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Related Manuals for Scantronic i-on Series
Summary of Contents for Scantronic i-on Series
- Page 1 Series Security System Installation Manual for i-on Compact, i-on30R+, i-on40H+, i-onG2SM and i-onG3MM Issue 1 Control unit software version 6.0.xx...
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Page 2: About This Manual
i-on Series Configuration Guide – This gives full details of how to configure (program) i-on control units. It covers all options in the Installer menu. ... -
Page 3: Table Of Contents
Contents About this Manual......................ii Other Publications ......................ii Chapter 1: Introduction .................. 6 About the i-on range of control units................. 6 Summary of features ....................6 System bus ........................9 Bus address ........................9 Part-setting and partitioned modes................... 9 Part-setting mode ...................... - Page 4 Chapter 3: Installing i-on Control Units ............27 Safety Information ......................27 Pre-Installation Requirements ..................27 i-on Compact Installation Instructions................27 Step 1: Install cables ....................29 Step 2: Open the control unit ..................29 Step 3: Mount the control unit ..................29 Step 4: Connect wiring and optional modules .............
- Page 5 n RS485 bus termination link .................. 43 o LEDs ........................43 p 16.5VAC input ..................... 43 q External DC input ....................43 r WiFi module power ....................43 s Mini-B USB port ....................43 Appendix A: Alarms Transmission System ..........44 Overview ........................
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Page 6: Chapter 1: Introduction
Table 1. An on-board radio transceiver (not i-onG2SM and i-onG3MM), which has a range of up to 500m and supports devices such as radio detectors, Scantronic radio siren/strobe units and radio outputs. Sockets for an optional plug-on communicator (required for grade 2/3). - Page 7 Introduction An Ethernet port for optional use of the web interface, network cameras and SecureConnect™. The ability to configure the system using: A standard keypad on the bus (not i-on Compact). A engineer keypad connected directly to the engineer keypad port (not i-on Compact).
- Page 8 Introduction Max internal radio sounders (Note 4) Max Wireless Access Modules Control unit case Plastic Plastic Plastic Metal Metal Battery (Note 7) 1 (2.2Ah) 1 (7Ah) 1 (7Ah) 1 (7Ah) 1 (17Ah) Power Supply Unit (PSU) 0.5A 1.0A 1.0A 1.0A 2.0A PSU current reserved for battery charging 100mA...
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Page 9: System Bus
Introduction System bus All control units except the i-on Compact have a system bus to connect devices such as wired keypads, expanders, remote power supplies and base stations (for KEY-RKPZ keypads). The i-onG3MM has two busses. The bus architecture allows the system to be easily expanded to accommodate additional devices if the need arises. -
Page 10: Partitioned Mode
Introduction Partitioned mode In partition mode, the control unit provides the equivalent of a set of smaller, independent alarm systems known as “partitions”. You can allocate one or more zones to each partition. Each partition can have a full-set level and up to three part-set levels. During system configuration, you can allocate keypads, sirens, sounders or outputs to any of the partitions. -
Page 11: Supported Hardware Devices
Introduction Supported hardware devices This section gives an overview of the purpose of each type of additional hardware device. Keypads Keypads are used by installers to configure the system, and by users to set or unset the system. The i-on30R+, i-on40H+, i-onG2Sm and i-onG3MM can use radio keypads, or wired keypads connected to the system bus. - Page 12 Introduction Summary of keypad features Table 2: Keypad features Feature Wired keypad Radio keypad Built-in proximity reader KEY-EP external proximity reader terminals Zones Outputs Loudspeakers Two-line by 20-character backlit LCD display Illuminated four-way switch (the “navigation key”), which is used to navigate through menus LEDs behind the navigation key to show the fault status of the system...
