Vimar Elvox SW24.D User guide

Installer manual
SW24.D
24 Vdc control panel for swing gates

2
SW24.D
EN
Contents: Page
1 - Product features.......................................................................................................................................................................................................... 1
2 - System type ................................................................................................................................................................................................................ 1
3 - Description of the terminal blocks............................................................................................................................................................................... 2
4 - Connecting accessories.............................................................................................................................................................................................. 4
5 - Control panel programming ........................................................................................................................................................................................ 6
6 - DIP-switch functions ................................................................................................................................................................................................. 10
7 - LED functions............................................................................................................................................................................................................ 10
8 - List of alarms ............................................................................................................................................................................................................ 10

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SW24.D
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1 - Product features
Control panel for 24 Vdc swing gates with a rated power of 80 + 80W, equipped with an encoder interface to detect obstacles and control the speed,
and an integrated 433 MHz receiver.
The control panel:
- can customize the slow-down distance and speed for both opening and closing
- has an obstacle detection system
- has LEDs input diagnostics and programming
- has a removable radio memory
- has an integrated receiver with a capacity of 200 remote controls (hard-coded or rolling-code)
- has current control to protect the electric motor
Technical specifications
Power supply 230 Vac
Motor supply voltage 24 Vdc
Maximum motor power 80 + 80 W
Flashing light output 24 Vdc 15 W max
Accessories power supply 24 Vdc 500 mA
Receiver memory 200 remote controls
Receiver frequency 433 MHz
Remote control encoding Rolling code or hard coded
Fuse F1 (line protection) ATO 15 A
Fuse F2 (accessory protection) 5x20 mm F3.15 A
Operating temperature -10 to +50°C
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
2 - System type
C
B
D
E
A
F
2x1 mm²
3x0.5 mm²
4x0.5 mm²
A
G
H
I
H
I2x2.5 mm²+
3x0.5 mm² (encoder)
E
2x0.5 mm²
2x0.5 mm²
4x0.5 mm²
2x0.5 mm² 3x1.5 mm² (230 Vac)
2x2.5 mm²+
3x0.5 mm² (encoder)
Components for implementing a complete system
Main Components Accessories (optional)
Description Ref. Description Ref.
Actuator A Electric lock + cylinder G
Control panel BPost-mounted photocells H
Blinking C Posts I
Remote control D
Wall-mounted photocells E
Key selector F

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3 - Description of the terminal blocks
Terminal Description Rated data
T1 Transformer secondary connection 24 Vac
T2 Transformer secondary connection
21 Opening motor 1 24 Vdc 80 W
22 Closing motor 1
25 Opening motor 2 24 Vdc 80 W
26 Closing motor 2
12 Auxiliary radio/courtesy light negative
output 24 Vdc 120 mA
1Accessories positive
19 Electrical lock output 12 Vac 15 VA
18 Electrical lock output
14 Gate open warning light negative
output 24 Vdc 120 mA
1Accessories positive
1Accessories positive 24 Vdc 500 mA
0Accessories negative
10 Flashing light negative 24 Vdc 15 W max
11 Flashing light positive
Terminal Description Rated data
+E Encoder power supply positive 12 Vdc
-E Encoder power supply negative
41 Motor 1 encoder signal
45 Motor 2 encoder signal
99 Common inputs
51 Step-by-step (N.O.)
52 Pedestrian (N.O.)
99 Common inputs
61 Stop (N.C.)
62 Closing photocell (N.C.)
63 Photocell (N.C.)
-Aerial earth
ANT Aerial signal
BAT
C
N8
1
5
A
F1 (ATO)
S
E
C
T1
T2
51
F2 (5X20)
F3.15 A
U1
99
52
63
51
99
61
62
SW24.D
21
22
25
26
51
52
61
62
63
41
45
+E
-E
41
45
12
19
14
1
0
10
11
18
_
ANT
U
2
O
N
1
DIP2
E
S
C
O
K
DL1
P
R
O
G
R
A
M
.
M
E
N
U
'
A B
C
D

