Vimar ELVOX SW24.W User guide

Installer manual
SW24.W
Control panel for swing gates 24 Vdc

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Contents: Page
Product features ..............................................................................................................................................................1
System type.....................................................................................................................................................................2
Description of the terminal blocks....................................................................................................................................2
Power supply connection.................................................................................................................................................3
Connecting accessories ..................................................................................................................................................3
Programming the control panel .......................................................................................................................................6
Diagnostics....................................................................................................................................................................21
Updating rmware .........................................................................................................................................................22
Control panel behaviour when loading settings.............................................................................................................23
Control panel connection from Smartphone/Tablet .......................................................................................................24

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1 - Product features:
Control panel for gear motors for 24Vdc swing gates. The control panel:
- is equipped with an integrated 433 MHz rolling code or xed code receiver, storing up to 4032 codes
- is equipped with Wi-Fi connection and programming via Smartphone and Tablet using the EMC.W module and the
By-gate Pro app
- is equipped with a back-lit display for programming and diagnostics
is used to customise all gate movement control parameters (speed and slowdown spaces, motor force, obstacle
sensitivity, reaction to obstacles, acceleration and deceleration ramps...)
- is equipped with fully congurable inputs and outputs
is used to lock the control panel and receiver settings with a 4 digit password protection
Technical data:
Power supply 24 Vac
Motor supply voltage 24 V DC
Maximum motor
power 80 W + 80 W
Flashing light output 24 V DC 35 W max
Electrical lock output 12 Vdc 15 VA
Accessories power
supply 24 V DC 500 mA
Receiver memory 4032 Elvox rolling codes
Receiver frequency 433 MHz
Remote controls
code Rolling code or xed
Fuse F1 ATO line protection 15 A
Fuse F2 Accessories protection 5x20
mm F 3.15A
Operating
temperature -10 to +50°C
Ports
MEM for memory module
MEM.W connection (included)
RADIO for radio module
433RAD.W connection
(included)
USB for rmware updating
CNX1 for Wi-Fi EMC.W module
connection
CNX2 (not used)
21 22 25 26 01 1 2 10 11 18 19 099 C1 C2 C3 C4 99 S1 S2 S3 S4
A1 A2
T2T1
+E -E E1 E2 E5 E6
21 22 25 26 0112
10 11 18 19 0A1A2
+E -E E1 E2 E5 E6
99 C1 C2 C3 C4
99 S1 S2 S3 S4
BAT
PP
F1
F2
PWR
PROGRAM. MENU'
USB
ESC OK
CNX1
CNX2
PT1
SEC
VR3
FST1
T1 T2
FSC1 FSC2
MOT PS AUX LSW ACT SAF
MEM
CEXP1 CEXP2
CNP1
RADIO
SW24.W
DL1
DL3
DL4
M1 M2
OPEN M1
CLOSE M1
OPEN M2
CLOSE M2
24 V-
24 V+ 24 V+
24 V+ TEST
BLINK 24 V-
BLINK 24 V+
LOCK 12 V-
LOCK 12 V+
24 V-
A1 24 V+
A2 24 V+
ENC 12 V+
ENC 12 V-
ENC SIG A M1
ENC SIG B M1
ENC SIG A M2
ENC SIG B M2
COM COM
500 mA max 500 mA max
15 VA max
35 W max
Controllable actuators
Ref. Description
EAM2 EKKO 300D linear operator 24 V 3 m 300 kg
EAM3 EKKO 400D linear operator 24 V 4 m 250 kg
EIM1 HIDDY 200D underground operator 24 V 2 m 200 kg
EIM2.24 HIDDY 350D underground operator 24 V 3,5 m 200 kg

