SEA UNIGATE 1I User manual

FULL MANUAL
(Rev. 02)
and
SAFETY
INFORMATION
67412245 REV. 01 - 02/2023
QUICK START
UNIGATE
INVERTER
(1I - 2I - 1I BIG - 2I BIG)
UNIGATE
24V
UNIGATE
BR (36V)
SEA USA Inc.
10850 N.W. 21st - unit 160 - DORAL - MIAMI
Florida (FL) 33172
Phone: ++1-305.594.1151
www.sea-usa.com

INDEX
1 - COMPONENTS
    «»  
2 - QUICK START SEQUENCE:
  «», «», «24», «»      
       «»  
WIRINGS
A
A1
A2
A3
B
3
4
4
4
BASIC MENU SETTINGS
B1
B2
B3
B4
B5
  -  1
   -  6
       -  4
   -  3
         -  7
A4        « » 
CMOTORS OPERATION TEST (MENU 192  193)
WORKING TIMES LEARNING
E
          
     SEA  
     
E1
E2
E3
E4
7
7
7
7
7
7
8
8
8
8
9
9
The UNIGATE control unit requires the working times learning procedure!
it is not possible to start the operator correctly without first programming the control unit!
3 - MENU TABLE
10
13
   «», «24»  «» 
5
6
7
DACTIVATION OF ENCODER  POTENTIOMETER (IF INSTALLED)
8
       «» 
E5
9
      
 
 

Start
Stop
Common
Antenna
Common
Photocell 1
Common
Lamp
500mA max
*AUX programmable
24Vdc 1A max.
Photocell 2
Partial START
-
Safety edge 2
UP DOWN OK
BLACK WHITE RED
+
Common
Common
Opening limit switch 1
Closing limit switch 1
Opening limit switch 2
Closing limit switch 2
EXTERNAL
MODULE
CONNECTOR
JOLLY
JOLLY 3
SEACLOUD
EXP
RF RECEIVER
CONNECTOR
PRIMARY
SECONDARY
CONNECTOR
CNR
P/S
CNP
OPEN
(Firmware update)
FIX
RF FIX RECEIVER
CONNECTOR
COMIS - max. 350 mA
Common accessories
*24V - max. 1A
CR1
+
-
Electric lock
(+) Position Gate
Data Position Gate 1
Data Encoder 1
Data Position Gate 2
Data Encoder 2
Programmable input 1 Programmable input 2
(+) Encoder
*24V max 1A
Common
CR2
RELAY 1
DRY CONTACT
RELAY 2
DRY CONTACT
CLS
LIMIT SWITCH
QUICK
CONNECTOR
M1 M2
MODULES
CONNECTORS
MOTOR 1 or 2
BATTERY
CONNECTOR
UNIT
POWER SUPPLY
PROGRAMMING BUTTONS
* All the 24V inputs support a maximum load of 1A referred to the sum of the loads of all 24V
accessories connected, including the absorption of the receiver on board (30 mA)
CN1
ANT COM START STPD STOP COM PH1 PH2 EDGE1 EDGE2 COM AUX FL(-)
CN2
LSO1 LSC1 COM LSO2 LSC2 24V+ COMIS LOCK
-
CN3
+PG E1/D1 COM E2/D2 GP1 GP2 COM 24V
98
7
6
5
4
3
2
110 13
12
11
14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
COM1 NO1 NC1
COM1 NO1 NC1
«» - «24» - «»
24V DC
CN1
ANT COM START STPD STOP COM PH1 PH2 EDGE1 EDGE2 COM AUX FL(-)
LSO1 LSC1 COM LSO2 LSC2 24V+ COMIS LOCK
98
7
6
5
4
3
2
110 13
12
11
14 15 16 17 18 19 20 21 22
CN2
-
CN3
+PG E1/D1 COM E2/D2 GP1 GP2 COM 24V
23 24 25 26 27 28 29 30
N.C. CONTACTS
Automatic recognition of the N.C. inputs not in use - No jumpers required on the N.C. contacts
Safety edge 1
98
7
6
5
4
3
2
110 13
12
11
2221
20
19
18
17
16
15
14
23 26
25
24 27 30
29
28
UP DOWN OK
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
-
-
CN1
CN2
CN3
JOLLY
CLOUD
CNB
CR2
CLS
EXP FIX
FIX CNR
CNP
BAT
DISPLAY
CR1
M1
MODULE 1
M2
MODULE 2 P/S
PRIMARY
SECONDARY
RL2 RL1
PW
POWER
+
-
S
+
-
+
-
PW CNB
S
+
-
1 - COMPONENTS
1.1 - «UNILOGIC» MODULE COMPONENTS
WARNING: CONNECT ALL DEVICES WHEN THE CONTROL UNIT IS SWITCHED-OFF
3

CN1
13
12
11
10
9
WIRINGS
A
A1
CN3
23 24 25 26 27 28 29 30
For the wiring of further accessories, for other encoder types, for encoder/potentiometer adjustments
and for more details on accessories settings, use the full technical manual!
CN3
23 24 25 26 27 28 29 30
ENCODER M1 ENCODER M2
CN3
23 24 25 26 27 28 29 30
M1 M2
2 - QUICK START SEQUENCE
F       A - B - C - D - E        
F    ,          !
8
7
6
5
4
3
2
1
TX1
TX2
24Vaux
CN1
RX1
RX2
13
12
11
910
14 15 16 17 18
CN2
For the limit switches wirings of
«big fast», «joint 4 ls» or bollards, see
the full technical manual - chapter 5
MOTOR 1 OPENING LIMIT SWITCH
MOTOR 1 CLOSING LIMIT SWITCH
MOTOR 2 OPENING LIMIT SWITCH
MOTOR 2 CLOSING LIMIT SWITCH
Start
Stop
Common
Common
Photocell 1
Photocell 2
Partial Start
Antenna
Common
BLUE 24
BLACK 25
RED 30
BLUE 26
BLACK 29
RED 30
POTENTIOMETER M2
POTENTIOMETER M1
«RT» ABSOLUTE
ENCODER
«RT» ABSOLUTE
ENCODER
BLUE 23
BLACK 24
BROWN 25
BLUE 23
BLACK 26
BROWN 29
BROWN 23
WHITE 24
GREEN 25
BROWN 23
WHITE 26
GREEN 29
       «»  
Make all wirings when the unit is not powered!
Do not jumper the N.C. inputs not in use!
N.C.
N.C.
N.C.
N.C.
14
16
15
16
17
16
18
16
Com
98
710 12
11
CN1
Photo1
Photo2
Com
24V AUX
1A max
UP TO 4 10K PHOTOCELLS
CN1
13
12
11
10
9
-
+
10K
PHOTOCELL
7 8
CN1
Edge 1
Edge 2
Com
Lamp
FL(-)
24V aux
SAFETY EDGE 1
Photo1
Com
24Vaux
LampFL(-)
SAFETY EDGE 2
4

