Euromatic Q81A User manual

RF
37
Q81A
01_22
CONTROL PANEL FOR
DOUBLE/SINGLE SWING GATES
Control panel for 230V ac operators – single and double leaf swing gates
• Automatic programming mode with obstacle detection
• Sequential programming mode: adjustable force, slow down, working time per single motor
• Immediate closing
• Pedestrian opening
• Multi-occupation feature
• Second radio channel interface (optional)
• Output for electrolock connection
• Ram blow and lock pulse function
• Removable radio receiver 433,92 MHz (32 codes) suitable for fixed or rolling code transmitters
• Input for 8K2 resistive safety edge
• Self diagnosis of malfunctions by LED coding
230V ac
TECHNICAL FEATURES
Item code PQ81A, PQ81A1D
Pcb’s dimensions 137 x 84 x 37 mm
Junction box dimensions 220 x 290 x 90 mm
Pcb’s weight 160 g
Main Power supply 230V, 50-60 Hz
Power supply Tolerance -10% +20%
Transformer 230/21Vac – 15VA
Main Fuse 5 A
Rated power 600 W
Max. power draw 3.5 A
Power draw in stand-by 30 mA
Blinker 24 Vac, max 20 W
Accessories 24 Vdc , max 5 W
Electrolock 12 Vdc, max 15 W
Operating temperature -20 +50 °C
Protection rating IP55
Instructions Manual

Contents
1. SAFETY INSTRUCTIONS AND PRELIMINARY CHECKS ........................................................................................ pag. 02
2. DESCRIPTION AND MAIN COMPONENTS ......................................................................................................... pag. 03
3. ELECTRICAL CONNECTIONS ............................................................................................................................. pag. 04
3.1 MOTORS ................................................................................................................................................... pag. 06
3.2 MAIN POWER ........................................................................................................................................... pag. 07
3.3 START DEVICES ......................................................................................................................................... pag. 07
3.3.1 TIMER wiring
3.3.2 KEY-SWITCH wiring
3.4 PEDESTRIAN OPENING ............................................................................................................................. pag. 07
3.5 EMERGENCY STOP BUTTON ..................................................................................................................... pag. 08
3.6 PHOTOCELLS ............................................................................................................................................. pag. 08
3.6.1 Photocells in CLOSING
3.6.2 Photocells in OPENING
3.7 SAFETY EDGE ............................................................................................................................................ pag. 09
3.7.1 Safety Edge in CLOSING
3.7.2 Safety Edge in OPENING
3.7.3 8K2 resistive safety edge in OPENING
3.8 FLASHING LIGHT ....................................................................................................................................... pag. 10
3.9 ELECTROLOCK ......................................................................................................................................... pag. 10
3.10 SECOND RADIO CHANNEL INTERFACE - SETTINGS .............................................................................. pag. 10
3.10.1 Auxiliary radio channel .......................................................................................... pag. 11
3.10.2 Signalling light
3.10.3 CCourtesy light
4. DEFAULT SETTINGS ............................................................................................................................................... pag. 12
5. BROWSING THE MENU
5.1 FUNCTIONS MENU
5.1.1 Automatic closing
5.1.2 8K2 resistive safety edge input (just in opening)
6. OPERATION MODE ............................................................................................................................................ pag. 13
7. RADIO CODES .................................................................................................................................................... pag. 15
7.1 HOW TO DELETE EXISTING RADIO CODES
7.2 HOW TO STORE A RADIO CODE FOR START COMMAND
7.3 HOW TO STORE A RADIO CODE FOR PEDESTRIAN COMMAND
7.4 HOW TO STORE A RADIO CODE FOR THE 2° AUXILIARY RADIO CHANNEL
8. PROGRAMMING ................................................................................................................................................ pag. 15
8.1 AUTOMATIC mode
8.1.1 Automatic mode with obstacle detection for DOUBLE LEAF GATES
8.1.2 Automatic mode with obstacle detection for SINGLE LEAF GATES .................. pag. 17
8.2 SEQUENTIAL mode .................................................................................................................................. pag. 18
8.2.1 Sequential mode with obstacle detection for DOUBLE LEAF GATES
8.2.2 Sequential mode with obstacle detection for SINGLE LEAF GATES
9. TROUBLE SHOOTING .......................................................................................................................................... pag. 19

