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3.3
M3 TERMINAL BOARD
3.3.1 Opening limit-switch
Terminals "10-11" (Normally Closed Circuit). The status of this input is signalled by the FCA LED. This circuit should be
connected to the opening limit-switch. This circuit has a 1 second delayed effect, i.e. when the limit-switch is pressed,
the barrier movement decelerates for one second.
3.3.2 Closing limit-switch
Terminals "9-11" (Normally Closed Circuit). The status of this input is signalled by the FCC LED. This circuit should be
connected to the closing limit-switch. This circuit has a 1 second delayed effect, i.e. when the limit-switch is pressed, the
barrier movement decelerates for one second.
3.3.3 Closing protection photocells
Terminals "8-11" (Normally Closed Circuit). The status of this input is signalled by the FOTO LED. This circuit should be
connected to any safety device (photocells, pressure switch, detector, etc.) which, by opening a contact, has a
security effect on the closing movement. The effect on opening is different, according to programming with dip-sw
3.
NB.: To install several safety devices, connect the NC contacts in series.
3.4
M4 TERMINAL BOARD
3.4.1 Close
Terminals «C-7» (Normally Open Circuit ). The status of this input is signalled by the CLOSE LED. This circuit should be
connected to any device (push-button, external radio control, etc.) which, by closing a contact, generates a barrier
closing pulse.
3.4.2 Start
Terminals «6-7» (Normally Open Circuit). The status of this input is signalled by the START LED. This circuit should be
connected to any device (push-button, external radio control, etc.) which, by closing a contact, generates a barrier
opening only or opening / closing pulse according to how dip-switch 1 is selected.
N.B.: To install several pulse generators, connect the contacts in parallel. Barrier re-closure can be locked by connecting
a 24h timer clock in parallel with the START circuit.
3.4.3 Stop
Terminals "5-7" (Normally Closed Circuit ). The status of this input is signalled by the STOP LED. This circuit should be
connected to any device (e.g. push-button) which, by opening a contact, stops barrier movement.
N.B.: If no STOP devices are connected, jumper connect the input. To install several STOP devices, connect the NC
contacts in series.
3.4.4 Power supply to accessories
Terminals «3-4» (24 Vdc). ATTENTION: maximum load of accessories is 500 mA.
4. INSTALLING A RECEIVER CARD FOR REMOTE-CONTROL
The control unit is designed to house a 5-pin radio-receiver module. To install, cut out power and fit the module in the
appropriate M5 connector inside the control unit. Then follow the radio-receiver instructions for memory-storing the
remote-control.
The control unit is designed to house a motor control module (optional). To install, cut out power and fit the module in
the appropriate M6 connector inside the control unit. In case of impact with an obstacle, this module stops, reverses
barrier motion for 0.5 seconds and disables the control unit, signalling this by a rapidly flashing WORK LED. This module
allows the barrier to resume its set cycle only after the obstacle has been removed and another START command
given.
E L
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N.B.: LED statuses with barrier at rest shown in bold.
5. INSTALLING THE MOTOR CONTROL MODULE
6. CONTROL LEDS
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