Motor wiring on «FV» inverter module (or two motors wiring on two «FV» inverter modules)
A2
According to the UNIGATE model in use, make the operator (or operators) wirings on the corresponding module type
by following the wiring diagrams below
 
One or two motors wiring on «24V» module
U V W
C5A DRY
MOTOR
UNIGATE - 1I
*
PE
L N U V W
C5A DRY
MOTOR
PE
L N U V W
C5A DRY
MOTOR
MOTOR 1
MOTOR 2
UNIGATE - I2
= BLACK
= WHITE
= RED
U
V
W
MOTOR 1 (115V)
** U V W
C5A DRY
MOTOR
*
**
BLUE 230V
BROWN 230V
DO NOT CONNECT CAPACITORS! DO NOT CONNECT CAPACITORS!
(EXAMPLE)(EXAMPLE)
*
= BLACK
= WHITE
= RED
U
V
W
MOTOR 2 (115V)
**
*
**
BLUE 230V
BROWN 230V
5 4 3 2 1
-
+
-
+ B+ B
-
PE U V W
CN1
UNIGATE 24V
CN2
M 1
L1 L2
-
S+ M 1
+
M 2
CN2 CN3
USB
CN3
M 2
UNIGATE BR UNIGATE 2BR
MOTOR 1 (36V) MOTOR 2 (36V)
CN1
PE U V W
CN1
PE U V W
= RED (BROWN)
= BLACK (BLUE)
-
+
MOTOR 1 (24V) MOTOR 2 (24V)
= RED (BROWN)
= BLACK (BLUE)
-
+
(EXAMPLE)(EXAMPLE)
(EXAMPLE)(EXAMPLE)
= BROWN
= BLACK
= BLUE
= YELLOW/GREEN
W
V
U
PE
= BROWN
= BLACK
= BLUE
= YELLOW/GREEN
W
V
U
PE
CONNECT THE GROUND CABLE ON «PE»CONNECT THE GROUND CABLE ON «PE»
MOTOR 1
MOTOR 2
5 4 3 2 1
-
+
-
+ B+ B
-
PE U V W
CN1
Motor wiring on «BR» 36V brushless module (or two motors wiring on two «FV» inverter modules)
5

«FV» inverter module connection to the main power supply
«UNILOGIC» module connection to the main power supply
A3
        
TERMINAL
ON «UNILOGIC»
MAIN
POWER SUPPLY
(EXAMPLE OF
SWITCHING)
+
-
PW
SWITCHING
N
G
L
LN
---
+++
98
7
6
5
4
3
2
110 13
12
11
2221
20
19
18
17
16
15
14
23 26
25
24 27 30
29
28
UP DOWN OK
- -
-------- -------- -------- --------
PW
«UNILOGIC»
PE
L N U V W
C5A DRY
98
7
6
5
4
3
2
110 13
12
11
2221
20
19
18
17
16
15
14
23 26
25
24 27 30
29
28
UP DOWN OK
-
-
--------
--------
--------
--------
M1 USB
«FV» MODULE
PE
L N
POWER
BLACK
WHITE
GREEN
BLACK
RED
«UNILOGIC»
WIRINGS
AS ABOVE
(EXAMPLE OF
SWITCHING)
+
-
PW
N
G
L
LN
---
+++
BLACK
WHITE
GREEN
BLACK
RED
«UNILOGIC»
«UNILOGIC»
«24V» MODULE
98
7
6
5
4
3
2
110 13
12
11
2221
20
19
18
17
16
15
14
23 26
25
24 27 30
29
28
UP DOWN OK
-
-
--- -----
--- -----
--- -----
--- -----
M1 USB
L1
L2
-
S+ M 1
+
M 2
CN1
PW
+
-
SWITCHING
PW
N
G
L
LN
---
+++
}
-
S+
+
CNB
CN1
S
+
-
CNB
BLACK
BLACK
RED
RED
RED
MAIN
POWER SUPPLY
TERMINAL ON
«24V» MODULE
TERMINALS
ON «UNILOGIC»
BLACK
WHITE
GREEN
«24V» module connection to the main power supply
«BR» 36V brushless module connection to the main power supply
}
PW
2221
20
19
18
17
16
23 26
25
24 27 30
29
28
-
--- ------ -------
5 4 3 2 1
USB
USB
M1
+
-
SWITCHING
PW
N
G
L
LN
---
+++
-
+
CN3
-
+
CN4
BLACK
RED
MAIN
POWER SUPPLY
TERMINAL ON
«UNILOGIC»
TERMINALS
ON
«BR» MODULE
BLACK
WHITE
GREEN
15
-
+
-
+ B B+
-
PE U V W
CN3
CN4
98
7
6
5
4
3
2
110 13
12
11
UP DOWN OK
-
«BR» MODULE
14
--- ------ -------
RED
BLACK
6

Turn on the control unit and check for the correct status of the inputs
S  P S   N.O. (0)
A     N.C. (1)
00111110
1 2 3 4 5 6 7 8 1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
11111111
Every input corresponds to a
position on the display, according
to the diagram aside;
Every input can be:
*
00111110
11111111
START
(N.O.)
00111110
11111111
00101110
11111111
A4
9 10 11 12 13 14 15 16
ON
POWER ON
00111110
11111111
5
SECONDS
EXAMPLE
03.16
0
1
N.O. - NORMALLY OPEN
N.C. - NORMALLY CLOSED
SOFTWARE
REVI S ION
INPUTS
STATUS
       « » 
START (**)
PARTIAL START
STOP
PHOTOCELL 1
PHOTOCELL 2
SAFETY EDGE 1
SAFETY EDGE 2
NOT IN USE
MOTOR 1 OPENING LIMIT SWITCH
MOTOR 1 CLOSING LIMIT SWITCH
MOTOR 2 OPENING LIMIT SWITCH
MOTOR 2 CLOSING LIMIT SWITCH
E1/D1 (DATA M1) (*)
E2/D2 (DATA M2) (*)
GP1 (*)
GP2 (*)
PHOTOCELL 1
(N.O.)
PHOTOCELL 1
(N.C.)
Inputs available only if the slowdown limit switches are connected
START
(N.C.)
10111110
11111111
B
B1
EXAMPLE
EXAMPLE
EXAMPLE
EXAMPLE
B2
1
UP
3
MOTOR OK UP OK
2-SLIDING
When a type is set, the parameters
of the special menu automatically
set to the useful values for that type!
B3
1
UP
4
GATES
NUMBER OK UP OK
B4
UP OK UP OK
6
LOGIC
AUTOMATIC
B5
UP OK UP OK
3
MOTOR
4
GATES
NUMBER
6
LOGIC
10
SECONDS
7
TIMER TO
CLOSE
Set a time to work in «automatic»
logic. If set to «0» the logic will be
«semi-automatic» (i.e. automatic
reclosing disabled)
Note: once a choice is confirmed,
the display returns to the initial
menu, to continue the settings
LANGUAGE
BASIC MENU SETTINGS
  -  1
       -  4
   -  3
   -  6
           -  7
SOFTWARE
REVI S ION
INPUT
STATUS
ON
POWER ON
UP OK UP OK
00111110
11111111
03.16
5
SECONDS
1
LANGUAGE
ENGLISH
EXAMPLE
7


