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Product 
Summary

The purpose of the Quik Bridge

®

 Euro Repeater SAW is to extend the range of wireless security 

systems. The repeater accomplishes this by receiving and retransmitting signals from Learn 
Mode™ sensors, wireless touchpads, and other repeaters. The repeater is ideal for the following 
applications:

Installations where sensors are either beyond panel reception or cannot pass the sensor test.

As a substitute for preamps in installations where panel antennas are shielded by metal.

The repeater will retransmit all signals received from compatible sensors and wireless touchpads 
(see “Compatibility”). It will retransmit signals received from another Euro Repeater SAW if the 
DIP switches of both repeaters have been set accordingly (see “Setting the DIP Switches”).

Repeater Features

Repeater features include:

Supervisory reports to the panel every 15 minutes.

A tamper switch that causes an alarm transmission if the repeater cover is removed.

A tamper alarm if the antenna is removed.

Support for a rechargeable lead acid backup battery.

A loop-antenna receiver, which improves reception through spatial diversity.

A low battery trouble report when the backup battery is low.

An AC power failure alarm when AC power has failed for more than 15 minutes.

Jam detection, which alerts the panel when the receiver detects “noise” on the same fre-
quency that the transmitters use for alarm transmissions.

Powering Options

The repeater must be hardwired into the 
electrical system of the premises. Electri-
cal codes will vary depending upon the 
country and city where the system is 
installed. Have a qualified person connect 
the 220-240VAC (50 Hz) power cable to 
the power input terminal as shown in Fig-
ure 1. A minimum of 14-gauge power 
wire must be used. The power wires 
should not be routed near the receiver cir-
cuitry on the top of the circuit board.

Note  

The repeater does not have a power switch. 
A readily accessible power disconnect 
device must be incorporated in the building installation wiring to comply with local safety standards.

A 12 VDC lead acid battery, such as the Panasonic LCR12V1.3P, may be installed as a backup 
power source. Connect the battery to the circuit board as shown in Figure 1. The terminals of the 
battery should face towards the right side of the enclosure (see Figure 2).

T O   A C  

P O W E R  

S O U R C E

T O   E A R T H

G R O U N D

T O   P O S I T I V E

B A T T E R Y

T E R M I N A L

T O   N E G A T I V E

B A T T E R Y

T E R M I N A L

T O   A C  

P O W E R  

S O U R C E

Figure 1.  AC Power and DC Battery Connections

There is a risk of explosion if an incorrect type of battery is installed.

Warning

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Summary of Contents for Quik Bridge 60-841-43

Page 1: ... AC power has failed for more than 15 minutes Jam detection which alerts the panel when the receiver detects noise on the same fre quency that the transmitters use for alarm transmissions Powering Options The repeater must be hardwired into the electrical system of the premises Electri cal codes will vary depending upon the country and city where the system is installed Have a qualified person con...

Page 2: ... Battery cables Rose Enclosure Rose 0312200830 UL94VO Not Included with Repeater Phillips screwdriver Small standard screwdriver 2 conductor 12 22 gauge stranded wire Silicone sealant for sealing the antenna holes Backup battery optional such as the Panasonic LCD 12V1 3P rechargeable battery RF Sniffer 60 401 optional Observe polarity when installing a new battery Installing the battery backward m...

Page 3: ...r 1 Perform a Dealer Sensor test to determine which transmitters need a repeater 2 Connect the antenna 3 Set the DIP switches on this repeater a Set the repeater identification number b Configure the repeater to work with your panel 4 Connect power 5 Program the repeater into the panel 6 Choose a location and temporarily mount the repeater 7 Perform a Dealer Sensor Test between the repeater and th...

Page 4: ...the repeater cir cuit board to set the repeater identification number to enable or disable supervisory report transmission and to configure the repeater for compatibility with your control panel To set the repeater identification number 1 Remove power from the repeater and disconnect the battery Note The repeater only reads the dip switch settings when power is first applied When you change dip sw...

Page 5: ...rt a wire jumper between the terminals of the cover tamper switch as shown in Figure 6 To trip the switch remove the jumper Repeater No 01 1 2 3 4 5 6 7 8 ON Repeater No 31 1 2 3 4 5 6 7 8 ON Repeater No 28 1 2 3 4 5 6 7 8 ON Repeater No 22 1 2 3 4 5 6 7 8 ON Repeater No 19 1 2 3 4 5 6 7 8 ON Repeater No 16 1 2 3 4 5 6 7 8 ON Repeater No 13 1 2 3 4 5 6 7 8 ON Repeater No 10 1 2 3 4 5 6 7 8 ON Repe...

Page 6: ...l the destination repeater can receive signals from this repeater Testing a Repeater Receiver Distant transmitters i e any transmitter that failed the Dealer Sensor Test must pass this test This test checks the communication link between a transmitter e g sensor or touchpad and the repeater that will re transmit its signal Note This test requires two people One person must activate trip the transm...

Page 7: ...mper wire between the terminals as shown in Figure 6 9 Replace the cover Repeater Installation Example Install the control panel and sensors 1 Install the control panel 2 Add learn sensors 1 8 into the control panel memory then mount them 3 Determine which sensors are distant out side the control panel reception range by performing a Dealer Sensor Test on all of the sensors In this example sensors...

Page 8: ...nd repeater 1 15 Perform a Repeater Reception Test on all remaining distant sensors sensors 5 through 8 to determine which sensor signals this repeater is able to receive and retransmit For this example only sensors 5 and 6 passed the test Add a third repeater to the system 16 Add learn repeater 3 into the control panel memory 17 Set the identification number for repeater 3 to six 18 Configure DIP...

Page 9: ...1995 A1 2001 EN300 220 3 v 1 1 1 2000 L V D IEC 60950 3rd Edition 1999 EN60950 2000 Means of conformity We declare under our sole responsibility that this product is in conformity with Directive 93 68 EEC Mark ing and or complies to the essential requirements and all other relevant provisions of the 1999 5 EC R TTE based on test results using non harmonized standards in accordance with the Directi...

Page 10: ... Installation Instructions 6HFRQG 6WUHHW 1RUWK 1RUWK 6DLQW 3DXO 01 86 7HFKQLFDO 6XSSRUW QWHUORJL QWHUORJL 6 9 RPPDQGHU 6XSHU XV DQG 4XLN ULGJH DUH UHJLVWHUHG WUDGHPDUNV RI QWHUORJL RQFRUG LV D WUDGHPDUN RI QWHUORJL OO ULJKWV UHVHUYHG ...

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