DITEC LCU30H User manual

36 35 34 33 32 31 +-LP - +LK 1520 0168
JR1
24V~
C
O
M
UPDOWN
TRF
ENTER
ESC
BAT KIT
F
U
S
E
F1
RDX
6ZENRS
ZENPRS
Trasformatore
Alimentazione
Motore 2
24V
Motore 1
LN
Passo-passo
Apertura parziale
Antenna
Lampeggiante
Elettroserratura
SCHEDA AD INNESTO
AUX
-
+
Uscita 24 V
Arresto di sicurezza
Sicurezza in chiusura
24V
Power supply
Motor 2 Motor 1
Flashing light
Electric lock
Step-by-step
Partial opening
24V output
Safety stop
Closing safety device
Antenna
Transformer
PLUG-IN BOARD
www.ditecautomations.com
IP2251EN • 2021-05-19
Ditec LCU30H
Installation manual for the control panel of
automations with one or two 24V motors
(translation of the original instructions)

2
IP2251EN
Contents
Subject Page
1. General safety precautions 3
1.1 Safety functions 4
2. EC Declaration of Conformity 4
3. Technical specifications 4
3.1 Applications 4
4. Installation and electrical connections 5
4.1 Maintenance 7
4.2 Standard installation 7
4.3 Connections diagram for standard installation 8
5. Programming 9
5.1 Switching the display ON and OFF 9
5.2 Navigation keys 9
5.3 Menu map 10
6. Quick start-up sequences 12
6.1 Selection of automation type 12
6.2 Configuration of the number of gate wings 12
6.3 Enabling the configurations 12
6.4 Adding remote controls 12
6.5 Configuration of the limit switches 13
6.6 Configuration of the safety devices 13
7. Application examples 14
7.1 Automations with two swinging gates 14
7.2 Automations with one swinging gate wing 14
8. Commands 15
8.1 SOFA1-SOFA2 or GOPAVRS self-controlled safety edge 16
9. Outputs and accessories 16
10. Jumper setting 17
11. Adjustments 18
11.1 Main menu 18
11.2 Second level menu - AT (Automatic Configurations) 19
11.2.1 Selecting the type of automation AT → AS and specific default settings 20
11.3 Second level menu - BC (Basic Configurations) 20
11.3.1 Additional BC level parameters that can be configured (available with AT → AA enabled) 21
11.4 Second level menu - BA (Basic Adjustment) 22
11.4.1 Additional BA level parameters that can be configured (available with AT → AA enabled) 23
11.5 Second level menu - RO (Radio Operations) 25
11.5.1 Additional RO level parameters that can be configured (available with AT → AA enabled) 26
11.6 Second level menu - SF (Special Functions) 27
11.6.1 Additional SF level parameters that can be configured (available with AT → AA enabled) 28
11.7 Second level menu - CC (Cycle Counter) 28
11.7.1 Additional CC level parameters that can be configured (available with AT → AA enabled) 29
11.8 Second level menu - EM (Energy Management) 29
11.8.1 Additional EM level parameters that can be configured (available with AT → AA enabled) 30
11.9 Second level menu - AP (Advanced Parameters) 30
11.9.1 Additional AP level parameters that can be configured (available with AT → AA enabled) 31
12. Signals visualised on the display 36
12.1 Display of automation status 33
12.2 Display of safety devices and commands 34
12.3 Visualisation of alarms and faults 35
13. Troubleshooting 38
Key
This symbol indicates useful information for the correct operation of the product.
Factory settings
This symbol indicates instructions or notes regarding safety, to which special attention must be paid.

