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2.2 – SYSTEM POWER
The mains connection must be made at the L and N input of the power terminal, AC
connector, see figure 1.
WARNING: The operator input voltage is 100 - 230V, 50 Hz / 60 Hz.
2.3 – MOTOR CONNECTION
The three wires of the motor must be connected to the "MOTOR" terminal.
2.4 – ENCODER "ENC" CONNECTION
It is used to connect the encoder, through an appropriate cable, between the motor and
the board. Inside the operator reduction box there are sensors that have the function
of providing direction of travel information and gate position during operation. Such
information is essential for proper operation of the operator. There are two sensors inside
the encoder, each one of them is represented by the ENCA ad ENCB LEDs. Each one of
them lights up according to the position of the disc, in the models with display the view
will be on screen.
2.5 – CONNECTION OF THE ELECTROMAGNETIC LOCK "TRV"
If an Electromagnetic Lock (optional) is used, the "Optional Relay Module" must be con-
nected to this connector. The board will recognize the module automatically and a time
will be added to start the opening movement of the operator after the lock is activated.
2.6 – COURTESY LIGHT CONNECTION "LG"
If a courtesy light is used, the "Optional Relay Module" must be connected to this connec-
tor. Courtesy light operation is always enabled.
2.7 – SEPARATE RECEIVER CONNECTION "RX"
A separate receiver can be added to the board via the "RX" connector. When a command
is accepted, the CMD LED (command) is triggered. The HRF Jumper must be removed
when the separate receiver is added to the system in order to turn off the built-in re-
ceiver.
2.8 – PHOTOCELL CONNECTION "FOTA"
Opening photocell, prevents that the gate opens if there is any obstacle during the gate
opening path.
Recommendation: Before the accessory connections (Electromagnetic Lock and/or
Courtesy Light, push buttons), it is recommended to realize a general operating test.
To do that, press the button "+" to activate the operator switch. The photocells must be
installed at a 50cm height from the ground (or as recommended by the manufacturer) in
order to align the transmitter and the receiver with each other. The electrical connection
must be made as it follows:
Terminal 2: 15V(+);
Terminal 1: GND (-);
Terminal 7: FOTA.
2.9 – PHOTOCELL CONNECTION "FOTF"
The closing photocell prevents that the gate closes if there is any obstacle during the
gate closing path.
The photocells must be installed at a 50cm height from the ground (or as recommended
by the manufacturer), in order to align the transmitter and the receiver with each other.
The electrical connection must be done as it follows:
Terminal 2: 15V(+);
Terminal 1: GND (-);
Terminal 3: FOTF.
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2.10 – PUSHBUTTON CONNECTION "BOT"
The board recognizes a button control when the BOT terminal is connected to the GND,
or a pulse for GND.
Terminal 1: GND (-)
Terminal 4: BOT (Normally Open Contact – N.O.)
2.11 – PUSHBUTTON CONNECTION ONLY FOR OPENING "ABR"
The board recognizes an opening command when the ABR terminal is connected to the
GND, or a pulse for GND.
Termina 1: GND (-);
Terminal 5: ABR (Normally Open Contact – N.O.)
2.12 – PUSHBUTTON CONNECTION ONLY FOR CLOSING "FEC"
The board recognizes a closing command when the FEC terminal is connected to the
GND and then released, or a pulse for GND and then the button must be released.
This can also be used in access control systems that use photocells or inductive loops to
automatically close the gate or barrier.
Terminal 1: GND (-);
Terminal 6: FEC (Normally Open Contact – N.O.)
The Control Board provides 15 V (maximum continuous current of 300 mA) for pow-
ering the photocells and receivers. If the equipments require more voltage or current,
it will be necessary an auxiliary power supply.
2.13 – CONNECTION OF REED SENSORS LIMIT SWITCH "CACF"
The control board recognizes an activated 'reed' when the pin corresponding to it on
the CACF pin bar is connected to the GND, or a pulse to the GND. The only condition
that must be followed is that the reed that represents the open gate must be connected
in such a way that the 'RDA' LED lights, connector pin "CACF" marked with the letter "A".
And the 'RDF' LED must light when the gate is closed, connector pin "CACF" marked with
the letter "F".
2.14 – "PROG" CONNECTOR
This connector is used to set the communication between the board and the PROG.
3 – LOGICAL FUNTION OF THE GATE SYSTEM
3.1 – FIRST OPERATION AFTER THE INSTALLATION (GATE TRAVEL RECOGNITION)
When the control board is powered up for the first time, after the operator being prop-
erly installed, the gate shall start an opening movement after an external command or
if the '+' button is pressed.
If the movement is for closing, turn it off from the power cycle and switch the posi-
tion of the motor wires connected to the board terminal.
Press the '+' button or proceed with an external command. The gate should start open-
ing. Let the gate reach the opening physical stop or the REEDA is activated. Then, it will
WARNING:
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