Specifications

Standards and Compliance

The installer must remove or adjust any compliance labelling if he/ she selects a non-compliant configuration.

Intrusion compliance: EN 50131-3:2009; EN 50131-10:2014;

EN 50131-5-3:2005+A1:2008; EN 50136-2:2013; BS 8243:2010;

PD 6662:2010; IA 1501:2015.

Environmental class: Class II.

Alarm transmission: ATS category C.

Certification body: Telefication.

Security

Security grade: Grade 2.

Radio detector combinations: 16,777,214.

Radio supervision: Programmable.

Access codes: 4-digit, giving 10,000 combinations.

Code blocking: Blocked for 90 secs after 4 incorrect codes in series.

Proximity tag differs: 4,294,967,296.

System limits

Please refer to the Engineering Guide.

General

Relative Humidity: 0 to 93%, non-condensing.

Operating temp. range: -10°C to +55°C.

Dimensions: 384mm (h) x 245mm (w) x 94mm (d).

Weight: 1.5kg (without battery).

Case material: ABS.

Network port: Ethernet 10/100Mbps SSL/TLS.

Radio

Frequency and power: 868.6625MHz narrowband, 10mW

Transmitter range: Up to 500m in free space. Also dependent on device type and environment; please refer to the radio device’s installation instructions.

Electrical

This product complies with the requirements of EN50131-6 Type A power supply at Grade 2 and environmental class II.

Mains power supply: 230VAC + 10%/-15%, 130mA max, 50Hz.

Control unit internal mains fuse: T250mA.

Control unit power supply: 13.7VDC, 1.0A max of which 180mA is reserved for battery recharge and 820mA to power the system.

Control unit PCB current consumption: 80mA quiescent; 90mA max (in alarm) excluding external devices, plug-on module and battery charging.

Standby battery: 12V, 7Ah, sealed lead acid. Min standby time:12 hrs. Max recharge time: 72 hrs.

12V aux: 550mA max* 12V bell: 400mA max*

12V bus: 400mA max* 14V4 aux: 230mA max*

*Maximum current before triggering over-current protection. 12V outputs are 9.5VDC to 13.8VDC. 14V4 output is 9.5VDC to 14.7VDC.

Max p-to-p ripple voltage: 0.5V.

Low-battery fault at: <12V.

Aux power output fault at: <9V.

OP3: Open collector transistor, 500mA max.

Loudspeaker: 12VDC, 280mA max. Min impedance 16 Ohm.

SIMPLIFIED EU DECLARATION OF CONFORMITY

Hereby, Eaton Electrical Products Ltd declares that the radio equipment type i-on30R is in compliance with Directive

2014/53/EU.

The full text of the EU declaration of conformity is available at the following internet address: www.touchpoint-online.com

The information, recommendations, descriptions and safety notations in this document are based on Eaton Corporation’s (“Eaton”) experience and judgment and may not cover all contingencies. If further information is required, an Eaton sales office should be consulted. Sale of the product shown in this literature is subject to the terms and conditions outlined in appropriate Eaton selling policies or other contractual agreement between Eaton and the purchaser.

THERE ARE NO UNDERSTANDINGS, AGREEMENTS, WARRANTIES, EXPRESSED OR

IMPLIED, INCLUDING WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE OR

MERCHANTABILITY, OTHER THAN THOSE SPECIFICALLY SET OUT IN ANY EXISTING

CONTRACT BETWEEN THE PARTIES. ANY SUCH CONTRACT STATES THE ENTIRE

OBLIGATION OF EATON. THE CONTENTS OF THIS DOCUMENT SHALL NOT BECOME

PART OF OR MODIFY ANY CONTRACT BETWEEN THE PARTIES.

In no event will Eaton be responsible to the purchaser or user in contract, in tort

(including negligence), strict liability or other-wise for any special, indirect, incidental or consequential damage or loss whatsoever, including but not limited to damage or loss of use of equipment, plant or power system, cost of capital, loss of power, additional expenses in the use of existing power facilities, or claims against the purchaser or user by its customers resulting from the use of the information, recommendations and descriptions contained herein. The information contained in this manual is subject to change without notice.

© 2016 Eaton

Eaton, Security House, Vantage Point Business Village, Mitcheldean, GL17 0SZ. www.touchpoint-online.com

Product Support (UK) Tel: +44 (0) 1594 541978 available 08:30 to 17:00 Monday to Friday. email: [email protected]

Part number 12815422 Issue 2 23/12/16

i-on30R Control Unit

Installation Instructions

The i-on30R control unit provides on-board support for up to 30 radio zones. An additional 30 zones can be connected using radio or wired expanders.

When used in conjunction with compatible radio detectors, radio sirens and 2-way radio keypads, the i-on30R provides a reliable, easy-to-install, wire-free solution for domestic and commercial applications.

