Cooper Security 4618, 4619 Installation Manual

4618/4619
Installation Guide
Compatible Equipment
All 4600 range transmitters 4594UK-00 1/4 wave whip aerial for indoor use 4595UK-00 Four element Yagi directional aerial for long range out-
door use. 4597UK-00 1/2 wave base loaded vertical aerial for outdoor use 4598UK-00 1/4 wave helical aerial for indoor use 4599UK-00 1/4 wave helical aerial with 90 degree bend for indoor use
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4618
Introduction
The 46RX family of eight-channel receivers can be used either as stand alone units, or the radio interface for a wired alarm panel.
The 46RX family comprises three variants:
The 4618-50 which requires an external 12V power supply.
The mains powered 4618-60.
The 4619-50 expansion unit. Each of the 46RX family provide three common outputs. By adding the
optional 8-Channel Relay Card 4618EUR-55 each variant can also provide eight additional output channels.
By connecting up to three expansion units an installation can be made to cover 32 separate, programmable channels.
The 46RX family works with the 4600 range of Scantronic transmitters. Any one of a range of aerials can be fitted to the 4618-50/60 receivers. Each member of the 46RX family provides space for a backup battery. A
suitable battery is a sealed 1.2 Ah 12V lead acid type.
Technical Specification
Dimensions h x w x d 170 x 260 x 75mm.
Electrical
Input supply 4618-60 225 - 253 VAC, 50 Hz, 30 VA max. Power Supply Current available 4618-60: 400 mADC. Input supply 4618-50 11 -14 VDC. Battery Capacity 12 V, 1.2 Ah (per unit). Physical Battery size 100 x 60 x 50 mm. Float Charge Voltage 13.7V (4618-60 only). Low Battery Threshold Voltage 10.5 V. Battery charging time < 24 hrs. Quiescent current rating 55 mA (4618-50/60 on 12V input).
75 mA (4618-60 on mains).
35 mA (4619-50). Auxiliary power o/p: 1 A max, 250 mA continuous. Sounder o/p: 250mA max at 12V. Temperature -10° to +55° C, humidity up to 80% non-
condensing.
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4618 Protection
Protection
Mains Input Fuse: 1A.
Channel Relays
Current requirement: 15 mA (per active relay). Max switching voltage: 24VDC. Max switching current: 2A.
Radio
Frequency 173.225 MHz. Fully DTI approved - no license required. BS6799 Class 3 with Jamming Detection switched ON. BS6799 Class 2 with Jamming Detection switched OFF.
TECHNICAL DESCRIPTION
Physical Layout
The 46RX family are wall mounted units housed in a polycarbonate box made to BS4734 requirements. Figure 1 shows the general layout of the main components.
Figure 1. Internal Layout of 46RX Family
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Technical Description 4618
The receiver and decoder circuits are on the main circuit card mounted securely within the lid. The body of the box contains space for:
The power supply (fitted in the 4618-60 only)
A backup battery (not supplied)
The 4618EUR-55, an optional 8-channel relay output card. There differences between the three variants of the 46RX are:
The 4618-50 power supply enclosure is empty, and there is no mains
cable terminator.
The 4618-60 is fitted with a mains power supply, and mains cable
terminator and fuse.
The 4619-50 has no mains power supply, and no receiver on the main
circuit board.
Figure 2 is an expanded view of the main circuit card showing the location of the connectors and controls.
Figure 2. Main Circuit Card Controls And Connectors
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4618 Inputs
Inputs Radio
The 4618-50 and 4618-60 contain a standard Scantronic radio receiver which connects to a BNC aerial socket mounted on top of the case.
Each detector sends information to the receiver using an attached radio transmitter. The transmitter relays the information in the form of radio data packets, using an FM signal. The signal contains a code identifying the transmitter and information on the state of the detector. Every receiver within range picks up the transmitter’s information, but reacts only to those transmit­ters it has been programmed to notice.
Mode Switches
The Mode Switches are the controls that tell the system which transmitters to notice, and what to do with the information received. Figure 2 shows the location of the Mode Switches on the main circuit card in the lid.
Tamper
The 46RX family contain an internally mounted tamper switch to detect opening of the case lid (see Figure 2). The switch gives a normally closed loop isolated from any circuits on the main circuit card. This output can be used as required. The switch contact opens when the lid opens.
Jamming
The 46RX family can detect radio jamming if Mode Switch 3 is ON. The cause of jamming may be interference from nearby equipment, or the re­ceiver detecting the radio carrier continuously. See “Fault Finding” for more information.
Reset
The 46RX family have a Reset button on the front control panel. Pressing Reset clears all the output channels and LEDs.
If you have an expanded system with two or more members of the 46RX family connected together, then:
Pressing Reset on the 4618-50/60 will reset only the 4618-50/60, and not any attached 4619-50s.
Pressing Reset on an attached 4619-50 will reset that unit, but not any of the other units connected to it.
Each member of the 46RX family also has a connector for an external reset signal (see Figure 2). By applying 12VDC to the positive terminal of the reset connector and then removing it you can reset a system of connected 46RX family units.
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Outputs 4618
Outputs Front Panel
Each member of the 46RX family uses the display panel shown in Figure 3.
Figure 3. 46RX Family Display Panel
The vertical column of eight LEDs indicates the status of each channel output.
The symbols on the right of the panel have the following meanings:
Power Transmitter Low Battery
Jamming
A Common Output A B Common Output B
Reset
Common Output Relays
Members of the 46RX family provide three output relays: Common Output Channel A, Common Output Channel B and Low Transmitter Battery. Figure 2 shows their position and connectors.
The Normally Open, Normally Closed and Common Terminals of the relays provide voltage free change over contacts.
The 46RX family use the Common Output Channel relays (and LEDs) to report the status of transmitters. See Programming for more information.
The 46RX family use the Low Transmitter Battery relay to report that a transmitter's battery is failing. See “Fault Finding” for more information.
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