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Zeta Alarm Systems SMARTCONNECT SMART/REP, Installation Manual

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Zeta Alarm Systems SMARTCONNECT SMART/REP Installation Manual Download Page 2

Smart Connect Multi-loop Installation Manual

 

 
www.zetaalarmsystems.com

 

2 

Contents 

Introduction .................................................................................................................................................................................................. 4

 

About the Smart Connect Multi-loop Fire Alarm System .......................................................................................................................... 4

 

Overall Features ........................................................................................................................................................................................ 4

 

Additional Features ....................................................................................................................................................................................... 5

 

Document Conventions ................................................................................................................................................................................. 6

 

Circuits and Zones ..................................................................................................................................................................................... 6

 

Wiring Styles .............................................................................................................................................................................................. 6

 

System Components ..................................................................................................................................................................................... 7

 

Panel Types ............................................................................................................................................................................................... 7

 

Panel Modules ........................................................................................................................................................................................... 8

 

Control Panel Installation and Dimensions ................................................................................................................................................. 10

 

Enclosure Dimensions ............................................................................................................................................................................. 10

 

Panel Construction Details ...................................................................................................................................................................... 10

 

Locating the Fire Alarm Control Panel ..................................................................................................................................................... 11

 

Mounting the Enclosure .......................................................................................................................................................................... 11

 

Mounting Hole Dimensions ..................................................................................................................................................................... 11

 

Planning Cable Entry ............................................................................................................................................................................... 13

 

Cable Grounding ...................................................................................................................................................................................... 13

 

Mains Wiring ........................................................................................................................................................................................... 13

 

Battery Wiring ......................................................................................................................................................................................... 15

 

Assembling the panel .................................................................................................................................................................................. 18

 

Initial Power Up ....................................................................................................................................................................................... 19

 

Module Installation ................................................................................................................................................................................. 19

 

TRM RJ45 Port Address Designation ....................................................................................................................................................... 20

 

Securing the modules .............................................................................................................................................................................. 20

 

Before Powering the Panel On ................................................................................................................................................................ 20

 

Power on Procedure ................................................................................................................................................................................ 21

 

Field Wiring ................................................................................................................................................................................................. 22

 

Wiring Overview ...................................................................................................................................................................................... 22

 

SCM-ACM Field Wiring Connections ....................................................................................................................................................... 23

 

Wiring recommendations for Alarm Circuits 

(SCM-ACM)

 ....................................................................................................................... 24

 

SCM-ACM Specifications ......................................................................................................................................................................... 24

 

Compatible Warning Devices .................................................................................................................................................................. 25

 

Maximum Warning Devices per Circuit ................................................................................................................................................... 25

 

SCM-MIM Field Wiring Connections ....................................................................................................................................................... 25

 

Wiring Recommendations for Input Circuits 

(SCM-MIM)

 ....................................................................................................................... 25

 

SCM-MIM Specifications ......................................................................................................................................................................... 25

 

SCM-RM Field Wiring Connections.......................................................................................................................................................... 26

 

SCM-RM Specifications............................................................................................................................................................................ 26

 

SCM-ZMM Field Wiring Connections ...................................................................................................................................................... 27

 

Wiring Recommendations for Zone Monitor Circuits 

(SCM-ZMM)

 ......................................................................................................... 27

 

Summary of Contents for SMARTCONNECT SMART/REP

Page 1: ...GLT 261 7 3 Doc GLT 261 7 1 Issue W I P Date 25 08 2018 Doc GLT 261 7 10 Issue 001 Date 14 08 2020 MULTI LOOP PANEL Installation Manual ...

Page 2: ...able Grounding 13 Mains Wiring 13 Battery Wiring 15 Assembling the panel 18 Initial Power Up 19 Module Installation 19 TRM RJ45 Port Address Designation 20 Securing the modules 20 Before Powering the Panel On 20 Power on Procedure 21 Field Wiring 22 Wiring Overview 22 SCM ACM Field Wiring Connections 23 Wiring recommendations for Alarm Circuits SCM ACM 24 SCM ACM Specifications 24 Compatible Warni...