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2 - System type:
For the sizing of the cable routing, the required cross-sections of the cables are shown below.
Block Terminal Description Rated data
SEC T1 Secondary transformer 24 Vac
T2
BAT - Battery pack rapid coupling
MOT
21 Opening motor 1 24 V DC
80 W
22 Closing motor 1
25 Opening motor 2 24 V DC
80 W
26 Closing motor 2
PS
0
Accessory power supply negative
24 V DC
500 mA
1
Accessory power supply positive
2 Accessories positive checked
AUX
10 Flashing light negative 24 V DC
35 W
11 Flashing light positive
18 Electrical lock negative 12 V DC
15 VA
19 Electrical lock positive
0Accessories negative 24 V DC
500 mA
A1 Congurable output 1 positive
A2 Congurable output 2 positive
Block Terminal Description Rated data
LSW
+E Encoder power supply positive 12 V DC
-E
Encoder power supply negative
E1 Motor 1 encoder signal A
E2 Motor 1 encoder signal B
E5 Motor 2 encoder signal A
E6 Motor 2 encoder signal B
ACT
99 Control common
N.O.
C1 Congurable control 1
C2 Congurable control 2
C3 Congurable control 3
C4 Congurable control 4
SAF
99 Safety device common
N.C.
S1 Congurable safety device 1
S2 Congurable safety device 2
S3 Congurable safety device 3
S4 Congurable safety device 4
ANT ANT Aerial signal
- Aerial earth
RADIO
ANT
- ANT
21 22 25 26 01 1 2 10 11 18 19 099 C1 C2 C3 C4 99 S1 S2 S3 S4A1 A2
+E -E E1 E2 E5 E6
21 22 25 26 0 112 10 11 18 19 099 C1 C2 C3 C4 99 S1 S2 S3 S4A1 A2 +E -E E1 E2 E5 E6
MOT PS AUX LSW ACT SAF
M1 M2
OPEN M1
CLOSE M1
OPEN M2
CLOSE M2
24 V-
24 V+ 24 V+
24 V+ TEST
BLINK 24 V-
BLINK 24 V+
LOCK 12 V-
LOCK 12 V+
24 V-
A1 24 V+ A2 24 V+
ENC 12 V+
ENC 12 V-
ENC SIG A M1
ENC SIG B M1
ENC SIG A M2
ENC SIG B M2
COM
500 mA max 500 mA max
35 W max
T2T1
15 A
BAT
F1
F2
SEC
VR3
FST1
T1 T2
DL3
DL4
15 VA max
COM
3 - Description of the terminal block
C
B
D
E
A
F
2x1 mm²
3x0.5 mm²
4x0.5 mm²
A
GH
I
2x2.5 mm²+
3x0.5 mm² (encoder)
E
2x0.5 mm²
2x0.5 mm²
4x0.5 mm²
2x0.5 mm² 3x1.5 mm² (230 Vac)
H
I2x2.5 mm²+
3x0.5 mm² (encoder)
Components for implementing a complete system
Main Components Accessories (optional)
Actuator A Remote control DElectric lock + cylinder G
Control panel BWall-mounted photocells EPost-mounted photocells H
Blinking C Key selector F Posts I

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4 - Power supply connection
The control panel is powered at the SEC terminal with 24Vac and must be connected to the secondary terminal of a
transformer for powering from the mains electricity. The transformer is supplied with the gear motor or control cabinet
the control is tted in and the secondary is pre-wired to the control panel. The primary terminal on the transformer is
already wired to the fuse carrier, also supplied with the gear motor or the control cabinet, for connecting the fuse carrier
to the electrical power supply refer to the image below:
5 - Connecting accessories
5.1 - Key switch and control device
5.2 - Key switch and control device
Pedestrian
Step by step
99 S1 S2 S3 S4
SAF
COM
24 V-
24 V+
24 V+ TEST
S1=7 (PTCH)
S2=8 (PHT)
0112
PS
99 S1 S2 S3 S4
SAF
COM
24 V-
24 V+
S1=1 (PHC)
S2=2 (PH)
0112
PS
C3 C4 C1 C2 99
ACT
COM COM
N.O. N.O.
N.C. N.C.
COM
C1=1(P. P. )
C2=2(PED)
99 S1 S2 S3 S4
SAF
COM
24 V-
24 V+
24 V+ TEST
S1=7 (PTCH)
S2=8 (PHT)
0112
PS
99 S1 S2 S3 S4
SAF
COM
24 V-
24 V+
S1=1 (PHC)
S2=2 (PH)
0 1 1 2
PS
C3 C4 C1 C2 99
ACT
COM COM
N.O. N.O.
N.C. N.C.
COM
C1=1(P. P. )
C2=2(PED)
21 22 0 1 1 2 10 11 099 31 32 C3 C4 99 S1 S2 S3 S4A1 A2
T2T1
C1 C2 99
21 22 0112 10 11 099 31 32 C3 99 S1 S2 S3 S4A1 A2 C1 C2 99 C4
BAT
PP
F1 PROGRAM. MENU'
USB
ESC OK
CNX1
CNX2
PT1
SEC
VR
3
T1 T2
FSC1
MOT PS AUX LSW ENC ACT SAF
MEM
CNP1
SL24.W
DL1
RADIO
F2
PWR
DL3
DL4
(230 Vac) 5x20mm T 2A
(120 Vac) 5x20mm T 4A
230 Vac
120 Vac
COM
N.O.
COM
N.O.
N.C. N.C.
52 51 62 9963 64 61
PED
COM
P.P.