1
1. SAFETY INSTRUCTIONS AND PRELIMINARY CHECKS
WARNING! Important instructions for the safety of people, READ CAREFULLY!
Save this manual for future consultation.
Do not allow children to play with the fixed command devices, or in the gate’s area of operation.
Keep any remote control devices (i.e. transmitters) away from the children as well
Children are forbidden to carry out cleaning and maintenance unless accompanied by adults.
Children over 8 years, persons with reduced physical, sensorial, mental capabilities or unexperienced people are
limited to use the operator unless accompanied by a supervisor or unless they get properly aware of potential
hazards associated.
Always cut the power off before operating.
Make sure the earth connection is duly wired.
Wiring, installation and functional tests must be carried out by expert qualified personnel in full compliance with current
regulation EN12453.
Use of this control panel must be restricted to the transformer supplied by the Manufacturer.
A circuit breaker must be fitted close to the gate in compliance with the wiring diagram and installation instructions
(see paragraph 3).
Stay clear of the gate’s area of operation when in motion
Frequently check the system to see whetherany anomalies or signs of wear and tear appear on the moving
parts, on the component parts, on the securing points, on the cables and any accessible connections.
If the system requires repairs or modifi cations, release the operator and do not use it until safety conditions have been
restored.
This control panel is designed to automate single and double leaf gates.
In case you wish to automate a single leaf.
Gate be extremely careful to sections marked by this symbol

SENS POWER
2
24Vac
230Vac
F2
J5
JP7 JP8 JP9
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
JP1
JP2 JP3
TR2
POWER
230Vac
5A
230Vac
DL1
- + - +
SENS POWER
K4 K2
K3
- + - +
V1
FR1
SET SET TX
WORK BREAK
21 22
SW1 SW2
DL2 DL3
START STOP PED
DL4 DL5 DL6 DL7 DL8 FR2
J1
SET SET TX
WORK BREAK
2. DESCRIPTION AND MAIN COMPONENTS
J1 = radio module
J5 = input for electrolock or second radio channel jacks
F2 = line fuse 230V 5A
FR1 = self resettable fuse 24V 1,6A
FR2 = self resettable fuse 24V 0,6A
V1 = varistor secondary
K2/K3 = motors relé
K4 = flashing light relé
TR2 = filter
JP1 = GREEN TERMINAL - aerial connection
JP2 = Secondary MOLEX card 24V ac
JP3 = Primary MOLEX card 230V ac
JP4 = BLUE TERMINAL – command devices
JP5 = RED TERMINAL - line and photocells
JP6 = YELLOW TERMINAL – flashing light
JP7 = ORANGE TERMINAL - motor 1 (M1)
JP8 = BLACK TERMINAL - motor 2 (M2)
JP9 = GREEN TERMINAL – line 230V / earth
SENS = OBSTACLE DETECTION adjuster
POWER = THRUST adjuster
SW1 - SW2 = FUNCTIONS SELECTION – dip switches mode
PROGRAMMING BUTTONS
WARNING LED
DL1 = PROGRAMMING
DL2 = THRUST MOTOR 1
DL3 = THRUST MOTOR 2
DL4 = START
DL5 = STOP
DL6 = PEDESTRIAN START
DL7 = PHOTOCELL IN CLOSING
DL8 = PHOTOCELL IN OPENING

+ - + -
TX RX
M1 M2
+ - + -
TX RX
230V
3
24Vac
230Vac
F2
J5
JP7 JP8 JP9
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
JP1
JP2 JP3
TR2
POWER
230Vac
5A
230Vac
DL1
- + - +
SENS POWER
K4 K2
K3
- + - +
V1
FR1
SET SET TX
WORK BREAK
21 22
SW1 SW2
DL2 DL3
START STOP PED
DL4 DL5 DL6 DL7 DL8 FR2
J1
1 2 3 4 5 6 7 8 9
JP4 JP5
LIVE
NEUTRAL
EARTH
OPEN
CLOSE
CAPACITOR CAPACITOR
FLASHING LIGTH 24V ac MAX 20w
PEDESTRIAN
STOP
START
NEUTRAL
CLOSING
PHOTOCELL
OPENING
PHOTOCELL
PHOTOCELL CLOSING
PHOTOCELL OPENING
-24V RX
+24V TX/RX
TRANSFORMER
230V / 21V
RED
RED
BLACK
BLACK
-24V TX
3. ELECTRICAL CONNECTIONS
CIRCUIT
BREAKER
CLOSE
OPEN
NEUTRAL NEUTRAL
COMMON
MOTOR
1 TO OPEN
WIRING DIAGRAM FOR 230Vac operators
N.B.:
ALL SAFETY DEVICES MUST BE CONNECTED BEFORE STARTING
PROGRAMMING, OTHERWISE THE CONTROL PANEL SHALL
THE CONTROL UNIT COMES
FROM MANUFACTURER PRE-WIRED
AS FOLLOWS