C
UP OK
UP
192
MOVE
GATE 1
DOWN

MOTORS OPERATION TEST (MENU 192  193)
7
TIMER TO
CLOSE
If the gate opens by pressing UP and if the
gate closes by pressing DOWN, so the motor
runs correctly, otherwise swap the motor
cables. In case of 2 operators, test the
second one on menu 193 in the same way
ENCODER  POTENTIOMETER ACTIVATION (ONLY IF INSTALLED)
D
UP OK
16
SPECIAL
MENU
17
OPENING
SPEED
SPECIAL MENU
OK
UP
32
ENCODER
DOWN
UP
HOLD PRESSED
5 SECONDS
TO EXIT THE
SPECIAL MENU
CONFIRM THE
TYPE IN USE
UP
ON
UP
ENC
ABC
UP
NATIVE
UP
POSITION
GATE
UP
RT
UP
RS 485
OFF
OK
03.16
SOFTWARE REVISION
11111111
00111110
5 SEC.
INPUTS STATUS
UP
1
LANGUAGE
1
LANGUAGE
(EXAMPLE)
UP DOWN
E
E1
When the learning cycle starts, press UP on the stop points of each motor (M1 - M2)
E2
WORKING TIMES LEARNING
          
(for operators without limit switch, without encoder and without potentiometer -
     SEA  
ie: double hydraulic swing operator)
a
}
UP
03.16
11111111
00111110
OK UP
ON
M1 M2
OFF
ON
POWER
OFF
POWER
ON
UP
UP
UP
UP
UP
UP
UP


 

UNLOCK LOCK
LEAVES ON HALFWAY
(EXAMPLE)(EXAMPLE)(EXAMPLE)
(EXAMPLE)
(EXAMPLE)
SOFTWARE
RE VIS IO N
INPUTS
STATUS
5
SECONDS
1
LANGUAGE
9
PROGRAMMING
THE LEARNING CYCLE STARTS:
M2 CLOSES
M1 CLOSES
M1 OPENS
M2 OPENS
M2 CLOSES
M1 CLOSES
OFF ON
POWER
OFF
POWER
ON
(EXAMPLE)
(EXAMPLE)
03.16
(EXAMPLE)
SOFTWARE
RE VIS IO N
LEAF ON HALFWAY
UNLOCK LOCK
00111110
HOLD
PRESSED
UP
THE LEARNING
CYCLE STARTS:
CLOSE - OPEN - CLOSE
5
SECONDS
INPUTS
STATUS
11111111
5 SECONDS
8

THE LEARNING CYCLE STARTS:
UNLOCK LOCK
EXAMPLE
EXAMPLE
CLOSE - OPEN - CLOSE
E3
11111111
00111110
UP UP
1
LANGUAGE
OK
9
PROGRAM-
MING
UP
ON
OK
If the motor starts closing, reaches the limit switch lever and stops, then swap the limit switch cables and repeat the procedure;
OFF ON
POWER
OFF
POWER
ON
03.16
a
a
If the motor starts opening, reaches the limit switch lever and stops, then swap the motor cables and repeat the procedure;
The limit switches are automatically detected
     
SOFTWARE
REVI S ION
EXAMPLE
5
SEC.
INPUT STATUS
LEAF ON HALFWAY
      
E4
POTENTIOMETER or «RT» ENCODER: the learning cycle also includes the slowdown cycle
a
a
SINGLE MOTOR or BARRIER: (always starting with the motor or beam halfway) - the learning cycle is: CLOSE - OPEN - CLOSE
If the learning cycle starts in opening, reverse the motors on menu 5 and repeat the procedure
a
UP
REVERSE
MOTOR
ON
5
UP
UNLOCK LOCK
03.16
11111111
00111110
ON
M1 M2
OFF
ON
POWER
OFF
POWER
ON
UP
UP
OK
LEAVES ON HALFWAY
(EXAMPLE)(EXAMPLE)(EXAMPLE)
(EXAMPLE)
(EXAMPLE)
SOFTWARE
RE VIS IO N
INPUTS
STATUS
5
SECONDS
1
LANGUAGE
9
PROGRAMMING
THE LEARNING CYCLE STARTS:
M2 CLOSES
M1 CLOSES
M1 OPENS
M2 OPENS
M2 CLOSES
M1 CLOSES
E5        «» 
Check that the «RT» encoder is enabled on menu 32, as indicated in the previous step;
11111111
00111110
UP UP OK UP
UP UP
OFF ON
POWER
OFF
POWER
ON
03.16
}
OK OK
MANUAL
DOWN
STORED
OK OK
OK OK
UNLOCK LOCK
LEAF ON HALFWAY
(EXAMPLE)
(EXAMPLE)
(EXAMPLE)
SOFTWARE
RE VIS IO N
INPUTS STATUS
5
SECONDS
1
LANGUAGE
PROGRAMMING
PROGRAMMING
9
SELECT THE OPENING DIRECTION
CHOOSE
DIRECTION
RIGHT
LEFT
HOLD UP TO
THE MAX.
OPENING
HOLD UP TO
THE MAX.
CLOSING
STORED
At the end of the procedure the gate performs the cycle: CLOSE - OPEN - CLOSE - OPEN WITH SLOWDOWN - CLOSE WITH SLOWDOWN
a
a
52
I. AP. M1
53
I. CH. M1
At the end of the procedure it is possible to fine-tune the end-of-stroke points by 1 cm pitch
through the sub-menus 52 and 53 (menu 32 - see the menu table)
9