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5.3 - Photocells and photocells in closing with photo-test on
5.5 - Stop push button
5.4 - Sensitive edge
99 S1 S2 S3 S4
SAF
COM
S1=4 (BAR)
S2=5 (8k2)
99 S1 S2 S3 S4
SAF
COM
S1=6 (STP)
N.C.8K2 (8.2 KΩ)
99 S1 S2 S3 S4
SAF
COM
S1=4 (BAR)
S2=5 (8k2)
99 S1 S2 S3 S4
SAF
COM
S1=6 (STP)
N.C.8K2 (8.2 KΩ)
99 S1 S2 S3 S4
SAF
COM
24 V-
24 V+
24 V+ TEST
S1=7 (PTCH)
S2=8 (PHT)
0 1 1 2
PS
99 S1 S2 S3 S4
SAF
COM
24 V-
24 V+
S1=1 (PHC)
S2=2 (PH)
0112
PS
C3 C4 C1 C2 99
ACT
COM COM
N.O. N.O.
N.C. N.C.
COM
C1=1(P. P. )
C2=2(PED)

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5.6 - Connecting two control panels in interlocking mode, output A2 = 7 (INB)
The interlocking connection involves 2 gates operating according to the following method:
- gate 1 opens only if gate 2 is closed
- gate 2 opens only if gate 1 is closed
When this mode is on, the safety input S4 is automatically congured without the installer selecting it as an interlock
input (checking that the other gate is closed).
The two control panels operating in interlocking mode must be connected by interposing 2 relays as shown in the gure:
5.7 - Connecting two control panels in interlocking mode with presence, output A2 = 8 (INP)
The interlocking connection with consent to opening from presence signal involves 2 gates operating according to the
following method:
- gate 1 opens only if gate 2 is closed
- gate 2 opens only if gate 1 is closed
- gate 1 opens only if there is a presence signal
- gate 2 opens only if there is a presence signal
When this mode is on, the safety input S4 is automatically congured without the installer selecting it as an interlock
input (checks the state of closure of the other gate) and the safety input S3 is congured automatically as the presence
input. The two control panels operating in interlocking mode must be connected by interposing 2 relays and using ac-
cessories which send the presence signals to the control panels (e.g. magnetic coils A and B) as shown in the gure:
AUX LSW ENC ACT SAF AUX LSW ENC ACT SAF
AUX LSW ENC ACT SAF AUX LSW ENC ACT SAF
AUX LSW ENC ACT SAF AUX LSW ENC ACT SAF
AUX LSW ENC ACT SAF AUX LSW ENC ACT SAF

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6 - Control panel programming:
6.1 - Preliminary operations
To function correctly, the control panel requires some minimum and essential settings. There are two:
- Setting the motor type.
In its default conguration, the control panel is not associated to any type of motor. The type of motor associated to
the control panel must be set.
- Gate travel calibration
The control panel must know some physical parameters of the gate in order to function correctly. The operation allow-
ing the control panel to know these physical gate parameters is called travel calibration. If this is not done, the control
panel may not perform slowdowns or detect obstacles correctly.
The instructions for these settings are given in the following paragraphs
6.2 - Using the display
The control panel is programmed using the display and the navigation buttons on board or via Smartphone/Tablet (see
paragraph "Wi-Fi connection to Smartphone/Tablet"). The control panel settings are shown on the display and can be
edited using the menu navigation buttons as shown in the following table:
Buttons Function Pressure length
OK
Switching on the display
Sub-menu entry
Conrm value change and return to menu
Instantaneous
▲Scroll up
Increase parameter value Instantaneous
▼Scroll down
Reduce parameter value Instantaneous
ESC
Exit the menu
Cancel value change and return to menu
Switching o󰀨 the display
Instantaneous
▲+▼ Resetting the card 3 s
▲+ OK Opening control 1 s
▼+ OK Closing control 1 s
ESC + OK Display test (switches on each segment of the display and points individually in
sequence) 3 s
ESC + OK When the board is switched on the Firmware updating mode starts 3 s
PP Step-step control Instantaneous
6.3 - Menu
The control panel programming is organised into menus and sub-menus used to access and edit the parameters and
logics of the control panel. The control panel is equipped with the following rst-level menus:
All sub-menus are described in the following table
Menu Description
MOT Motor parameters setup
LRNT Travel calibration procedure run menu
TRV Travel parameter settings menu
OUT Auxiliary output conguration menu
IN Input conguration menu
LGC Operating logic settings menu
RAD Remote control management menu
STAT Diagnostic and reporting menu
EXP Expansion board management menu
LOAD Default value restore menu
PASS Protection level settings menu