JP6
FLASH
24V ac
JP7
M1
PED
COM
JP8
M2
COM
J5
JP1
22
21
JP2
JP3
JP4
START
STOP
PED
JP5
RX -24V
TX - RX +24V
Test Photo TX -24
FOTO
FTAP
JP9
FN
4
JP1 = Aerial connection
21 signal wire
22 earth wire
JP2 = RED WIRES - secondary MOLEX card 24V dc
JP3 = BLACK WIRES - primary MOLEX card 230V ac
JP4 = BLUE TERMINAL – command devices
1START (N.O. contact)
2STOP (N.C. contact)
3PEDESTRIAN (N.O. contact)
4NEUTRAL
JP5 = RED TERMINAL – line and photocells
55 photocell in closing (N.C. contact)
6 photocell in opening (N.C. contact)
7 RX photocells -24V
8TX/RX +24V
9 TX photocells -24V
JP6 = YELLOW TERMINAL – flashing light
10 flashing light 24V ac - max 20W
11 flashing light 24V ac - max 20W
JP7 = ORANGE TERMINAL - MOTOR 1 (M1)
12 OPEN
13 NEUTRAL MOTOR M1
14 CLOSE
JP8 = ORANGE TERMINAL - MOTOR 2 (M2)
15 OPEN
16 NEUTRAL MOTOR M2
17 CLOSE
JP9 = GREEN TERMINAL - line 230V + earth
18 LINE
19 EARTH
20 NEUTRAL
Make sure a circuit breaker is properly fitted to the gate electric box.
J5 = input for electrolock and second radio channel jacks
OPEN
CLOSE
OPEN
CLOSE
OP PHOTO
NEU
NEU
PHOTO

12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
12 13 14 15 16 17
JP7 JP8
5
Articulated
ram motor
Underground motor
Wheel-driven
motor
Brown
Grey-Blue
Brown
Black
Grey-Blue
Black
CAPACITOR
Brown
Grey-Blue
Marrone
Black
Grey-Blue
Black
CAPACITOR
Grey-Blue
Brown
Black
CAPACITOR
Grey-Blue
Brown
Black
CAPACITOR
GATE TYPE
Slimline RamTraditional Ram
Left leaf 1st opening (M1)
Brown
Grey-Blue
Brown
Black
Grey-Blue
Black
CAPACITOR
Left leaf (M1)
Right leaf (M1)
Brown
Grey-Blue
Brown
Black
Grey-Blue
Black
CAPACITOR
Grey-Blue
Brown
Black
CAPACITOR
Grey-Blue
Brown
Black
CAPACITOR
Right leaf 1st opening (M1)
Brown
Grey-Blue
Brown
Black
Grey-Blue
Black
CAPACITOR
Brown
Grey-Blue
Brown
Black
Grey-Blue
Black
CAPACITOR
Grey-Blue
Brown
Black
CAPACITOR
Grey-Blue
Brown
Black
CAPACITOR
AUTOMATION MODEL
3.1 MOTORS WIRING
M1 motor 1 → first to open and last to close
M2 motor 2 → last to open and first to close
Connect motor 1 M1 to 12 – 13 – 14, terminal JP7.
Connect motor 2 M2 to 15 – 16 – 17, terminal JP8.
For single leaf gate, connect the motor to 12 – 13 – 14, terminal JP7.
Proceed to wire the operator according to the below table:
For ARTICULATED ARM OPERATORS disable the motors test – SWITCH 1 (SW1) DIP no. 4

JP4 JP5 JP6

JP4 JP5 JP6
JP4 JP5 JP6
JP4 JP5 JP6
JP9
230V
6
CIRCUIT
BREAKER
PHASE
NEUTRAL
PEDESTRIAN
START
3.3 START DEVICES
Wire the START contact (N.O. contact) to 1 – 4, terminal JP4.
An additional START contact can be wired in PARALLEL (N.O. contact)
3.4 PEDESTRIAN OPENING
Wire the PEDESTRIAN START (N.O. contact) to 3-4, terminal JP4.
An additional PEDESTRIAN START contact can be wired in PARALLEL
(N.O. contact)
3.3.1 TIMER
It is possible to wire a TIMER (N.O. contact) to 1 - 4, terminal JP4.
WARNING:
when connecting a TIMER, the multi-users function must be
enabled. SW1 DIP 2 = ON
TIMER
3.3.2 KEY SWITCH
Wire the KEY SWITCH (N.O. contact) to 1 – 4, terminal JP4.
3.2 MAIN POWER
The main line must be protected by a proper CIRCUIT BREAKER .
Connect the line 230V to 18 – 19 – 20, terminal JP9, fulfilling the
polarity (18 PHASE – 19 EARTH – 20 NEUTRAL).

