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Instruction Manual

( WIRELESSBAND 2.F)

1. GENERAL 

2. TRANSMITTER AND RECEIVER TERMINAL CONNECTIONS

3. TYPICAL CONFIGURATION FOR Optical Low Power Safety Edge (TRANSMITTER)

 1      2     3

 4      5     6

INPUT 1

COM 1

INHIBITOR

COM 2

INPUT 2

VCC

 1      2     3     4     5     6     7      8     9    10    11    12

VCC1

OUTPUT 1

VCC2

OUTPUT 2

TEST 

RELAY 1

TEST RELAY 2 /

INHIBITOR

+/

~

-

/

~

12/24V
AC/DC

TRANSMITTER

RECEIVER

 1      2     3

 4      5     6

INPUT 1

COM 1

Inhibitor

COM 2

INPUT 2

VCC

GND / 0V

OUTPUT SIGNAL

Optical Low Power Safety Edge

WHITE

BROWN

GREEN

5 VDC

TRANSMITTER

GB

1 - 6

1

2

3

4

ON

5

Optical sensor power 

supply from receiver (ON)

Optical sensor power 

supply from receiver (OFF)

Inhibition active
in receiver (ON)

Receiver options configuration

for Optical Safety Edge 

1

2

3

ON

+

See points 4.3 and 10.1 for 

other transmitter connections.

4. CONFIGURATION TYPES FOR Optical Low Power Safety Edge INHIBITION

   WARNING!!

 

 

Desired Transmitter and receiver options must be set before the transmitter code memorization, otherwise system will not 
work correctly. If there is some doubt about configuration is recomended to do a memory reset.

Examples:  
- If you want to use transmitter inhibitor TX OPTION 2 and RX OPTION 5 must be OFF before the transmitter code memorization. 

If used an Optical Safety Edge, we recommend that use the inhibitor for 
extend the batteries life. Otherwise, the estimated life is about 6 months.

If you want to use receiver inhibitor TX OPTION 2 and RX OPTION 5 must be ON before the transmitter code memorization.

- Two channels wireless system communication, for the optical safety edge communication. For example, the pedestrian door contact to 
control unit. The system has a long battery life (more than 4 years) working with a resistive or mechanical safety edge. 

Translation of the original instructions

1.1 SAFETY INSTRUCTIONS

- Reaction time < 60ms 
- A Relay test must be done before any operation to fulfill EN13849-1 Cat2 PL-C.
-  Device with SELV/PELV Power Supply

(according TÜV test report AV86368T Certificate nº M6A 14 12 90800 001)

TÜV Certificate nºM6A 14 12 90800 001

WIRELESSBAND 2.F

RoHS

0

6

/0

2

/1

5

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