SET DESCRIPTION MODEL DEFAULT NOTE
Italiano Italian
English English
Français French
Español Spanish
Dutch Dutch
Start Start
Partial opening Partial opening
External module External module
INVERTER
24V
Stop Stop
Relay 1
To Activate Relay 1 for 3 seconds. This function requires
menu "Relay 1" set on "TX Relay"
Relay 2
To Activate Relay 2 for 3 seconds. This function requires
menu "Relay 2" set on "TX Relay"
Bistable Stop
Pressed once, it stops the gate.
Pressed twice, it reactivates the START input
Latch opening
One impulse opens and keep open.
A second impulse restore the movement
Latch closing
One impulse closes and keep closed.
A second impulse restore the movement
Unlock
To store a command for unlocking the electric brake
Delete a transmitter
To delete a single transmitter (TX)
Move to EEP
To transfer the transmitters stored on the control unit
to the external EEPROM (MEM), if connected
Clear memory
To delete the full TX memory on the receiver
End
To exit the menu "transmitters"
1- Hydraulic
Hydraulic operators - Series I (INVERTER)
2- Sliding
Sliding operators - Series I (INVERTER)
3- Reversible Sliding
Reversible sliding operators - Series I (INVERTER)
4- Electromechanic swing
Electromechanic swing operators - Series I (INVERTER)
5- Three-phase - Bollards
Three-phase operators and Bollards
Series I-BIG (INVERTER with BIG module)
7- Barrier Barriers - Series I (INVERTER)
8- BIG Fast
BIG Super Fast 4LS
Sliding operators - Series I-BIG (INVERTER with BIG module)
9- BIG Sliding operators - Series I-BIG (INVERTER with BIG module)
10- JOINT 4LS
Hydraulic operator with 4 limit switch Series I (INVERTER)
60- BIG ABSOLUTE Sliding operators - Series I-BIG (INVERTER with BIG module)
61- SEAGEAR ABSOLUTE Sliding operators - Series I-BIG (INVERTER with BIG module)
62- RAPID DOOR Electromechanic operator - Series I (INVERTER)
60- BIG ABSOLUTE Sliding operator - Series I-BIG (INVERTER with BIG module)
61- SEAGEAR ABSOLUTE Sliding operator - Series I-BIG (INVERTER with BIG module)
62- RAPID DOOR Electromechanic operator - Series I (INVERTER)
64 - LEPUS FAST *
Sliding operator - Series I (INVERTER)
81 - LEPUS FAST ABSOLUTE
Sliding operator - Series I (INVERTER)
82- SLIDING ABSOLUTE
Sliding operator - Series I (INVERTER)
ALL
ALL
UNIGATE - MENU FUNCTIONS TABLE
MENU
1
LANGUAGE
English
LEGEND
INVERTER - FUNCTION AVAILABLE ON MODEL UNIGATE WITH "FV" INVERTER MODULE (1I - 2I - 1I BIG - 2I BIG)
24V - FUNCTION AVAILABLE ON MODEL UNIGATE WITH 24V MODULE
BR - FUNCTION AVAILABLE ON MODEL UNIGATE WITH BR MODULE
ALL - COMMON FUNCTIONS - AVAILABLE ON ALL UNIGATE MODELS
ALL
Hydraulic
continues…
Start
Partial
openin
g
INVERTER
3
MOTOR
2
TRANSMITTERS
10

SET DESCRIPTION MODEL DEFAULT NOTE
32- ORION BOX FAST
24Vdc electromechanic operator
35- SURF
24Vdc electromechanic operator
39- HT 270/390 24VDC
24Vdc hydraulic operator
43- SURF FAST
24Vdc electromechanic operator
65 KITE LS
24Vdc electromechanic operator
50- HALF TANK BR
Hydraulic operator - Series BR (BRUSHLESS)
51- SURF BR Electromechanic swing operator - Series BR (BRUSHLESS)
52- SATURN BR
Electromechanic operator - Series BR (BRUSHLESS)
54- SPRINT BR (RT)
Hydraulic barrier with Encoder RT
(already set by default) - Series BR (BRUSHLESS)
55 KITE LS BR
Operatore elettromeccanico - Serie BR (BRUSHLESS)
56- COMPACT BR
Hydraulic operator - Series BR (BRUSHLESS)
57- JOINT BR
Operatore idraulico - Serie BR (BRUSHLESS)
58- LEPUS RACK BR (ABC)
Sliding operator with Encoder "ABC" - BR (BRUSHLESS)
66- LEPUS CHAIN BR**
Sliding operator with chain - series BR (BRUSHLESS)
4GATES NUMBER From 1 to 2 To set the number of motors to be managed
INVERTER
24V - BR
1
On
To reverse the opening with the closing or vice-versa
(both motors and limit-switches are reversed)
Off Off
Automatic Automatic
Open-stop-close-stop-open Step by step type 1
Open-stop-close-open Step by step type 2
2 button Two buttons
Safety Safety
Dead man Dead man
Off
Semi-automatic logic - (a START command opens and
another START closes - automatic closing disabled)
1 240 Setting from 1 second to 4 minutes
Off The Start command is not accepted during pause
On The Start command is accepted during pause
Off On To start the working times self-learning ALL
Choose direction
This menu is shown in case of operators with "RS 485"
Encoder or in case of a sliding operator with "RT"
Encoder -it allows to program one or two operators
with RS 485 Encoder, in automatic or manual mode or
to program a sliding operator with "RT" Encoder, in
manual mode
INVERTER
24V
BR
10
TEST START Off On
To give a Start command for testing the automation
(It can be used only on units already programmed!)
ALL Off
11 BEAM LENGTH
3m - 4m - 5m - 6m
7m - 7,5m - 8m
This menu will be shown only if the option
7-Barrier is set in the menu 3-MOTORS.It allows to
choose the beam length (values in meters)
INVERTER
BR
- - - -
12
SLOWDOWN
LIMIT SWITCH
Off On
This menu will be shown only if the option
5-Threephase/Bollards is set in the menu
3-MOTORS. It allows to activate the slowdown limit
switch on bollards
INVERTER Off
8
START IN PAUSE
Off
ALL
ALL
9
PROGRAMMING
Off
5
REVERSE MOTOR
Off
ALL
MENU
* Only for LEPUS FAST 220V. In case of LEPUS FAST 110V, choose the option 2-Sliding
** With LEPUS CHAIN BR operator, the menu-32 is not visible as set by default on "RT"
BR
HALF
TANK
BR
3
MOTOR
6
LOGIC
Auto-
matic
24V
SURF
ALL
7
TIMER TO CLOSE
Off
11