12Vdc
24Vdc
24Vca
12Vdc
24Vac
24Vdc
 
+AC
+AC
+AC -0AC
-0AC
- 0AC
JP4 JP5 JP6
1 2 3 4 5 6 7 8 9 10 11
12Vdc
24Vac
24Vdc
 
+AC
+AC
+AC -0AC
12Vdc
24Vdc
24Vca
-0AC
- 0AC
JP4 JP5 JP6
1 2 3 4 5 6 7 8 9 10 11
JP4 JP5 JP6
JP4 JP5 JP6
7
3.6 PHOTOCELLS
3.6.1 Photocells IN CLOSING
Feed the photocells through 7-8-9, terminal JP5.
Wire the photocell contact (N.C. contact) to 5-7, terminal JP5.
An additional photocell set can be wired in SERIES (N.C. contact).
•If the photocell beam is broken during CLOSING, the gate
stops and reverses after 1,5 sec.
•If the photocell beam is broken during OPENING, the gate
keeps on working normally.
The PHOTOCELLS IN CLOSING are important for the safety
of people and objects.
N.B.: To desable the photocell in closing during installation,
plug 5 and 9 together.
3.6.2 Photocells in OPENING
Feed the photocells through 7-8-9, terminal JP5.
Wire the photocell contact (N.C. contact) to 6-7, terminal JP5.
An additional photocell set can be wired in SERIES (N.C. contact).
•If the photocell beam is broken during OPENING, the gate
stops temporarily.
•When the photocell beam is free, the gate goes to normal
operation.
The PHOTOCELLS IN OPENING are important for the safety
of people and objects.
Nota: Before wiring any PHOTOCELL in OPENING, remove
the jumper between terminal 6 and terminal 9.
3.5 EMERGENCY STOP BUTTON
Wire the STOP BUTTON (N.C. contact) to 2 - 4, terminal JP4.
An additional STOP BUTTON contact can be wired in SERIES (N.C. contact).
The EMERGENCY STOP BUTTON is important for the safety
of people and objects
N.B.: To desable the STOP BUTTON during installation,
plug 2 and 4 together.
Note: Before wiring any STOP contact remove the jumper between
terminal 2 and terminal 4.
PLUG 5 AND 9
EMERGENCY
STOP BUTTON

12Vdc
24Vdc
24Vca
12Vdc
24Vac
24Vdc
 
+AC
+AC
+AC -0AC
-0AC
- 0AC
JP4 JP5 JP6
1 2 3 4 5 6 7 8 9 10 11
N.C.
12Vdc
24Vac
24Vdc
 
+AC
+AC
+AC -0AC
12Vdc
24Vdc
24Vca
-0AC
- 0AC
JP4 JP5 JP6
1 2 3 4 5 6 7 8 9 10 11
N.C.
JP4 JP5 JP6
N.C.
N.C.
8
3.7 SAFETY EDGE
3.7.1 Mechanical safety edge in CLOSING
Wire the safety edge to 5-9, terminal JP5.
•If the contact is broken during CLOSING,
the gate stops and reverses.
•If the contact is broken during OPENING,
the gate keeps on working normally
Mechanical safety edge + photocells in CLOSING
Wire the safety edge and the N.C. contact of the photocell
in series.
•If the contact is broken during CLOSING, the gate stops
and reverses.
•If the contact is broken during OPENING, the gate
keeps on working normally
3.7.2 Mechanical safety edge in OPENING
Wire the safety edge to 6-9, terminal JP5.
•If the contact is broken during OPENING,
the gate stops and reverses after 3 sec.
• If the beam is broken during CLOSING, the gate
stops and reverses.
Mechanical safety edge + photocells in OPENING
Wire the safety edge and the N.C. contact of the
photocell in series.
•If the beam is broken during OPENING, the gate
stops until the obstacle is removed and then starts
opening again.
• If the beam is broken during CLOSING, the gate
stops and reverses.
N.B.: Attention!
Proceed to set SW2 dip-switch no. 2 = ON. N.B.: Attention!
Adjust SW2 dip-switch no. 2 = OFF