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3.1 - Description of the output functions
0-1 Accessories power supply:
24 Vdc output
Functions according to the P08 parameter setting.
P08 = 0: Permanent power supply.
P08 = 1, 2, 3: Photo-test active, the negative terminal (0) turns o󰀨 for a few fractions of a second before the start of movement, so any
accessories that require a permanent power supply (e.g. photocell receivers) must get the negative from an input common
(terminal 99).
10-11 Blinking:
24 Vdc output powered when the gate is moving.
12-1 Courtesy light (LCO) or Auxiliary Radio Output (RAU):
24 Vdc Courtesy Light or Auxiliary Radio output:
With P20 = PED it is for a Courtesy Light:
- it turns on when the gate is moving and remains on for 100 s after it has stopped.
With P20 = 2CH it is an Auxiliary Radio Output:
- it turns on upon pressing the button that was saved on the remote control as the 2nd radio channel for the amount of time set in parameter
P21.
14-1 Gate Open Indicator Output (SCA):
24 V DC output to indicate the gate movements operating according to the setting for parameter P07.
18-19 Electrical Lock Output:
12 Vac output to activate the electric lock when the gate starts to move.
Note: using the photo-test requires the safety devices to be wired in a specic manner (par. 4.3).
BAT
F1 (ATO)
S
E
C
T1
T2
F2 (5X20)
F3.15 A
DL1
P
R
O
G
R
A
M
.
M
E
N
U
'
- 230 Vac
- 120 Vac
N
L
99
52
63
51
99
61
62
21
22
25
26
+E
-E
41
45
12
19
14
1
0
10
11
18
_
ANT
PED
P. P.
PHC
PH
STOP
COM
COM
M1
M2
OPEN M1
CLOSE M1
OPEN M2
CLOSE M2
LOCK
LOCK
RAU
RAU-
SCA-
SCA
24V+
24V-
BLINK-
BLINK+
ENC 12V-
ENC 12V+
ENC SIG A M1
ENC SIG A M2
63
SW24.D
63
_
ANT
A B
BAT
ZBA6
C D

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3.2 - Description of the input functions
51 Step by step (N.O.):
Sequential control input, to control the full gate travel.
Operating according to the setting for parameters P39 and P03:
P39 = 0, P39 = 1 input 51 operating according to parameter P03.
P39 = 2 input 51 only controls the opening.
P03 = 1 collective, input 51
- not active in opening
- in pause it reloads the pause time if automatic closing is active and suspends the pause if the input remains engaged (for connecting coils
or a timer), re-closes if automatic closing is not active
- in closing it re-opens.
P03 = 2 sequential Opens, Stop, Closes, Stop, Opens.
P03 = 3 sequential Opens, Closes, Opens
52 Pedestrian (N.O.):
Control input to open the gate for pedestrians as input 51 but at pedestrian distance
61 Stop (N.C.):
Stops the gate.
If not used, jumper with the common (99)
62 Closing photocell - PHC (N.C.):
If not used, jumper with the common (99)
63 Photocell - PH (N.C.):
Operating according to the setting for parameter P06:
P06 = 1 Photocell:
- with the gate stopped, does not allow the gate to open
- during opening stops the movement and when released proceeds with opening
- with the gate open, does not allow closing and when released will reload the pause time
- in closing stops the movement and when released reopens the gate
P06 = 2 Sensitive edge with NC clean contact:
- with the gate stopped, does not allow the gate to open
- in opening disengages, re-closes after the pause time if automatic closing is active
- with the gate open, does not allow closing and when released will reload the pause time
- in closing disengages and opens
P06 = 3 8.2 KΩ balanced sensitive edge (8K2)
Same behaviour as the NC sensitive edge
If not used, jumper with the common (99) and set P06 = 1
4 - Connecting accessories
4.1 - Key switch and control devices
EDS1
Step-by-step control
Pedestrian control
99
52
63
51
99
61
62
COM COM
N.O. N.O.
N.C. N.C.
PED
COM
P. P.