SET DESCRIPTION MODEL DEFAULT NOTE
13 LATCH PAUSE Off On
If "ON" the operator complies with the pause time set
when the function "LATCH OPENING" is disabled. When
"OFF" the pause time set is not respected
INVERTER
24V
BR
Off
14
RESET
192 MOVE GATE 1 *
INVERTER
24V
BR
- - - -
193 MOVE GATE 2 *
INVERTER
24V
BR
- - - -
15
END
16
SPECIAL MENU
MENU
Allows the movement of the gate in a temporary "dead man" mode
(for example to test the correct running of the motor)
HOLD UP PRESSED = THE GATE OPENS
HOLD DOWN PRESSED = THE GATE CLOSES
Allows the movement of the gate in a temporary "dead man" mode
(for example to test the correct running of the motor)
HOLD UP PRESSED = THE GATE OPENS
HOLD DOWN PRESSED = THE GATE CLOSES
* The command is accepted only at the end of the cycle or after a STOP; it is not accepted during the cycle and during the pause
A count-down of 5 seconds will start by holding the UP button; at its end "INIT" will appear on the display as
confirmation of the control board reset
Press OK to return to the display of the firmware version and to the one of inputs state
Press OK to enter the special menu
12

SET DESCRIPTION MODEL DEFAULT NOTE
10 100 INVERTER
20 100 24V
30 100 BR
10 100 INVERTER
20 100 24V
30 100 BR
10 100 INVERTER
20 100 24V
30 100 BR
10 100 INVERTER
20 100 24V
30 100 BR
21
SLOWDOWN SPEED
IN OPENING 1
From 10% to 60%
of the maximum speed
slowdown speed in opening Motor 1
INVERTER
24V - BR
30
22
SLOWDOWN SPEED
IN CLOSING 1
From 10% to 60%
of the maximum speed
slowdown speed in closing Motor 1
INVERTER
24V - BR
30
23
SLOWDOWN SPEED
IN OPENING 2
From 10% to 60%
of the maximum speed
slowdown speed in opening Motor 2
INVERTER
24V - BR
30
24
SLOWDOWN SPEED
IN CLOSING 2
From 10% to 60%
of the maximum speed
slowdown speed in closing Motor 2
INVERTER
24V - BR
30
10% 100 % INVERTER
20% 100 % 24V BR
26
LEAF DELAY IN
OPENING
Off 6 Total
Adjustable from Off to 6 seconds to "Total"
(if on "Total" the Motor2 will start opening only after
the Motor1 has completed the movement)
INVERTER
24V
BR
1,5
27
LEAF DELAY IN
CLOSING
Off 20 Total
Adjustable from Off to 20 seconds to "Total"
(if on "Total" the Motor1 will start closing only after
the Motor2 has completed the movement)
INVERTER
24V
BR
2,5*
50% 100 %
INVERTER
10% 100 % 24V
5% 100 % BR
50% 100 %
INVERTER
10% 100 % 24V
5% 100 % BR
50% 100 %
INVERTER
10% 100 % 24V
5% 100 % BR
50% 100 %
INVERTER
10% 100 % 24V
5% 100 % BR
CLOSING TORQUE 2
Motor 2 closing torque: by increasing the torque, more
strength will be required to execute the inversion in
case of obstacle
31
NOTE: The range of values that can be set in all the TORQUE menus may vary according to the operator model
28
OPENING TORQUE 1
Motor 1 opening torque: by increasing the torque,
more strength will be required to execute the inversion
in case of obstacle
100%
100%
29
CLOSING TORQUE 1
Motor 1 closing torque: by increasing the torque, more
strength will be required to execute the inversion in
case of obstacle
100%
30
OPENING TORQUE 2
Motor 2 opening torque: by increasing the torque,
more strength will be required to execute the inversion
in case of obstacle
100%
NOTE: The range of values that can be set in all the SPEED menus may vary according to the operator model
18
CLOSING SPEED 1
Speed in closing Motor 1
80
19
OPENING SPEED 2
Speed in opening Motor 2
25
LEARNING SPEED
To adjust the time self-learning speed. This parameter
can change according to the motor type set
50
80
20
CLOSING SPEED 2
Speed in closing Motor 2
80
17
OPENING SPEED 1
Speed in opening Motor 1
80
SPECIAL MENU
PRESS AT THE SAME TIME FOR 5 SECONDS TO ENTER OR TO EXIT THE SPECIAL MENU
SPECIAL MENU
LEGEND
INVERTER - FUNCTION AVAILABLE ON MODEL UNIGATE WITH "FV" INVERTER MODULE (1I - 2I - 1I BIG - 2I BIG)
24V - FUNCTION AVAILABLE ON MODEL UNIGATE WITH 24V MODULE
BR - FUNCTION AVAILABLE ON MODEL UNIGATE WITH BR MODULE
ALL - COMMON FUNCTIONS - AVAILABLE ON ALL UNIGATE MODELS
13