12Vdc
24Vac
24Vdc
 
+AC
+AC
+AC -0AC
12Vdc
24Vdc
24Vca
-0AC
- 0AC
JP4 JP5 JP6
1 2 3 4 5 6 7 8 9 10 11
RF36
8K2
JP4 JP5 JP6
8K2
9
3.7.3 8K2 resistive safety edge in OPENING
- Adjust SW2 dip-switch no. 2 = ON
- Press SET + SET TX together and feed the control
panel.
Wire the 8K2 safety edge to 6 - 9, terminal JP5.
• If the contact is broken during OPENING, the
gate stops and reverses after 3 sec.
•If the beam is broken during CLOSING, the gate
stops and reverses.
8K2 safety edge + photocells in OPENING
- Adjust SW2 dip-switch no. 2 = ON
- Press SET + SET TX together and feed the control panel.
Wire the safety edge and the N.C. contact of the photocell
in series.
•If the contact is broken during OPENING, the gate stops
and reverses after 3 sec.
•If the beam is broken during CLOSING, the gate
stops and reverses.

J5
JP6
FLASH
24V ac
max 20 W
J5
24Vac
230Vac
F2
J5
JP3 JP8 JP9
JP1
JP2 JP3
T2
T1
TR2
C21
C24
5A
230Vac
DL2
- + - +
SENS POWER
K4
C26 C27
K2
K3
- + - +
OP2
OP1
V1
FR1
SET SET TX
WORK BREAK
21 22
SW1 SW2
DL1 DL8
START STOP PED
U2
1 2 3 4
ON ECE
24Vac
230Vac
F2
J5
JP3 JP8 JP9
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
JP1
JP2 JP3
T2
T1
TR2
C21
C24
POWER
230Vac
5A
230Vac
DL2
- + - +
SENS POWER
K4
C26 C27
K2
K3
- + - +
OP2
OP1
V1
FR1
SET SET TX
WORK BREAK
21 22
SW1 SW2
DL1 DL8
START STOP PED
U2
1 2 3 4
ON ECE
10
Electrolock
12V max 15W
MEL04
Interface
MRX01
Interface
HOW TO PLUG THE 2nd RADIO CHANNEL INTERFACE
slidewey
ATTENTION:
CUT THE POWER OFF BEFORE PLUGGING THE JACK
Plug the MRX01 jack (optional) onto connector J5, respecting
the slot orientation.
Before setting the dip-switch SW1, make sure the power is off.
3.8 FLASHING LIGHT
Wire the flashing light (max 20W) to 10 – 11, terminal JP6.
• QUICK blinking → OPEN
• SLOW blinking → CLOSE
• FIXED light on → PAUSE
3.9 ELECTROLOCK
ATTENTION:
CUT THE POWER OFF BEFORE PLUGGING THE JACK
Plug the MEL04 interface (optional) onto connector J5, respecting the
slot orientation.
Wire the ELECTROLOCK to MEL04.
MEL04
Interface
slideway
MRX01
Interface
contact N.O.
max 1A - 24V

1 2 3 4
ON ECE
SW1
1 2 3 4
ON ECE
SW1
1 2 3 4
ON ECE
SW1
1 2 3 4
ON ECE
SW1
1 2 3 4
ON ECE
SW1
J5
11
3.10.1 Auxiliary radio channel AUX
To use the MRX01 interface as second radio channel, proceed this way:
ATTENTION:
Quite siempre la tensión antes de cambiar la posición de los Dip-switch
MONOSTABLE COMMAND
The contact ACTIVATES when giving a start command by the remote
control.
If you wish to choose this function mode, select the switches as follows:
1 = ON 2 = OFF 3 = OFF 4 = NO EFFECT
BISTABLE COMMAND
The contact ACTIVATES or DESACTIVATES every time you press the
remote control.
If you wish to choose this function mode, select the switches as follows:
P1 = OFF 2 = ON 3 = OFF 4 = NO EFFECT
TIMED COMMAND
IThe contact ACTIVATES when giving a start command by the remote
control and stays for 90 seconds.
If you wish to choose this function mode, select the switches as follows:
1 = ON 2 = ON 3 = OFF 4 = NO EFFECT
3.10.2 Signalling LIGHT
The contact ACTIVATES at OPENING and DESACTIVATES only at FINAL
CLOSING POSITION.
If you wish to choose this function mode, select the switches as follows:
1 = OFF 2 = OFF 3 = ON 4 = NO EFFECT
3.10.3 Courtesy LIGHT
The contact ACTIVATES at OPENING and DESACTIVATES after 90 from complete
duty cycle.
If you wish to choose this function mode, select the switches as follows:
1 = ON 2 = OFF 3 = ON 4 = NO EFFECT
AUX jack
MRX01
Lock jack
MEL04
slot post
slot post
Nota:
The control panel can connect a maximum of 2 jacks at once.
Plug the jacks one onto the other as shown in the picture, carefully
following the slot post.