3
IP2251EN
This installation manual is intended for qualified personnel only.
Installation, electrical connections and adjustments must be performed in accordance
with Good Working Methods and in compliance with the present standards.
This product must only be used for the specific purpose for which it was designed.
Any other use is to be considered improper and therefore dangerous. The manufac-
turer cannot be held responsible for any damage caused by improper, incorrect or
unreasonable use.
Read the instructions carefully before installing the product. Incorrect installation
may cause danger.
The packaging materials (plastic, polystyrene, etc.) should not be discarded in
the environment or left within reach of children, as they are a potential source
of danger.
Before installing the product, make sure it is in perfect condition.
Do not install the product in explosive areas and atmospheres: the presence of in-
flammable gas or fumes represents a serious safety hazard.
The safety devices (photocells, safety edges, emergency stops, etc.) must be
installed taking into account the applicable laws and directives, Good Working
Methods, installation premises, system operating logic and the forces developed by
the automation.
Before connecting the power supply, make sure the plate data correspond to those of
the mains power supply. An omnipolar disconnection switch with a contact opening
distance of at least 3mm must be fitted on the mains supply.
Check that there is an adequate residual current circuit breaker and a suitable over-
current cutout upstream of the electrical installation in accordance with Good Working
Methods and with the laws in force.
When requested, connect the automation to an effective earthing system that
complies with current safety standards.
During installation, maintenance and repair operations, cut off the power supply before
opening the cover to access the electrical parts.
The electronic parts must be handled using earthed antistatic conductive arms. The
manufacturer of the motorisation device declines all responsibility if component parts
not compatible with safe and correct operation are fitted.
Only use original spare parts when repairing or replacing products.
1. General safety precautions
Failure to observe the information given in this manual may lead to personal
injury or damage to the equipment.
Keep these instructions for future reference

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IP2251EN
ASSA ABLOY Entrance Systems AB declares that the Ditec LCU30H control panel complies
with the fundamental requisites and other relevant requirements laid down by the following
EC directives:
EMC Directive 2014/30/EU;
Low Voltage Directive 2014/35/EU.
RED Directive 2014/53/EU.
L a n d s k r o n a , 0 9 - 0 3 - 2 0 2 1 M a t t e o F i n o
President B.A. PGA
2. EC Declaration of Conformity
1.1Safety functions
The Ditec LCU30H control panel has the following safety functions:
- obstacle recognition with force limiting;
The maximum response time of the safety functions is 0.5s. The reaction time to a faulty safety
function is 0.5s.
The safety functions comply with the standards and performance level indicated below:
EN ISO 13849-1:2015 Category 2 PL=c
EN ISO 13849-2:2012
The safety function cannot be bypassed either temporarily or automatically. Fault exclusion
has not been applied.
3. Technical specifications
NOTE: the given operating and performance features can only be guaranteed with the
use of DITEC accessories and safety devices.
3.1 Applications
LCU30H LCU30HJ
Power supply 230V~ 50/60Hz 120V~ 50/60Hz
Power absorption 0,6A 1,2A
Fuse 1,6A 3,15A
Motor output 24V 6A max (X 2)
Power supply to accessories 0-1 24V 0,5A peak / 0,3A continuous
Ambient temperature -20°C - +55°C
Storable radio codes 100 / 200 see RO → MU → 20/10 (paragraph 11.6)
Radio frequency 433,92MHz
Degree of protection of the container IP55
Product size 187 x 261 x 102
Operating cycles Refer to the characteristics of the actuator used.

5
IP2251EN
• Perforate the relevant points in the bottom part of the box (Fig. 4.1).
• Fix the control panel permanently. You are advised to use round-head screws
(max head Ø 10mm) with a cross (hole centre distance indicated in Fig. 4.2 ).
• Insert the cable glands and corrugated tubes from the lower side of the container.
• Before connecting the power supply, make sure the plate data correspond to those of the
mains power supply.
• An omnipolar disconnection switch with a contact opening distance of at least 3mm must be
fitted on the mains supply.
• Check there is an adequate residual current circuit breaker and overcurrent cutout upstream
of the electrical system.
• For the power supply, use a H05RN-F 3G1.5 type electric cable. Connect it to the terminals L
(brown), N (blue), (yellow/green) inside the automation (Fig. 4.3, page 8).
NOTE: the maximum permitted wire section is AWG14 (2mm²).
• In order to comply with the essential requisites of the Standards in force, reclose the cover
once the wires have been connected to the terminal.
• Make sure there are no sharp edges that may damage the cables.
• Make sure the mains supply wires (230V) and the wires of the accessories (24V) are separated.
• The cables must have dual insulation, be sheathed near the relative connection terminals,
and be held in place with ties [A] (not supplied).
• If necessary, fit the clip hinges on the bottom of the box and on the cover (left or right side, as
preferred) (Fig. 4.4, page 8).
After making the adjustments and settings, fix the cover in place with the screws supplied (Fig.
4.5, page 8).
The connections to the mains power supply and to any possible low voltage wires (230V)
in the section outside the control panel must be made on an independent channel sep-
arated from the connections to the command and safety devices (SELV= Safety Extra
Low Voltage). The corrugated tubes must enter the control panel by a few centimetres
via the holes on the base box.
4. Installation and electrical connections