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MOT
Motor parameters
O1
Type of gear motor used
Default
OFF
Warning!
The motor type parameter is set to OFF by default. When set to OFF, the
control unit does not execute any command! It is necessary to set the motor
type parameter according to the type of gearmotor with which the control
unit is used.
OFF The motor type parameter is set to OFF by default. When set to OFF, the control unit does
not execute any command! It is necessary to set the motor type parameter according to
the type of gearmotor with which the control unit is used.
1Ekko 300D (EAM2) or Ekko 400D (EAM3)
2Hiddy 200D (EIM1)
3Hiddy 350D (EIM2.24)
O2
Type of position control
Automatically set with the choice of gear motor. You are advised not to change the set-
ting given by the type of gear motor.
Default
3
2 Virtual encoder: the control panel calculates the gate position using the electric motor
operating parameters
3Encoder for Ekko 300D (EAM2), Ekko 400D (EAM3), Hiddy 200D (EIM1)
O3
Type of limit switch on opening
Automatically set with the choice of gear motor. You are advised not to change the set-
ting given by the type of gear motor.
Default
OFF
OFF No limit switch on opening: the electric motor stops at the end of the working time
1 Stop limit switch on opening: the limit switch stops the motor
2Limit switch in proximity opening: the limit switch allows the manoeuvre to continue at the
approach speed set until it detects the mechanical stop
O4
Type of limit switch on closing
Automatically set with the choice of gear motor. You are advised not to change the set-
ting given by the type of gear motor.
Default
OFF
OFF No limit switch on closing: the electric motor stops at the end of the working time
1 Stop limit switch on closing: the limit switch stops the motor
2Limit switch in proximity closing: the limit switch allows the manoeuvre to continue at the
approach speed set until it detects the mechanical stop
LRNT
Gate travel calibration
LRNE
Rapid travel calibration.
The calibration is done fully automatically and sets:
- The slowdown in opening and closing at 20% of the total travel
- O󰀨set in opening at 3 s and in closing at 6 s
- Pedestrian opening at 30% of the total travel for the rst leaf
Pressing
button
Msg on
display
Phase description
- PP Wait for start of calibration procedure
PP CL 2 When button pressed: motor 2 closing and search for closing stop
-CL 1 Motor 1 closing and search for closing stop
-OP 1 Motor 1 opening travel measurement and search for stop
OP 2 Motor 2 opening travel measurement and search for stop
-CL 2 Motor 2 closing travel measurement
CL 1 Motor 1 closing travel measurement
- OPC1 Motor 1 opening current curve reading
- OPC2 Motor 2 opening current curve reading
- CLC2 Motor 2 closing current curve reading
- CLC1 Motor 1 closing current curve reading
- END End of procedure

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LRNT LRNA
Advanced travel calibration.
The calibration allows the installer to choose:
- Slowdown position in opening and closing
- O󰀨set for opening and closing
- Pedestrian opening position
Pressing
button
Msg on
display
Phase description
- PP Wait for start of calibration procedure
PP CL 2 When button pressed: motor 2 starts closing and searches for closing
stop
-CL 1 Motor 1 starts closing and searches for closing stop
PP OP 1 Start opening motor 1
When button pressed: slowdown start position on opening setting.
PP OP 1 Continuation of motor 1 opening at slowing speed.
When button pressed: end of travel position setting.
No button pressed: continuation to the stop.
PP OP 2 Start opening motor 2
When button pressed: slowdown start position on opening setting.
PP OP 2 Continuation of motor 2 opening at slowing speed.
When button pressed: end of travel position setting.
No button pressed: continuation to the stop.
PP CL 2 Start closing motor 2
When button pressed: slowdown start position on closing setting.
-CL 2 Continuation of motor 2 closing at slowdown speed up to stop.
PP CL 1 Start closing motor 1
When button pressed: slowdown start position on closing setting.
-CL 1 Continuation of motor 1 closing at slowdown speed up to stop.
OPED Start pedestrian opening.
When button pressed: pedestrian opening position setting
- CPED Leaf closing from pedestrian opening position
PP DLOP Start opening.
When the o󰀨set time setting in opening button is pressed, motor 2
starts.
PP DLCL Start closing.
When the o󰀨set time setting in closing button is pressed, motor 1 starts.
- END End of procedure
Self-calibration
If the gate travel parameter is changed, there is no need for the installer to run new calibrations, however, when chang-
ing the travel parameters, the control panel needs to learn the current curve again, thus disabling the obstacle detection
only during the self-calibration manoeuvre.
Self-calibration is appropriately signalled:
- on the control panel display by the code AT
- by the light ashing at twice the normal frequency
The events generating self-calibration are:
- change in parameters: T24, T25 ,T26, T27, T28, T29, T30, T31, T32, T33, T34, T35, T40, T41.
- loading of settings from a MEM.W memory card
- reset/import of settings from the By-gate Pro

