipment into a system These are described below and illustrated on the n...

Page 114: ...ystem Figure 60 Typical single panel system Legend Item Description Item Description 1 Manual callpoint 8 Data wiring RS485 2 Detector 9 Repeater panel 3 Z address line 10 Data wiring RS232 4 Control unit 11 Data wiring serial 5 DC wiring 12 Isolator 6 Sounder 13 Printer 7 Switched output 14 Computer Figure 61 Typical multi panel system Legend Item Description Item Description 1 Control unit 2 Com...

Page 115: ...n which suits the building This includes loop circuits tees spurs or combinations of styles Cabling may be shielded for new buildings or un shielded for retrofitting systems to existing buildings see Rules for using shielded cable on page 106 and Rules for using unshielded cable on page 108 for more details if required Up to 3000 metres of 2 core cable may be used per loop depending upon cable siz...

Page 116: ...ort circuits using line isolators and earth leakage Figure 63 Style B address line wiring Legend Item Description Item Description 1 Control Unit 3 Loop 2 Detectors 4 Spur Style C See Figure 64 Single direction wiring with spurs provides protection against open circuits and earth leakage Figure 64 Style C address line wiring Legend Item Description Item Description 1 Control Unit 3 Spur 2 Detector...

Page 117: ...isolator usage schematic Legend Item Description Item Description 1 Control Unit 3 Isolators 2 Detectors Rules for using line isolators 1 Isolators should be located on the Z Address loop either at the beginning and end of each zone or at regular intervals 2 To comply with BS5839 Part 1 no more than 1 zone or 20 detectors or callpoints must be grouped between two isolators Other standards allow up...

Page 118: ...r connection and must be continuous through the complete length of cable The connection must be by means of a terminal 7 Z Address line must be separated from high voltage cables by at least 300 mm as per BS5839 Part 1 8 Continuity of conduit Pyrotenax or shielding must be as per BS specification BS 5839 Part 1 paragraph 24 5 and the IEE Wiring Regulations 9 Insulated screened cable must be isolat...

Page 119: ...oning and Maintenance Manual REV 11 ISS 08 03 2010 Page 107 Figure 66 Shielded cable Legend Item Description Item Description 1 Control Unit 2 Isolators Figure 67 MICC Legend Item Description Item Description 1 ZP Panel 2 Shield connected through ...

Page 120: ...d party cabling should not be run inside the same outer insulation as the fire detection cable Examples are Public Address and Intercom Systems Third party cabling includes connections between ZP interface units and relays etc of other systems 5 Noise generated by an un shielded Z Address Line may cause interference into third party systems such as intercoms 6 Unshielded Z Address Lines must be se...

Page 121: ...nagement systems and Ziton accessories and for interfacing to building management systems Each port usually connects to only one piece of equipment Rules for RS232 cabling 1 Cable requires 9 conductors plus a shield The cable is terminated at each end to a D connector either 9 pin or 25 pin depending upon the equipment 2 The shield must be insulated and earthed only at the point shown on the syste...

Page 122: ...chained from point to point not connected in a star pattern DC Control lines General ZP systems operate on 24 VDC The majority of field wiring consists of power supply wiring for devices that require 24 V or switched low voltage DC circuits These are used for functions such as audible alarm sounders mimic panels magnetic door holders CO2 water mist or Halon extinguishing systems and control of bui...

Page 123: ...re is a record available showing how the fire system has been configured This is a system specification that should describe in detail all aspects of the system The system specification is essential for the system to be tested and checked during servicing This document is the blueprint of how the system has been configured and how it should behave When changes are made to the system the specificat...

Page 124: ...re tight and cables inside the panel are secure Check that all printed circuit boards PCB s appear to be in good condition are free of dust and securely mounted in the panel 12 Battery replacement check Make sure that the back up batteries installed are sufficient to meet the system specifications If not then replace them with suitable ones as described under Removing and replacing the back up bat...

Page 125: ...ing including inter office partitioning has not changed from the system specification to such an extent that it may affect the efficient operation of the fire alarm system 4 Lithium time date batteries check Check if the lithium time date batteries will still be valid before the next service If not then replace the batteries as described under Removing and replacing the lithium time date batteries...

Page 126: ...LCD screen Menu access Access to the menus is via the panel keypad see Figure 68 Each key is described in Table 31 Figure 68 Keypad Table 31 Keypad description Key s Name Description Numeric keys Used to enter the number sequences MENU key Gives access to the Menu Screen ENTER key Used to confirm data entry and save data ESCAPE key Exits a function and returns to the previous level HOME key Exits ...

Page 127: ...mbers alongside Menu items are selected by pressing the numeric key that matches the item number Selecting a menu item may cause another menu to appear or may carry out a particular function The operator may be prompted to enter the required information via the keypad Any menu can be cancelled and the previous menu presented by pressing the ESC key The ESC key is used to cancel or abort the curren...

Page 128: ... 11 ISS 08 03 2010 Menu structure The maintenance menu structure is displayed as a menu tree and shown in Figure 71 Items that are grouped together are options that appear together on a menu and items that are open ended implement a software function Figure 71 Maintenance menu structure ...

Page 129: ...which now toggles between Disable All Sounders and Enable All Sounders as indicated by the Sounders Disabled LED Outputs This option is used to enable or disable an I O mapped output accept the default output address displayed or enter the address of the output to be edited The output address and status are displayed Use the scroll feature to display the output to be edited Remote alarm This optio...

Page 130: ...ils and associated input triggers Use the scroll keys to view the next previous outputs and left right arrow keys to view associated inputs Service This option is used to generate a report of all sensors that require servicing A service condition indicates that the sensor should be cleaned or replaced as soon as possible Use the scroll feature to display the next previous point The point displayed...