6
IP2251EN
A
Fig. 4.5
Fig. 4.3
Fig. 4.4
164
238
Fig. 4.2
Fig. 4.1

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IP2251EN
4.2Standard installation
4.1 Maintenance
Ref. Description Cable
1Transmitter /
2Flashing light 2 x 1mm²
Antenna (integrated in the flashing light) coaxial 50Ω
3Key selector switch 4 x 0.5mm²
Digital combination wireless keypad /
4Actuator 2 x 1.5mm²
Actuator with limit switch 3 x 1.5mm²
5Photocells 4 x 0.5mm²
6Control panel 3G x 1.5mm²
A
Connect the power supply to a type-approved omnipolar switch (not supplied), with a
contact opening distance of at least 3mm.
Connection to the mains must be via an independent channel, separated from the con-
nections to the command and safety devices.
The control panel doesn't require any special maintenance.
Make regular checks to ensure the seals on the box and the electrical connections are in good
condition.
1
4
6
A
32
5
5
4
5

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IP2251EN
4.3Standard installation diagram
C
NO NC
Power supply
36 35 34 33 32 31 +-LP - +LK 1520 016
LN
LCU30H
8
TX
01
TX
01
RX
01
RX
01
+ -LP
Power supply

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IP2251EN
The procedure to switch on the display is as follows:
• press the ENTER key ENTER
• the display functioning check starts
• the first level menu is displayed
The procedure to switch off the display is as follows:
• press the ESC key ESC
NOTE: the display switches off automatically after 60 s of inactivity.
•The simultaneous pressing of the ↑and ENTER keys produces an opening command.
UP
+
ENTER
→
•The simultaneous pressing of the ↓and ENTER keys produces a closing command.
DOWN
+
ENTER
→
•The simultaneous pressing of the ↑ and ↓ keys produces a POWER RESET com-
mand (power supply interruption and automation restart).
UP
+
DOWN
→
•Keep the UP ↑ or DOWN ↓ key pressed to begin fast menu scrolling.
•In some menus, the parameter measurement unit can be viewed by pressing the
ENTER key once the value has been displayed.
Example: setting of 10 seconds for parameter OB.
UP
→ →
ENTER
→ →
ENTER
→ →
ENTER
DOWN
5. Programming
5.1Switching the display ON and OFF
NOTE: pressure on the keys may be quick (less than 2s) or prolonged (longer than 2
s). Unless specified otherwise, quick pressure is intended. To confirm the setting of a
parameter, prolonged pressing is necessary.
5.2Navigation keys

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IP2251EN
5.3Menu map
Automation
selection
Automatic closing
time after partial
opening
Adjustment of thrust
on obstacles and
current - motor 1
Setting of memory
opening via remote
control
Setting of radio coded
messages
Adjustment of thrust
on obstacles and
current - motor 2 Maximum number of
remote controls that can
be stored in the integrated
memory
Menu navigation via remote
control keypad
Selection of function CH1 of
the stored remote control
Selection of function CH2 of
the stored remote control
Selection of function CH3 of
the stored remote control
Selection of function CH4 of
the stored remote control
Deletion of a
remote control
Total memory
deletion
Control panel firmware
version
Configuration
storage
Configuration
loading
Selection of the
number of gate wings
Reset general
settings
Activation of advanced
parameters menu
Opening
speed
Closing speed
Motor delay time
Function of output -LK+
Function of output +LP-
Remote control
storage
Visualisation of number of
remote controls stored
Obstacle recognition
time adjustment
Start-up time
adjustment
Adjustment of acceleration
time on opening
Adjustment of acceleration
time on closure
Adjustment of deceleration
time
Deceleration time on
opening
Deceleration distance on
closing
Adjustment of approach
speed during opening
Adjustment of approach
speed during closure
Obstacle detection limit
during opening
Obstacle detection limit
during closure
Delay time of motor 2
during opening
Electric lock
release time
Operation time -
motor 1
Operation time -
motor 2
Initial movement
speed
Residential 0
Residential 1
Condominium 0
Automatic closure
enabling
Automation status
at switch-on
Reversal safety
operation
Activation of
anti-freeze system NIO
Contact 1-5 command
operation
Activation of "operator
present" function
Radio receiver
operation
AUX1 board
operation
Start-up at
maximum power
Setting of step-by-step
sequence via command
1-5
Duration of STOP in
step-by-step sequence
via command 1-5
Check on
mechanical stops
Operation of
safety stop/closure
command
Automatic
closing time
Partial opening
measurement adjustment
Automatic configurations
Standard settings
Standard adjustments
Wireless operations
Special functions
*
**
Compatibility setting with
older generation GOL4
remote controls