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4.2 - Fotocellule e fotocellule in chiusura
Contatto normalmente chiuso (a fotocellule non impegnate i LED 62 e 63 devono essere accesi), se non utilizzato fare un ponticello tra COM e 62, COM e
63, è necessario rispettare la polarità per l’alimentazione delle fotocellule:
12
19
18
14
1
0
10
11
+E
-E
45
41
99
52
63
51
99
61
62
- + - +
NO
-
+
COM NC
(FSW)
NO
-
+
COM NC
(FSW)
RX1 RX2 TX1 TX2
PHC
PH
COM
24V+
24V-
P06 = 1
P08 = OFF
4.3 - Photocells and photocells when closing with photo-test active
12
19
18
14
1
0
10
11
+E
-E
45
41
99
52
63
51
99
61
62
- + - +
NO
-
+
COM NC
(FSW)
NO
-
+
COM NC
(FSW)
RX1 RX2 TX1 TX2
DIP1
O
N
1
2
3
4
5
6
7
8
9
10
PHC
PH
COM
24V+
24V-
P06 = 1
P08 = 3
4.4 - Sensitive edge
99
52
63
51
99
61
62
99
52
63
51
99
61
62
DIP1
O
N
1
2
3
4
5
6
7
8
9
10
DIP1
O
N
1
2
3
4
5
6
7
8
9
10
BAR
COM
8K2
COM
99
52
63
51
99
61
62
99
52
63
51
99
61
62
DIP1
O
N
1
2
3
4
5
6
7
8
9
10
DIP1
O
N
1
2
3
4
5
6
7
8
9
10
BAR
COM
8K2
COM
P06 = 2
P06 = 3

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4.5 - Stop push-button
99
52
63
51
99
61
62
COM
STOP
5 - Control panel programming
5.1 - Preliminary operations
After powering the unit, the name of the control board written as
SW2.D, the firmware version FX.XX and 3 flashes with the word FLSH
appear in the display, then display then goes off.
To function correctly, the control panel requires some minimum and
essential settings and checks.
- Input status check:
Check the diagnostic LEDs of the inputs, the LEDs 61, 62, 63 must be
on.
If one of the safety inputs (61, 62, 63) is not used, insert a bridge
between the common (99) and the unused input.
If one of the safety inputs (61, 62, 63) is open, the dot at bottom right-
hand corner of the display flashes to indicate a engaged/non-working
safety that will prevent the gate from moving. It will therefore be neces-
sary to check the connections and the correct functioning status of the
safety devices.
- Gate travel calibration
The control panel must know some physical parameters of the gate in
order to function correctly. The operation allowing 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.
5.2 - Using the display
Button Description
OK
Button to turn on the display, to access the menu and to
conrm the parameter value change. When the motor is
moving, when pushed once it displays the absorption in A of
motor M1, when pushed twice it displays the absorption in A
of motor M2
▲Button to scroll up the menus and increase the parameter
value
▼Button to scroll down the menus and decrease the param-
eter value
ESC Button to turn o󰀨 the display, exit the menu and cancel the
parameter value change
51 Step-by-step command button
5.3 - Menus
The control board programming is organized in menus and submenus
that allow to access and edit the parameters and logics of the control
board. The control board features the following first level menus:
Menu Description
LRNE Quick gate travel calibration
LRNA Advanced gate travel calibration
PAR Control board parameter setting menu
RAD Remote controls management menu
DEF Factory reset menu
CNT Cycle counter menu
ALM Board alarms menu
PASS Board protection level setting menu
Submenus
All submenus are described in the table below.
LRNE
Quick gate travel calibration.
The calibration is fully self-performed and sets:
- Opening and closing slowdown to 30% of the total travel
- Opening delay between leaves to 3 s
- Closing delay between leaves to 6 s
It requires mechanical stops both on opening and closing
Rows highlighted in grey refer only refer to a double leaf in-
stallation, in a single leaf installations delays between leaves
are not programmed
Button Display
msg Phase description
-51 Wait for calibration procedure start
51 CLS2 When button pressed: leaf 2 closing and
search for leaf 2 closing stop
-CLS1 Leaf 1 closing and search for leaf 1 closing
stop
-LOC Electric lock activation to free leaf 1
-OPN1 Leaf 1 opening travel measurement at slow
down speed
-OPN2 Leaf 2 opening travel measurement at slow
down speed
-CLS2 Leaf 2 closing at normal speed and then at slow
down speed up to leaf 2 closing mechanical stop
-CLS1 Leaf 1 closing at normal speed and then at slow
down speed up to leaf 1 closing mechanical stop
-oooo Full opening and closing of both leaves for cur-
rent thresholds measurement
-END End of procedure
LRNA
Advanced gate travel calibration.
Calibration allows the installer to set:
- Opening and closing slow down position
- Leaves end of travel positions
- Opening and closing delays between leaves
- Pedestrian opening position
It requires mechanical stops on closing only
Rows highlighted in grey refer only refer to a double leaf in-
stallation, in a single leaf installations delays between leaves
are not programmed
Button Display
msg Phase description
-51 Wait for calibration procedure start
51 CLS2 When button pressed: leaf 2 closing and
search for leaf 2 closing stop
-CLS1 Leaf 1 closing and search for leaf 1 closing
stop
-LOC Electric lock activation to free leaf 1
51 OPN1
Leaf 1 opening start.
When button pressed: leaf 1 opening slow
down position setting, the leaf proceeds at
slow down speed

