For cabling, follow the diagrams below.
3
1
2
3
4
F N
10
0-
23
0V
~
50
/6
0H
z
1 2
110/230V ~
WARNING:
after every limit switch or electronic protection device function the
rack will back track for around 2 mm in the opposite direction. This is quite
normal, and has been designed to release tension on mechanical parts and
allow complete weather proofing to
12. PROGRAMMING THE ACTUATOR
Once all electrical connections are completed, before putting the actuator into operational
use, the procedure for acquiring the operating parameters must first be performed; this
operation is known as
R
ESET
.
The actuator has been individually tested in th
comes already programmed for the maximum opening stroke.
R
ESETTING
, or if the actuator loses its basic settings, the internal memory automatically
recognises and saves the install
between sash and frame.
The difference in height between the protruding part of the sash and the frame is known as
“overlay”
(See § 12.3)
and in the acquisition phase it allows the actuator to acquire the
closing stroke-end parameter.
or following a
R
ESET
operation, and it
On the left side of the gear reducer there is a screw cap that must be removed in order to
access the dip-switch. Beside it there is also an LED indicator used to define errors and the
identifiers of the various machines
Programming is quick and simple and can be performed
With the dip-switch set to
implemented and the stroke is memorised
With the dip-switch set to
installation procedure and implements the operating parameters and stroke end
position.
15
For cabling, follow the diagrams below.
4
110/230V ~
SYNCRO
- +
24
V
1
2
1
2
after every limit switch or electronic protection device function the
rack will back track for around 2 mm in the opposite direction. This is quite
normal, and has been designed to release tension on mechanical parts and
allow complete weather proofing to enhance durability of mechanical parts.
PROGRAMMING THE ACTUATOR
Once all electrical connections are completed, before putting the actuator into operational
use, the procedure for acquiring the operating parameters must first be performed; this
The actuator has been individually tested in the factory, its operation is guaranteed and it
comes already programmed for the maximum opening stroke. During initial installation or
, or if the actuator loses its basic settings, the internal memory automatically
recognises and saves the installation and operating parameters, including the distance
The difference in height between the protruding part of the sash and the frame is known as
and in the acquisition phase it allows the actuator to acquire the
end parameter. This is seen the first time the device fully closes the window,
operation, and it is saved as an operating parameter
the gear reducer there is a screw cap that must be removed in order to
switch. Beside it there is also an LED indicator used to define errors and the
of the various machines.
Programming is quick and simple and can be performed at any time
switch set to
ON
, the actuator is operational, the parameters are
implemented and the stroke is memorised.
switch set to
OFF
(1), the actuator performs the
installation procedure and implements the operating parameters and stroke end
3
1
3
24V
SYNCRO
after every limit switch or electronic protection device function the
rack will back track for around 2 mm in the opposite direction. This is quite
normal, and has been designed to release tension on mechanical parts and
enhance durability of mechanical parts.
Once all electrical connections are completed, before putting the actuator into operational
use, the procedure for acquiring the operating parameters must first be performed; this
e factory, its operation is guaranteed and it
During initial installation or
, or if the actuator loses its basic settings, the internal memory automatically
ation and operating parameters, including the distance
The difference in height between the protruding part of the sash and the frame is known as
and in the acquisition phase it allows the actuator to acquire the
This is seen the first time the device fully closes the window,
is saved as an operating parameter.
the gear reducer there is a screw cap that must be removed in order to
switch. Beside it there is also an LED indicator used to define errors and the
at any time.
, the actuator is operational, the parameters are
(1), the actuator performs the
R
ESET
or initial
installation procedure and implements the operating parameters and stroke end
IMPORTANT: If the K-
actuator, a new
R
ESET
Before starting the R
connection with the K-
12.1.
R
ESET
procedure
The procedure is valid for configuring a single actuator, a Syncro³ array or when a K
LOCK electromechanical lock is installed
IMPORTANT: The dip
actuators; after each change it is necessary to wait a few seconds (~ 5 sec)
before restoring the power to the actuators in order for the change to
become effective.
Set the dip-switch to
OFF
. For conf
electric lock is installed) in which the
needs to be set for one actuator,
The actuator will start at once (or
perform a full closing manoeuvre (
manoeuvre of about 5 cm.
the movement of the rack and, whe
to complete the procedure.
When the operation is finished, each connected device gives a flashing orange signal to
indicate completion of the RESET procedure. Each device will give a different number of
flashes to indicate that the access code is received (actuator 1
flash → pause; actuator 2 → 2 flashes → pause → 2 flashes → pause, etc.)
