Programming - Comunello Automation CU-110V-HP Instrucciones De Uso

Programmable input DS3 (NC), see Menu 2
Tripping during opening causes reversal of the direction of movement.
Tripping during closing is disregarded.
To allow operation in compliance with EN 13849-1 Category 2 a
photocell test is performed before each movement. In order to perform
this test it is essential to power the transmitter of each pair of photocells
on the specific "Photocells Power and Control" output (outputs 3 and 5
of terminal strip CN2), while the receiver of each pair must be powered
via the "Users Output" (outputs 14 and 15 of terminal strip CN2). The
control unit enables the movement only if the test is passed; if it is
not, the control unit inhibits all movements and an alarm condition is
signalled by blinking of all the programming LEDs on transmission of
each command.
OPENING AND CLOSING LIMIT SENSORS:
The control unit allows for the connection of two Opening and Closing
limit sensors (NC). Tripping in the associated operating stages causes
immediate stopping of movement for both Operator 1 and 2 outputs.
IMPORTANT: Do not jumper these inputs if they are not used.
+
- -
OPERATOR FORCE ADJUSTMENT (FORCE):
The electronic control unit is equipped with a "FORCE" trimmer for
adjustment of the force delivered by the operators, completely
managed by the microprocessor. Adjustment can be performed in a
range of between 50% and 100% of maximum force.
Initial starting torque can be set for each movement by feeding the
operator at full power for 2 seconds, even if operator force control is
enabled. Note: initial starting torque is disabled automatically if the Soft
Start function is enabled.
IMPORTANT: If the "FORCE" trimmer is adjusted, the self-learning
procedure must be repeated because the movement and deceleration
times may change.
OBSTACLE DETECTION (SENS):
The electronic control unit is equipped with a "SENS" trimmer,
completely managed by the microprocessor, for adjustment of the
opposing Force required to detect the presence of an obstacle.
The adjustment can be made with a trip time from a minimum of 0.1
seconds to a maximum of 7 seconds
IMPORTANT:
• If limit sensors are connected to the control unit, detection of an
obstacle will always result in movement reversal during closing and
reversal for 2 seconds during opening.
• If there are no limit sensors connected to the control unit, detection
of an obstacle will always result in movement reversal during closing
(except in the final 5 seconds of the movement, when it will cause a
Stop) and reversal for 2 seconds during opening (except in the final
5 seconds of the movement, when it will cause a Stop).
Obstacle detection system works only with automations
provided with encoder and correctly connected.
OPERATOR 1 AND OPERATOR 2 ENCODER:
The control unit allows connection of an Encoder for each operator.
The use of Encoders facilitates the work of the control unit in the
Obstacles Detection function and ensures enhanced precision during
execution of the gate movements.
DECELERATION (SLOWING):
The operators deceleration function is used on gates to prevent the
moving leaves from slamming at speed into the limit stops at the end
of the opening and closing strokes.
During Motor Time programming (see Main menu) the control unit
allows programming of deceleration in the required points (immediately
before full opening and full closing); in addition, using the "SLOWING"
trimmer the force intensity can be adjusted during the deceleration
phase in three fine adjustment level settings.
If the "Automatic Programming" function is used (see main menu) it
is anyway possible to disable the deceleration stage (see Extended
24
COMUNELLO ®Copyright 2014 - All right reserved
+ +
-
menu 2).
INDICATOR LIGHT:
The control unit allows a 24
display the status of the gate opener.
Indicator light off: gate closed
Indicator light on: gate open
Indicator light slow blinking: opening movement; rapid blinking: closing
movement.
Changing as Flashing light output.
OPERATION WITH TIMER:
The control unit allows a timer to be connected in place of the open –
close pushbutton.
E.g.: at 08.00 am the timer closes the contact and the control unit
commands an opening movement; at 06.00 pm the timer opens the
contact and the control unit commands a closing movement. From
08.00 am – 06.00 pm at the end of the opening cycle, the control unit
disables the flashing light, automatic closing and the remotes.
ELECTRIC LOCK CONTROL OUTPUT:
The control unit features an output to control a 12
lock. The command is switched on at each initial opening movement
for a period of 2 seconds.
MOTOR 1 AND MOTOR 2 DIRECTION OF
RUN CONTROL
Important Note: Warning: change the settings of dip-switches
SW1 and SW2 with the control unit off and only subsequently
repeat the control unit programming procedure.
The electronic control unit is equipped with dip-switches that can be
used to change the direction of run of each connected motor without
SW2 SW2
rewiring the electrical connections: dip-switch 1 controls operator 1
while dip-switch 2 controls operator 2.
ON ON
SW2 SW2
ON ON
1 2 1 2
INV INV INV INV
OFF OFF MOT 1 OFF
1 2 1 2
INV INV INV INV
OFF OFF MOT 1 OFF
M1 OR M2 DELAY CONTROL AND ENABLING
OF 1 OR 2 MOTORS
The electronic control unit is equipped with a dip-switch SW1 that is
used to select operation with 1 or 2 motors and to define which of the
two starts first and which starts second.
SW1 SW1
ON ON
SW1 SW1
ON ON
1 2 1 2
1 NOT 2 MOTOR
MOTOR CONSID. MOTORS
2 DELAY
1 2 1 2
1 NOT 2 RITARDO

PROGRAMMING:

MOTORE CONSID. MOTORI MOT. 2
SELECT Key: selects the type of function to store; the selection is
indicated by blinking of the LED.
Press the key twice to go to the required function. The selection
remains active for 10 seconds shown by blinking of the LED; when
this interval elapses, the control unit returns to the original state.
indicator light to be connected to
15W max electric
SW2 SW2
ON ON
SW2 SW2
ON ON
1 2 1 2
INV INV INV INV
OFF MOT 2 MOT 1 MOT 2
1 2 1 2
INV INV INV INV
OFF MOT 2 MOT 1 MOT 2
SW1
ON
SW1
ON
1 2
2 MOTOR
MOTORS 1 DELAY
1 2
2 RITARDO
MOTORI MOT. 1