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LRNA
51 SLO
Leaf 1 opening slow down.
When button pressed: leaf 1 opening stop
position setting, if 51 is not pressed, the leaf
learns as the opening stopping position the
one obtained from the opening mechanical
stop
51 OPN2
Leaf 2 opening start.
When button pressed: leaf 2 opening slow
down position setting, the leaf proceeds at
slow down speed
51 SLO
Leaf 2 opening slow down.
When button pressed: leaf 2 opening stop
position setting, if 51 is not pressed, the leaf
learns as the opening stopping position the
one obtained from the opening mechanical
stop
51 CLS2
Leaf 2 closing start.
When button pressed: leaf 2 closing slow down
position setting, the leaf proceeds at slow
down speed
-SLO Leaf 2 continues closing at slow down speed
up to closing mechanical stop
51 CLS1
Leaf 1 closing start.
When button pressed: leaf 1 closing slow down
position setting, the leaf proceeds at slow
down speed
-SLO Leaf 1 continues closing at slow down speed
up to closing mechanical stop
51
0000
(second
count)
Leaf 1 opening start.
When button pressed: leaf 2 starts opening,
the control board learns and programs the
displayed opening delay between leaves. Leaf
1 and leaf 2 proceed to full opening
51
0000
(second
count)
Leaf 2 closing start.
When button pressed: leaf 1 starts closing,
the control board learns and programs the
displayed closing delay between leaves. Leaf 1
and leaf 2 proceed to full closing
-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 changing the travel
parameters, the control panel needs to learn the current curve again,
thus disabling the obstacle detection only during the self-calibration
cycle. Self-calibration is appropriately highlghted on the display that
shows 51, meaning that a command is required in order for the board
to self-calibrate.
The events generating self-calibration are:
- change in parameters: P09-10-11-12-13-14-15-16-17-18-19-20-21-
22-25-26-31-36-43.
PAR
Board parameters
Sub
menu Description Values (default)
P01
Auto close (ON)
Auto close not active OFF
Auto close active ON
P02
Pause time (30)
2 s (minimum time) 2
600 s (maximum time) 600
P03
Command input n. 51 (1)
Collective
During the opening the command is not ac-
tive.
If P01 = ON when paused it restarts the
pause time and if the input 51 remains en-
gaged the control board suspends the count
until the input is disengaged (for the connec-
tion of coils or timers)
if P01 = OFF, when paused it closes back
During the closing it opens again
1
PAR
P03
Step-bystep (4 steps logic)
Cycle command Opens, Stops, Closes,
Stops, Opens…
2
Step-bystep (2 steps logic)
Cycle command Opens, Closes, Opens… 3
P04
Pre-ash
The ashing light ashes for 3 s before the
gate starts to move
(OFF)
Pre-ash not active OFF
3 s pre-ash active ON
P05
Immediate closing (OFF)
Immediate closing not active OFF
If the closing photocell is engaged and re-
leased during the opening or the pause time,
the control unit closes the gate, regardless
of the pause time set, 3 s after the complete
opening or 3 s after the release of the photo-
cell (depending on whether the release takes
place during opening or pause).
ON
P06
Safety input n. 63 (1)
Photocell (PH):
- with the gate stopped, does not allow the
gate to open
- during opening stops the movement and
when released proceeds with opening
- with the gate open, does not allow it to
close and when released will reload the
pause time
- on closing stops the movement and when
released reopens the gate
1
NC safety edge (BAR):
- with the gate stopped, does not allow the
gate to open
- in opening disengages, closes after the
pause time if auto close is active
- with the gate open, does not allow closing
and when released will reload the pause time
- in closing disengages and opens
2
8.2 KΩ balanced safety edge (8K2):
Same behaviour as the NC safety edge 3
P07
Output 14 type of open gate warning loght
(SCA) (OFF)
Gate closed: not active
Gate not closed: active xed OFF
Gate closed: not active
Gate in opening: slow ash
Gate not closed: active xed
Closing gate: quick ash
ON
P08
Safety input test (OFF)
Test not active OFF
Test active on input 62 1
Test active on input 63 2
Test active on both inputs 62 and 63 3
P09
M1 slowdown distance during closing
Knowing that 0 means full closing and 100
full opening, it shows where M1 switches
from normal speed to slow down speed on
closing
(30)
No slow down 0
Maximum closing slow down travel 100
P10
M2 slowdown distance during closing
Knowing that 0 means full closing and 100
full opening, it shows where M2 switches
from normal speed to slow down speed on
closing
(30)
No slow down 0
Maximum closing slow down travel 100

