INSTALLATION
Step 1:
Secure the transmitting and receiving units, aligned with each other, to a minimum height of 30 cm
from the floor and so that the wires are down to avoid possible water infiltration.
Step 2:
Select the mode of operation of the
photocell via the jumpers detailed below.
Jumpers on Receiver
Jumper INV:
This jumper reverses the relay
operating state.
•
Closed: Normal Operation (factory
default).
•
Open: Reverses the Relay Status (In this
situation, the relay remains activated
while the photocell is aligned, ie the NO
becomes NF and vice versa).
Jumper P/RL:
Selects the operation mode of the
photocell, relay contacts (NA or NF) or pulsed.
NOTE!
If the pulse mode is
selected, the INV jumper becomes
useless.
Jumpers on Transmitter
They select the maximum working distance of
the photocell.
Jumper 01: 0 to 5 meters
Jumper 02: 5 to 15 meters
Jumper 03: From 15 to 40 meters (if it is external
area, those 40 meters become 32 meters)
Step 3:
Power the transmitter and receiver
boards with power from the operator command
board or from an external source, observing the
polarity on the red wire (+) and brown wire (-).
RECEIVER CONECTIONS
If you chose to use the Relay (Jumper in RL)
In case of a NO circuit, when the photocell is
obstructed, it will close the contact with the C,
and consequently activate the device.
In case of NF circuit, when the photocell is
obstructed, it will open the contact with the C,
and consequently will deactivate the device.
NOTE!
It is mandatory that the
Jumper P / RL is set to operate the
relay mode, ie the jumper RL is closed.
If you choose to use the Pulsating mode (Jumper in P)
Onde:
GND
= Alimentação negativa (-) da central de
comando do automatizador.
VCC
= Alimentação positiva (+) da central de
comando do automatizador.
FOT
= Entrada da fotocélula da central de
comando do automatizador.
NOTE!
It is mandatory that the
Jumper P / RL is set to operate the
Pulsed mode, ie the jumper P closed.
NOTE!
When the photocell is
used in the pulsed mode and with
power from an external source, the
GND (negative) of the source must be
connected to the GND of the control
center.
TRANSMITTER BOARD
RECEIVER BOARD
FO
T - P
H
O
TO
C
EL
L I
N
PU
T O
F T
H
E
C
O
M
M
AN
D
B
O
ARD
DEVICE
INPUT
NO
C
NF
NO
C
NF
INPUT
DEVICE
NO
C
NF