Page 131: ...is executed on a zonal basis A zone is placed in walk test mode and the sensors devices within the zone are manually tested The outputs and alarms for the selected zone are automatically disabled At the end of the test the display shows the number of devices in the zone the number triggered and passed and the number not triggered and failed The respective zone LED on the fire panel is lit A printe...

Page 132: ...s being entered which is why an invalid condition is displayed as blank to prevent confusion When the panel number is entered the menu text changes from Enter Save to Home Save thereby making the Enter key functionality redundant Pressing the F1 key toggles the panel status of the selected panel If the ESC key is pressed all changes made in this menu will be lost Pressing the HOME key saves all ch...

Page 133: ... intrinsically safe EX ZR ZP or ZX device The values are interpreted as follows as for Table 26 on page 93 0 39 A value in this range indicates to the panel that there is no device at the polled address It is offline 70 100 Values in this range indicate an intrinsically safe EX device The norm for intrinsically safe devices is 84 which indicates best calibration 135 163 The norm for ZR and ZX devi...

Page 134: ...233 197 226 213 165 194 180 165 194 180 ZLS1APIC Analogue interface for high sensitive smoke detector stratos 233 197 226 213 165 194 180 165 194 180 ZP755 Loop sounder all variants 241 197 226 213 133 162 152 228 255 245 ZP750 2 Line relay 242 197 226 213 133 162 152 197 226 213 A50E Line relay 242 197 226 213 133 162 152 197 226 213 A51E High voltage line relay 242 197 226 213 133 162 152 197 22...

Page 135: ...e 666 070 100 084 070 100 084 070 100 084 ZP740Ex 1 Intrinsically safe analogue interface unit non fire 667 070 100 084 070 100 084 039 068 054 ZP3 ECU Extinguishing control unit address 1 244 197 226 213 133 162 152 133 162 152 ZP3 ECU Extinguishing control unit address 2 242 197 226 213 133 162 152 197 226 213 ZP5 570 2 Analogue interface for conventional sensor line 232 197 226 213 165 194 180 ...

Page 136: ...limits Model 1 High 2 Standard 3 Medium 4 Low ZP710 2 20 108 20 108 20 108 20 108 ZP720 2 25 123 25 143 25 186 25 186 ZP725 2 25 123 25 151 25 174 25 194 ZP730 2 20 108 20 108 20 108 20 108 ZP732 2 optic 20 108 20 108 20 108 20 108 ZP732 2 heat 25 163 25 163 25 179 25 179 ZP720 3 25 123 25 163 25 179 25 179 ZP740 2 59 137 59 137 59 137 59 137 ZP745 59 137 59 137 59 137 59 137 ZP770 2 59 137 59 137...

Page 137: ... 187 138 187 ZP770 2 138 187 138 187 138 187 138 187 ZP740ST 150 255 150 255 150 255 150 255 ZP755 N A N A N A N A N A N A N A N A ZP750 2 141 141 141 141 141 141 141 141 ZP752 2 N A N A N A N A N A N A N A N A ZP753 2 N A N A N A N A N A N A N A N A ZP754 2 N A N A N A N A N A N A N A N A ZX832 2 optic element a N 49 255 a N 60 255 a N 80 255 a N 105 255 ZX832 2 heat element a 165 N A a 164 N A a...

Page 138: ...ble 35 Extinguishing control unit slot 5 address 1 Details Nominal value Digital counts Normal idle value 39 65 Manual when door locked 68 100 Loss of signal 39 General panel fault 103 132 Power supply fault 163 Relay operated 141 163 Table 36 Extinguishing control unit slot 6 address 1 Details Nominal value Digital counts Fault low idle 39 Auto released 39 65 Manual released 68 100 System locked ...

Page 139: ...r local supplier or to a designated collection point For more information see www recyclethis info Remove the lithium time date batteries as follows 1 Open the front door of the ZP3 panel 2 Locate the lithium time date batteries on the main board see Figure 73 3 Remove the batteries by sliding them out from under the securing pin 4 Return removed batteries to your local supplier or to a designated...

Page 140: ...DC supply S6300mAL250V 20 x 5 mm 250V 6 3A slow blow 10 Fuse F10 PSU 5 VDC logic internal S500mAL250V 20 x 5 mm 250V 500mA slow blow 11 LED 21 Default Off Green On ADC failure 12 LED 18 Default Off Green On Earth fault 13 LED 19 Default Off Green On Loop fault 14 LED 20 Default Off Green On Sounder fault 15 LED 37 Internal supply 24 VDC Green On supply on Off supply faulty 16 LED 15 Internal suppl...

Page 141: ...esignated collection point For more information see www recyclethis info WARNINGS THE BACK UP BATTERIES ALTHOUGH AT ONLY 24 VDC CARRY ENOUGH CHARGE TO BE DANGEROUS When connecting batteries or when working in the vicinity of the battery terminals take care not to accidentally cause a short circuit In particular metallic tools or metallic watchstraps can also inflict SEVERE burns to the user as wel...

Page 142: ...ZP3 Fire Control Panel Installation Commissioning and Maintenance Manual Page 130 REV 11 ISS 08 03 2010 ...

Page 143: ...ZP3 Fire Control Panel Installation Commissioning and Maintenance Manual REV 11 ISS 08 03 2010 Page 131 ...

Page 144: ...ZP3 Fire Control Panel Installation Commissioning and Maintenance Manual Page 132 REV 11 ISS 08 03 2010 ...

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