SET SET TX
WORK BREAK
SET SET TX
WORK BREAK
SET SET TX
WORK BREAK
SET SET TX
WORK BREAK
12
4. DEFAULT SETTINGS
LThe control panel is supplied with a DEFAULT SETTINGS: working time and delay are set for a standard 90° opening.
To reload the DEFAULT SETTINGS:
- Press BREAK to cut the power OFF and ON
- Turn SENS to the maximum (+) and POWER to half position.
5. BROWSING THE MENU
5.1 FUNCTIONS MENU
5.1.1 AUTOMATIC CLOSING
The AUTOMATIC CLOSING DEFAULT is set at 3 sec.
To set the AUTOMATIC CLOSING TIME:
- Press SET for 3 sec. DL1 blinks, release SET.
- Press BREAK and release.
- The blinker and led DL1 light up, the control panel starts the count down.
- Press BREAK again when reached the desired time, the blinker turns off.
The time has been set (automatic closing time max. 120 sec.)
To desactivate the AUTOMATIC CLOSING:
-Press SET for 3 sec. and release, the led DL1 blinks.
- Press BREAK and hold for 5 sec., the AUTOMATIC CLOSING has been desactivated
5.1.2 8K2 RESISTIVE SAFETY EDGE INPUT (just in opening)
To activate the 8K2 input as safety in opening press SET + SET TX while turning the control panel on.
SET
Use SET:
- To programm the control panel (section 8.1. AUTOMATIC MODE – 8.2. SEQUENTIAL MODE).
- To activate or desactivate the automatic closing (section 5.1.1)
SET TX
Use SET TX:
- To store or to delete a radio code.
WORK
Use WORK:
- As START command
- For SEQUENTIAL PROGRAMMING
TASTO BREAK
Use BREAK:
- To activate and set the AUTOMATIC CLOSING TIME (section 5.1.1)

1 2 3 4
ON ECE
1 2 3 4
ON ECE
SW1 SW2
1 2 3 4
ON ECE ON
1 2 3 4
ON ECE
OFF
1 2 3 4
ON ECE ON
1 2 3 4
ON ECE
OFF
1 2 3 4
ON ECE ON
1 2 3 4
ON ECE
OFF
1 2 3 4
ON ECE ON
1 2 3 4
ON ECE
OFF
13
6. OPERATION MODE
Choose the operation mode you wish selecting the switches SW1 – SW2.
The control panel is supplied with the following default settings:
How to
read switch
position:
ATTENTION:Turn the power off before setting the switches
SWITCH SW1
dip n° 1
dip n° 2
This function gives priority to the first open command. The control unit won’t accept additional
START commands during OPENING and AUTOMATIC CLOSING COUNT DOWN.
dip n° 3
dip n° 4
OFF = Double-leaf gate mode
ON = Single-leaf gate mode
OFF = Multi-occupation mode DEACTIVATED
ON = Multi-occupation mode ACTIVATED
OFF = Soft start mode DEACTIVATED
At opening motors work at the set thrust (POWER)
ON = Soft start mode ACTIVATED
At opening motors perform at maximum thrust for 1,5 sec.,
to continue after at the set thrust.
OFF = Motor and photocell TEST DEACTIVATED
ON = Motor and photocell TEST ACTIVATED
SOFT START
MOTOR TEST
PHOTOCELL TEST
ACTIVATED
WHITE switch DOWNWARD = Function OFF WHITE switch UPWARD = Function ON