Key features

• Provides up to 30 “on-board” radio zones, and supports a total of 60 zones.

• Compatible with a wide variety of wire-free detectors including

PIR sensors, smoke detectors, hold-up devices, perimeter sensors and door contacts.

• Supports up to 20 bus devices (keypads, expanders, etc.).

• Configurable through a keypad, web interface or Downloader.

• Ethernet port for optional use of email, network cameras, web interface, IP alarm communications and other features.

• Micro-SD card slot to enable storage of camera images and firmware/language upgrades.

• On-board connections for wired siren/strobe unit.

• Compatible with Eaton radio siren/strobe units.

• On-board outputs: one open-collector and 10 radio. System maximum of 30 outputs.

• Grade 2 compliant.

• Built-in IP communicator.

• Optional plug-on communicators available.

• Built-in radio transmitter, with a range of up to 500m.

• Engineer keypad port and mini-USB port for engineer access.

Safety Information

This product must be installed by qualified service personnel.

WARNING: BEFORE INSTALLING THIS EQUIPMENT, ENSURE THAT

THE MAINS SUPPLY FOR THE CONTROL UNIT IS DISCONNECTED

AND ISOLATED. All electrical connections must be carried out by a qualified electrician and comply with current local regulations.

WARNING: When connected to the mains with power applied, mains voltages are present on the shrouded heads of the terminal screws of the mains connector (Figure 5).

WARNING: The mains cable to the control unit must use a doublepole isolation device in accordance with EN 62368-1.

Caution: If you need to handle the PCB in the control unit, take standard precautions to prevent damage by static electricity.

Exposure to radio-frequency radiation: The radiated output power of this device is within those levels considered safe by European exposure limits. Nevertheless, when fitting the product, place it in such a manner as to minimise the potential for human contact during normal operation. To minimise exposure, users should be more than 200mm from the device during normal operation.

Installing the control unit

Step 1: Choose a location for the control unit

The control unit must be located:

• Within the protected area (but not in an entry or exit zone).

• Ideally, more than 2 metres from the floor.

• Out of sight of potential intruders.

• Upright (battery at the bottom) on a wall or other flat surface (to discourage tamper attempts from the rear).

Do not locate the control unit:

• In a metal enclosure or close to large metal structures.

• Near to any source of electromagnetic or radio interference.

• Within 1 metre of high-voltage cables, metal pipes, computers, photocopiers, or other electrical or electronic equipment.

• In a location where maximum radio range or cable distances will be exceeded. (Refer to Steps 2 and 4 below.)

Step 2: Carry out a radio survey

Carry out a radio survey using the DET-RSURV01 Radio Survey Tool to confirm that there will be sufficient signal strength between the planned location of the control unit and any radio devices.

Step 3: Check power availability

Check that the battery is able to power the system for at least 12 hours during a mains failure, including two periods of 15 minutes in alarm. This is the minimum period for grade 2 compliance.

To do this, you will need to calculate the total current drawn from the battery during a mains failure. Please refer to the Engineering

Guide for a worked example.

Step 4: Install cabling

Note the following (refer to the Engineering Guide for guidance):

• Normally, standard 7/0.2 un-screened alarm cable is suitable for wiring to bus devices (e.g. keypads) and wired siren/strobe units.

• Screened cable may be needed if the cable runs near to sources of electromagnetic interference.

• Keep cables to bus devices separate from any other wiring.

• You can connect bus devices using a daisy-chain (serial) or star

(parallel) configuration.

• Mains cable must be kept separate and routed away from the aerials (Figure 1).

• Cables must enter the control unit using the dedicated cableentry holes (Figure 4).

• The maximum length of the bus cable depends on a number of factors, including the number of devices powered by the bus and whether daisy-chain or star connections are used. Remote power supplies may be required.

>1m >1m

Do not route mains cable behind the aerials

Figure 1. Mains cable routing

a SD card slot

Connect tamper switch

Connect transformer

Connect battery lead l Kick-start link

(optional) m 3V3 LED m HB LED m LNK/ACT LED i Network port

(optional) b Plug-on module sockets m COMMS LED c RS485 bus termination d Engineer keypad port (optional) e Reset codes link (optional) f Mini-USB port (optional) k

Siren/strobe unit

Note: If a wired siren/strobe unit is not fitted, connect TR to 0V.

j Loudspeaker

(optional) h Wired output device (optional)

Figure 2. Control unit PCB g Bus devices (20 max)

Bus device 1

(e.g. keypad)

Step 5: Remove the lid of the control unit

Release the 2 screws on the front of the lid, pull the lid down and then lift it off.

Step 6: Fit the tamper switch and shroud

Fit the tamper switch assembly through the slot in the back of the case (Figure 3). Connect the tamper switch to the PCB (Figure 2).