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TRV
Gate travel parameters
T1
Power of motor 1 (%)
Sets the value of the force given to motor 1 to push the leaf
Default
50
1 Minimum force
100 Maximum force
T2
Power of motor 2 (%)
Sets the value of the force given to motor 2 to push the leaf
Default
50
1 Minimum force
100 Maximum force
T3
First leaf to move Default
M1
M1 Motor 1
M2 Motor 2
T4
Direction.
Sets the motor direction
Default
1
1Standard (for a linear actuator, leaf closed with rod extended)
2Inverse (for a linear actuator, leaf closed with rod retracted)
Note:
Inverts both motors. If only one motor has an incorrect direction, invert the power supply wires on the
motor with the incorrect direction.
T6
Number of motors Default
2
1 Single-leaf gate
2 2 leaf gate
T7
Choice of intervention method for obstacle detection Default
1
1Overcurrent or leaf stopped: the obstacle is detected when the current threshold or the
encoder slowdown threshold is exceeded
2Leaf stopped: the obstacle is detected only when the leaf slows down excessively
3Overcurrent: the obstacle is detected when the current threshold is exceeded
4Overcurrent and leaf stopped: the obstacle is detected when the current threshold and
the encoder slowdown threshold are exceeded at the same time
T10
Obstacle detection time motor 1
Time after which the current threshold or the encoder threshold trigger the obstacle detection
on opening (adjustable at intervals of 100 ms)
Default
20
10 100 ms (minimum time)
60 600 ms (maximum time)
T11
Obstacle detection time motor 2
Time after which the current threshold or the encoder threshold trigger the obstacle detection
on opening (adjustable at intervals of 100 ms)
Default
20
10 100 ms (minimum time)
60 600 ms (maximum time)
T12
Polling time
Time during which the motor pushes with maximum force to move the leaf (adjustable at
intervals of 0.5 s)
Default
2.0
0.5 0.5 s (minimum time)
5.0 5.0 s (maximum time)
T13
Pedestrian opening position
(% of total opening travel of rst leaf)
Default
2.0
10 Minimum space
100 Maximum space
T14
Disengagement space on obstacle
(inversion distance following the detection of an obstacle)
Default
50
OFF Not disengaged, stops only
1 Minimum inversion
10 Maximum inversion

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TRV
T15
Stop approach force reduction distance motor 1
Indicates the distance from the mechanical stop starting from which the motor 1 force is
reduced by half (used to adjust the impact of the leaf on the mechanical stop).
This happens only when the control panel works with encoder and proximity limit switch or
without limit switch.
Default
OFF
OFF Force reduction o󰀨
10 Minimum force reduction distance
100 Maximum force reduction distance
T16
Stop approach force reduction distance motor 2
Indicates the distance from the mechanical stop starting from which the motor 2 force is
reduced by half (used to adjust the impact of the leaf on the mechanical stop).
This happens only when the control panel works with encoder and proximity limit switch or
without limit switch.
Default
OFF
OFF Force reduction o󰀨
10 Minimum force reduction distance
100 Maximum force reduction distance
T17
Easy release
Disengagement time after manoeuvre to reduce the motor pressure on the mechanical stop
(adjustable at intervals of 100 ms)
Caution:
Leave this parameter in OFF when there is an electrical lock.
Default
OFF
OFF No disengagement
10 100 ms (minimum disengaging)
50 500 ms (maximum disengaging)
T18
O󰀨set time in opening Default
3
0 No o󰀨set
60 60 s
T19
O󰀨set time in closing Default
6
0 No o󰀨set
60 60 s
T24
Normal speed when opening motor 1 Default
90
1 minimum speed
100 maximum speed
T25
Normal speed when opening motor 2 Default
90
1 minimum speed
100 maximum speed
T26
Normal speed when closing motor 1 Default
90
1 minimum speed
100 maximum speed
T27
Normal speed when closing motor 2 Default
90
1 minimum speed
100 maximum speed
T28
Slowdown speed when opening motor 1 Default
30
1 minimum speed
100 maximum speed
T29
Slowdown speed when opening motor 2 Default
30
1 minimum speed
100 maximum speed