1 2 3 4
ON ECE
1 2 3 4
ON ECE
1 2 3 4
ON ECE
1 2 3 4
ON ECE
1 2 3 4
ON ECE
1 2 3 4
ON ECE
1 2 3 4
ON ECE
1 2 3 4
ON ECE
14
SWITCH SW2
dip n° 1
dip n° 2
dip n° 3
dip n° 4
ON
OFF = Ram blow and closing thrust DEACTIVATED
ON = Ram blow and closing thrust ACTIVATED (just for gates with electrolock)
OFF
ON
OFF = Photocell in OPENING ACTIVATED
ON = Mechanical safety edge ACTIVATED
8K2 resistive safety edge ACTIVATED.
N.B.: It’s mandatory to carry out the INPUT TEST
OFF
ON
OFF = Immediate closing mode DEACTIVATED
ON = Immediate closing mode ACTIVATED
The gate starts CLOSING after 1,5 sec.
bypassing the AUTOMATIC CLOSING COUNT DOWN
OFF
ON
OFF = Ram stroke RELEASE mode DEACTIVATED
ON = Ram stroke RELEASE mode ACTIVATED
At the endpoint stage during CLOSING and OPENING, the motors press onto the mechanical
endstop, cut the thrust, and release a small space between the doors for safety operation.
OFF

15
7. RADIO CODES
The control panel DOESN’T ALLOW TO STORE any remote control if SAFETY DEVICES are DISCONNECTED.
Make sure input no. 2 STOP (DL5), input no. 5 photocell in OPENING (DL7) and input no. 6 photocell in CLOSING (DL8)
are connected.
Led OFF = input DEACTIVATED
Led ON = input ACTIVED
IIf no safety device has been wired, proceed to bridge temporarily the terminal according to chapter 3.6.1.
The control panel has been designed to operate with fixed code or rolling-code remote controls.
Choose the remote control you wish to store carefully: once the remote control has been saved and memorized,
the control panel shall only recognize that kind of radio code without possibility of reset.
Before starting proceed to delete all existing radio codes.
7.1 DELETING EXISTING RADIO CODES
- Press SET-TX and keep pressed for 10 seconds (DL1 blinks).
-DL1 turns off. All codes have been deleted.
7.2 LOADING A REMOTE CONTROL AS START COMMAND
- Press SET-TX once: DL1 blinks (1 blink – stop – 1 blink ….)
- Load within 5 sec. the remote control you wish to store.
The control panel has stored the radio code and goes out the programming automatically.
You can store a maximum of 32 different radio codes (Start + Pedestrian + 2° radio channel)
7.3 LOADING A REMOTE CONTROL AS PEDESTRIAN COMMAND
- Press SET-TX twice. DL1 blinks (2 blinks – stop – 2 blinks ….)
- Load within 5 sec. the remote control you wish to store.
The control panel has stored the radio code and goes out the programming automatically.
7.4 LOADING A REMOTE CONTROL AS 2° RADIO CHANNEL COMMAND (MRX01 jack)
- Press SET-TX three times. DL2 blinks (3 blinks – stop – 3 blinks ….)
- Load within 5 sec. the remote control you wish to store.
The control panel has stored the radio code and goes out the programming automatically.

16
8. PROGRAMMING
The control panel is supplied with a SEQUENTIAL PROGRAMMING DEFAULT (obstacle detection excluded)
8.1 AUTOMATIC mode
8.1.1 AUTOMATIC mode with OBSTACLE DETECTION for double-leaf gates
ATTENTION!:
Before proceeding to programming, start a functional cycle test to proof the motors’ thrust.
The thrust has to be proper to the gate weight no matters if light or heavy gates.
If adjustments are needed, regulate POWER so that the gate doesn’t stop opposing a light contrast pressure.
• Start programming with cool operators.
• The AUTOMATIC MODE PROGRAMMING can only perform if mechanical ground endstops are fitted, in Opening
and Closing.
- Gate in CLOSING POSITION.
-SENS in half position.
-If during programming the gates stop before reaching the ground endstops, turn SENS (sensitivity) clockwise (to +).
- Press SET and keep pressed for 10 sec., DL1 starts blinking.
- When motors start working release SET.
- Motors run firstly a short OPENING for 4 sec., M1 first and M2 after (delayed leaf),
then CLOSE until the ground mechanical endstop in closing.
- At this stage the gate performs an OPENING RUN until fully open and a CLOSING RUN until fully close.
- When the procedure is finished, all time settings are saved.
The control panel is now ready for normal operation.
ATTENTION!:
Check the proper GATE OPERATION SENSITIVITY.
If adjustments are needed, turn SENS clockwise (to +) and regulate accordingly.
The sensitivity has to be proper in order to prevent uncorrect operation
OBSTACLE DETECTION OPERATION
- If an obstacle is detected in opening, the gate stops and reverses for 10 cm.
- The gate starts closing automatically after 30 sec., and this will be for 3 attempts.
If the area still remains unclear the gate stays open.
- If an obstacle is detected during slow down, the gate simply stops.
- If an obstacle is detected in closing, the gate stops and reverses till fully open.
- The gate starts closing automatically after 30 sec., and this will be for 3 attempts. If the area still remains
unclear the gate stays open.
- If an obstacle is detected during slow down, the gate simply stops.
- If power cut occurs, the first START cycle will perform without obstacle detection just to restore properly
the standard operation of the gate.