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IP2251EN
Password
setting
Password
insertion
Deletion of
user settings
Loading of last
configuration set
Selection of device
connected to terminals
1-6 and 1-8
Switch-on time for
independently commanded
courtesy light
Fixed partial opening
Alarm counter
Alarm log
Alarm reset Display mode
Partial opening com-
mand of terminal 1-20
Courtesy light switch-on
time
Duration of disengagement
after edge intervention
Duration of disengagement
on stop during opening
Duration of disengagement
on stop during closure
Selection of type of
obstacle
Stroke estimate correction
NIO intervention
temperature and automatic
ramps
Visualisation of internal
panel temperature
Automatic ramp
adjustment
Setting pre-flashing time
on opening
Adjustment of approach
speed during closure
Renew automatic closing
time after safety device
release
Learning speed
setting
Selection of operating
mode for device connected
to terminals 1-6
Motor current
visualisation
Total number of
operations
Partial number of
operations
Power supply hours
Power supply hours
via battery
Maintenance alarm
setting
Visualisation of
maintenance alarm mode
Reset of partial operations
counter
Power supply via solar
panels
Signal for batteries
almost flat
Voltage threshold for
indicating when the
batteries are almost flat
Battery mode
Selection of opening
limit switch mode
Selection of closure
limit switch mode
Selection of device con-
nected to terminals 1-6
Selection of device
connected to terminals 1-8
Configuration of
input 1-9
Cycle counters
Energy management
Advanced parameters
*
*
*
*
*
Additional configurable
parameters available with
AT → AA is enabled.
Firmware update

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IP2251EN
6. Quick start-up sequences
6.1 Selection of automation type
Example of PWR35 automation selection
Example of PWR25 automation selection
NOTE: if no automation is selected (alarm active) using the UP DOWN keys, you can access the
values of parameter directly.
Set
Set
Set
Configuration example for a single gate wing
6.2 Configuration of the number of gate wings
6.4 Adding remote controls
6.3 Enabling the configurations
Step-by-step mode without automatic closure (residential use)
Step-by-step mode with automatic closure 1 min (residential use) [standard settings]
Opening mode with automatic closure 1 min (condominium use)
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
x2 s
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
x2 s
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→ →
ENTER
x1, x2, ... →
ESC
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→ →
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→ →
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→ →
ENTER

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IP2251EN
6.5 Configuration of the limit switches
6.6 Configuration of the safety devices
Set
Set
Set
Set
Set
With these settings, if an obstacle is detected while opening, the door wing stops and performs a
disengagement operation whereas during a closing operation, the door wing reopens.
With these settings, the gate wing stops against its respective mechanical closing end stop and
the opening limit switch.
If an obstacle is detected during the opening and before the activation of the stop limit switch, the
gate wing stops with a disengagement operation.
If an obstacle is detected during closure and before the activation of the proximity limit switch,
the gate wing reopens; once the proximity limit switch has been activated, the gate wing stops
against the obstacle.
Example 1 - Door wing stops against mechanical end stops (standard setting)
Example 1 - Configuration of the photocells connected to terminals 1-8 and 1-6
[standard settings]
Example 2 - Configuration of the safety edge with safety test simultaneously connected to
terminals 1-6 and 1-8
Example 2 - Door wing stops against limit switches
Example 3 - Door wing stops against mechanical end stops and reverses motion if an obstacle
is detected
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER
UP
+
DOWN
→
ENTER
→
UP
+
DOWN
→
ENTER
→
ENTER

