Signaling:
RX
PWR
*
lamp
module
breaker
jumper
NC C NO 12-24V
AC/DC
LAMP
12-24V
AC/DC
LAMP
12-24V
AC/DC
12-24V
AC/DC
Fig. 2
Electrical diagram for connecting the photocell.
If the device to which the lamp is connected has no built-in circuit
breaker, you can start the pulser built in the lamps
by placing a jumper on the LED module.
*
Lamp operation mode
(LED version):
jumper on
- impulse mode
jumper off
- continuous
mode
*
4. Electrical connection of the photocell
The photocell works with the gate automation control units. It is recommended that the
electrical installation and connection of photocells made a person with appropriate
quali
fi
cations. The connection should be carried out in accordance with the diagram shown in
Fig. 2 and as described below:
Connect the power supply 12-24V AC / DC to the transmitter and the receiver of the photocell.
The PWR diodes in the transmitter and receiver and the RX diode in the receiver should be on.If
AC power is used, power the transmitter and receiver using the same phase (from one power
supply).Connect the signal output of the photocell receiver (usually NC and C) to the
corresponding input on the control unit. Pay special attention to the control method (NC or
NO) required in the control panel.The standard solution in gate automation is the operation of
optical sensors in the NC con
fi
guration.
Controller
photocell signal input (NC)
accessories power supply
output 12-24V
AC/DC
signal lamp power supply
output 12-24V
AC/DC
POWER SUPPLY, polarity irrelevant
CONTROL SIGNAL
SIGNAL LAMP POWER SUPPLY
transmitter - TX
receiver - RX
receiver - RX
terminals description
transmitter - TX
EN