Page 3: ...cifications 36 Compatible Loop Card Devices 36 Power Supply 37 PSU Specifications 37 PSU Fuses 38 Power Supply Status Indications 38 Power Supply Signals 38 Panel Printer 39 Loading Replacing the Printer Paper Roll 39 Status LED s 40 Printer Maintenance 40 Fault Finding 41 Appendix A SPECIFICATIONS 41 FUNCTIONS REQUIRED BY EUROPEAN STANDARD EN54 2 42 FUNCTIONS REQUIRED BY EUROPEAN STANDARD EN54 4 ...

Page 4: ...el to the device or zone The 32 bit microcontroller MCU at the heart of Smart Connect Multi loop rapidly processes logical decisions based on the status of the smoke detection and other initiating devices to control the system outputs The Windows based software Smart Configurator is used to configure the system s operation based on the customer specified operating requirements and reduce commissio...

Page 5: ...r Engineer Password Default 9999 and press Menu Access Icon Configure loops Assign zones Assign Text to each point Modify Alarm Operation Programming Configure network if fitted System Diagnostics LED blink loop Autocheck Change passwords Configure TCP IP Port 3b Installer Engineer Open Enclosure Connect wiring during Install Battery check during Maintenance Update Cause Effect programming via USB...

Page 6: ...wired conventional inputs and outputs and addressable inputs and outputs may be grouped together to form logical zones Wiring Styles Loop Circuits have a redundant pathway powered from both sides of the circuit and are able to be wired either in the Class A designation or in the Class X designation designed to operate past any a single short circuit with the addition of EN54 listed isolators Conve...

Page 7: ...h a 400W 15A PSU Space for 2 x 14Ah batteries SMART10 64 W 500mm x H 600mm Space for up to 10 small modules Equipped with 64 zone LED expansion Supplied with a 400W 15A PSU Space for 2 x 38Ah batteries SMART10 P 64 W 500mm x H 600mm Space for up to 10 small modules Equipped with panel printer Equipped with 64 zone LED expansion Supplied with a 400W 15A PSU Space for 2 x 38Ah batteries SMART26 64 W...

Page 8: ...AHF MKII AHF CS90 ZAI MI ZAIO MI ZAZM MI ZAIO 230 ZASC MI MKII SSB MKII AXT MKII AXTB ZRAP ZRAPB All are EN54 approved SCM ACM Alarm Circuit Module The plug in alarm circuit module provides power for and handles communications to the non addressable sounder appliances It has 2 x Class B circuits and can be programmed to provide two 24v DC auxiliary outputs Circuit Voltage 29VDC Nominal Maximum Cir...

Page 9: ...s etc Input Voltage 23 7VDC Nominal Wiring Class 6 x Class B Quiescent Current 30V 39 3mA Input Max Impedance 10Ω Input End of Line 4K7Ω Alarm Triggering Resistor 1KΩ SCM ZMM Zone Monitor A zone monitor that can be typically used for conventional devices and or for special detectors that are not available in addressable form It has 6 x Class B input circuits Zone Voltage 26VDC Nominal Wiring Class...

Page 10: ...ART 10 665mm 535mm 505mm 200mm 170mm 635mm 26 8 4 2 x 38Ah SMART 26 665mm 975mm 945mm 200mm 170mm 635mm 64 28 20 2 x 38Ah Panel Construction Details All components are manufactured from Zintec Large and Medium Smart Multi loop Enclosures Back box and door 1 5 mm Door plate 0 9 mm All internal parts are 0 9 mm Small Smart Multi loop Enclosure All parts are 0 9 mm Smart Repeater Enclosure All parts ...

Page 11: ... panel must be in a clean dry position which is not subject to excessive shock or vibration and at least 2 meters away from pager systems or any other radio transmitting equipment The operating temperature range is 5 C 23 F to 40 C 104 F maximum humidity is 95 The panel will withstand vibrations between 5 150 Hz Mounting the Enclosure Fix the enclosure to the wall using all the mounting points pro...