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IP2251EN
7. Application examples
7.1 Automations with two swinging gates
7.2 Automations with one swinging gate wing
When the Ditec LCU30H control panel is used in applications for automations
with one swinging gate wing, the following connections can be made:
When the Ditec LCU30H control panel is used in applications for automations
with two overlapping swinging gate wings, the following connections can be
made:
(Fig. 7.1) Installation with mechanical end stops for opening and closure, and without the use of
electric limit switches.
(Fig. 7.2) Installation with mechanical end stop for closure, and with the use of electric limit switches
(stop during opening and proximity during closure).
(Fig. 7.3) Installation with mechanical end stops for opening and closure, and without the use of
electric limit switches.
(Fig. 7.4) Installation with mechanical end stop for closure, and with the use of electric limit switches
(stop during opening and proximity during closure).
24V24V
Motore 1Motore 2
12
3635 34 333231
24V24V
Motore 1Motore 2
12
3635 34 3332 31
Fig. 7.1 Fig. 7.2
24V=
1
Motore 1
3332 31
Fig. 7.3
1
24V=
Motore 1
3332 31
Fig. 7.4
Motor 2
Motor 2
Motor 1
Motor 1
Motor 1
Motor 1

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IP2251EN
8. Commands
Command Function Description
1 5 NO
STEP-BY-STEP
When selecting → → , the closure of the contact activates a
sequential opening or closing operation: opening-stop-closing-opening.
WARNING: if automatic closure is enabled, the duration of the stop
can be defined by selecting → .
The “opening-stop-closing-opening” sequence can be changed to
“opening-stop-closing-stop-opening” by selecting → .
OPENING When selecting → → , the closure of the contact activates
an opening operation.
1 6 NO CLOSURE When selecting → → , closing the contact activates a
closing operation.
1 6 NC SAFETY STOP
When selecting → → , opening of the safety contact stops
and prevents any movement.
NOTE: to set different safety contact functions, see the →
parameter settings.
1 8 NC
CLOSING
SAFETY
DEVICE
The opening of the safety contact triggers a reversal of the movement
(reopening) during the closing operation.
When selecting → → , the opening of the contact prevents
any operation when the automation is idle.
When selecting → → , the opening of the contact only pre-
vents closure when the automation is idle.
1 6
8 NC
CLOSING/
OPENING
SAFETY
DEVICE
The opening of the safety contact stops and prevents any movement.
NOTE: operation corresponds to that of contact 1-6 with →
→ .
1 20 NO PARTIAL
OPENING
The closure of the contact activates a partial opening operation.
Once the automation stops, the partial opening control performs the
opposite operation to the one performed before the stop.
1 20 NC
AUTOMATIC
CLOSURE OR
STOP
Selecting → → , the permanent closure of the contact
enables automatic closure if → .
Selecting → → , the opening of the safety contact causes
the movement to stop.
NOTE: the flashing light flashes.
WARNING: make a jumper for all NC contacts if not used, or deactivate them via the
relative menu. Terminals with the same number are equal.
You are advised to read paragraph 11 for all the details about the possible adjustments.