SET DESCRIPTION MODEL DEFAULT NOTE
On
ON = Encoder enabled
OFF = Encoder disabled
(when OFF, the working times learnt are only shown)
INVERTER
24V
It
depends
on motor
Enc ABC
To enable the rotary Encoder for the management of
the brushless operator and its position
BR
It
depends
on motor
NATIVE
To enables the inner Encoder of the SURF and KITE
operators in Brushless versions
BR
It
depends
on motor
47 ENCODER PAR.1 xxx.
48 ENCODER TOT. 1 xxx.
49 ENCODER PAR.1 xxx.
50 ENCODER TOT. 2 xxx.
Position Gate To enable the reading of the potentiometer ALL
RT To enable the reading of the SEA absolute Encoder
INVERTER
BR
RS 485 To enable the reading of the absolute rotative Encoder
INVERTER
24V
51 I.PAR.M1 * - - - - - - - -
52 I.AP.M1
From the value learnt
to ± 100 pulses
53 I.CH.M1
From the value learnt
to ± 100 pulses
54 I.PAR.M2 * - - - - - - - -
55 I.AP.M2
From the value learnt
to ± 100 pulses
56 I.CH.M2
From the value learnt
to ± 100 pulses
32
ENCODER Off
ON = Encoder enabled
OFF = Encoder disabled
(when OFF, the working times learnt are only shown)
ALL Off
65 OPENING TIME
M1
xxx.s
66 CLOSING TIME
M1
xxx.s
67 OPENING TIME
M2
xxx.s
68 CLOSING TIME
M2
xxx.s
10% (Fast intervention)
99% (Slow intervention)
To adjust the Encoder or Potentiometer intervention
time on Motor 1 in opening
Off (Intervention excluded) Disabled
10% (Fast intervention)
99% (Slow intervention)
To adjust the Encoder or Potentiometer intervention
time on Motor 1 in closing
Off (Intervention excluded) Disabled
10% (Fast intervention)
99% (Slow intervention)
To adjust the Encoder or Potentiometer intervention
time on Motor 2 in opening
Off (Intervention excluded) Disabled
10% (Fast intervention)
99% (Slow intervention)
To adjust the Encoder or Potentiometer intervention
time on Motor 2 in closing
Off (Intervention excluded) Disabled
32
ENCODER
CLOSING SENSITIVITY
MOTOR 2
To show the impulses stored by the control unit when the leaf moved by Motor
2is fully open
ENCODER
Off
Off
* While the partial impulses are displayed, it is possible to OPEN (by pressing UP) or CLOSE (by pressing DOWN) the corrsponding
operator to verify the correct reading of the potentiometer after installation or simply for checking
To show the impulses stored by the control unit when the leaf moved by Motor
2is fully close
To display the learnt value during the working times self learning, in opening and
closing (Motor 1). With UP or DOWN it is possible to increase or reduce the
working times
To display the learnt value during the working times self learning, in opening and
closing (Motor 2). With UP or DOWN it is possible to increase or reduce the
working times
33
OPENING
SENSITIVITY MOTOR
1
CLOSING SENSITIVITY
MOTOR 1
To show the current position of the potentiometer on the leaf moved by Motor
2. This parameter is useful to see if the potentiometer is correctly read
35
OPENING
SENSITIVITY MOTOR
2
Off
ALL
ALL
34
Off
To show the current position of the potentiometer on the leaf moved by Motor
1. This parameter is useful to see if the potentiometer is correctly read
To show the impulses stored by the control unit when the leaf moved by Motor
1is fully open
To show the impulses stored by the control unit when the leaf moved by Motor
1is fully close
SPECIAL MENU
Impulses read by Encoder during operation (Motor1)
Impulses stored during programming (Motor 1)
Impulses read by Encoder during operation (Motor2)
Impulses stored during programming (Motor 2)
32
ALL
ALL
36
Off
14

SET DESCRIPTION MODEL DEFAULT NOTE
10% (Fast intervention)
99% (Slow intervention)
To adjust the amperometric sensitivity in slowdown
Function available only on electro-mechanic operators
Off
With potentiometer
To set the inversion time in slow-down from 0 to 5
seconds (= 99%) - Only with potentiometer enabled
30%
38
POTENTIOMETER 1
THRESHOLD
IN OPENING
39
POTENTIOMETER 1
THRESHOLD
IN CLOSING
40
POTENTIOMETER 2
THRESHOLD
IN OPENING
41
POTENTIOMETER 2
THRESHOLD
IN CLOSING
42
POTENTIOMETER 1
OPENING SLOW DOWN
THRESHOLD
43
POTENTIOMETER 1
CLOSING SLOW DOWN
THRESHOLD
44
POTENTIOMETER 2
OPENING SLOW DOWN
THRESHOLD
45
POTENTIOMETER 2
CLOSING SLOW DOWN
THRESHOLD
Total
In case of obstacle or safety edge it totally reverses the
movement during closing. If the automatic reclosing is
enabled (automatic logic) , it is attempted for 5 times
Partial
In case of obstacle, safety edge or potentiometer, it
partially reverses direction (of about 30 cm) then stops
57
WORKING CURRENT
1
…... Ampere To display the absorbed current during Motor 1 working
INVERTER
24V - BR
- - - -
58
WORKING CURRENT
2
…... Ampere To display the absorbed current during Motor 2 working
INVERTER
24V - BR
- - - -
59
OPENING
SLOWDOWN 1
0 50 (*)
From 0% to 50% of the stroke
(0% = slowdown excluded)
ALL 30
60
CLOSING
SLOWDOWN 1
0 50 (*)
From 0% to 50% of the stroke
(0% = slowdown excluded)
ALL 30
61
OPENING
SLOWDOWN 2
0 50 (*)
From 0% to 50% of the stroke
(0% = slowdown excluded)
ALL 30
62
CLOSING
SLOWDOWN 2
0 50 (*)
From 0% to 50% of the stroke
(0% = slowdown excluded)
ALL 30
63
DECELERATION 0 %
100%
To adjust the change from normal speed to slowdown
speed
ALL
It
depends
on motor
64
ACCELERATION 0,1 s
5 s
Acceleration ramp.
To adjust the motor start ALL
It
depends
on motor
* For LEPUS FAST ABSOLUTE operators: 0% = 50 cm 100% = 3 m
SLOWDOWN
SENSITIVITY MOTOR
37
ALL
For menu from 65 to 68 see menu 32-Encoder = Off (They are visible even with 32-Encoder set ON)
46
CLOSING INVERSION
Total
ALL
ALL
SPECIAL MENU
To adjust the threshold of the potentiometer
intervention. This parameter self-determines during the
working times learning but can also be adjusted later,
on the condition that the set value is higher than the
value shown in VP1 or VP2 (instantaneous speed values
which can be shown by accessing the DEBUG menu).
NOTE: The lower the threshold value, the slower will
be the response of the potentiometer.
- - - -
For menu 47 and 50 see menu 32-Encoder = On
For menu from 51 to 56 see menu 32-Encoder = Potentiometer
1 1000
(only if the
Menu 32 is set on
"Potentiometer")
To adjust the threshold of the potentiometer
intervention in slowdown. By default this value is set on
10. but can be manually increased on the condition that
the set value is higher than the value shown in VP1 or
VP2 (instantaneous speed values which can be shown
by accessing the DEBUG menu)
15
ALL
1 100
(only if the
Menu 32 is set on
"Potentiometer")
15