Page 12: ...Smart Connect Multi loop Installation Manual www zetaalarmsystems com 12 Fig 2 Fig 3 ...

Page 13: ...al damage Also the power supply and termination board should be removed and stored in a safe place This would also help while fixing the back box to the wall Cable Grounding The panel is provided earth bars located along the top of the panel for grounding incoming wiring if needed The SMART6 panel has 1 x 12 way Earth bar The SMART10 panel has 2 x 12 way Earth bar The SMART26 panel has 3 x 12 way ...

Page 14: ...ins Earth cable is connected to the PSU s Earth terminal The incoming mains cable should be kept separate from the loop card cables to help minimise mains interference It is advisable to apply power to the panel before connecting any devices to check for correct operation and to familiarise yourself with the fire alarm panels controls If a knockout is removed fill the hole with a suitable cable gl...

Page 15: ...uration 0 25A2s 230Vac Cold Start 3 15A 230 V AC Battery Wiring The SMART Connect Multi loop panel uses two 12 Volt batteries wired in series to give a 24 Volt back up supply The ve of one battery is connected to the red battery lead The ve of the other battery is connected to the black battery lead The ve of the first battery is connected to the ve of the second battery using the link wire suppli...

Page 16: ...Charger Current Max Battery Size Fuse Installed SMART6 29 5V DC 27 6V DC 400W 1 1A 2 x 12V 14 Ah 5A SMART10 29 5V DC 27 6V DC 400W 2 2A 2 x 12V 38 Ah 8A SMART26 29 5V DC 27 6V DC 400W 2 2A 2 x 12V 38 Ah 15A Securing the batteries The SMART Connect Multi loop has been designed so that the batteries are secured in the panel with Velcro strips ...

Page 17: ...Smart Connect Multi loop Installation Manual www zetaalarmsystems com 17 ...

Page 18: ...ted and connect to the panel s motherboard with a small RJ45 cable supplied with the module The Base panel is available in 3 sizes SMART6 SMART10 SMART26 The above diagrams show the port addresses for each panel size A typical panel set up would include At least one module for initiating devices Either a conventional zone module SCM ZMM or an addressable loop module SCM LCM At least one module for...

Page 19: ... now be turned off and the modules can be fitted Module Installation The Smart Multi loop panel uses the expansion port number to reference modules It is recommended that any Loop Card modules are fitted first to the first expansion ports so that the loop circuit numbers follow a logical sequence loop 1 in port 1 loop 2 in port 2 etc 1 Ensure that the installation area is free from any cables or w...

Page 20: ...he first module and after the last module on each rail Before Powering the Panel On 1 To prevent the risk of a spark do not connect the batteries Only connect the batteries after powering on the system from its main AC supply 2 Check that all external field wiring is clear from any open shorts and ground faults 3 Check that all the modules have been installed properly with correct connections and ...

Page 21: ...pected modules are fitted and that all module cables are correctly inserted Note that the panel will need at least one module fitted to run The panel has detected a new module added to a port that was previously empty This is the usual message seen the first time a panel is configured The panel has detected a different type of module fitted to a port that was previously occupied The panel has dete...

Page 22: ...ue EARTH Green NEG POS NEG POS BLACK RED BATTERY CABLE OBSERVE POLARITY RED BLACK SCM LCM S CM A CM SCM ZMM SCM MIM SCM RM SCM NM SCM PM A A B B NAC1 A A A A C C C C C C C C C C C C C C C ZM1 ZM2 ZM3 ZM4 ZM5 ZM6 I P1 I P2 I P3 I P4 I P5 I P6 C NC O P1 NO C NC O P2 NO CNC O P3 NO NAC2 B S C N NET 1 A B S C N NET 2 A A A C C To Previous Network Panel To Next Network Panel CableTo Printer No User Wir...

