SE, STOP, PEDESTRIAN, etc.), in order to avoid gate malfunctions, it will be neces-
sary to uncouple the various controls using RELAYS or using our 750T-RELE device.
2. TECHNICAL FEATURES
Power input to board
Maximum power of motor
230 Vac line rapid fuse (F1 - 5x20)
24 Vac auxiliary delayed fuse (F2 - 5x20)
Input voltage of motor circuits
Input voltage of auxiliary circuits
Input voltage of logic circuits
Working temperature
3. TERMINAL BOARD CONNECTIONS
Key:
N.C. = Normally Closed
Terminals Function
1 - 2
POWER SUPPLY
1 - 3
FLASHING LIGHT
4 - 5 - 6
MOTOR 2
6 - 7 - 8
MOTOR 1
9 - 10
2
CH RADIO
nd
11 - 12
ELECTRIC LOCK
13 - 15
PHOTOCELL TX
GATE OPEN
14 - 15
WARNING LIGHT
15 - 16
PHOTOCELL
17 - 18
OPEN/CLOSE
17 - 19
PEDESTRIAN
17 - 20
STOP
17 - 21
PHOTOCELL
22 - 23
TRANSFORMER
N.O. =
Normally Open
Description
power input 230 Vac. 1=NEUTRAL, 2=PHASE;
flashing light output 230 Vac 50 W max.
Note : the signal is already modulated for direct use;
motor 2 power output, 230 Vac, max. 400 W.
4=CLOSE, 5=OPEN, 6=COMMON.
Note: connect the capacitor between terminals 4 and 5;
motor 1 power output (opens the leaf fitted with the electric lock), 230
Vac, max. 280 W.
6=COMMON, 7=CLOSE, 8=OPEN.
Note: connect the capacitor between terminals 7 and 8;
2nd built-in radio channel output – for commanding another automatic
device or turning on lights, etc. (N.O. no-voltage contact max. 1 A);
Warning: to connect other devices to the 2nd Radio Channel (area
lighting, pumps, etc.), use an additional auxiliary relay.
electric lock power output 12 Vac max. 15 W;
transmitting photocell power output (for PHOTO TEST), 24 Vac max. 5
W - max. no. 1 photocell transmitter;
gate open and moving LED power output 24 Vac, max. 3 W;
power output, 24 Vac max. 15 W for photocells – max. 2 pairs (and/or
relays, receivers, etc.);
N.O. OPEN/CLOSE button contact input – commands opening and closing
of the gate - governed by dip-switches 2 and 4 (17 = COM -18 = O/C);
N.O. PEDESTRIAN button contact input – commands total opening and
closing of motor 1 – governed by dip-switches 2 and 4 (17 = COM - 19 = PED);
N.C. STOP button contact input – if programmed, it stops the gate in
any position and temporarily disables the automatic closing cycle (17 =
COM - 20 = STOP);
N.C. photocell contact input – cuts in during closing or during opening
and closing, see dip-switch 3
Note: the photocell transmitter must always be powered by
terminals 13 and 15 as the safety system is tested (Photo test)
through them. The control unit will not work without this
connection. To disable the safety system test, or when photocells
are not used, turn dip-switch 6 OFF.
transformer power output (22 = 0 Vac - 23 = 230 Vac);
(17 = COM - 21 = PHOT);
11
230V AC - 50 Hz
280 W - 230V AC
F 6,3A
T 2A
230V AC
24V AC
5V DC
-20 °C ÷ +55 °C