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IDENTIFICATION 

Installation 

Wiegand Switch 

 

FEIG ELECTRONIC GmbH 

Page 18 of 18 

M80211-0e-ID-B.docx 

 

10.1.2. Configuration 

Figure 11: Example for relay settings in the reader configuration  shows an example for possible 
settings in the reader configuration. In that scenario two antennas are connected to the reader. 
Each antenna is used to control a separate lane. If a transponder is detected by antenna 1 the re-
lay of the reader stays off. Data is transmitted by Output A of the Wigand Switch to the Access 
Controller. If a transponder is read by antenna 2 the relay output of the reader is switched on. Data 
is transmitted by Output B of the Wiegand Switch to the Access Controller. 

 

Figure 11: Example for relay settings in the reader configuration 

NOTE: 
The 

relay “Setting Time” need to be set to (00001 x 100 ms) 

 

Table 8: Settings for 2 gates with one antenna per lane 

Gate 

Antenna assignment 

Read Event Activation 

Output Wiegand Switch 

ANT1 

False 

OUT A 

ANT2 

True 

OUT B 

 

Table 9: Settings for 2 Gates with 2 antennas per lane 

Gate 

Antenna assignment 

Read Event Activation 

Output Wiegand Switch 

ANT1 

False 

OUT A 

ANT2 

False 

OUT A 

ANT3 

True 

OUT B 

ANT4 

True 

OUT B 

 

Summary of Contents for ID ISC.LR.WS-A

Page 1: ...INSTALLATION final public B 2018 02 15 M80211 0e ID B docx ID ISC LR WS A Wiegand Switch 4955 000 00 Functional Description and Installation...

Page 2: ...errors may not be completely avoided we are always grateful for your useful tips The instructions given in this manual are based on advantageous boundary conditions FEIG ELECTRONIC GmbH does not give...

Page 3: ...tion ID ISC LR WS A 6 3 1 Scope of delivery 7 3 2 Reader Support 7 4 Dimensions 8 5 System Architecture 9 6 Connector description of the Wiegand Switch 10 6 1 Power Supply 11 6 2 Inputs 12 6 3 Wiegand...

Page 4: ...d Switch FEIG ELECTRONIC GmbH Page 4 of 18 M80211 0e ID B docx 1 Abbreviated terms Ant Antenna D0 Data 0 D1 Data 1 GND Ground IN Input I O Input Output OUT Output REL Relay RFID Radio Frequency Identi...

Page 5: ...sed measures shall exclude any liability by the manufacturer The liability prescriptions of the manufacturer in the issue valid at the time of purchase are valid for the device The manufacturer shall...

Page 6: ...led by the readers relay The readers relay is switched on or off in dependency of a read event on a particular antenna This offers the possibility to control two neighboring gates e g in a vehicle acc...

Page 7: ...irmware version 1 00 3548 000 01 3549 000 01 ID ISC LRU3000 EU ID ISC LRU3000 FCC If required please contact identification support feig de 3551 000 01 3550 000 01 ID ISC LRU3500 EU ID ISC LRU3500 FCC...

Page 8: ...ch FEIG ELECTRONIC GmbH Page 8 of 18 M80211 0e ID B docx 4 Dimensions The ID ISC LR WS A is designed for DIN hat rail mounting according to DIN EN 50 022 and is therefore especially suited for use in...

Page 9: ...Switch The Wiegand Outputs of the Switch are connected to different inputs at an Access Control Panel The output of the Wiegand Switch is controlled by a switching signal The switching signal can be...

Page 10: ...211 0e ID B docx 6 Connector description of the Wiegand Switch Figure 3 Available Connectors gives an overview on the different connectors of the Wiegand Switch the reader and the used Access Control...

Page 11: ...Page 11 of 18 M80211 0e ID B docx 6 1 Power Supply The supply voltage of 12 24 V DC must be connected to connector X1 of the Wiegand Switch Figure 5 Pin Assignment at connector X1 Table 4 Pin assignme...

Page 12: ...tch Figure 6 Pin Assignment at connector X1 Table 5 Pin assignment at connector X1 and X2 Pin Signal X1 Relay No Switching signal of the relay X1 Relay COM X2 OUT1 E D0 Data 0 Signal of the readers Wi...

Page 13: ...onnector X3 and X4 of the Wiegand Switch Figure 7 Pin Assignment at connector X3 and X4 Table 6 Pin assignment at connector X2 Pin Signal X3 A D0 D0 at Input 1 of the Access Controller 5V TTL X3 A D1...

Page 14: ...etting access to the DIP Switches the Wiegand Switch need to be opened Figure 8 Position of the DIP Switch Table 7 Jumper setting Jumper position Action Default Setting Use with ID ISC LRU1002 V2 only...

Page 15: ...n Wiegand Switch FEIG ELECTRONIC GmbH Page 15 of 18 M80211 0e ID B docx 8 Indicators LEDs The Wiegand Switch has two green LEDs which indicates the active Wiegand output A or B Figure 9 shows the posi...

Page 16: ...tage 5V TTL D0 D1 Supported Reader Two lane support ID ISC LRU1002 V2 Wiegand Signal improvement ID ISC LRU1002 ID ISC LRU3000 ID ISC LRU3500 ID ISC LR2500 Indicator 2 green LED indicates the active W...

Page 17: ...FICATION Installation Wiegand Switch FEIG ELECTRONIC GmbH Page 17 of 18 M80211 0e ID B docx 10 Wiring and Configuration Examples 10 1 ID ISC LRU1002 10 1 1 Wiring Figure 10 Wiring Example for ID ISC L...

Page 18: ...d Switch to the Access Controller If a transponder is read by antenna 2 the relay output of the reader is switched on Data is transmitted by Output B of the Wiegand Switch to the Access Controller Fig...

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