Q50

_02_

17

Q50Q50 CONTROL PANEL FOR

SWING GATES 12 dc and 24V dcInstructions Manual

TECHNICAL FEATURES

Control unit for swing gate automation 24Vdc powered – double or single leaf• Automatic setting with obstacle detection • Sequential programming • Obstacle detection adjustments• Deceleration time adjustments• Operations time adjustments• Deceleration speed adjustments• Quick closing function “close at once”• Pedestrian opening function• Multi-occupation priority opening function.• Electrolock output• Water hammer function• Integrated radio receiver 433.92 MHz (64 codes)• Terminal for mechanical or resistive safety edge (8K2).• Self-diagnosis with LED fault signaling.• Max 7Ah backup battery.• Integrated charger 100 mA

Product codeControl unit sizeBox sizeControl unit weightPower supplyPower supply toleranceToroidal power transformerMaster fuseBattery fuseResettable fuse accessoriesResettable fuse lock-blinkerMaximum absorptionStand-by mode absorptionBlinker powerAccessories powerElectrolock power supplyOperating temperatureDegree of protection (with box)

PQ50A, PQ50A1D168 x 92 x 42 mm220 x 290 x 90 mm193 g230Vac ~ 50-60 -Hz-10% +20%230/20Vac – 130VA 20 AF20 A0,65 A1,6 A10 A140 mA24Vdc, max 20 W24 Vdc , max 5 W12Vdc, max 15 W-20 +50 °CIP55

CE COMPLIANCE DECLARATION

Manufacturer: PROTECO S.r.l.Address: Via Neive, 77 – 12050 Castagnito (CN) – ITALIA

declares that

The product type: Q56 electronic controller for gate auto on (1 or 2 motors), 24V Q50Models: PQ50A, PQ50A1D, PQ50A2, PQ50A2D

Is built to be integrated into a machine or to be assembled with other machinery to crate a machine under provisions of 2006/42/EC Machinery Dire ve.

It complies with the esse requirements of EEC Dire ves:2014/35/EU Low Voltage Direc ve2004/108/EC Electromagne c Com Direc veRED 2014/53/EU Radio & Telecommunic s Terminal Equipments Direc ve

The manufacturer declares that the start-up of the machinery is not permi d unless the machine, in which the product is incorporated or of which is becoming a component, has been ide ed and declared as conformed to 2006/42/EC Machinery Dire ve.

Note: These products have undergone test in a typical uniform on

Castagnito, January 19 th 2017

Marco GalloManaging Director

Index1. WARNINGS AND GENERAL SAFETY PRECAUTIONS ........................................................................................... pag. 012. WIRING DIAGRAM and COMPONENTS ............................................................................................................. pag. 023. ELECTRICAL WIRING ............................................................................................................................................ pag. 03 3.1 MOTORS wiring ......................................................................................................................................... pag. 05 3.2 POWER SUPPLY WIRI .................................................................................................................................. pag. 06 3.3 START button wiring .................................................................................................................................. pag. 06 3.3.1 Connection of a CLOCK with permanent START function 3.3.2 KEY-SWITCH wiring

3.4 START button wiring for PEDESTRIAN opening ........................................................................................ pag. 06 3.5 STOP button wiring (emergency button) ............................................................................................... pag. 07 3.6 PHOTOCELLS wiring .................................................................................................................................. pag. 07 3.6.1 CLOSING photocells 3.6.2 OPENING photocells

3.7 Mechanical CLOSING/OPENING SAFETY EDGE .................................................................................... pag. 08 3.7.1 Safety edge CLOSING/OPENING 3.7.2 SAFETY EDGE + PHOTOCELLS / CLOSING - SAFETY EDGE + PHOTOCELLS / OPENING 3.7.3 RESISTIVE SAFETY EDGE 8K2 / OPENING .................................................................... pag. 09 3.7.4 RESISTIVE SAFETY EDGE 8K2 + PHOTOCELLS / CLOSING RESISTIVE SAFETY EDGE 8K2 + PHOTOCELLS / CLOSING

