18
4 - 6 OPEN/CLOSE OPEN/CLOSE button N.O. input – Controls the opening and closing of the
automation and is regulated based on the function of dip-switches 2 and
4. (4= O/C - 6= COM)
5 - 6 STOP
STOP button N.C. input – Stops the automation in any position, temporarily pre-
venting the automatic closure, if programmed.
(5= STOP - 6= COM )
NOTE: A safety micro-switch is connected to the STOP push-button. In case
the STOP input remains open for more than 5 seconds, the operator will per-
form a cycle at a slow speed to reset the operating parameters to the values
originally saved (see “Restoring automatic operation”). The micro-switch
should be connected in series to further STOP push-buttons where present.
7 - 8 INTERNAL
PHOTOCELLS
PHOTOCELL OR SAFETY DEVICE input INSIDE the gate (Normally Closed
contact). When these devices trigger during the opening phase, they tem-
porarily stop the gate until the obstacle has been removed; during the
closing phase they stop the gate and then totally open it again. Bridge the
connectors if not used.
(7= COM - 8= CLOSE)
7 - 9 EXTERNAL
PHOTOCELLS
PHOTOCELL OR SAFETY DEVICE input OUTSIDE the gate (Normally Closed
contact). Then these devices trigger during the closing phase, they stop
the gate and then totally open it again. Bridge the connectors if not used.
(7= COM - 9= FOT)
Note: the photocell transmitter must always be supplied by terminals
no. 12 and no. 13, since the safety system test (phototest) is carried
out on it. Without this connection, the control unit does not work. To
override the testing of the safety system, or when the photocells are
not used, set dip-switch no. 6 to OFF.
7 - 10 SENSITIVE
EDGE
SAFETY EDGE input (Resistive or xed safety edge). During the opening phase,
it temporarily stops the gate and makes it close again for about 20 cm, thus
allowing to free the potential obstacle.
During the closing phase, it stops the gate and makes it totally reopen at a
limited speed. Jumper terminals if not used.
(7= COM - 10= SAFETY EDGE)
11 - 12 ** AUX
auxiliary circuits output 18V1 DC max. 15 W for photocells, receivers, etc...
(11= NEGATIVE - 12= POSITIVE)
If the jumper J6 is not plugged in, at the end of each maneuver this output
(11 and 12) will be switched o (energy saving mode).
12 - 13 ** TX PHOTOCELLS 18V1 DC output for transmitter photocell – phototest - max. no. 1 photocell
transmitters. (12= POSITIVE - 13= NEGATIVE)
14 - 15 ** FLASHING
LIGHT
18V1 DC max. 20W output for ashing light supply, ashing signal supplied
by the control unit, rapid for closing, slow for opening. (14= POSITIVE - 15=
NEGATIVE)
16 - 17* ** GATE OPEN
LIGHT
Output for OPEN GATE LIGHT 18V1 DC, 3 W max; while the bar opens the
light ashes slowly, when the bar is open it stays on and while closing it
ashes at twice the speed.
(16= POSITIVE - 17= NEGATIVE)
16 - 18* ** COURTESY
LIGHT
18V1 AC, 15 W Output for auxiliary courtesy light.
It comes on with the control pulse and stays ON until after the manoeuvre
for a time settable through TAUPROG (default = 2 sec.)
(16=POSITIVE - 18= NEGATIVE)
19 - 20* 2nd CH RADIO
2nd radio channel output - for control of an additional automation or for
switching on lights, etc... (N.O. clean contact)
Warning: to connect other devices to the 2nd Radio Channel (area
lighting, pumps, etc.), use an additional auxiliary relay (see note at
end of paragraph).
WARNING: the default outlet is active monostable 2 sec. To switch it
to active bistable or to modify the activation time it is necessary to
use the TAUPROG hand-held programmer (see relative instructions).
ENGLISH