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Page 13: Detectors (Zones)
Introduction KEY-EP external proximity tag reader A KEY-EP external proximity tag reader can connect to a KEY-KP01, KEY-KPZ01 or KEY-FKPZ keypad to enable the system to be to set or unset externally. Many keypads also include an internal proximity tag reader. Detectors (zones) Detectors are the physical devices that detect alarm conditions. -
Page 14: Expanders
Introduction 713rEUR-00 Pet-tolerant PIR 714rEUR-00 726rEUR-50 Long-range hand-held personal attack transmitter 726rEUR-60 Short-range hand-held personal attack transmitter 734rEUR-00 CC door contact - white 734rEUR-01 FSL door contact - white 734rEUR-05 CC door contact - brown 734rEUR-06 FSL door contact - brown Spyder shock sensor –... -
Page 15: Communicators
Introduction Note: The maximum number of radio detectors also depends partly on the density of radio transmitters within a given volume. Radio expanders must be at least 1 metre apart. Communicators Plug-by (digital communicator) All control units except i-on Compact and i-on30R+ include a built-in plug-by communicator, which allows the system to communicate externally to an alarms-receiving site using a separate digital communicator (purchased separately). -
Page 16: Output Devices
Introduction Output devices Devices such as indicators, lighting systems or third-party equipment can be switched on or off using "outputs" available from the i-on system. You can configure outputs in the Installer menu to control the external devices when, for example there is an alarm in a specified zone, mains is disconnected or a combination of specified conditions occur. -
Page 17: Cameras
Introduction Internal radio sounders SND-RINT internal radio sounders are intended for use in areas that are out of audio range of keypads, but where users need to hear system sounds. Internal radio sounders can communicate directly to control units that have built-in radio communications, or to radio expanders. -
Page 18: Other Supported Radio Devices
Introduction Other supported radio devices The following radio devices are also supported: DET-RSURV01 Radio Site Survey Tool. 770REUR-00 Wireless Accessory Module (WAM). 762REUR-00 Radio receiver. 768REUR-00 Radio receiver. About SecureConnect Any i-on control unit can connect to the internet to access the SecureConnect service. The key features of SecureConnect include the following: ... -
Page 19: Chapter 2: Planning The Installation
Chapter 2: Planning the Installation Choosing the installation locations When planning the installation, consider the following recommendations concerning the locations of where to install the control unit and other devices. Control unit The control unit must be located: Within the protected area (but not in an entry or exit zone). ... -
Page 20: External Sirens
Planning the Installation External sirens These must be located out of reach of intruders and vandals, but must be easily visible for maximum deterrence. Checking power availability EN50131-1 or PD6662 Grade 2 requires the backup battery to be able to power the system for at least 12 hours. - Page 21 Planning the Installation In alarm: 140mA Quiescent: 15 mA COM-DATA-4G In alarm: 240mA Wired expander 20mA (no sounder connected) Wired PIR 15mA Quiescent: 25mA KEY-FKPZ keypad In alarm: 65mA Quiescent: 30/40/60mA (backlight off/on/bright respectively) i-kp01 keypad In alarm: 45/45/65mA (backlight off/on/bright respectively) KEY-KPZ01, Quiescent: 35mA (backlight off, no external proximity reader) KEY-KP01 or...
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Page 22: Detector (Zone) Wiring Types
Planning the Installation Detector (zone) wiring types Before installation, you need to choose the wiring type (method) to use for any wired detectors: Fully-Supervised Loop (FSL), 4-wire Closed Circuit (CC), or 2-wire CC, as described below. The latest EXP-W10 wired expander allows you to mix FSL and 4-wire CC on the same expander. -
Page 23: 4-Wire Cc
Planning the Installation Tamper Mask Alarm Alarm Fault/trouble Fault Tamper Normal Tamper Figure 3. FSL connections with masking 4-wire CC This uses a separate pair of wires for the alarm and tamper contacts. No end-of-line resistors are used. Selecting 4-wire CC may halve the maximum number of wired zones the device supports, as shown in Table 5. -
Page 24: Cable Segregation
Planning the Installation If screened cable is required: Avoid earth loops by connecting the screen on the cable to mains earth at the control unit but not at the keypad or expander. The continuity of the cable screen is most important and screens MUST be continuous along the full length of the cable. -
Page 25: Voltage Drop
Planning the Installation Figure 4. Bus termination Voltage drop In order for the system to work correctly, the voltage at each bus device must NOT drop below 10.5V (even when running on the standby battery), and preferably should stay above 12.0V to avoid unexpected behaviour. For a wired detector, the minimum voltage is generally 9.5V, but this depends on the detector type (see the detector instructions). -
Page 26: Using Remote Power Supplies
Planning the Installation Table 6: Voltage drop along cable Current Cable Length (Standard 7/0.2 alarm cable) Drawn 100m 60mA 0.10V 0.19V 0.29V 0.38V 0.48V 0.58V 0.67V 0.77V 0.86V 0.96V 80mA 0.13V 0.26V 0.38V 0.51V 0.64V 0.79V 0.90V 1.02V 1.15V 1.28V 100mA 0.16V 0.32V... -
Page 27: Chapter 3: Installing I-On Control Units
Chapter 3: Installing i-on Control Units This chapter explains how to install each type of control unit. Note: The instructions in this chapter are the same as those to be found in the Installation Instructions enclosed provided with each control unit. Safety Information This product must be installed by qualified service personnel. - Page 28 Installing i-on Control Units Fit a screw through the back-tamper breakout Fixing hole (1 of 3) i-on Compact Battery Location for WiFi module Mains terminal block Fixing hole (2 of 3) Cable entry Fuse holder q External DC input Fixing hole (3 of 3) r WiFi module connections Power supply Battery...