SET DESCRIPTION MODEL DEFAULT NOTE
Off
To disable the anti-overlapping control of the leaves
allowing their separate control
On To enable the anti-overlapping control of the leaves
70
OPENING POSITION
RECOVERY
0 20 seconds
(only if 32-Encoder is OFF)
To retrieve the inertia of the motor in opening after the
Stop or the reversing
ALL
It
depends
on motor
71
CLOSING POSITION
RECOVERY
0 20 seconds
(only if 32-Encoder is OFF)
To retrieve the inertia of the motor in closing after the
Stop or the reversing
ALL
It
depends
on motor
72
OPENING TOLE-
RANCE MOTOR 1
0% 100% (*)
To adjust the Motor 1 tolerance between the stop and
the obstacle, in opening
ALL 20%
73
CLOSING TOLE-
RANCE MOTOR 1
0% 100% (*)
To adjust the Motor 1 tolerance between the stop and
the obstacle, in closing
ALL 20%
74
OPENING TOLE-
RANCE MOTOR 2
0% 100% (*)
To adjust the Motor 2 tolerance between the stop and
the obstacle, in opening
ALL 20%
75
CLOSING TOLE-
RANCE MOTOR 2
0% 100% (*)
To adjust the Motor 2 tolerance between the stop and
the obstacle, in closing
ALL 20%
Time
Pushing Off - 3 sec
Stroke
Before opening, the motor starts in closing for the time
set, in order to simplify the lock release
Repeat
Lock Off – On
Release
If ON, the lock will be released both before and after
the pushing stroke
End
77 LOCK TIME Off 5 To adjust the lock release time from 0 to 5 seconds ALL 3
Only opening Lock enabled only before opening
Only closing Lock enabled only before closing
Opening and closing Lock enabled before opening and closing
Only opening
Only closing
Opening and closing
Off
Off
Opening and closing
Only closing
Only opening
81
PERIODICAL
PUSHOVER
Off 8h
(only if 80-Pushover is ON)
To activate the repetition of the pushover function at a
distance of time adjustable from 0 to 8 hours, at hourly
intervals
ALL Off
Opening 1 Off - 3 s
Closing 1 Off - 3 s
Opening 2 Off - 3 s
Closing 2 Off - 3 s
End
Opening1 Off - 10s
Closing 1 Off - 10s
Opening2 Off - 10s
Closing 2 Off - 10s
EXIT
Only closing
To enable the pre-flashing only before closing
(to access: push DOWN button when 0.0 value is shown)
0.0 5.0 s To set the pre-flashing duration
* With "RT" Encoder: 0% = 20 impulses 100% = 200 impulses
With "POSITION GATE" : 0% = 20 impulses 100% = 500 impulses
ALL
ALL
ALL
ALL
ALL
Off
1.0 s
0.0 s
It
depends
on
motor
85
PRE-FLASHING
82
MOTOR RELEASE
If different from OFF, the operator slightly reverses its
direction at the end of the cycle
79
ANTI INTRUSION
If the gate is forced manually, the control unit starts the
motor and restores the state of the gate before forcing
(function only available if limit switches are installed)
76
PUSHING STROKE
78
LOCK
69
ANTI OVERLAP
Off
SPECIAL MENU
83
EXTRA TIME
If the limit switches are installed, it is possible to add an
extra time (max. 10 seconds) to the movement of the
operators after the reading of the limit switches
INVERTER
24V
BR
Off
80
PUSHOVER
The gate leaf makes an extra movement at the
maximum torque to ensure the tightening of the gate
Off
Only
opening
ALL
ALL
16

SET DESCRIPTION MODEL DEFAULT NOTE
Normal Normal
Light Warning lamp function
Always Always ON
Buzzer Buzzer
Off
The flashing light will be OFF with enabled timer and
open gate
On
The flashing light will be ON with enabled timer and
open gate
Off Disabled
1 240 Adjustable from 1 second to 4 minutes
In cycle Courtesy light only in cycle
89
TRAFFIC LIGHT
RESERVATION
Off On
To get the priority in entry or exit. Available by the use
of the partial opening contact
ALL Off
90
PARTIAL OPENING 5% 100% Adjustable from 5% to 100% ALL 50%
= Start
The pause in partial opening is the same as in total
opening
Off Disabled
1 240 Adjustable from 1 second to 4 minutes
Off
On photo2
On partial input
Clock
Off Disabled
On Photo2 Function enabled on the Photocell 2 input
On partial input Function enabled on the partial opening Start input
Always
AUX output always powered
In cycle
AUX output powered only during cycle
Opening
AUX output powered only during opening
Closing
AUX output powered only during closing
In pause
AUX output powered only during pause
Phototest
AUX output powered for safety devices testing
In cycle and phototest
AUX output powered during cycle only and for safety
devices testing
In cycle and pause AUX output powered during cycle and during pause
Courtesy light
(connected via relay)
To connect an additional courtesy light via relay.
Management according to the Menu-88 settings
Barrier and Bollard
LED lights
Closed operator - the light is switched-on
Open operator - the light is switched-off
Moving operator - the light blinks
Open gate
warning light
(connected via relay)
1 flash per second during opening
2 flashes per second during closing
Steady lit in "Stop" or "Open" status
Fan
(connected via relay)
AUX output powered during cycle and for 2 additional
minutes after the end of the cycle
INVERTER
= Start
91
PARTIAL PAUSE
ALL
SPECIAL MENU
93
FIRE SWITCH
Off
94
24V AUX
(Max. 500 mA)
Always
ALL
ALL
TIMER
To turn the selected input into an input to which
connect an external clock
Off
ALL
ALL
87
FLASHING LIGHT AND
TIMER
Off
88
COURTESY LIGHT
In cycle
ALL
92
86
FLASHING LIGHT
Normal
ALL
17

SET DESCRIPTION MODEL DEFAULT NOTE
Photo 1 Self-test enabled only on photocell 1
Photo 2 Self-test enabled only on photocell 2
Photo 1 and 2 Self-test enabled on photocells 1 and 2
Off Disabled
Edge 1 Self-test enabled only on safety edge 1
Edge 2 Self-test enabled only on safety edge 2
Edges 1 and 2 Self-test enabled on safety edges 1 and 2
Off Disabled
Closing
If the photocell is occupied during closing, the gate
reverses the movement; If the photocell is occupied
during the pause, it prevents the gate reclosing
Opening and closing
If the photocell is occupied during opening or closing, it
stops the gate movement; when the photocell is
released, the movement continues
Stop
If the photocell is occupied before the Start input, the
Start will be ignored. If the photocell is occupied after
the Start input, the photocell will be ignored. If the
photocell is occupied during closing, the gate will
reopen
Stop and close
If the photocell is occupied during closing, it stops the
gate movement; when released, the closing movement
continues
Close
The photocell stops the gate until it is occupied in both
opening and closing; when released, the photocell gives
a closing command (the gate closes one second after
the photocell release)
Closing
Pause reloading
If the photocell is occupied during the pause, it reloads
the same pause time set. If the photocell is occupied in
closing, it reverses the gate movement
Opening and Closing
Pause reloading
If the photocell is occupied during the pause, it reloads
the pause time set. If the photocell is occupied during
the closing, it reverses the gate movement; If the
photocell is occupied during the opening, it stops the
gate and when released, the opening movement
continues
Shadow loop
When the gate is open, the shadow loop prevents the
reclosing until it is occupied. The Shadow loop is
switched off during closing
Delete pause time
If the photocell is occupied during opening, pause or
closing, the gate reopens completely and closes without
observing the pause time set
Shadow loop PR
(pause reloading)
When the gate is open, the shadow loop prevents the
reclosing until it is occupied. When released, the gate
repeats the pause time set, then it closes. The Shadow
loop is switched off during closing
Closing
ALL
ALL
97
PHOTOCELL 1
SPECIAL MENU
95
PHOTO-TEST
Off
96
SAFETY EDGE
SELF-TEST
Off
ALL
18