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TRV
T30
Slowdown speed when closing motor 1 Default
30
1 minimum speed
100 maximum speed
T31
Slowdown speed when closing motor 2 Default
30
1 minimum speed
100 maximum speed
T32
Slowdown distance when opening motor 1
% of travel or total work time done at slowdown speed
Default
20
0No slowdown
100 Slowdown for the whole distance
T33
Slowdown distance when opening motor 2
% of travel or total work time done at slowdown speed
Default
20
0No slowdown
100 Slowdown for the whole distance
T34
Slowdown distance when closing motor 1
% of travel or total work time done at slowdown speed
Default
20
0No slowdown
100 Slowdown for the whole distance
T35
Slowdown distance when closing motor 2
% of travel or total work time done at slowdown speed
Default
20
0No slowdown
100 Slowdown for the whole distance
T36
Acceleration time when opening motor 1
Time during which motor 1 accelerates to reach the normal opening speed (adjustable at
intervals of 0.1 s)
Default
0.5
0 Maximum acceleration (0 s to reach normal speed)
2.0 Minimum acceleration (2.0 s to reach normal speed)
T37
Acceleration time when opening motor 2
Time during which motor 2 accelerates to reach the normal opening speed (adjustable at
intervals of 0.1 s)
Default
0.5
0 Maximum acceleration (0 s to reach normal speed)
2.0 Minimum acceleration (2.0 s to reach normal speed)
T38
Acceleration time when closing motor 1
Time during which motor 1 accelerates to reach the normal closing speed (adjustable at
intervals of 0.1 s)
Default
0.5
0 Maximum acceleration (0 s to reach normal speed)
2.0 Minimum acceleration (2.0 s to reach normal speed)
T39
Acceleration time when closing motor 2
Time during which motor 2 accelerates to reach the normal closing speed (adjustable at
intervals of 0.1 s)
Default
0.5
0 Maximum acceleration (0 s to reach normal speed)
2.0 Minimum acceleration (2.0 s to reach normal speed)
T40
Deceleration ramp motor 1
Deceleration ramp between normal speed and slowdown speed of motor 1
Default
30
0 Steep ramp (maximum deceleration)
100 Low ramp (minimum deceleration)
T41
Deceleration ramp motor 2
Deceleration ramp between normal speed and slowdown speed of motor 2
Default
30
0 Steep ramp (maximum deceleration)
100 Low ramp (minimum deceleration)

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OUT
Auxiliary output conguration
19
Electric lock Default
1
OFF Output o󰀨
1 Electrical solenoid lock
2 Electrical drop lock
3Electrical magnetic lock (suction) on in closing
4Electrical magnetic lock (suction) on in opening and closing
19T
Electrical solenoid lock excitation time
(adjustable at intervals of 0.1 s)
Default
1.2
0.5 0.5 s (minimum time)
5.0 5.0 s (maximum time)
A1
Terminal A1 output type Default
1
OFF Output o󰀨
1Gate open warning light (SCA)
Operation as per SCA parameter setting
2Auxiliary Radio output (RAU)
Operation as per RAU parameter setting
3
Courtesy light (LCO)
On during leaf movement and for the amount of time after the leaf stopping set in parameter
LCO
4Zone light (LZO)
On during leaf movement
5
Gate left open (OAB)
On if the gate remains open for a time longer than that dened by the open gate alarm logic
(L16)
6
Maintenance (MAN)
Output o󰀨 when the number of maintenance signalling manoeuvres (MNPS) is reached in
the diagnostics section
A2
Terminal A2 output type Default
2
OFF Output o󰀨
1Gate open warning light (SCA)
Operation as per SCA parameter setting
2Auxiliary Radio output (RAU)
Operation as per RAU parameter setting
3
Courtesy light (LCO)
On during leaf movement and for the amount of time after the leaf stopping set in parameter
LCO
4Zone light (LZO)
On during leaf movement
5
Gate left open (OAB)
On if the gate remains open for a time longer than that dened by the open gate alarm logic
(L16)
6
Maintenance (MAN)
Output o󰀨 when the number of maintenance signalling manoeuvres (MNPS) is reached in
the diagnostics section
7
Synchronization output, compass type interlock (INB)
Automatically congures input S4 as synchronization input without any choice by the user.
The control panel consents to the gate opening only if the other gate is in the closed posi-
tion
8
Synchronization output, compass type interlock (INP) with presence signal.
Automatically congures input S4 as synchronization input and S3 as presence input with-
out any choice by the user.
The control panel consents to the gate opening only if the other gate is in the closed posi-
tion and the presence input is occupied