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Page 29: Step 1: Install Cables
Installing i-on Control Units Step 1: Install cables Make sure mains cables are routed away from the internal aerials, as shown in Figure 7. Use only the dedicated cable-entry holes, as shown in Figure 6. Do not mount mains cable behind the aerials Figure 7. -
Page 30: Step 4: Connect Wiring And Optional Modules
Installing i-on Control Units Step 4: Connect wiring and optional modules WARNING: ENSURE THAT THE MAINS SUPPLY IS DISCONNECTED AND ISOLATED. Connect a 2-core mains cable to the mains terminal block (Figure 6) and fit a strain-relief cable tie. Confirm the mains cable is routed as shown in Figure 7. Do not apply power until after the lid is closed (Step 6). -
Page 31: I-On30R+/40H+ Installation Instructions
Installing i-on Control Units i-on30R+/40H+ Installation Instructions During installation, please refer to Figure 9 and to Overview of PCB links, connectors and LEDs on page 40. l Plug-on m Auxiliary tamper n RS485 bus termination module socket For engineering use only Connect tamper a SD card slot o HB LED... -
Page 32: Step 2: Remove The Lid Of The Control Unit
Installing i-on Control Units Do not mount mains cable behind the aerials Figure 11. i-on30R+ and i-on40H+: Mains cable routing Step 2: Remove the lid of the control unit Release the two screws on the front of the lid, then lift it off. Step 3: Fit the tamper switch and shroud Fit the tamper switch assembly through the slot in the back of the case (Figure 12). -
Page 33: Step 6: Connect The Battery
Installing i-on Control Units Step 6: Connect the battery Note: Connecting the battery does not start the system. Fit a 7Ah lead-acid battery in the bottom-right corner of the control unit and secure with a strap provided. Connect the battery leads to the battery (red to positive and black to negative), and connect the other end to the PCB (Figure 9). -
Page 34: I-Ong2Sm Installation Instructions
Installing i-on Control Units i-onG2SM Installation Instructions During installation, please refer to Figure 14 and to Overview of PCB links, connectors and LEDs on page 40. Connect transformer Connect battery lead n RS485 bus termination p 16.5VAC input k Kick-start link Bus device 1 (e.g. -
Page 35: Step 3: Connect All Wired Devices
Installing i-on Control Units Mains terminals Mains cable entry Signal cable entry Fixing holes Figure 15. i-onG2SM: Fixing holes and cable entries Step 3: Connect all wired devices Connect all wired devices except the battery, as shown in Figure 14. If you are using a plug-on module, fit and connect the device as described in the module’s installation instructions. -
Page 36: I-Ong3Mm Installation Instructions
Installing i-on Control Units Re-fit the lid, then switch on the mains supply to the control unit. Go through the initial configuration prompts and set up the system as described in the Configuration Guide. You are prompted to specify installer and user codes during initial system configuration. -
Page 37: Step 1: Remove The Lid Of The Control Unit
Installing i-on Control Units Step 1: Remove the lid of the control unit Release the screw on the front of the lid, then lift it off. Step 2: Fit the feet and tamper sleeve Fit the supplied plastic feet and tamper sleeve to the bottom of the case, as shown in Figure 18. -
Page 38: Step 5: Fit The Pcb
Installing i-on Control Units Fixing holes Mains terminals Mains cable entry Location for PCB Signal cable entry Fixing holes Figure 20. i-onG3MM: Mounting holes and cable entries Step 5: Fit the PCB Fit the PCB into the case as shown in Figure 21. Secure with a supplied M3x8mm screw Figure 21. -
Page 39: Step 8: Connect The Mains Cable
Installing i-on Control Units Step 8: Connect the mains cable WARNING: ENSURE THAT THE MAINS SUPPLY IS DISCONNECTED AND ISOLATED. Connect the mains cable to the terminal block (Figure 22) and fit a strain-relief tie. Do not apply power until after the lid is re-fitted. Figure 22. -
Page 40: Overview Of Pcb Links, Connectors And Leds
Installing i-on Control Units Overview of PCB links, connectors and LEDs The following sections provide information about the links, connectors and LEDs shown in Figures 6 to 17. a SD card slot A micro-SD card can be used to store camera images from a compatible network camera, or to upgrade firmware or languages. -
Page 41: Wired Outputs
Please refer to the installation instructions provided with the siren/strobe unit for connection details. Note: Scantronic radio siren/strobe units can be used instead of, or in addition to, a wired unit (requires a radio expander if the control unit does not have built-in radio communications). -
Page 42: Network Port