SET DESCRIPTION MODEL DEFAULT NOTE
Closing
If the photocell is occupied during closing, the gate
reverses the movement; If the photocell is occupied
during the pause, it prevents the gate reclosing
Opening and closing
If the photocell is occupied during opening or closing, it
stops the gate movement; when the photocell is
released, the movement continues
Stop
If the photocell is occupied before the Start input, the
Start will be ignored. If the photocell is occupied after
the Start input, the photocell will be ignored. If the
photocell is occupied during closing, the gate reopens
Stop and close
If the photocell is occupied during closing, it stops the
gate; when released, the closing movement continues
Close
The photocell stops the gate until it is occupied in both
opening and closing; when released, the photocell gives
a closing command (the gate closes one second after
the photocell release)
Opening
Pause reloading
If the photocell is occupied during the pause, it
recharges the same pause time set. If the photocell is
occupied during the opening, the gate stops and when
released, the movement continues
Pause reload
Photo closing
If the photocell is occupied during the pause, it reloads
the pause time set. If the photocell is occupied during
closing, the gate reverses the movement
Opening and Closing
Pause reloading
If the photocell is occupied during the pause, it reloads
the pause time set. If the photocell is occupied during
the closing, it reverses the movement; If the photocell is
occupied during the opening, it stops the gate and when
released, the opening continues
Shadow loop
When the gate is open, the shadow loop prevents the
reclosing until it is occupied. The Shadow loop is
switched off during closing
Delete pause time
If the photocell is occupied during opening, pause or
closing, the gate reopens completely and closes without
observing the pause time set
Shadow loop PR
(pause reloading)
When the gate is open, the shadow loop prevents the
reclosing until it is occupied. When released, the gate
repeats the pause time set, then it closes. The Shadow
loop is switched off during closing
Stop and open
If the photocell is occupied during opening, the gate
stops; when released, the gate continues the opening
movement. The photocell is ignored during closing
99
PHOTO OFF IN
CLOSING
0% 50%
In closing, this function excludes the photocell reading
for the space percentage set
INVERTER
24V
0%
Normal Standard safety edge - N.C. contact
8K2 N.C. Safety edge protected by a 8K2 resistor enabled
8K2 N.C. Double Two safety edges protected by 8K2 resistor enabled
8K2 RES Resistive edge protected by 8K2 resistor enabled
8K2 RES Double Two resistive edges protected by 8K2 RES enabled
Normal Standard safety edge - N.C. contact
8K2 N.C. Safety edge protected by a 8K2 resistor enabled
8K2 N.C. Double Two safety edges protected by 8K2 resistor enabled
8K2 RES Resistive edge protected by 8K2 resistor enabled
8K2 RES Double Two resistive edges protected by 8K2 RES enabled
ALL
98
ALL
100
SAFETY EDGE 1
Normal
PHOTOCELL 2
Opening
and
closing
SAFETY EDGE 2
Normal
ALL
101
SPECIAL MENU
19

SET DESCRIPTION MODEL DEFAULT NOTE
Opening and closing Safety edge enabled in opening and closing
Only opening Safety edge enabled only in opening
Only closing Safety edge enabled only in closing
Opening and closing Safety edge enabled in opening and closing
Only opening Safety edge enabled only in opening
Only closing Safety edge enabled only in closing
N. C.
Limit switch type N.C. (Normally Closed)
Example: inductive limit switch or with lever
Ext
Limit switch connected on the external interface
for 4 cams limit switches
N.O.
Limit switch type N.O. (Normally Open)
Example: magnetic limit switch
Primary
To set the control unit as PRIMARY on applications with
two operators in primary/secondary mode
Secondary
To set the control unit as SECONDARY on applications
with two operators in primary/secondary mode
Off Disabled
106
DIAGNOSTICS 1 10 To display the last event (See alarms table) ALL - - - -
107
MAINTENANCE
CYCLES
100 240000 Adjustable from 100 to 240000 cycles ALL 100000
108
PERFORMED CYCLES 0 240000
To display the executed cycles.
Hold pressed OK to reset the cycles
ALL 0
109
THERMOMETER xx °C (xx °C )
To display the temperature if a probe is connected on
GP1 or GP2 (and the menus 130 and 131 are set on
"Thermometer") The connection of up to two
temperature probes is allowed; (display will show both
temperatures detected)
INVERTER
24V
Off
110
LOWER THRESHOLD
TEMPERATURE
From -20° to +50°
To adjust the temperature threshold of the oil heater
probe activation (This menu is shown only if the menu
109-Thermometer is set to ON)
INVERTER
24V
-10°
111
UPPER THRESHOLD
TEMPERATURE
From -20° to +50°
To adjust the temperature threshold of the oil heater
probe deactivation (This menu is shown only if the
menu 109-Thermometer is set to ON)
INVERTER
24V
0°
112
PASSWORD
Note: "0000" setting is
not allowed
To enter a password for blocking the control unit
parameters modification
ALL - - - -
Off Disabled
Emergency
In case of power failure and with batteries connected
and charged, the gate opens completely and remains
open until the power is restored
Last opening
In case of power failure, as soon as the battery charge
drops below 22V, the gate opens one last time and
remains open until the power is restored
Last closing
In case of power failure, as soon as the battery charge
drops below 22V, the gate closes one last time and
remains closed until the power is restored
115
DECELERATION
RAMP
0,1 s 5s
Deceleration management in case of inversion or Stop
command
INVERTER
24V - BR
0,5 s
116
REPEAT LEAF DELAY On Off
In case of a STOP command when the gate is on its
halfway, the leaves will repeat the "leaf delay" set on
menus 26-27
ALL On
117 ALWAYS CLOSE Off 240 seconds
In case of power failure, if the gate has been manually
open, it closes only after the set time has elapsed (from
0 to 240 sec.) as soon as the power is restored
ALL Off
SPECIAL MENU
EMERGENCY
Off
INVERTER
BR
N.C.
Opening
and
Closing
103
113
ALL
ALL
105
PRIMARY/SECONDARY
(MASTER/SLAVE)
Off
104
SELECT LIMIT
SWITCH
INVERTER
24V
SAFETY EDGE 2
DIRECTION
102
SAFETY EDGE 1
DIRECTION
Opening
and
Closing
ALL
20