13
SW24.W
EN
OUT
RAU
Auxiliary Radio Output Conguration Default
1
Impulsive: the output is active for 1 s following the RAU command from the remote control
Timed: the output is active for the time set in the RAUT parameter following the RAU command from
the remote control
Bistable: the output works in Step-Step ON/OFF mode
RAUT
RAU output timing Default
1
11 s (minimum time)
600 600 s (maximum time)
LCO
Courtesy light timer Default
120
11 s (minimum time)
300 300 s (maximum time)
SCA
SCA output operating mode Default
1
1Gate closed: o󰀨
Gate open: on xed
2
Gate closed: o󰀨
Gate moving: intermittent
Gate open: on xed
Indeterminate position: intermittent pause of 1 s every 5
3
Gate closed: o󰀨
Gate opening slow intermittent
Gate open on xed
Gate closing intermittent
Indeterminate position: intermittent pause of 1s every 5
4Gate stopped on xed
Gate moving o󰀨
5Gate closed o󰀨
Gate moving on xed

14
SW24.W
EN
IN
Input conguration
C(X)
C1/C2/C3/C4 command input
1
Step-step (PP)
The step-step control:
- with the gate stopped and closed, opens the gate
- in opening, stops or closes the gate according to the step-step logic setting (L10)
- with the gate stopped after opening, closes the gate
- in closing, stops or opens the gate according to the step-step logic setting (L10)
- with the gate stopped after closing, opens the gate
Default C1
2
Pedestrian (PED)
Opens the gate to the pedestrian position
It acts like a step-step if the command is given with the gate beyond the pedes-
trian position
Default C2
3
Open (OPEN)
The open command:
- with the gate stopped and closed, opens the gate
- in opening is ignored
- with the gate open, resets the pause time
- with the gate stopped, opens the gate
- in closing, opens the gate
Default C3
4
Close (CLS)
The close command:
- with the gate stopped and closed, is ignored
- in opening, closes the gate
- with the gate stopped, closes the gate
- in closing is ignored
Default C4
5
Timer (TIM)
The timer command:
- when closed, opens the gate and keeps it open as long as the contact remains
closed
- when the contact is released it closes the gate
6Pedestrian Timer (TIMP)
Has the same function as the timer command but on the pedestrian position

15
SW24.W
EN
IN S(X)
S1/S2/S3/S4 safety input
OFF O󰀨 Default
S3/S4
1
Photocell closing (PHC)
The closing photocell:
- with the gate stopped, allows the gate to open
- in opening does not intervene
- with the gate open, does not allow it to close and when released will reset the
pause time
- in closing, reopens the gate immediately
Default
S1
2
Photocell (PH)
The photocell:
- with the gate stopped, does not allow the gate to open
- during opening, stops the movement and when released proceeds to open the
gate-with the gate open, it does not allow it to close and when released it resets
the pause time
- in closing stops the movement and when released reopens the gate
Default
S2
3
Opening photocell (PHO)
The opening photocell:
- with the gate stopped, allows the gate to open
- in opening, recloses it completely
- with the gate open, allows it to close and does not reset the pause time
- in closing does not intervene
4
Sensitive edge with NC clean contact (BAR)
- with the gate stopped, does not allow the gate to open
- in opening disengages
- with the gate open, does not allow it to close and when released will reset the
pause time
- in closing disengages
58.2 KΩ balanced sensitive edge (8K2)
Same behaviour as the NC sensitive edge
6
Stop (STP)
- stops the gate
Interrupts the automatic closing as per the logic stop setting from stop (L12)
7Photocell closing checked (PHC)
As per closing photocell but with check
8Photocell checked (PHT)
As per photocell but with check
9Photocell opening checked (PHC)
As per opening photocell but with check
10 NC sensitive edge checked (BART)
As per KΩ NC sensitive edge but with check
11 8.2 KΩ balanced sensitive edge checked (8K2T)
As per 8.2 KΩ sensitive edge but with check

16
SW24.W
EN
LGC
Control panel logic settings
L1
Automatic closing Default
ON
OFF Automatic closing o󰀨
ON Automatic closing on
L2
Pause time Default
30
11 s (minimum time)
180 180 s (maximum time)
L3
Pedestrian pause time Default
20
11 s (minimum time)
180 180 s (maximum time)
L4
State on power up Default
OP
CL Gate in closed position:
The rst step-step command opens the gate.
OP
Gate in open position:
The rst step-step command closes the gate. If automatic closing is on, after the pause time
the gate closes
L5
Apartment block Default
OFF
OFF Apartment block function o󰀨
1 Ignores closing and stop commands in opening
2 Ignores closing and stop commands in opening and in pause
3Ignores closing and stop commands in opening, in pause and in closing
L6
Rapid closing Default
OFF
OFF Rapid closing function o󰀨
1
Rapid closing in gate mode:
The control panel starts to count the clearance time (L7) from when the closing photocell is
released, when the clearance time expires it closes again.
2
Rapid closing in barrier mode:
The control panel starts to count the clearance time (L7) from when the closing photocell is
released, when the clearance time expires it closes again. If the closing photocell is occupied
again, it does not command it to reopen but to stop. When released again it continues with
closing. The closing photocell returns to normal operating after complete closure
L7
Clearance time (adjustable at intervals of 1 s)
Time after which the gate closes again if the rapid closing (L6) is on
Default
2
1 Minimum clearance time
10 Maximum clearance time
L8
Pre-ash
Flashing time of the ashing light before the gate starts to move
Default
OFF
OFF Pre-ash disabled
33 s pre-ash
44 s pre-ash
55 s pre-ash
L9
Manned Default
OFF
OFF Manned function o󰀨
1Step-step command disabled, remote controls not working. The control panel accepts only
open and close commands
2Emergency manned. In normal standard operating conditions, with the safety devices oc-
cupied it works as manned.

