ENGLISH
INSTALLATION MANUAL
8) TERMINAL BAR CONNECTIONS (Fig.16)
NOTE: The VIRGO operators provided with incorporated LINX control
panels are preset for fitting to the left leaf, whereas the operators
without panels (VIRGO-SQ) are preset for fitting to the right leaf, as
illustrated by the example given in Fig.11.
Should it be necessary to reverse the operator opening direction, pro-
ceed as follows:
1 – Reverse motor polarity (JP1 terminals 1-2)
2 – Reverse motor polarity (JP2 terminals 14-15)
WARNING
– During the wiring and installation operations, refer to the
current standards as well as principles of good technical practice.
The (24V) very low voltage conductors must be physically separated
from the low voltage conductors or otherwise be adequately isolated
by means of an additional insulation of at least 1 mm.
The wires must be clamped by an extra fastener near the terminals, for
example by bands.
All the connection cables must be kept at an adequate distance from
the dissipator(Fig.15 “D”).
WARNING! For connection to the mains, use a multipolar cable with
a minimum of 3x1.5mm
2
cross section and complying with the pre-
viously mentioned regulations. For example, if the cable is out side
(in the open), it has to be at least equal to H07RN-F, but if it is on the
inside (or outside but placed in a plastic cable cannel) it has to be
or at least egual to H05VV-F with section 3x1.5mm
2
.
JP1
1-2 Motor 2 connection (VIRgO with LINX panel):
3-5 Opening limit switch SWO M2 (N.C.)
4-5 Closing limit switch SWC M2 (N.C.)
6-7 24 V~ power supply input from the transformer
JP2
8-9 24V~ Vsafe 180mA max output – power supply for photocell
transmitters with check (Fig.17)
10-11 24V~ 180mA max output – power supply for photocells or
other devices
12-13 Blinker connection (24V~ 25W max)
14-15 Motor 1 connection (VIRgO-SQ – without LINX panel -):
16-18 Opening limit switch SWO M1 (N.C.)
17-18 Closing limit switch SWC M1 (N.C.)
19-24 Pedestrian opening button PED (N.O.). Controls partial
opening of Motor M2.
20-24 Fault input (N.O.). Input for photocells or safety devices
provided with an N.O. check contact.
21-24 Photocell input (N.C.). If not used, leave bridged (Fig.17).
22-24 STOP button (N.C.). If not used, leave bridged.
23-24 START button (N.O.).
25-26 Output for gate-open warning light (N.O. contact (24V~/1A
max) or alternatively for 2nd radio channel (see configura-
tion - “logics” menu)
27-28 Antenna input for incorporated radio-receiver board (27
braid - 28 signal).
9) PROGRAMMING
The control panel provided with a microprocessor is supplied with
function parameters preset by the manufacturer, suitable for standard
installations. The predefined parameters can be altered by means of either
the incorporated display programmer or Universal palmtop programmer.
In the case where programming is carried out by means of Universal
palmtop programmer, carefully read the instructions relating to Universal
palmtop programmer, and proceed in the following way.
Connect the Universal palmtop programmer to the control unit through
the UNIFLAT and UNIDA accessories (See fig. 18). The
LINX
control unit
does not supply the Universal palmtop programmer with power, and
therefore requires an appropriate supply unit.
Enter the “CONTROL UNITS” menu, and the “PARAMETERS” submenu,
then scroll the display screenfuls using the up/down arrows to set the
numerical values of the parameters listed below.
For the function logics, refer to the “LOgIC” submenu.
In the case where programming is carried out by means of the incor-
porated programmer, refer to Fig. A and B and to the paragraph on
“Configuration”.
10) CONFIGURATION
The display programmer is used to set all the
LINX
control panel functions.
The programmer is provided with three pushbuttons for menu scrolling
and function parameter configuration:
+ menu scrolling/value increment key
- menu scrolling/value reduction key
OK Enter (confirm) key
The simultaneous pressure of the + and - keys is used to exit the active
menu and move to the preceding menu.
The modifications made are only set if the OK key is subsequently pressed.
When the OK key is pressed for the first time, the programming mode
is entered.
The following pieces of information appear on the display at first:
- Control unit software version
- Number of total manoeuvres carried out (the value is expressed in
thousands, therefore the display constantly shows 0000 during the
first thousand manoeuvres).
- Number of manoeuvres carried out since the latest maintenance opera-
tion (the value is expressed in thousands, therefore the display constantly
shows 0000 during the first thousand manoeuvres).
- Number of memorised radio control devices.
When the OK key is pressed during the initial presentation phase, the
first menu can be accessed directly.
Here follows a list of the main menus and the respective submenus avai-
lable.The predefined parameter is shown between square brackets [ 0 ].
The writing appearing on the display is indicated between round brackets.
Refer to Figures A and B for the configuration procedure.
10.1) PARAMETER MENU (
PARAm
)
- Automatic Closing Time (
TCA
) [ 10s ]
Set the numerical value of the automatic closing time from 3 to 90
seconds.
-
Motor 1 torque (
m1 t
) [ 50% ]
Set the numerical value of the motor 1 torque between 1% and 99%.
-
Motor 2 torque (
m2 t
) [ 50% ]
Set the numerical value of the motor 2 torque between 1% and 99%.
- Motor 1 slow-down torque (
m1 t slow
) [ 45% ]
Set the numerical value for slow-down torque of motor 1 between
1% and 99%.
- Motor 2 slow-down torque (
m2 t slow
) [ 45% ]
Set the numerical value for slow-down torque of motor 2 between
1% and 99%.
NOTES:
In case of obstacle detection, the Ampere-stop function
stops the leaf movement, reverses the motion for 1 sec. and then
halts in the STOP status. The motor slow-down torque represents the
maximum torque supplied to the motor during the slow-down phase.
It must be set to a lower value with respect to the motor torque, in
order to allow the Ampere-stop function to be also activated during
the slow-down phase.
WARNING: Check that the impact force value measured at
the points established by the EN 12445 standard is lower than
that specified in the EN 12453 standard.
Incorrect sensitivity setting can cause injuries to persons or
animals, or damage to things.
- Opening delay time (
open delay time
) [ 1s ]
Set the opening delay time for motor 2 relative to motor 1, between
1 and 10 seconds.
- Closing delay time (
cls delay time
) [ 1s ]
Set the closing delay time for motor 1 relative to motor 2, between
1 and 30 seconds.
- Motor 1 Normal Speed Time (
m1 fast time
) [ 15s ]
Set the time to normal speed (not slowed down), ranging from 1 to
30 seconds.
- Motor 2 Normal Speed Time (
m2 fast time
) [ 15s ]
Set the time to normal speed (not slowed down), ranging from 1 to
30 seconds.
Note: The slow-down time, on closing and on opening, is obtained
by timing one manoeuvre, and setting a lower value within this pa-
rameter. If, for example, one manoeuvre lasts 25 seconds, set “normal
speed time” to 20s to obtain 5s of slow-down time, both on closing
and on opening.
- Slow-down speed (
slov speed
) [ 0 ]
Set the slow-down speed by choosing from the following values:
0 – slow-down disabled
1 – slow-down to 50% of normal speed
VIRgO -
19
D811415_09