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PAR
P11
M1 slowdown distance during opening
Knowing that 0 means full closing and 100
full opening, it shows where M1 switches
from normal speed to slow down speed on
opening
(70)
All leaf travel on opening at slow down speed 0
No slow down 100
P12
M2 slowdown distance during opening
Knowing that 0 means full closing and 100
full opening, it shows where M2 switches
from normal speed to slow down speed on
opening
(70)
All leaf travel on opening at slow down speed 0
No slow down 100
P13
M1 normal opening speed (100)
Minimum speed 50
Maximum speed 100
P14
M2 normal opening speed (100)
Minimum speed 50
Maximum speed 100
P15
M1 normal closing speed (100)
Minimum speed 50
Maximum speed 100
P16
M2 normal closing speed (100)
Minimum speed 50
Maximum speed 100
P17
M1 opening slow down speed (50)
Minimum slow down speed
* with encoder/without encoder
15 with *
35 without *
Maximum slow down speed
* with encoder/without encoder
75 with *
70 without *
P18
M2 opening slow down speed (50)
Minimum slow down speed
* with encoder/without encoder
15 with *
35 without *
Maximum slow down speed
* with encoder/without encoder
75 with *
70 without *
P19
M1 closing slow down speed (50)
Minimum slow down speed
* with encoder/without encoder
15 with *
35 without *
Maximum slow down speed
* with encoder/without encoder
75 with *
70 without *
P20
M2 closing slow down speed (50)
Minimum slow down speed
* with encoder/without encoder
15 with *
35 without *
Maximum slow down speed
* with encoder/without encoder
75 with *
70 without *
P21
M1 motor force
Sets the value of the force given to the motor
to move the gate
(5)
Minimum force 1
Maximum force 10
P22
M2 motor force
Sets the value of the force given to the motor
to move the gate
(5)
Minimum force 1
Maximum force 10
P23
M1 acceleration
M1 acceleration ramp until normal speed is
reached
(3)
Accelerazione massima 1
Accelerazione minima 5
PAR
P24
M2 acceleration
M2 acceleration ramp until normal speed is
reached
(3)
Accelerazione massima 1
Accelerazione minima 5
P25
M1 deceleration ramp
M1 motor deceleration ramp between normal
speed and slow down speed
(6)
Soft ramp (minimum deceleration) 1
Steep ramp (maximum deceleration) 8
P26
M2 deceleration ramp
M2 motor deceleration ramp between normal
speed and slow down speed
(6)
Soft ramp (minimum deceleration) 1
Steep ramp (maximum deceleration) 8
P29
Opening delay time between leaves (s) (3)
Minimum delay 0
Maximum delay 60
P30
Closing delay time between leaves (s) (6)
Minimum delay 0
Maximum delay 60
P31
Number of motors (2)
Single leaf gate 1
Double leaf gate 2
P32
Hammer strike
It moves the leaf slightly in the gate move-
ment opposite direction to make the release
of the electric lock easier
(OFF)
Minimum energizing time (pulse) OFF
Maximum energizing time ON
P33
Solenoid electric lock energizing time (s) (3)
Hammer strike not active 0
Hammer strike active 10
P34
2nd radio channel function (PED)
The remote control button associated with
the 2nd radio channel activates output 12 as
an auxiliary radio output (RAU) for the time
set in parameter P21
12
The remote control button associated with
the 2nd radio channel activates the pedes-
trian opening. The output 12 functions as a
courtesy light (LCO): it is activated when the
gate moves and remains active for 100 s
after the gate stops
PED
P35
Output 12 as auxiliary radio output timer
(RAU) (1)
1 s (shortest time) 1
60 s (longest time) 60
P36
Pedestrian opening distance (%)
Percentage of the opening total travel by a
pedestrian command
(100)
Shortest pedestrian distance 0
Maximum distance (full M1 opening) 100
P37
Flashing light during battery operation (OFF)
Flashing light not active in battery operation OFF
Flashing light active during battery operation ON
P38
Battery operation mode (0)
Normal operation 0
After an opening command the gate remains
open 1
After the power goes o󰀨, the gate opens and
stays open 2

