POWER SUPPL
Y, polarity irrelevant
CONTROL
SIGNAL
1
CONTROL
SIGNAL
2
Fig. 3
Wiring diagram to connect the photocell without synchronization (1 pair)
and using the synchronization function (two pairs of photocells).
receiver - RX
NC
C
NO
12-24V
AC/DC
1
Sygnalization:
POWER
terminal
no. “1”
*
jumper ZW
ZW
1
1
T
ransmitter -
TX
sygnalization:
POWER
RX
*
jumper ZW
T
erminal
numer “1”
ZW
Receiver - RX
1
1
1
1
1
1
T
ransmitter -
TX
terminal
no. “1”
ZW
Receiver - RX
Pair 2
*
jumper ZW
Pair 1
For the
synchronation function
, use only the power supply voltage alternating current (AC) and cut the ZW jumper in transmitter and receiver of both pairs of photocells.
Swap wires in the supply line in one pair of photocell.
When using photocells in a place where interfere due to reflections from walls or other items reduce the power of the transmitter
.
T
o do this, cut the LO POWER jumper in transmitter
.
*
wires swap in the supply line
between two pair of photocell
CONNECTION SCHEME
signal INPUT 2
photocell 2 (NC)
terminal description
**
LO POWER
terminal
singal INPUT 1
photocell 1 (NC)
accessories supply OUTPUT
12-24V AC/DC
transmitter -
TX
12-24V
AC/DC
1
terminal
numer “1”
*
jumper ZW
ZW
*
*
**
**
LO POWER
jumper
Control board