Installing i-on Control Units 4-Wire CC Wiring 2-Wire CC Wiring Tamper Zone 0 Zone 1 Zone 0 Alarm Zone 0 FSL Wiring (default) Alarm Supported resistor values (± 5%) Alarm Zone 1 Tamper 4k7 (default) Tamper Zone 0 Alarm This shows how to connect more Alarm Alarm than one FSL detector to a single... -
Page 43: Rs485 Bus Termination Link
Installing i-on Control Units TAMP Figure 25. Auxiliary tamper wiring n RS485 bus termination link Note: Not available in i-on Compact. If a single daisy chain of devices is connected to the bus connector, and the control unit is at one end of the chain, fit a jumper across the bus termination link in the control unit and in the last device on the bus. -
Page 44: Appendix A: Alarms Transmission System
Appendix A: Alarms Transmission System This appendix documents the manufacturer’s information requirements of EN 50136-2. Overview The control units incorporate an Alarms System (AS) and an integral Supervised Premises Transceiver (SPT). The SPT can be configured to use: PSTN or GSM, via an optional COM-SD-PSTN or COM-SD-GSM module. Note: Please refer to the important note on page 15 regarding the use of GSM for ARC communications ... -
Page 45: Internet Transmissions
Alarms Transmission System If the transmission network interface connection fails, the following transaction are logged: PSTN – “PSTN Line Fault" (the keypad also changes status from green to red). When the connection is restored, another transaction is logged: "PSTN Line Restored". -
Page 46: Transmission Monitoring: Single-Path Connection
Alarms Transmission System SecureConnect Servers to Receiving Centre Transceiver (RCT) – If an alarm transmission is unsuccessful from the SecureConnect servers to the Receiving Centre Transceiver (RCT), no response is received at the end of the retry sequence. Acknowledgments of successful alarm transmissions received from the RCT are forwarded to the SecureConnect servers and logged. -
Page 47: Transmission Monitoring: Dual-Path Connection
Alarms Transmission System Transmission monitoring: dual-path connection The primary ATP will be the Ethernet connection. The alternative ATP will be the 4G/2G mobile data connection. The COM-SD-GSM module's "Data Mode" setting must be set to "Mobile as Backup". Monitoring the integrity of the alternative ATP is performed in two stages: The local connection from the SPT to the mobile data network is verified by periodically checking the signal strength and registration to a service provider. -
Page 48: Appendix B: System Maintenance
Appendix B: System Maintenance Inspections The system should be inspected once or twice per year. At each inspection: Check the control unit for obvious signs of damage to the case or its lid. Check the action of the tamper switch. ... -
Page 49: Replacing A Bus Device
System Maintenance Replacing a bus device Before physically disconnecting the device, enter the Installer menu, and use the appropriate Replace option. For example, to replace a keypad, use Devices/Detectors – Wired Keypads – Replace Keypad. The control unit disables the selected device, but retains the configuration of the old device (such as the zone configuration). -
Page 50: Appendix C: Specifications
Appendix C: Specifications i-on i-on30R+ i-on40H+ i-onG2SM i-onG3MM Compact Standards and Compliance Grade 2 or 3 Environmental Class Environ. protection IP40 / IK06 ATS category DP2 / SP3 Standards compliance - EN 50130-4:2011+A1:2014; EN 61000-6-3:2007+A1:2011; general EN 62368-1:2018 EN 50131-1:2007+A2:2017; EN 50131-3:2009; Standards compliance –... - Page 51 Specifications i-on i-on30R+ i-on40H+ i-onG2SM i-onG3MM Compact Height 238mm 384mm 239mm 320mm Width 161mm 245mm 250mm 400mm Depth 38mm 94mm 87mm 102mm 710g (with 2.8kg (without 4.5kg (without Weight 2kg (without battery) battery) battery) battery) Case material Mild Steel Number of RS485 buses Network port: Ethernet 10/100Mbps SSL/TLS Radio...
- Page 52 Specifications i-on i-on30R+ i-on40H+ i-onG2SM i-onG3MM Compact Standby battery for Grade 17Ah Battery chemistry NimH Sealed lead acid Battery supplied G3 30 hrs Minimum standby time 12 hrs 12 hrs 12 hrs G2 12 hrs PD6662 12 h Max time to recharge to 36 hrs 72 hrs 72 hrs...
- Page 53 Specifications i-on i-on30R+ i-on40H+ i-onG2SM i-onG3MM Compact Voltage- free Voltage-free relay: relay: Output 2 1A@24Vdc 1A@24Vdc Open-collector Open-collector transistor, Output 3&4 transistor, 500mA max 500mA max Number of plug-by outputs (50mA) Loudspeaker 12Vdc, 280mA max. Min impedance 16 Ohm Siren interface for Bell+Strobe+TR Aux tamper input SIMPLIFIED EU DECLARATION OF CONFORMITY...
- Page 54 SecureConnect is a trademark of Eaton www.touchpoint-online.com Product Support (UK) Tel: +44 (0) 1594 541978 Available between: 08:30 to 17:00 Monday to Friday. email: securitytechsupport@eaton.com Part Number 13368865 Issue 1 1st October 2019 Page 54...
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