Technical Specifications; Functional Characteristics - Comunello Automation CU-110V-HP Instrucciones De Uso

TECHNICAL SPECIFICATIONS

Power supply:
Flashing light output 1:
Flashing light output 2:
Operator outputs:
Electric lock output:
Photocells power supply:
Users power supply output:
Indicator light output:
LV safeties and controls:
Working temperature:
Radio receiver:
Transmitters:
Max TX codes stored in memory:
CODE)
Dimensioni scheda:
PRELIMINARY CHECKS
• Check that the product in the pack is intact and in good condition.
• Check that the place of installation is suitable and in compliance
with the minimum dimensions shown in FIG. 1.
INSTALLATION
• Drill the box in the four corners and then fix the control unit to the
wall (FIG. 2).
• Drill a hole in the underside of the box for the cable inlet (FIG. 3).
The use of cable glands is recommended.
CONNECTIONS
CN1:
L: 110 V~ line input (phase).
N: 110 V~ line input (neutral).
LAMP 110V~: Flashing Light Output 1 (110 V~ Neutral).
LAMP 110V~: Flashing Light Output 1 (110 V~ Phase).
MOT1 OPEN: Operator 1 opening output.
MOT1 COM: Operator 1 output common.
MOT1 CLOSE: Operator 1 closing output.
MOT2 OPEN2: Operator 2 opening output.
MOT2 COM2: Operator 2 output common.
MOT2 CLOSE2: Operator 2 closing output.
CN2:
2 CH: Aux Radio CH Output (Free Contact max load 30V
nd
2 CH: Aux Radio CH Output (Free Contact max load 30V
nd
FOTO+: Photocells Control and Power Supply (24V~ 5W).
LAMP 24V 4W: Flashing Light Output 2 (24V~ 4W).
GND: Common GND input
DS2: Safety Device 2 Input (NC).
DS1: Safety Device 1 Input (NC).
STOP 8K2: Emergency Stop Input (NC).
GND: Common GND input.
P PED: Pedestrian Pushbutton/Single Leaf/open input (NO).
PP: Open-close / close command Pushbutton input (NO).
ELS+: Electric Lock Output 12 V
ELS-: Electric Lock Output 12 V
24V 5W: Users output (24V~ 5W)
GND: Common GND input.
SPIA +24V LED: Indicator light output (+24 V
ANT-: Antenna Ground Input.
ANT+: Antenna Hot pole input.
CN3:
ENC1 +: Operator 1 Encoder Power Input
ENC1 E: Operator 1 Encoder Signal Input
ENC1 GND: Common GND input
MOT1 FCA: Operator 1 Opening Limit Switch Input (NC).
MOT1 FCC: Operator 1 Closing Limit Switch Input (NC).
ENC2 +: Operator 2 Encoder Power Input
ENC2 E: Operator 2 Encoder Signal Input
ENC2 GND: Common GND input.
MOT2 FCA: Operator 2 Opening Limit Switch Input (NC).
MOT2 FCC: Operator 2 Closing Limit Switch Input (NC).
TRANSFORMER CONNECTIONS
CN5 (1st):
1: 110 V~ Transformer Primary Winding Input.
110 V~ 50-60Hz 1600W max.
110 V~ 500 W max.
24 V~ 4 W max.
110 V~ 2 x 500 W max.
12 V 15 W max.
24 V~ 5 W max.
24 V~ 5 W max.
24 V 4 W max.
24 V
-20 ÷ 55 °C
433 Mhz
18 Bit or Rolling Code
120 (CODE or PED/2nd CH
160x107 mm.
15 W (+12V).
15 W (GND).
4 W).
2: 110 V~ Transformer Primary Winding Input.
CN4 (2st):
1: Transformer SEC 1 output 11.8V 3.5A.
2: Transformer SEC 1 output 11.8V 3.5A.
3: Transformer SEC 2 output 25V 0.8A.
4: Transformer SEC 2 output 25V 0.8A

FUNCTIONAL CHARACTERISTICS

AUTOMATIC OPERATION
When either the remote or the low voltage pushbutton panel is used to
control the gate, operation is as follows:
the first command opens the gate until motor time elapses or until the
gate reaches its opening limit position; the second command closes
the gate; if another command is transmitted before motor time has
elapsed or before one of the two limiters has been reached, the control
unit reverses the movement direction during both opening and closing.
STEP-BY-STEP OPERATION:
When either the remote or the low voltage control pushbuttons are
used to control the gate, operation is as follows:
the first command opens the gate until motor time or until the
gate reaches its opening limit position; the second command closes
the gate; if another command is transmitted before motor time has
elapsed or before one of the limit stops has been reached, the control
unit stops the movement. Another command causes the gate to start
moving again in the opposite direction.
Step-by-step 1 operations:
When either the remote or the low voltage control pushbuttons are
used to control the gate, operation is as follows:
the first command opens the gate until motor time or until the
gate reaches its opening limit position; the second command closes
the gate; if another command is transmitted before motor time has
elapsed or before one of the limit stops has been reached, the control
unit stops the movement during both opening and closing. Another
command causes the gate to start moving again in the opposite
direction.
AUTOMATIC CLOSING:
The control unit can be set up to close the gate automatically without
sending any additional commands.
The selection of this type of operation is described in Pause time
programming mode.
1A).
PEDESTRIAN OPENING:
1A).
The control unit allows activation of exclusively Operator 1 for a
programmable time via either the remote or the Pedestrian pushbutton.
SINGLE LEAF:
Despite being utilized in the configuration for a 2-operator gate opener,
the control unit allows the Pedestrian/Single Leaf pushbutton (refer
to Extended Menu 1 for the correct pushbutton configuration) to start
exclusively Operator 1, in accordance with the times programmed at
the time of motor times programming.
EMERGENCY STOP INPUT:
The control unit allows the connection of an emergency stop
pushbutton (NC). Pressing this pushbutton irrespective of the current
operating mode of the control unit will cause immediate stopping of the
gate movement. An additional gate movement command will be valid
provided the emergency stop input is deactivated and, in any case,
the control unit will execute the gate opening cycle with 5 seconds
preflashing.
IMPORTANT: Jumper this input if it is not to be used.
PHOTOCELLS:
Photocells can be powered by and connected to the control unit in
accordance with directive EN 12453.
Input DS1 (NC)
Tripping of the photocells during opening is disregarded, while during
closing it causes reversal of the direction of movement.
Input DS2 (NC)
Tripping during opening causes momentary stopping of the gate; once
the passage is free, the control unit resumes the opening movement.
Tripping during closing causes reversal of the direction of movement.
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