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13.4) LANGUAGE MENU (language)
Used to set the programmer's language on the display.
13.5) DEFAULT MENU (default)
Restores the controller's DEFAULT factory settings. Following this reset, you will
need to run the AUTOSET function again.
13.6) AUTOSET MENU (AUTOset)
• Launch an autoset operation by going to the relevant menu on the panel.
• As soon as you press the OK button, the ".... .... .... " message is displayed and
the control unit commands the door to perform a full cycle (opening followed
by closing), during which the minimum torque value required for the door to
move is set automatically.
The number of cycles required for the autoset function can range from 1 to 3.
During this stage, it is important to avoid breaking the photocells' beams and
not to use the START and STOP commands or the display.
Once this operation is complete, the control unit will have automatically set
the optimum torque values. Check them and, where necessary, edit them as
described in the programming section.
WARNING: Check that the force of impact measured at the points
provided for by standard EN 12445 is lower than the value laid down
by standard EN 12453.
Warning!! While the autoset function is running, the obstacle detection
function is not active. Consequently, the installer must monitor the
automated system's movements and keep people and property out of range
of the automated system.
14)CONNECTION WITH EXPANSION BOARDS AND UNIVERSAL HANDHELD
PROGRAMMER (Fig.S)
Refer to specific manual.
15) SCS OPTIONAL MODULES
15.1) SERIAL CONNECTION VIA SCS1 CARD (Fig. U)
The control panel's special serial inputs and outputs (SCS1) make the centralized
connection of a number of automated devices possible. That way, all the automated
devices connected can be opened or closed with a single command.
Connect all control panels using twisted pair cabling only, proceeding as shown
in the diagram in Fig. U.
When using a telephone cable with more than one pair, it is essential to use wires
from the same pair.
The length of the telephone cable between one unit and the next must not
be greater than 250 m.
13.1) TABLE A: PARAMETERS MENU (PARA )
Parameter min. max. default personal
0
120
40
tca
slov
15
50
15
speed
1
99
75
op. t slov
cls. t
1
99
75
slov
15
99
99
op speed
15
99
99
cl speed
partial
10
99
40
opening
0
128
0
zone
dist.
decel
0
50
0
(special par
18*)
op. d ist.
decel
5
50
10
(special par
19*)
cl. d ist.
decel
5
50
10
(special par
20*)
*=Refer for universal handheld programmer.
22 -
ARES
INSTALLATION MANUAL
Definition
Description
Automatic
Automatic closing time [s]
Closing Time
Slow-down speed [%] (Fig.2 Rif. F)
Set the speed the gate must reach slowing down, in percentage to the actuator's maximum speed.
Slow-down
WARNING: should this parameter be edited, it will be followed by a complete opening/closing cycle
speed
for setting purposes (reported by the message "SET" appearing on the display), during which obstacle
detection is not enabled.
Opening torque [%]
Opening
Sets sensitivity to obstacles during opening (1=max., 99=min.) The autoset feature sets this parameter
automatically to a value of 10%. The user can edit this parameter based on how sensitive the door needs
motor torque
to be to obstacles.
Closing torque [%]
Closing motor
Sets sensitivity to obstacles during closing (1=max., 99=min.) The autoset feature sets this parameter
automatically to a value of 10%. The user can edit this parameter based on how sensitive the door
torque
needs to be to obstacles.
Running speed during opening [%] (Fig. 2 Rif. A)
Sets the running speed that the door must reach during opening, as a percentage of the maximum
Speed during
speed the actuator can reach. WARNING: should this parameter be edited, it will be followed by a
opening
complete opening/closing cycle for setting purposes (reported by the message "SET" appearing on
the display), during which obstacle detection is not enabled.
Running speed during closing [%] (Fig. 2 Rif. B)
Sets the running speed that the door must reach during closing, as a percentage of the maximum spe-
Speed during
ed the actuator can reach. The autoset feature sets this parameter automatically. WARNING: should
closing
this parameter be edited, it will be followed by a complete opening/closing cycle for setting purposes
(reported by the buzzer emitting a continuous beeping sound and the message SET appearing on the
display), during which obstacle detection is not enabled.
Partial
Partial opening [%]
opening
Adjusts partial opening percentage compared to total opening in "Partial open" mode.
Zone []
Zone
Sets the zone number of the door included in the serial connection for commands via central control-
lers. Zone 128: Serial connection for opposite Sliding Leaves.
Slow-down distance [%] (Fig.2 Rif. C)
Set the distance the gate needs to go from from high to low speed in percentage to total travel.
Slow-down
WARNING: should this parameter be edited, it will be followed by a complete opening/closing cycle
distance
for setting purposes (reported by the message "SET" appearing on the display), during which obstacle
detection is not enabled.
Opening deceleration space [%] (Fig.2 Rif. D)
Set the opening slow-down distance in percentage to total travel. This distance is covered at low spe-
Opening dece-
ed. WARNING: should this parameter be edited, it will be followed by a complete opening/closing
leration space
cycle for setting purposes (reported by the message "SET" appearing on the display), during which
obstacle detection is not enabled.
Closing slow-down distance [%] (Fig.2 Rif. E)
Set the closing slow-down distance in percentage to total travel. This distance is covered at low speed.
Closing dece-
WARNING: should this parameter be edited, it will be followed by a complete opening/closing cycle
leration space
for setting purposes (reported by the message "SET" appearing on the display), during which obstacle
detection is not enabled.
At this point, each control panel needs to be configured appropriately, starting by
entering a MASTER control panel that will have control over all the others, which
therefore have to be set as SLAVE units (see logic menu).
Also set the Zone number (see parameters menu) in the range 0 to 127.
The zone number allows you to create groups of automated devices, each of which
answers to the Zone Master. Each zone can have only one Master: the Master of
zone 0 also controls the Slaves of the other zones. Warning: the control panel
set as the MASTER must be the first in the series.
15.2) Opposite sliding leaves (Fig. T)
By means of a serial connection, it is also possible to obtain centralised control
of two opposite barriers/gates.
In this case, the Master M1 control panel will simultaneously manage closing and
opening for the Slave M2 control panel.
SETTING REQUIRED FOR OPERATION:
- MASTER board: zone=128, aster=ON
- SLAVE board: zone=128, aster=OFF
WIRING REQUIRED FOR OPERATION:
- The MASTER and SLAVE control units are interconnected through the 4 wires
(RX/TX) for the SCS1 interface boards;
- All the activation controls, as well as the remote controls must refer to the
MASTER board;
- All the photocells (checked or unchecked) must be connected to the MASTER
control panel;
- The safety edges (checked or unchecked) of the MASTER leaf must be connected
to the MASTER control unit;
- The safety edges (checked or unchecked) of the SLAVE leaf must be connected
to the SLAVE control unit.
15.3) EXPANDING OUTPUTS FOR SAFETY DEVICE TESTING VIA SCS-MA
BOARD (FIG. V)
When testing more than 2 devices (Ref. 4, 5, D, E Fig. V), the SCS-MA auxiliary
board must be used.
15.4) Interface with WIEGAND systems via SCS-WIE module.
Refer to the SCS-WIE module's instructions.
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