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There are two sensors inside the encoder and each one is represented by the
LEDs ECA1, ECB1, ECA1 and ECB2. Each one ashes according to the corre-
sponding position of the disc.
2.5 – CONNECTING THE “TRV” ELECTROMAGNETIC LOCK
If one decides to use an (optional) electromagnetic lock, one mu connect the
“Optional Relay Module” to this connector. The control unit will also recognize
the module automatically and a time interval (used to art the opening move-
ment of the operator after activating the electromagnetic lock) will be added.
2.6 – CONNECTING THE “LUZ” COURTESY LIGHT
If one decides to use courtesy light, one mu connect the “Optional Relay
Module” to this connector. By doing so, the operation of the courtesy light
is always enabled.
One mu set the desired time through the DIP switch.
2.7 – CONNECTING THE “RX” LOOSE RECEIVER
A loose receiver can be added to the control unit through the “RX” connector.
CAUTION: Before connecting the optional accessories (Electromag-
netic lock and/or Courtesy Light / Traffic Light (Visual Exit Annunciator),
pushbuttons etc), we strongly recommend testing the general opera-
tion of the product. To do so, send a command to the operator to start
the self-learning cycle.
2.8 – "FOT" CLOSING PHOTOCELL CONNECTION
This is a dedicated input port for the 'closing photocell', which is a sensor that
detects an obacle during the gate's closing cycle, preventing the gate to
move if there is an obacle along its course. If there is a blockage during the
closing cycle, the operator reverses its movement to the opposite direction.
The photocells should be inalled about 50 cm (1.65 ft) above the ground (in
accordance with the manufacturer's recommendation), in such a way that the
both the transmitter and the receiver are aligned between each other. The
electrical connections mu be as follows:
Terminal block 2: 15V (positive "+");
Terminal block 1: GND (negative "-");
Terminal block 3: FOT (Contact of the Photocell).
2.9 – "FAB" OPENING PHOTOCELL CONNECTION
This is a dedicated input port for the 'opening photocell', which is a sensor
that detects an obacle during the gate's opening cycle, preventing the gate
to move if there is an obacle along its course. If there is a blockage during
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