Page 23: ...stems com 23 SCM ACM Field Wiring Connections Typical Wiring Diagram Class B Zeta Conventional Sounders Typical Wiring Diagram Class B Bell Devices NOTE When an ACM is configured as a bell output the 24V On LED on the front of the module will be flashing ON OFF ...

Page 24: ...e Regulated 24V DC Power limited Supervised Maximum Alarm Circuit Current 2 x 500mA Maximum Aux 24V Current 2 x 400mA Maximum RMS current for a single sounder device 350mA Maximum Line Impedance 3 6Ω total 1 8Ω per core Wiring Class 2 x Class B Power limited Supervised End of Line Resistor 4K7Ω Recommended cable sizes 18 AWG to 14 AWG 0 8mm2 to 2 5mm2 Special Applications 24V auxiliary voltage out...

Page 25: ...utput Please refer to the device manuals to calculate the maximum number allowed on each alarm circuit SCM MIM Field Wiring Connections Wiring Recommendations for Input Circuits SCM MIM Wire Gauge AWG Maximum Wiring Run Metres 22 910 20 1450 18 2300 SCM MIM Specifications Multi Input Module SCM MIM Circuit Voltage 24VDC Nominal 16V 24 5V with EOL fitted Wiring Class 6 x Class B circuits Input Maxi...

Page 26: ... Form C Switching Capacity 5 A 30VDC resistive 5 A 250VAC general use Circuit Type Power limited Not Supervised Modes Common alarm Common fault Common tech alarm or Programmable Recommended cable sizes 18 AWG to 14 AWG 0 8mm2 to 2 5mm2 NOTE When an MRM relay is configured as an alarm output it will act as a common alarm relay and cannot be controlled by cause and effect ...

Page 27: ...Wiring Class 6 x Class B circuits Recommended cable sizes 22 AWG to 14 AWG 0 3mm2 to 2 5mm2 End of Line Resistor 4K7Ω Alarm Trigger Resistor 1KΩ Compatible Devices MKII OP MKII HR MKII HF MKII HF CS90 MKII OH ZT CP3 All are EN54 approved Maximum Detectors Per Zone 20 RECOMMENDED CABLE Cable should be BS approved FPL FPLR FPLP or equivalent While SMART Connect Multi loop conventional Zone modules c...

Page 28: ...tallation Manual www zetaalarmsystems com 28 SCM NM Field Wiring Connections Ring Topology Bus Topology NOTE It is recommended to install the network in a ring topology for protection against open circuit and short circuit faults ...

Page 29: ...Wiring SCM NM The SMART Connect Multi loop network can support up to 64 panels SCM NM Specifications Network Module SCM NM Maximum Network Size 64 Nodes Maximum Distance Between Nodes 1KM with screened data cable Communication Protocol RS485 Network Wiring Typologies Bus or Ring RECOMMENDED CABLE Belden type ...

Page 30: ...or 2 or more detection zones short circuit isolators or devices with built in short circuit isolators such as interfaces should be fitted to the zone boundaries to prevent a single short circuit affecting more than one zone Note Detectors can be fitted to isolator bases or fitted between isolator modules for Class X wiring Manual stations should be fitted between isolator modules ...

Page 31: ...ings PVC plastic foam and all similar materials which produce small visible particles 0 5 to 10μm MKII AHR MKII AHFand MKII AHF CS90 MKII AHR MKII AHF and MKII AHF CS90 The Fyreye MKII Rate of Rise heat detector MKII AHR uses a thermistor arrangement to sense a quick rise in temperature and also a final threshold temperature of 57 C The Fyreye fixed heat detector MKII AHF has a single thermistor a...

Page 32: ...F MKII AHF CS90 MKII AHR and MKII AOH detector series heads The series includes MKII CB which is a 4 inch standard base and MKII CB D which is 4 inch deep base MKII CB MKII CB D are supplied with 5 terminals as standard The Terminals of the bases are configured as follows L1IN Loop Negative L1OUT Not Used L2 Loop Positive R Used for remote indicators only Earth screen MKII CB D ZAI MI ZAI MI The Z...

