Idiomas disponibles
Idiomas disponibles
DIP-SWITCH 8 ON = Release Stroke Enabled
DIP-SWITCH 8 OFF = Release Stroke Disabled
NOTE: A variation of the dip-switches requires pressing the RESET
button on the control unit to enable the new setting.
DISABLING THE DS (SAFETY DEVICES)
Is it possible to disable the DS (Safety Devices) installed and connected
to the BUS line accessories, such as the photocells and the 8K2 input.
This allows to operate the automation even in cases of suspected faults
to the DS, facilitating maintenance or technical checks of the system. In
any case, if the DS are disabled, only those that are actually faulty will be
excluded from the BUS, along with input 8K2, while the functional DS will
remain enabled.
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1
2
3
4
5
6
7
8
9
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DIP-SWITCH 10 ON = DS Disabled
DIP-SWITCH 10 OFF = DS Enabled
NOTE: Always enable the DSs, if present. Temporarily disable them only
during maintenance.
NOTE: A variation of the dip-switches requires pressing the RESET
button on the control unit to enable the new setting.
8K2 INPUT (LOCK)
The control unit has a dedicated terminal for Safety Devices (DS) with
N.O., N.C. or 8k2 contact. PLEASE PAY ATTENTION! The system identifies
auhomatically the DS typology connected during the programming phase
(accessories recognition), to ensure that the DS would not be active during
that phase. The DS activation always sets off the brief movement inversion
and the following block.
Input terminals for DS (Safety Devices) 8K2.
8K2
Input to 8K2 Ohm impedance threshold
GND
Common
ANTENNA INPUT
The control unit has a dedicated terminal to connect the radio antenna
needed to receive commands from the 433 MHz radio transmitters
(antenna impedance: 50 Ohm).
Input terminals for DS (Safety Devices) 8K2.
8K2
Input to 8K2 Ohm impedance threshold
GND
Common
STROKE PROGRAMMING (AUTOSET)
The control unit allows Automatic Programming of the maximum gate
stroke.
CHECKING OPERATOR DIRECTION OF ROTATION:
To accelerate the system's configuration for the stroke movement, it is
advisable to check the direction of rotation of the operators (Operator
1 and Operator 2) and whether they are consistent with the expected
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movement of the gate. Also check the opening priority between Operator
1 and Operator 2 (which operator must open first). If the operators move
contrary to what expected, press the RESET button, stopping the operators
and change the direction of rotation or priority to the operator you want to
start first, without intervening physically on the electrical connections (par.
CHANGING ROTATION DIRECTION AND START PRIORITY).
STROKE PROGRAMMING:
To start the auto-learning cycle, position the half-open gate, press the
AUTOSET button until the respective LED lights up (positioned above the
AUTOSET button) and release the button. The AUTOSET led starts to flash
for a few seconds (detection of any accessories connected to the BUS
line), after which the led remains lit and the operators start the movement.
Operator 2 will close the gate until it reaches the limit switch or limit stop,
after which Operator 1 will repeat the movement.
The control unit completes the Self-learning phase by performing a
complete opening and closing cycle (turning off the AUTOSET led).
The deceleration phase is set automatically during this self-learning cycle.
Programming buttons
AUTOSET Maximum Stroke Programming
NOTE: Always check operator rotation direction (Operator 1 and Operator
2) and opening priority (which operator must start first) before running the
maximum stroke self-learning procedure. It is also recommended that you
start the self-learning process with the gate half open.
NOTE: Before you start the operators moving for the system's acquisition
of the maximum stroke, the control unit screens the system for any
accessories installed on the digital BUS line. This operation can introduce
delays before the operators actually move.
NOTE: To check the correct programming of the stroke, you can also use
the STEP BY STEP button as AUTO-PP command (open-close).
NOTE: During the maximum stroke self-learning procedure, make sure that
the operating leaf is free.
REMOTE CONTROL PROGRAMMING
Remote controls with different codes of either the fixed or rolling code type
can be saved on the control unit.
Programming:
Programming (and storage) of the transmission code is done by pressing
the TX CODE button and checking the status of the corresponding LED
(above the TX CODE button) as follows:
1. Press the TX CODE button once: the corresponding led lights up and
flashes once (1010). By sending the code of a transmitter button, if the
code is valid, it will be saved with AUTO-PP function (open-close).
2. Press the TX CODE button twice: the corresponding led lights up and
flashes twice (110110). By sending the code of a transmitter button, if the
code is valid, it will be saved with PED function (pedestrian).
3. Press the TX CODE button three times: the corresponding led lights up
and flashes three times (11101110). By sending the code of a transmitter
button, if the code is valid, it will be saved with AUX function (2nd auxiliary
channel).
Deletion:
Deletion of all the radio codes is done by pressing the TX CODE button and
checking the status of the corresponding LED (above the TX CODE button)
with the following association:
1. Press the TX CODE button four times: the corresponding led lights up
permanently (steady). To confirm the deletion, press the TX CODE button
again (the corresponding led starts to flash) and keep it pressed until the led
stops flashing, which confirms the successful deletion of all codes saved