3.8 BLINKER wiring .......................................................................................................................................... pag. 10 3.9 ELECTROLOCK wiring ............................................................................................................................... pag. 104. DEFAULT SETTINGS .............................................................................................................................................. pag. 115. TASTI DI PROGRAMMAZIONE ............................................................................................................................ pag. 11 5.1 Functions 5.1.1 AUTOMATIC CLOSING SETTING (GATE CLOSED) 5.1.2 AUTOMATIC CLOSING CANCELLATION (GATE CLOSED) 5.1.3 SAFETY EDGE INPUT 8K2 6. OPERATING MODES ............................................................................................................................................ pag. 127. RADIO CODES LEARNING PROCEDURE ............................................................................................................. pag. 14 7.1 RADIO CODES cancellation 7.2 Storing a remote control with START function 7.3 Storing a remote control with PEDESTRIAN START function8. CONTROL UNIT PROGRAMMING ........................................................................................................................ pag. 15 8.1 AUTOMATIC PROGRAMMING 8.1.1 AUTOMATIC Programming with 2 LEAVES OBSTACLE DETECTION 8.1.2 AUTOMATIC Programming with 1 LEAF OBSTACLE DETECTION 8.2 SEQUENTIAL Programming ....................................................................................................................... pag. 16 8.2.1 SEQUENTIAL Programming with OBSTACLE DETECTION / 2 Leaves (WORK button) 8.2.2 SEQUENTIAL programming OBSTACLE DETECTION 2 LEAVES (with Remote control) ................................................................................................ pag. 17 8.2.3 SEQUENTIAL programming OBSTACLE DETECTION - 1 LEAF (WORK button) ........ pag. 18 8.2.4 SEQUENTIAL programming OBSTACLE DETECTION - 1 LEAF (with remote control)

9. FAULTS REPORTING ............................................................................................................................................. pag. 19

10. BOX Installation ................................................................................................................................................. pag. 20

11. DISPOSAL ............................................................................................................................................................. pag. 20

1 Q50

1. WARNINGS AND GENERAL SAFETY PRECAUTIONSBEWARE: this manual contains important information for the safety of people. Incorrect installation or improper handling can cause serious damage to people and objects.

Read carefully these instruction for use by paying attention to the sections identified by this symbol

Keep this manual in a safe and sheltered place for future reference.

Do not let children play with the equipment or with its fixed control units.Keep all remote controls out of reach of children.Cleaning and user maintenance shall not be made by children without supervisi.

The following categories:• Children with an age of at least 8 years old,• People with limited physical, sensory or mental capabilities• People with lack of experience or knowledge,shall use this device only if it is provided to them supervision or instructions concerning the use of the system in a safe manner and only if they understand the risks involved.

Before making any type of connection or intervention on the control unit, always disconnect the power supply.

Always connect the ground lead.

The wiring, programming and commissioning of this Control Unit should be performed by qualified and experienced personnel, in full compliance with the provisions of laws, rules and regulations, with particular attention to the requirements of the standard EN 12445.

This device is designed to be used with the power supply unit (transformer) supplied.

A safety switch musty be embedded in the fix wiring in accordance with the wiring diagram and instructions (see section 3)

In case of electric drive by deadman button, make sure that nobody is engaging the interested area of action.Regularly review the installation and check for any for signs of wear or damage to the wires. Should maintenance or repair be necessary, do not use the device until it has been restored to the correct functionality.

The Control unit allows the handling of a single or double leaf swing gate. In case of a single leaf gate, pay particular attention to the sections marked with the symbol:

- +

Q50 2

T3

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

SW1 SW2

J1

F2 F1K2 K3 K4 K5

C7

D6

START STOPPED DL3

DL4

AMPBREAK

DL5

P1 P2 P3

COSTAFOTO APFOTO

WORK LEARN

RALL

VELOC.28 27

33 34

DL8

DL2

DL1

FR1FR2

JP2JP1

JP4JP3

DL6

- +

BREAK

P1 P2WORK

P3LEARN

- +

AMP

RALL

VELOC.