17
8.1.2 AUTOMATIC mode with OBSTACLE DETECTION for single-leaf gates
ATTENTION!:
The motor has to be wired to M1 input (orange terminal JP7, blocks 12 – 13 – 14)
- Switch SW1, dip no. 1 = ON.
- Gate in CLOSING position.
-SENS in half position.
-If during programming the gates stop before reaching the ground endstops, turn SENS (sensitivity) clockwise (to +).
- Press SET and keep pressed for 10 sec., DL1 starts blinking.
- When motor starts working release SET.
- Motor runs firstly a short OPENING for 4 sec., M1 first and M2 after (delayed leaf), then CLOSE until the ground
mechanical endstop in closing.
- At this stage the gate performs an OPENING RUN until fully open and a CLOSING RUN until fully close.
- When the procedure is finished, all time settings are saved.
The control panel is now ready for normal operation.
ATTENTION!:
Check the proper GATE OPERATION SENSITIVITY.
If adjustments are needed, turn SENS clockwise (to +) and regulate accordingly.
The sensitivity has to be proper in order to prevent uncorrect operation.

18
8.2 SEQUENTIAL MODE
8.2.1 SEQUENTIAL mode WITHOUT Obstacle Detection for double-leaf gates
ATTENTION!
Before proceeding to programming, start a functional cycle test to proof the motors’ thrust.
he thrust has to be proper to the gate weight no matters if light or heavy gates.
If adjustments are needed, regulate POWER so that the gate doesn’t stop opposing a light contrast pressure.
• Start programming with cool operators.
• The AUTOMATIC MODE PROGRAMMING can only perform if mechanical ground endstops are fitted,
in Opening and Closing.
-SENS in maximum position (to +)
- Programming can be carried out both with the remote control or WORK button.
- Press TEST for 3 sec., DL1 starts blinking, release.
- Press the button of the remote control previously loaded. M1 motor STARTS OPENING.
- At 80% of opening press the remote control to start SLOW DOWN.
- When fully open let the motor run for 3/4 sec., then press the remote control again.
- Now M1 settings are LOADED.
- Press the remote control, the control panel starts counting the DELAY TIME in opening (max. 20 sec.)
- Press the remote control again to set the desired delay time (standard operation 2/3 sec.)
- Now the DELAY TIME in opening is loaded. M2 motor STARTS OPENING.
- At 80% of opening press the remote control to start SLOW DOWN.
- When fully open let the motor run for 3/4 sec., then press the remote control.
- Now M2 settings are LOADED.
- Press the remote control, M2 motor STARTS CLOSING.
- Press the remote control, the control panel starts counting the DELAY TIME in closing (max. 20 sec.)
- Press the remote control again to set the desired delay time (standard operation 2/3 sec.)
-Now M1 motor starts automatically closing.
- Let gates complete the closing run.
- When the procedure is finished, all time settings are saved.
The control panel is now ready for normal operation
Check the good operation of the gate. If time settings need to be adjusted go back to programming
and repeat the whole programming procedure.
8.2.2 SEQUENTIAL mode WITHOUT Obstacle Detection for single-leaf gates
-SENS in maximum position (to +)
- Programming can be carried out both with the remote control or WORK button.
- Press TEST for 3 sec., DL1 starts blinking, release.
- Press the button of the remote control previously loaded. M1 motor STARTS OPENING.
- At 80% of opening press the remote control to start SLOW DOWN.
- When fully open let the motor run for 3/4 sec., then press the remote control again.
- Now M1 settings are LOADED and the motor starts CLOSING.
- Let gate completes the closing run.
- When the procedure is finished, all time settings are saved.
The control panel is now ready for normal operation
Check the good operation of the gate.
If time settings need to be adjusted go back to programming and repeat the whole programming procedure.