Manual Aritech RXW8 (page 4 of 20) (English, Dutch, French, Italian)

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English

LIST OF FIGURES

A RXW8OM Quik Bridge

Output Module

B Main Quik Bridge

components

C Quik Bridge

outputs

D Receiver LEDs

E1 Removing the Quik Bridge

cover

E2 Installing the cover screws

F Base mounting hole locations

G Connecting the Quik Bridge

to the keypad and receiver

H Connecting power to the Quik Bridge

J1 Wiring diagram for supervised loop

J2 Wiring Diagram for a non-supervised loop

J3 Wiring diagram when using a relay

J4 Wiring diagram for the CD range of panels

K Example of a configuration

PRODUCT SUMMARY

The RXW8OM Quik Bridge

Output Module combined with the RF868

wireless receiver allows 8 wireless transmitters to be used on the wired

inputs of a control panel. It can be programmed to reflect either the state of

an individual transmitter or a selection of transmitters. The Quik Bridge

also has 8 LEDs that display the current state of a programmed output.

The Quik Bridge

features the following:

• 8 programmable zone outputs (N/C or N/O). These can show tamper

indication for all zones, receiver communication trouble/ jam for the

RF868 Receiver and box tamper for the RF868 Receiver or Quik Bridge

output module.

• 8 zone LEDs, which indicate zone openings and closings.

• Serial bus to connect the Quik Bridge

with the RF868 Receiver and

with a CSX75 LCD Keypad. The CSX75 LCD keypad is temporarily

used for programming purposes, and can be disconnected after

completion of the Quik Bridge

programming. The control panel can

provide power to the Quik Bridge

. Do NOT wire the DATA line back to

the control panel as this might damage your control panel.

• 2 trouble LEDs, which indicate sensor low battery, supervisory conditions,

tamper-trouble conditions and a power LED to indicate power going to

the Quik Bridge

• On-board EEPROM that stores sensor IDs and programming information

in non-volatile memory, if power is removed.

Transmitter Capability

All current ARITECH Learn Mode™ transmitters (868.6 MHz).

Control Panel Compatibility

The Quik Bridge

is compatible with control panels designed with hardwire

loops where the loop negative is ground, otherwise known as a common-

loop ground.

The loop receiver is not directly compatible with powered loops (2-wire smoke

detector loops and glass break detector loops). If the loop on the control

panel can power a device, it must not be connected directly to the loop

receiver. Instead, a relay is required when connecting to powered loops.

Compatibility Testing

Typically, hardwire loops have the negative (-) side of the loop common

with the ground. If this is true and the loop is non-powered, the loop should

be compatible with the receiver.

Although most control panels are compatible with the receiver open collec-

tor outputs, each loop should be tested for compatibility before connecting

Quik Bridge

outputs to the control panel loop inputs. If the Quik Bridge

not directly compatible with a control panel loop, a relay can be used to

establish compatibility.

To check if the negative side of the loop is common to the control

panel ground, perform the following test:

1 Turn off or remove the control panel power and disconnect the back-up

battery.

2 Use an Ohm meter and measure the resistance between the negative

side of the loop and panel ground. If the resistance is zero or close to

zero, this loop should be compatible with the loop receiver. If the

resistance is not zero, a relay is required for this loop.

Perform this compatibility test for all loops that are to be connected to the

Quik Bridge

OVERVIEW OF QUIK BRIDGE

OPERATION

The Quik Bridge

operates in conjunction with the RF868 Receiver and a

Control Panel.

8 transmitters are enrolled on the RF868 receiver that is linked via the

serial bus to RF868 Quik Bridge

. The signals sent from the transmitters to

the RF868 Receiver are sent via the bus and mapped to the outputs on the

RF868 Quik Bridge

. The outputs on the Quik Bridge

are programmed with

the events to be sent to the inputs on the control panel. The 8 outputs on

the bus are wired to the 8 inputs on the control panel. (See Figure B).

Outputs

The RXW8OM Quik Bridge

Output Module uses open-collector transistors

via the RF868 Receiver for the zone and trouble outputs (see Figure C).

The outputs can be open (high impedance) or closed (shorted to ground),

which can be configured to be normally closed (N/C) or normally open (N/

O), via programming locations. Each output can be wired to the control

panel.

LED Indicators

The receiver has 11 LEDs: 8 zone LEDs (bottom row), a Power LED, a Low

Battery LED, and a Supervisory LED (see Figure D).

Power LED indications

Table 1 describes the power LED states. The power LED turns on after

power is applied to the output module and the self-tests are passed. If the

output module fails the self-tests, the power LED does not turn on.

Table 1: Power LED States

LED Indications for trouble situations

The LEDs indicate 4 conditions: alarm, low battery, supervisory failure and

tamper-trouble condition. In normal operation it only shows Condition 1. As

soon as there is an off-normal situation, the LED’s displays in sequence

Condition 1, Condition 2, Condition 3 and Condition 4 with a delay of 2

seconds between each condition. This gives all the necessary information.

Condition 1: To diagnose alarm status

When the trouble LEDs are both off, the zone LEDs indicate alarm informa-

tion.

The zone LEDs turn on for zones that are open (in alarm). Zone LEDs

remain off for zones that are closed or not used.

Condition 2: To diagnose transmitter supervisory

The supervisory LED indicates when 1 or more transmitters have failed to

report to the receiver for at least 150 minutes. (Long Supervision Window).

The value of 150 minutes is configurable via the location 195 in the Wire-

less Receiver module. This is described under the section RF Supervision

Windows for Belgium and Holland. When a supervisory condition exists,

the supervisory LED flashes in sync with at least 1 zone LED. Check the

corresponding zone transmitter(s) for supervisory conditions. If all 8 zone

LEDs are on in this condition, this means that the 868 receiver is no longer

connected to the output module. In this case check the wiring between

Output module and 868 Receiver.

Condition 3: To diagnose transmitter low battery

The low battery LED indicates when 1 or more transmitters have reported a

low battery condition. When a learned transmitter sends a low battery sig-

nal, this LED remains in the alarm state until the receiver receives a signal

from the same transmitter with a good battery. After a low battery report,

the low battery LED flashes, in sync with at least 1 zone LED. Check the

corresponding zone transmitter(s) for low battery conditions.

Condition 4: To diagnose transmitter tamper-trouble

The supervisory LED in combination with the low battery LED indicates

when 1 or more transmitters have a tamper or trouble condition. When a

trouble condition exists, the supervisory LED and low battery LED flashes

in sync with at least 1 zone LED. Check the corresponding zone transmitter(s)

for tamper or trouble conditions.

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Aritech RXW8 Manual

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