17
SW24.W
EN
LGC
L10
Step by step Default
4
2Step-step command operates in 2 steps: open, close, open...
3Step-step command operates in 3 steps: open, stop, close, open...
4Step-step command operates in 4 steps: open, stop, close, stop, open...
L11
Stop from step-step Default
ON
OFF Automatic closing disabled when a stop command from step-step is given
ON Automatic closing not disabled when a stop command from step-step is given
L12
Stop from stop Default
ON
OFF Automatic closing disabled when a stop command from stop is given
ON Automatic closing not disabled when a stop command from stop is given
L13
Hammering
Moves briey in the opposite direction to that of its travel to facilitate the release of the
electrical lock
Default
OFF
OFF Hammering o󰀨
1 On with gate closed
2 On with gate closed and open
3 On with gate open
L14
Operation in battery Default
1
1 Standard operation
2Normal operation with ashing light disabled
3 After a re-open command it stays open
4When the main power supply is cut o󰀨 it opens and remains open
L15
Economy Default
OFF
OFF Standard operation
1Economy operation on. With the gate closed, it switches o󰀨 the accessory power supply on
outputs 1 and 2. The outputs are powered again following a new command.
L16
Gate blocked open indicator
Number of minutes after which, with the gate partially or totally open, whatever the set
pause time, an alarm signal is sent (on the display and output congured as OAB)
Default
30
OFF Indicator disabled
3 Minimum interval
60 Maximum interval

18
SW24.W
EN
RAD
Remote control management
PP
Saving a button as step-step
oooo Waiting for code
1001 Remote control 1 saved as step-step
1055 Remote control 55 saved as step-step
OPEN
Saving a button as open
oooo Waiting for code
2001 Remote control 1 saved as open
2055 Remote control 55 saved as open
PED
Saving a button as pedestrian
oooo Waiting for code
3001 Remote control 1 saved as pedestrian
3055 Remote control 55 saved as pedestrian
RAU
Saving a button as Auxiliary Radio Output activation
oooo Waiting for code
4001 Remote control 1 saved as Auxiliary Radio Output
4055 Remote control 55 saved as Auxiliary Radio Output
CLS
Saving a button as close
oooo Waiting for code
5001 Remote control 1 saved as close
5055 Remote control 55 saved as close
STP
Saving a button as stop
oooo Waiting for code
6001 Remote control 1 saved as stop
6055 Remote control 55 saved as stop
LCO
Saving a button as Courtesy light on
oooo Waiting for code
7001 Remote control 1 saved as Courtesy light on
7055 Remote control 55 saved as Courtesy light on
CTRL
Control of remote control memory position
oooo Waiting for code
5001 Remote control button 1 saved as close
7099 Remote control button 99 saved as Courtesy light on
-030 Remote control button 30 not in memory
---- Remote control not in memory
RE
Remote control programming Default 1
OFF Remote programming of remote controls o󰀨
1
Remote programming of remote controls on:
used to programme remote controls from a remote control already in the memory, using the
following procedure:
- press buttons 1 and 2 on the remote control already in the memory at the same time
- press the button on the remote control already in the memory to copy on the new remote
control
- press the button on the new remote control on which to copy the button just pressed on
the remote control already in the memory
Note: the button on the new remote control just saved inherits the function assigned to the
button on the remote control already in the memory
ERSA
Total receiver memory deletion
Press OK for 5 s
oooo Signals the deletion of the receiver memory on the display
ERS1
Deletion of single remote control from its position in the memory
XUse buttons ▲▼ to select the number of the remote control to delete
Press OK to conrm
ERSR
Deletion of single remote control from the remote control code
oooo Waiting for code
Deleting remote control