- +

2. WIRING DIAGRAM and COMPONENTS

J1 = radio moduleF1 = master fuse 20AF2 = battery fuse 20AFR1 = accessories fuse 0,65AFR2 = blinker-electrolock fuse 1,6AK2/3 = relay motor 1K4/5 = relay motor 2

JP1 = terminal board for CONTROL and SAFETY JP2 = terminal board for MOTORS e ACCESSORIES JP3 = terminal board for Backup Battery JP4 = EXTERNAL AERIAL terminal board

AMP = potentiometer Obstacle DetectionRALL = potentiometer SLOWING-DOWN SPEED ADJUSTMENTVELOC. = potentiometer SPEED CONTROL ADJUSTMENT

SW1 - SW2 = dip-switches FUNCTIONS

WARNING LEDS

DL1 = pedestrian start LEDDL2 = START-UP LEDDL3 = STOP LED DL4 = OPENING PHOTOCELLS LED DL5 = CLOSING PHOTOCELLS LEDDL6 = SAFETY EDGE LEDDL8 = PROGRAMMING LED

PROGRAMMING BUTTONS AND TRIMMERS

3 Q50

T3

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

SW1 SW2

F2 F1K2 K3 K4 K5

C7

D6

START STOPPED DL3

DL4

AMPBREAK

DL5

P1 P2 P3

COSTAFOTO APFOTO

WORK LEARN

RALL

VELOC.28 27

33 34

DL8

DL2

DL1

FR1FR2JP2

JP1

JP4JP3

DL6

M1 M2- + - +

- +

+ -

- +

- +

- +

J1

TX RX12-24V ac /dc

12-24V ac /dc

C.N.C.

N.O.

Back-up battery12V dc 1,2A

230Vac (MAIN)

Fuse 5A

Transformer 230V /20V ac 130VA

Back-upbattery

12V dc 1,2A

ELECTRO-LOCK12V MAX 15W

GATE STATUS LIGHT

CO

MM

ON

Red

Red

black

black

WIRING Diagram for 24Vdc motor 3. ELECTRICAL WIRING

EDG

E

CLO

SIN

G

PHO

TOC

ELLS

CO

MM

ON

OPE

NIN

G

PH

OTO

CEL

LS

28 27

JP3

33 34

JP4

1 2 3 4 5 6 7 8

JP1

STAR

T

STOPPED

9 10 11 12 13 14 15 16 17 18 19 20 21 22

JP2

FLASH24V dc

- +LOCK- +

ALIM

.FO

TO

-+

- +

Q50 4

JP1 = Terminal board for CONTROLS AND SAFETY DEVICES

1 PEDESTRIAN START input (contact N.A.) 2 START input (contact N.A.) 3 NEUTRAL buttons 4 STOP input (contact N.C.) 5 CLOSING PHOTOCELLS input (contact N.C.) 6 OPENING PHOTOCELLS input(contact N.C.) 7 NEUTRAL buttons 8 SAFETY EDGE input (contact N.C.)

JP2 = Terminal board for MOTORs and ACCESSORIES

9 NEGATIVE (-) 24V dc for accessories power supply10 POSIVITE (+) 24V dc for accessories power supply11 ELECTRICLOCK output / GATE STATUS LIGHT12 ELECTRICLOCK output / GATE STATUS LIGHT13 BLINKER output 24V dc - max 20W14 BLINKER output 24V dc - max 20W15 NEGATIVE (-) 24V dc for accessories power supply16 POSIVITE (+) 24V dc for accessories power supply17 MOTOR 1 output - 24V DC18 MOTOR 1 output - 24V DC19 MOTOR 2 output - 24V DC20 MOTOR 2 output - 24V DC21 TRANSFORMER input 24V ac22 TRANSFORMER input 24V ac