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IP2251EN
8.1SOFA1-SOFA2 or GOPAVRS self-controlled safety edge
Command Function Description
GOPAV
SOFA1-SOFA2
SAFETY TEST
Insert the SOFA1-SOFA2 or GOPAVRS device in the slot
for plug-in boards AUX1 or AUX2.
If the test fails, an alarm message appears on the display.
1 6
NC SAFETY STOP
When selecting → → , connect the output
contact of the safety device to terminals 1-6 on the con-
trol panel (in series with the photocell output contact, if
installed).
1 8
NC CLOSURE SAFE-
TY DEVICE
When selecting → → , connect the output
contact of the safety device to terminals 1-8 on the con-
trol panel (in series with the photocell output contact, if
installed).
1 6
8 NC
CLOSING/OPEN-
ING SAFETY
DEVICE
When selecting → → , connect the output
contact of the safety device to terminals 1-6-8 on the
control panel (in series with the photocell output contact,
if installed).
If → , and cannot be or .
9. Outputs and accessories
Output Value of
accessories Description
0
-
1
+
24V / 0.3A
Power supply to accessories.
Output for power supply to external accessories.
NOTE: the maximum absorption of 0.3A corresponds to the sum
of all terminals 1.
The gate open indicator light (1-13) is not calculated in the 0.3 A
indicated above, the maximum value considered is 3 W.
GOL148REA If the GOL868R4 radio receiver is used (868.35MHz), connect the
supplied antenna wire (90mm).
+LP- FL24
24V / 25W
Configurable 24V output (default: flashing)
The pre-flashing settings can be selected from the third level
menu → and/or → .
To modify the operating mode of the LP output, refer to the
selection → .
NOTE: compatible with 12/24 V~ electric locks
-+LK
24V / 15W
Electric lock
It is activated when the operation begins with the automation
closed.
To modify the operating mode of the LK output, refer to the
selection → .
NOTE: compatible with 12/24 V~ electric locks
AUX
SOFA1 – SOFA2
GOPAVRS
LAB9
BIXR2
BIXPR2
LAN7S
MOBCRE
The control panel has two slots for plug-in command and safety
boards.
The action of the control card can be defined by selecting
→ .
When using slot-in radio boards, remove the RDX module. The
display will show .
Warning: the plug-in board must be inserted and removed with
the power supply disconnected.

17
IP2251EN
Output Value of
accessories Description
RDX ZENRS
ZENPRS
The control panel is fitted with a housing for modules of the
6ZENRS radio receiver type (433.92MHz).
Can be replaced with a radio receiver module of the ZENPRS
type (868.35MHz).
The operating mode is selected via → .
When using slot-in radio boards, remove the RDX module. The
display will show .
WARNING: the modules must be inserted and removed with the
power supply disconnected.
COM
BIXMR2
COM - This allows the functioning configurations to be saved using
the function → .
The saved configurations can be recalled using the function
→ .
COM - The storage module allows the remote controls to be stored.
If the control panel is replaced, the storage module being used
can be inserted in the new control panel.
WARNING: the storage module must be inserted and removed
with the power supply disconnected, and paying attention to
the positioning direction.
BAT
SBU
BAT - Battery-powered operation.
The batteries are kept charged when the power supply is on. If the
power supply is off, the panel is powered by the batteries until the
power is re-establish or until the battery voltage drops below the
safety threshold. The control panel turns off in the last case. Warn-
ing: the batteries must always be connected to the control panel
for charging. Periodically check the efficiency of the batteries.
NOTE: the operating temperature of the rechargeable batteries
is from +5°C to +40°C.
For advanced control of battery-powered operation, refer to the
menu .
Jumper Description OFF ON
JR1
Display mode selection. Display mode.
Only the values and parame-
ters present can be displayed.
Maintenance mode.
Only the values and parame-
ters present can be displayed
and modified.
Activated maintenance mode
is indicated by the permanent
switching on of the right-hand
point on the display.
10. Jumper setting

18
IP2251EN
• use the UP and DOWN keys to select the required function
• press ENTER to confirm
After confirming the selection, you access the second level menu.
11.1Main menu
Display Description
AT - Automatic Configurations.
The menu allows you to manage the automatic configurations of the control panel.
BC - Basic Configurations.
The menu allows you to display and modify the main settings of the control panel.
BA - Basic Adjustments.
The menu allows you to display and modify the main adjustments of the control panel.
NOTE: some settings require at least three operations before they are set correctly.
RO - Radio Operations.
The menu is used to manage the radio functions of the control panel (alarm management, diag-
nostics enabling, FW updating).
SF - Special Functions.
The menu allows you to set the password and manage the special functions in the control panel.
CC - Cycles Counter.
The menu allows you to display the number of operations carried out by the automation and
manage the maintenance interventions.
EM - Energy Management.
The menu allows you to display and modify the energy saving settings and adjustments (Green
Mode and battery management).
AP - Advanced Parameters.
The menu allows you to display and modify the advanced settings and adjustments of the control
panel (limit switch mode, selection of devices connected to the terminals, disengagement duration
adjustments, flashing light adjustments, etc.).
NOTE: some settings require at least three operations before they are set correctly.
11. Adjustments
For each function of the main menu, there are also additional configurations that
can be viewed by enabling the function (see the following paragraph).
From the main menu you can access the second level menu as follows:
NOTE: depending on the type of automation and control panel, some menus may not
be available.
NOTE: to check if the parameters have actually been modified, quit the relative pa-
rameter and then access it again. The modifications will take effect from the next op-
eration.