Also, for added security, fit the tamper shroud to the wall so that when you mount the control unit, the shroud will surround the arm of the tamper switch.

Fixing holes

Signal cable entry

PCB

Fixing holes

Mains cable entry

Mains terminals

Figure 4. Fixing holes and cable entries

Tamper switch:

Ensure correct orientation

Case

Tamper shroud

(long axis vertical)

Figure 3. Fitting the tamper switch and shroud

Step 7: Mount the control unit

Mount the control unit using at least 4 fixing holes (Figure 4) and minimum 36mm long No10/5mm screws. Use only the designated cable-entry holes.

Step 8: Connect all wired devices

Connect all wired devices such as keypads, a siren/strobe unit, output device and external loudspeaker (Figure 2).

If you are using a plug-on module, fit and connect the device as described in in the module’s installation instructions.

Step 9: 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 2). Also connect the transformer lead to the PCB (Figure 2).

Step 10: Connect the mains cable

WARNING: ENSURE THAT THE MAINS SUPPLY IS DISCONNECTED

AND ISOLATED.

L

Connect the mains cable to the terminal block (Figure 5) and fit a strain-relief tie. Confirm the mains cable is routed as shown in Figure 1.

N

Figure 5. Mains connections

Do not apply power until after the lid is re-fitted.

Please refer to “Step 4: Install cabling” for guidance about bus cabling. See also “RS485 bus termination link”.

h

Wired output

OP3 is an open-collector transistor output that users can switch on or off to control external equipment. By default, OP3 is at 12Vdc when inactive and 0V when active (this can be reversed from the

Installer menu).

Note: Radio outputs can also be used.

Step 11: Re-fit the lid, switch on and configure the system

WARNING: During initial power-up, keypad sounders and any internal loudspeaker may give an alarm tone. If you are working at the top of a ladder, make sure that the sudden noise does not startle you and cause a fall.

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 Engineering Guide.

The default user code is 1234. You are prompted to specify an installer code during initial system configuration.

PCB links, connectors and LEDs

The following sections provide information about the links, connectors and LEDs shown in Figure 2.

i

Network port

Connecting to a network allows you to, for example, configure the control unit using the web interface, use network cameras to capture images when an alarm occurs, and communicate alarms to an alarms-receiving centre. Please refer to the Engineering Guide for further information.

Note: The control unit’s network settings are configured from the

Installer menu.

j

Loudspeaker connections

If fitted, a loudspeaker mimics alarm tones and repeats setting and entry tones. The loudspeaker must be min 16 Ohms.

Note:

• A loudspeaker is not a warning device as described by

EN50131-4.

• You can set the loudspeaker volume and partitions from the

Installer menu. 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.

k

Siren/strobe unit

Please refer to the installation instructions provided with the siren/ strobe unit for connection details.

Note: Eaton radio siren/strobe units can be used instead of, or in addition to, a wired unit.

b

Plug-on module sockets

Several plug-on modules are available that enable, for example, the control unit to communicate alarm information to an alarmsreceiving centre. Please refer to the Engineering Guide for a list of supported modules.

l

Kick-start link

Ordinarily, the control unit starts only after the mains supply is switched on, even if a battery is connected. If you want to operate the control unit temporarily using only the battery or a 12VDC supply), start the control unit by briefly shorting this link.

c

RS485 bus termination link

If the control unit uses a single daisy chain to connect bus devices and is at one end of the chain, fit a jumper across this link in the control unit and in the last device on the bus. RS485 termination can improve performance in electrically noisy environments.

The Engineering Guide gives further guidance.

m

LEDs

• 3V3: Lit when the internal power supply is functioning.

• HB (heartbeat): Flashes approximately once every two seconds to indicate normal operation.

• LNK/ACT: Flashes when the control unit is connected to the network and there is network activity.

• COMMS: Lit when the plug-on module is communicating.

d

Engineer keypad port

You can use an engineer keypad to configure the system, rather than a keypad on the bus. An engineer keypad does not need an address.

e

Reset codes link

You can use this link to reset the default user and installer codes in the event that either has been forgotten. Please refer to the

Engineering Guide for details of how to use this link.

f

Mini-USB port

You can connect a PC to this port and use the Downloader software to configure the control unit, or the Update Utility to update the firmware.

Maintenance

Inspect the control unit once per year as part of general inspection of the whole system. At the control panel, check for any damage, test the battery, check the action of the tamper switch and use the

Test menu to confirm signal strengths.

Please refer to the Engineering Guide for general guidance about maintaining the whole system.

g

Bus devices

Up to 20 devices such as keypads and expanders can connect to the system bus. The installation instructions supplied with each device provide details of how to install and configure the device.

The address of each device is set by the control unit.