JP3 = Terminal board BACKUP BATTERY

27 BACKUP BATTERY input (+) positive28 BACKUP BATTERY input (+) negative

JP4 = Terminal board EXTERNAL AERIAL

33 Aerial cable (SIGNAL)34 Aerial cable (EARTH)

COMU

NE

COMU

NE

EDGE

MO

TOR

1

MO

TOR

2

24V

acOU

T Tra

sform

er

OPEN

ING

CLOS

ING

5 Q50

17 18 19 20 17 18 19 20

17 18 19 20

17 18 19 20 17 18 19 20

17 18 19 20 17 18 19 20

17 18 19 2017 18 19 20

ACE

ADVANTAGE

SHARK

LEADER

WHEELER

Gate Type

Automation modelLeft leaf first opening (M1) Right leaf first opening (M1)

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

Brow

n

Blue

3.1 MOTORS wiring

M1 Motor 1 → first closing and last opening leaf. M2 Motor 2 → last closing and first opening leaf

Connect Motor 1 (M1) to the inputs 17 - 18 of the terminal input JP2.Connect Motor 2 (M2) to the inputs 19 - 20 of the terminal input JP2.

In case of single leaf gate, connect the motor to the inputs 17 - 18 of the terminal board JP2 and set switch 1 (SW1) DIP 1 = ON

Identify the type of motor that you are installing and then connect the wires as shown in the table:

Brow

n

Blue

Brow

n

Blue

9 10 11 12 13 14 15 16 17 18 19 20 21 22 28 27

FR2JP2 JP3

M1 M2 - + - +

- +

JP1

1 2 3 4 5 6 7 8

JP1

1 2 3 4 5 6 7 8

JP1

1 2 3 4 5 6 7 8

JP1

1 2 3 4 5 6 7 8

Q50 6

Back-upbattery12V dc 1,2A

230Vac (MAIN)

Fuse 5A

Transformer 230V /20V ac 130VA

Back-upbattery12V dc 1,2A

3.2 POWER SUPPLY WIRING

Once all the wirings are completed, supply power to the Control unit.Provide 230V electric power to the fuse 5A and connect it to the transformer (130VA, first 230V – second 20V) and the output of the transformer to the inputs 21-22 of the Control unit

3.2.1 SOLAR PANEL POWER SUPPLYIt's also possible to power the control unit through solar panel.In this case, connect the battery of the solar panel to the inputs 21-22 of the control unit.

3.2.2 BACKUP BATTERY wiringIn order to let the automatic opening work even in the event of a failure of electrical power supply, connect to the control unit n°2 backup batteries 12V 1,2 Ah to the inputs 27 (+) / 28 (-).

3.3 START button wiring

It is possible to connect a START button (contact N.A.) to the inputs n° 2-3 of the terminal board JP1.A further START button must be connected in PARALLEL (contact N.A.).

3.4 START button wiring for PEDESTRIAN opening

It is possible to connect a PEDESTRIAN START (N.A.) to terminals n° 1-3 of JP1 terminal board.

Additional PEDESTRIAN START buttons must be connected inPARALLEL (N.A. contact).

3.3.1 Connection of a CLOCK with permanent START functionIt is possible to connect a CLOCK (TIMER) to the inputs n° 2-3 of the terminal board JP1.

WARNING!IF THE TIMER IS IN USE, IT IS MANDATORY TO ACTIVATE THE MULTI-OCCUPATION PRIORITY FUNCTION SW2 DIP n° 1=ON

CLOCK

3.3.2 KEY-SWITCH wiringIt is possible to connect a KEY SWITCH (N.A. contact) with the START function to inputs n° 2-3 of JP1 terminal board.

STA

RTPE

DES

TRIA

N

7 Q50

JP1

1 2 3 4 5 6 7 8

JP1

1 2 3 4 5 6 7 8

JP1

1 2 3 4 5 6 7 8

JP1

1 2 3 4 5 6 7 8

RF40RX

C.N.C.

N.O.

TX1 2 3

Jumper

JP1 JP2

5 6 7 8 9 10 11 12

RF40RX

C.N.C.

N.O.