Page 33: ...condition Typical output triggering includes controlling lift operation during an alarm starting fire pump stopping ventilation fans etc ZAIO MI typical wiring diagram E g connecting to a door magnet ZAZM MI ZAZM MI The ZAZM MI is a conventional zone that can be used for conventional devices and or for special detectors that are not available in addressable form such as UV detectors Aspiration det...

Page 34: ...ers have been activated or extinguisher level monitoring in Gas Extinguishing systems etc Module is provided with a loop short circuit isolator and with a voltage free single pole change over mains rated output The output relay is always powered directly from the detection loop It is not required to use an external 24V DC power supply Relay operation is confirmed by an on board red LED ZAIO 230 ty...

Page 35: ...for a clean first fix The AXTB beacon has a coverage pattern of W 3 1 9 1 MKII AXT MKII AXTB typical wiring diagram E g Loop wiring ZRAP ZRAPB ZRAPB R pictured ZRAP ZRAPB The Raptor addressable sounder is a large weatherproof horn sounder suitable for many indoor outdoor applications It is available in red or white and has a selection of 16 tones selectable at the control panel Termination of fiel...

Page 36: ...l Smoke Heat A1R Detector With Built In Isolator MKII AOHI MKII Addressable Fixed Heat Only A2S Detector With Built In Isolator MKII AHFI MKII Addressable Fixed Heat Only CS Detector With Built In Isolator MKII AHFI CS90 MKII Addressable Rate of Rise Fixed Heat Detector A1R Detector With Built In Isolator MKII AHRI Addressable Remote LED Indicator MKII ARL Zeta Addressable CP3 Manual Call Point ZT...

Page 37: ...oltage 120 230 VAC 120 230 VAC 120 230 VAC Power Supply Rating 400 Watts 400 Watts 400 Watts DC Output Voltage 30 VDC 30 VDC 30 VDC Maximum Output Current 11 1 Amp 11 1 Amp 11 1 Amp Battery Voltage 27 6VDC 27 6VDC 27 6VDC Battery Charging Capability Up to 14 0Ah Up to 38 0Ah Up to 38 0Ah Max Battery Charging Current 1 1 Amp 2 2 Amp 2 2 Amp ATTENTION DO NOT EXCEED POWER SUPPLY RATINGS OR MAXIMUM CU...

Page 38: ...n NC C in normal operating condition When there is a fault condition on the mains power continuity is switched to NO C Relay is normally energized and fail safe as the relay will change over in the event of total power failure FAULT RELAY Continuity between NC C in normal operating condition When there is any fault on the PSU or Charger continuity is switched to NO C Relay is normally energized an...

Page 39: ...ecification PLUS2 Paper Type Thermal Paper Roll Paper Width 57mm Roll Diameter 50mm Roll Length 30m See note Paper Weight 55 to 70gsm To change the printer roll proceed as follows Every time the paper is changed check inside the device to locate and remove any Scrap pieces of paper 1 Open the printer cover 2 Place the roll in the paper compartment and pull out a few centimetres of paper 3 Close th...

Page 40: ... Reception errors Parity frame error overrun error ON Flash x 6 Green Command is not recognised ON Flash x 7 Green Command reception has timed out Printer Maintenance The regular cleaning of the panel printer will help maintain its print quality and extend its lifetime The table below shows the recommended maintenance timeline and cleaning operations Every Paper Change Printer Head Use Isopropyl A...

Page 41: ... Output B Auxiliary Power 29V 1A 29V 1A 29V 1A Output C Control Panel Power 29V 7 5A 29V 7 5A 29V 7 5A Output D Control Panel Power 29V 7 5A 29V 7 5A 29V 7 5A Display LCD Display 4 3 Resistive touch screen 480 x 272 pixel resolution LED Indicators Fire Sounder Fault Fault Sounder Active Power Controls Active General Disablement General Test Sounder Disablement Sounder Delay Relay Delay System Faul...