The power supply to the devices can now be switched off
The opening stroke
(outward rack movement)
stroke)
or can be customised as required; this is decided at this stage
Command the actuator to
desired position (stroke customisation). The point at which the command is stopped will
be the outward stroke-end position.
as the
O
PENING
stroke end
the same point.
If the window does not open to the desired position, repeat the
If the K-LOCK electro-lock is present, refer to the respective user and
installation manual.
12.2. Closing stroke-end
The opening / closing stroke
automatic and non-settable. The actuator stops due to the power absorption effect on it
when the rack – moving outwards
causes the complete compression of the seals, i.e., when the power absorbed exceeds a
preset threshold in the microprocessor
CAUTION:
After each closure or activation of the electronic protection, the rack
moves slightly in the opposite direction, to allow
and/or to relax the internal mechanical components of the actuator
16
-Lock electro-mechanical lock is fitted, even to only one
procedure must be performed.
R
ESET
procedure, it is advisable to check the electrical
-LOCK.
The procedure is valid for configuring a single actuator, a Syncro³ array or when a K
LOCK electromechanical lock is installed.
dip-switch settings should be changed to non
actuators; after each change it is necessary to wait a few seconds (~ 5 sec)
before restoring the power to the actuators in order for the change to
. For configuration with multiple devices (or when a K
electric lock is installed) in which the
G
REEN
wires are connected, the dip
needs to be set for one actuator, the other devices will link to it automatically
The actuator will start at once (or after about 8 seconds if there is an electro
perform a full closing manoeuvre (rack completely retracted) and then an opening
manoeuvre of about 5 cm. During this phase, ensure that there are no obstructions to
the movement of the rack and, when using Syncro actuators, wait for all the machines
.
When the operation is finished, each connected device gives a flashing orange signal to
indicate completion of the RESET procedure. Each device will give a different number of
flashes to indicate that the access code is received (actuator 1 → 1 flash → pause → 1
→ pause; actuator 2 → 2 flashes → pause → 2 flashes → pause, etc.)
The power supply to the devices can now be switched off.
(outward rack movement)
may be left as set in the factory
or can be customised as required; this is decided at this stage
Command the actuator to
O
PEN
,
without interrupting the command
desired position (stroke customisation). The point at which the command is stopped will
end position.
This outward distance will be saved and used
stroke end
. With Syncro³ actuators, they will move in sync a
If the window does not open to the desired position, repeat the
R
lock is present, refer to the respective user and
end
closing stroke-end is automatic and non-settable
The actuator stops due to the power absorption effect on it
moving outwards – reaches its internal stroke limit or
es the complete compression of the seals, i.e., when the power absorbed exceeds a
preset threshold in the microprocessor.
After each closure or activation of the electronic protection, the rack
moves slightly in the opposite direction, to allow the right compression of the seals
and/or to relax the internal mechanical components of the actuator
mechanical lock is fitted, even to only one
procedure, it is advisable to check the electrical
The procedure is valid for configuring a single actuator, a Syncro³ array or when a K-
switch settings should be changed to non-powered
actuators; after each change it is necessary to wait a few seconds (~ 5 sec)
before restoring the power to the actuators in order for the change to
iguration with multiple devices (or when a K-LOCK
wires are connected, the dip-switch only
the other devices will link to it automatically.
after about 8 seconds if there is an electro-lock) and
completely retracted) and then an opening
During this phase, ensure that there are no obstructions to
n using Syncro actuators, wait for all the machines
When the operation is finished, each connected device gives a flashing orange signal to
indicate completion of the RESET procedure. Each device will give a different number of
→ 1 flash → pause → 1
→ pause; actuator 2 → 2 flashes → pause → 2 flashes → pause, etc.).
may be left as set in the factory
(maximum
or can be customised as required; this is decided at this stage.
without interrupting the command
, up to the
desired position (stroke customisation). The point at which the command is stopped will
This outward distance will be saved and used
. With Syncro³ actuators, they will move in sync and stop at
R
ESET
procedure.
lock is present, refer to the respective user and
settable closing stroke-end is
The actuator stops due to the power absorption effect on it
reaches its internal stroke limit or – returning inwards –
es the complete compression of the seals, i.e., when the power absorbed exceeds a
After each closure or activation of the electronic protection, the rack
the right compression of the seals
and/or to relax the internal mechanical components of the actuator.