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PAR
P39
Dead-man operation (0)
Dead-man not active 0
Emergency dead-man:
- In regular operating conditions, standard
operation
- If safaties are engaged, dead-man opera-
tion only on input 51 and 52 as per parameter
P41 setting. Remote controls are disabled
1
Dead-man active:
- step-by-step command disabled, remote
controls disabled. The board accepts open
and close mantained commands only
2
P40
Force on mechanical stops
Force applied by the motors against the
mecahanical stops
(1)
Minimum force (immediate stop detection) 0
Maximum force (delayed stop detection) 5
P41
Function of inputs n. 51 and 52 and radio
commands (0)
51: step-by-step or collective command
52: pedestrian command 0
51: open only command
52: close only command 1
51 & radio command on channel 1: open only
command
52 & radio command on channel 2: close
only command
2
P43
Type of actuators used (4)
EIM1 (24 V underground 2 m) 1
EAM2 (24 V linear 3 m) 4
EAM3 (24 V linear 4 m) 5
RAD
Remote control management Msg
display ex.
1CH
Remote control button programming on
1st channel (step-by-step or open, see
P18)
Waiting the code (press the remote control
button), the receiver is empty oooo
Waiting the code (press the remote control
button), the receiver is set as rolling code rc
Waiting the code (press the remote control
button), the receiver is set as xed code fc
Remote control button programmed on 1st
channel as 1st code in the memory 1001
Remote control button programmed on 1st
channel as 55th code in the memory 1055
2CH
Memorizzazione di un tasto sul 2° canale
(pedonale o uscita 12, vedere P20)
Waiting the code (press the remote control
button), the receiver is empty oooo
Waiting the code (press the remote control
button), the receiver is set as rolling code rc
Waiting the code (press the remote control
button), the receiver is set as xed code fc
Remote control button programmed on 2nd
channel as 1st code in the memory 2001
Remote control button programmed on 2nd
channel as 55th code in the memory 2055
CTRL
Remote control button memory position
check
Waiting the code (press the remote control
button), the receiver is empty none
Waiting the code (press the remote control
button), the receiver is set as rolling code rc
Waiting the code (press the remote control
button), the receiver is set as xed code fc
Remote control button in position n.1 in the
memory on 1st channel 1001
Remote control button in position n.99 in the
memory on 2nd channel 2099
Button not in the memory no
ERAS
Remote control deletion
Use ▲▼ buttons to select the n. of the
remote control code to be deleted. -
Code stored in position 3 in the memory as
1st channel.
Press OK to delete
1003
Code stored in position 3 in the memory as
2nd channel.
Press OK to delete
2003
Memory position n. 3 free 3
Deletion of all remote controls code from the
memory of the receiver. Press OK and hold
for 5 s to conrm
ALL
Setting the operating mode of the receiver of the control board:
The receiver of the control board operates in Rolling code mode or
Fixed code according to the rst programmed remote control button:
- if the rst programmed remote control button is Rolling Code, the
receiver only accepts Rolling Code remote controls
- if the rst programmed remote control button is Fixed Code, the
receiver only accepts Fixed Code remote controls
To change the receiver operating mode it is necessary to delete all
the remote controls in the memory (ERAS-ALL) and program the rst
remote control according to the desired type.