Page 42: ... c Other Functions outside EN54 USB port For PC configuration and software upgrading RS485 Network Repeater connection TCP IP Ethernet connection Remote access Programmable Cause Effect on Outputs Phased Evacuation Printer Option Auxiliary Power Supply Output via SCM ACM Auxiliary Relay Outputs FUNCTIONS REQUIRED BY EUROPEAN STANDARD EN54 4 The Smart Connect Multi loop fire alarm control panel pro...

Page 43: ...h S C Isolator 3 5 13 2 ZAIO 230 MKII Addressable Mains switching Input Output Module 1 5 4 6 SMM B Special Mini Modules White Beam Detector 1 1 12 MKII SSB MKII Sandwich Sounder No Address Required 0 65 5 5 MKII AXT MKII Addressable Xtratone Wall Sounder 1 5 5 4 MKII AXTB MKII Addressable Xtratone Combined Sounder Beacon 1 5 19 44 ZRAP MKII Addressable Raptor Weatherproof Sounder 1 5 5 4 ZRAPB MK...

Page 44: ...FF ON ON 88 ON ON ON OFF OFF ON OFF ON 3 OFF OFF ON ON ON ON ON ON 46 ON OFF OFF OFF ON OFF ON ON 89 OFF ON ON OFF OFF ON OFF ON 4 ON ON OFF ON ON ON ON ON 47 OFF OFF OFF OFF ON OFF ON ON 90 ON OFF ON OFF OFF ON OFF ON 5 OFF ON OFF ON ON ON ON ON 48 ON ON ON ON OFF OFF ON ON 91 OFF OFF ON OFF OFF ON OFF ON 6 ON OFF OFF ON ON ON ON ON 49 OFF ON ON ON OFF OFF ON ON 92 ON ON OFF OFF OFF ON OFF ON 7 O...

Page 45: ...FF ON OFF ON OFF ON OFF ON 128 ON ON ON ON ON ON ON OFF 171 OFF OFF ON OFF ON OFF ON OFF 214 ON OFF OFF ON OFF ON OFF OFF 129 OFF ON ON ON ON ON ON OFF 172 ON ON OFF OFF ON OFF ON OFF 215 OFF OFF OFF ON OFF ON OFF OFF 123 ON OFF ON ON ON ON ON OFF 173 OFF ON OFF OFF ON OFF ON OFF 216 ON ON ON OFF OFF ON OFF OFF 131 OFF OFF ON ON ON ON ON OFF 174 ON OFF OFF OFF ON OFF ON OFF 217 OFF ON ON OFF OFF O...

Page 46: ... OFF 208 ON ON ON ON OFF ON OFF OFF 251 N O T U S E D 166 ON OFF OFF ON ON OFF ON OFF 209 OFF ON ON ON OFF ON OFF OFF 252 N O T U S E D 167 OFF OFF OFF ON ON OFF ON OFF 210 ON OFF ON ON OFF ON OFF OFF 253 N O T U S E D 168 ON ON ON OFF ON OFF ON OFF 211 OFF OFF ON ON OFF ON OFF OFF 254 N O T U S E D 169 OFF ON ON OFF ON OFF ON OFF 212 ON ON OFF ON OFF ON OFF OFF 255 N O T U S E D 170 ON OFF ON OFF...

Page 47: ...tem voltage Multi Relay Module RM NO N A Isolated from system voltage Multi Relay Module RM CM N A Isolated from system voltage Multi Relay Module RM NC N A Isolated from system voltage In quiescent condition the ACM has a reverse voltage on its terminals So that a ground fault to ACM will cause a negative ground fault and a ground fault to ACM will cause a negative ground fault When active the im...

Page 48: ...m 48 Installation Manual Modification History Issue Date Changes 001 19 03 2020 Added manual modification history table Impedance values changed to 10KΩ Removed non LED MMP10 MMP26 version Changed PSU specifications Added functions required by European standard section ...

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