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ELECTRICAL CONNECTIONS
Functional ground terminal for grounding the control unit's metal
1
parts.
2
Protective ground terminal for connecting yhe main ground wire.
3-4
220-230 V, 50-60 Hz power supply. Terminal 3 is the neutral, terminal
4 is the phase.
Single-phase motor 1. Terminal 6 is the common.
5-6-7
Single-phase motor 2. Terminal 9 is the common.
8-9-10
11-12
220-230 V, 50-60 Hz flashing light.
13
Input common: buttons, photoelectric cell, etc..
14-16
24 VAC outputs for powering the photoelectric cell, radio receiver in
container, etc..
12 VAC outputs for powering the photoelectric cell, radio receiver in
15-17
container, etc..
18-19
12 VDC electric lock.
19-20
12 VDC 3 W indicator light.
21-22
N.O. contact that can be used for turning on the courtesy lamps. The
contact closes at the same time as the opening command: it stays
closed for the entire time that the gate remain open and it will reopen
when the closing cycle is finished.
23
Input common: buttons, photoelectric cell, etc..
24-23
Opening limit switch. N.C. contact.
25-23
Closing limit switch. N.C. contact.
Photoelectric cell. Normally closed contact.
26-23
27-23
Stop or emergency button. Normally closed contact.
Pedestrian button. N.O. contact.
28-23
Button for sequential open-close, or opening only. Normally open
29-23
contact.
30-23
N.C. safety pneumatic frame contact.
31-23
Closing button. N.O. contact.
Antena coaxial cable connection.
32-33
DEVICES FOR PROGRAMMING, ADJUSTMENT, AND PROTECTION
Programming
Switch 1:
When this switch is in the OFF position, each impulse will correspond to
opening, closing, etc..
When this switch is in the ON position, each impulse will correspond to just
opening. Closing can be automatic.
Switch 2:
When this switch is in the ON position, automatic closing is activated.
When this switch is in the OFF position, automatic closing is deactivated.
Switch 3:
When this switch is in the OFF position, the photoelectric cell is activated only
during closing.
When this switch is in the ON position, the photoelectric cell is activated
during closing and opening.
Switch 4:
Switch for enabling the delay (three seconds) of motor 2 during opening.
Switch is in the ON position: delay activated.
Switch is in the OFF position: delay deactivated.
Switch 5:
When this switch is in the ON position, and an opening command is given,
the closing is activated for 1.5 seconds to release the electric lock. When this
switch is in the OFF position, the function is deactivated.
Switch 6:
When switches 6 and 3 are ON and the photoelectric cell is intercepted, which
send an opening command, the motor or motors do not start. They will start
again as soon as the photoelectric cell is free. The program deactivates the
photoelectric cell during the opening. When the photoelectric cell is intercepted
during closing, the motors stop and start again when the photocell is free.
Switch 7:
When this switch is in the ON position and an opening or closing command
is given, the flashing light turns on at the same time as the motor start.
When this switch is in the OFF position, the flashing light turns on immediately
and the motor start after three seconds have passed.
Switch 8: This switch does not program any function.
Adjustment
T1 TRIMMER for adjusting the opening time of the pedestrian gate (motor 1),
maximum 30 seconds.
T2 TRIMMER for adjusting the pause for automatic closing, maximum 120
seconds.
T3 TRIMMER for adjusting the working time, maximum 120 seconds.
T4 TRIMMER for adjusting the closing delay of the swing with the rabbet
(motor 1), maximum 15 seconds.
Protection
F1 - F3,15 A Protection of the low-voltage inputs.
F2 - F5 A Protection of the loads connected of the 220-230 V power mains.
F4 - F3,15 A Protection of the low-voltage inputs.
Photoelectric cell
When the photoelectric cell is programmed during closing (switch 3 in the
OFF position), if the photoelectric cell is intercepted during closing it stops
and reverses the gate's movement from closing to opening.
When the photoelectric cell is programmed during both opening and closing
(switch 3 in the ON posotion), if the photoelectric cell is intercepted during
closing or opening, the gate's movement stop as long as it remains intercepted.
The gate will open again as soon the photoelectric cell is free.
Safety pneumatic frame for anti-entrainment protection during opening
If the frame is intercepted during the opening phase, it stops the gate's
movement and reverses it from opening to closing for two seconds. Then the
gate stops. The flashing light and the indicator light will continue flashing. If
the red and green light control card is installed, the red light will remain lit up
until the stop or emergency button is pressed which resets the normal operating
cycle.
Limit switch inputs
These inputs determine the end of the movement. If the limit switches are not
used, the inputs must be connected to common terminal 23.
FUNCTION CONTROL LEDS
L1 - Motor during opening.
L2 - Motor during closing.
L3 - Limit switch of the red and green light card.
L4 - Opening limit switch.
L5 - Closing limit switch.
L6 - Photoelectric cell.
L7 - Stop button.
L8 - Pedestrian button.
L9 - Opening button.
L10 - Anti-entrainment safety pneumatic frame.
L11 - Closing button.
ELECTRIC LOCK
The control of a two electric locks has been provided, which is enabled
for 3 seconds when the opening function starts (switch 5).
INDICATOR LIGHT
The indicator light turns on when the gate begins opening. It remains lit when
the gate has stopped and turns off when the gate begins closing.
FLASHING LIGHT
The 220-230 V 50-60 Hz flashing light starts functioning simultaneously
with the start of the motor (switch 7).
CONNECTOR C1
Radio receiver card: if the 10 dip switches for code programming are present,
set the same sequence as set on the transmitter. If the 10 dip switches are
absent the radio receiver is self-learning and thus the instructions at the end
of this handbook must be followed.
CONNECTOR C2
Connector for inserting the red and green light card.
CAPACITORS
C26 motor's 1 capacitor.
C27 motor's 2 capacitor.
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