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AT - Automatic configurations
11.2 Second level menu - AT (Automatic Configurations)
Display Description Selections
available
AS - Automation selection
This selection pre-sets the type of motor and a sub-set of parameters
linked to the kinematic mechanism of the automation for a standard
installation.
See "Selection of automation type", paragraph 11.2.1.
Each parameter can still be modified when necessary.
NW - Selection of the number of gate wings
In the case of automations with a single gate wing, connect motor 1.
H0 - Predefined setting, residential use 0
This selection loads predefined values for certain standard parameters:
AC - enabling of automatic closing : 1-2
C5 - step-by-step/opening command operation: Step-by-step
RM - remote control operation : Step-by-step
AM - AUX plug-in board operation : Step-by-step
SS - Selection of automation status at start-up: open
H1 - Predefined setting, residential use 1
This selection loads predefined values for certain standard parameters:
AC - enabling of automatic closing : enabled
TC - setting of automatic closing time : 1 minute
C5 - step-by-step/opening command operation : Step-by-step
RM - remote control operation : Step-by-step
AM - AUX plug-in board operation : Step-by-step
SS - Selection of automation status at start-up : closed
C0 - Predefined setting, condominium use 0
This selection loads predefined values for certain standard parameters:
AC - Enabling of automatic closure : enabled
TC - setting of automatic closing time : 1 minute
C5 - step-by-step/opening command operation : Opening
RM - remote control operation : Opening
AM - AUX plug-in board operation : Opening
SS - Selection of automation status at start-up : closed
RD - Resetting of general settings (SETTINGS RESET)
→→
→
2
”
ENTER
2
”
ENTER
AA - Activation of additional configurable parameters for each func-
tion of the main menu.
→
2”
ENTER
After activation you can scroll through the third level menus.
The third level menus are activated for 30 min.

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11.2.1 Selection of automation type → and specific default
settings
AS
Type of
automation
Model R1-R2
Thrust
on
obsta-
cles and
current
VA -
VC
Speed
during
opening
and
closure
VR
Learning
speed
PO-PC
Ap-
proach
speed
TA
Accel-
eration
time
during
opening
TQ
Accel-
eration
time
during
closure
VM
Ramp
start-up
speed
OBBI3BH 50 24 18 07 2 3 03
ARCBH 70 14 10 06 2 3 03
FACIL3H 50 12 10 05 2 3 03
LUXO3BH-4BH 40 16 12 06 1 2 10
PWR25H 50 18 10 05 2 3 03
PWR35H 50 20 12 06 2 3 03
PWR40H 40 22 15 06 1 2 10
11.3Second level menu - BC (Basic Configurations)
Display Description Selections
available
AC - Enabling of automatic closure
ON - Enabled
1-2 - Dependent on input 1-2
SS - Selection of automation status at start
OP - Open
CL - Closed
Indicates how the control panel considers the automation at the time
of switch-on, or after a POWER RESET command.
SO - Enabling of reversal safety contact functioning
ON - Enabled
OF - Disabled
When enabled (ON) with the automation idle, if the contact 1-8 is open, all oper-
ations are prevented.
When disabled (OF) with the automation idle, if the contact 1-8 is open, opening
operations are permitted.
NI - Enabling of NIO electronic anti-freeze system
ON - Enabled
OF - Disabled
When enabled (ON), it maintains the efficiency of the motor even at low ambient
temperatures.
NOTE: for correct operation, the control panel must be exposed to the same am-
bient temperature as the motors.
The intervention temperature for NIO can be set by selecting → .
BC - Basic configurations