10
SW24.D
EN
DEF
Factory reset
Button Display
Msg Description
OK oooo Waiting to press OK for 5 s to load factory set-
tings.
Note:
Factory reset does not require performing a new gate travel cali-
bration as it does not reset parameters P09-10-11-12-13-14-15-
16-17-18-19-20-21-22-25-26-31-36-43.
CNT
Counters
Button Display
Msg Description
-A025 First number of absolute cycles (multiplied by
10000)
▼4075 Second number of absolute cycles
In the example above, the gate has performed:
025 x (10000) + 4075 = 254075 total cycles
▼P019 First number of partial cycles (multiplied by
10000)
▼1234 Second number of partial cycles
In the example above, the gate has performed:
019 x (10000) + 1234 = 191234 partial cycles
OK oooo
By pressing OK for more than 5 s the control
board resets the count of the number of partial
cycles
ALM
Alarms history
Button Display
Msg Description
▲▼ X.FYY
Use ▲ ▼ keys to scroll the alarms of the
control board in chronological order (last 9
memorized alarms, 1 most recent alarm, 9 old-
est alarm).
X indicates the position of the alarm, YY the
type of alarm (see the alarm list table)
-1.F03 In position 1 alarm 03 is present (see the alarm
list table)
-2. no In position 2 there is no alarm
OK oooo Press OK until the display shows "oooo" to
clear the list of memorized alarms
PASS
Protection level of the control board (default = OFF)
OFF No protection
1Protection of menus PAR, DEF, LRNE e LRN
2Protection of menu RAD
3Full protection of the control board
6 - DIP-switch functions
C
N8
51
U1
U
2
O
N
1
DIP2
E
S
C
O
K
Dip Function Status Description
Dip 2 Motor with/with-
out encoder
OFF The motors are equipped with en-
coders
ON The motors are not equipped with
encoders
7 - LED functions
C
N8
51
U1
99
52
63
51
99
61
62
SW24.D
51
52
61
62
63
41
45
_
ANT
U
2
O
N
1
DIP2
E
S
C
O
K
DL1
P
R
O
G
R
A
M
.
M
E
N
U
'
C
N8
51
U1
99
52
63
51
99
61
62
SW24.D
51
52
61
62
63
41
45
_
ANT
U
2
O
N
1
DIP2
E
S
C
O
K
DL1
P
R
O
G
R
A
M
.
M
E
N
U
'
LED Status Description
DL1 OFF Power supply not present
ON Power supply present
41
OFF When the motor M1 is running: encoder signal absent
(encoder not working)
ON
When the motor M1 is running: encoder signal present
(it appears as a very rapid ashing according to the
rotation speed of the motor)
45
OFF When the motor M2 is running: encoder signal absent
(encoder not working)
ON
When the motor M2 is running: encoder signal present
(it appears as a very rapid ashing according to the
rotation speed of the motor)
51 OFF Step-by-step input (terminal 51) not engaged
ON Step-by-step input (terminal 51) engaged
52 OFF Pedestrian input (terminal 52) not engaged
ON Pedestrian input (terminal 52) engaged
61 OFF Stop contact (terminal 61) open (engaged)
ON Stop contact (terminal 61) closed (not engaged)
62 OFF Photocell on closing engaged (terminal 62 open)
ON Photocell on closing not engaged (terminal 62 closed)
63
OFF Photocell or safety edge engaged (terminal 63 open)
ON Photocell or safety edge not engaged (terminal 63
closed)
8 - List of alarms
Alarm Description
no No stored alarm
F01 Motor M1 power supply error
F02 Motor M2 power supply error
F03 Obstruction during opening for motor M1
F04 Obstruction during opening for motor M2
F05 Obstruction during closing for motor M1
F06 Obstruction during closing for motor M2
F10 Faulty EEPROM memory
F11 Time-out exceeded during travel calibration
F12 Fuse blown or not present
F13 Time-out exceeded during regular operation
F14 M1 encoder error
F15 M2 encoder error
F16 Excessive absorption on the motor M1 power output
F17 Excessive absorption on the motor M2 power output
Regulatory compliance
Vimar SpA declares that this electronic device complies with EU direc-
tives 2014/53/UE, 2006/42/CE, 2014/30/EU, 2014/35/EU. The full text
of the declaration of EU compliance is on the product sheet available at
the following Internet address: www.vimar.com.
REACH (EU) Regulation no. 1907/2006 – Art.33.
The product may contain traces of lead.

11
SW24.D
EN

Viale Vicenza 14
36063 Marostica VI - Italy
www.vimar.com
SW24.D installer EN 00 1911