TX1 2 3

Jumper

JP1 JP2

5 6 7 8 9 10 11 12

EMERGENCYBUTTON

3.5 STOP button wiring (emergency button)

Connect a STOP button (contact button N.C.) to terminals n ° 3-4 on JP1 terminal.Additional stop buttons must be connected in series (N.C. contact).

IT IS ESSENTIAL to wire an EMERGENCY STOP button for the safety of people and objects.

Note: In order to temporarily override the STOP button,only during the installation phase, it must be bridged tothe input n° 3 with the input n° 4.

JUMPER 3 - 4

3.6 PHOTOCELLS wiring

3.6.1 CLOSING photocells Power the CLOSING PHOTOCELLS by the inputs n° 9-10 of the JP2 terminal board.Wire the N.C. contact of the photocells to the inputs n° 5-7 of the JP1 terminal board. It is possible to connect an additional photocells set by a series connection (N.C.) • An obstacle that clouds the range of the photocells during

the closing phase causes the STOP of the automation and the maneuvering REVERSE operation after 1.5 seconds.

• The clouding of the photocells in the opening phase does not affect on the normal operation of the automation.

IT IS ESSENTIAL to install at least one set of CLOSING photocells for the safety of people and objects.

Note: In order to temporarily override the CLOSING photocells, only during the installation phase, it must be bridged the input n° 5 with the input n° 7.

3.6.2 OPENING photocellsPower the CLOSING PHOTOCELLS by the inputs n° 9-10 of the JP2 terminal board. Wire the N.C. contact of the photocells to the inputs n° 6-7 of the JP1 terminal board It is possible to connect an additional photocells set by a series connection (N.C.).• An obstacle that clouds the range of the photocells during

the opening phase causes the temporary STOP of the operation.

• The automation RESTART the opening operation as soon as the photocells range gets freed.

• The clouding of the photocells during the closing phase stops the operation and opens again only after having freed the range of the photocells.

IT IS ESSENTIAL to install at least one set of OPENING photocells for the safety of people and objects.

Note: In order to temporarily override the CLOSING photocells, only during the installation phase, it must be bridged the input n° 6 with the input n° 7.

JUMPER 5 - 7

JUMPER 6 - 7

Q50 8

JP1

1 2 3 4 5 6 7 8

N.C.

JP1

1 2 3 4 5 6 7 8

RF40RX

C.N.C.

N.O.

TX1 2 3

Jumper

JP1 JP2

5 6 7 8 9 10 11 12

N.C.

RF40RX

C.N.C.

N.O.

TX1 2 3

Jumper

JP1 JP2

5 6 7 8 9 10 11 12

N.C.

3.7 Mechanical CLOSING/OPENING SAFETY EDGE

3.7.1 Safety edge CLOSING/OPENINGWire the CLOSING SAFETY EDGE to inputs n° 7 – 8 of the terminal board JP1.

• The action of the SAFETY EDGE during the CLOSING phase causes the STOP of the automation and the reverse of the operation for 10 cm. in order to re-start the operation, transmit any START signal.

• The action of the SAFETY EDGE during the OPENING phase causes the STOP of the automation and the reverse of the operation for 10 cm. in order to re-start the operation, transmit any START signal.

Note: In order to temporarily override the SAFETY EDGE, only during the installation phase, it must be bridged the input n° 7 with the input n° 8.

3.7.2 SAFETY EDGE + PHOTOCELLS a) CLOSINGMake a series connection by the N.C. contact between the mechanical safety edge and the photocells.• The action of the SAFETY EDGE during the CLOSING

phase causes the STOP of the automation and its reverse.

• The action of the SAFETY EDGE during the OPENING phase does not cause any effect on the normal cycle of the operation.

SAFETY EDGE + PHOTOCELLSb) OPENINGMake a series connection by the N.C. contact between the mechanical safety edge and the photocells.• An obstacle clouding the range of the photocells or

the action of the safety edge during the OPENING phase causes the temporary STOP of the operation.

• The automation RESTART the opening operation as soon as the range of the photocells gets freed again.

• An obstacle clouding the range of the photocells or the action of the safety edge during the CLOSING phase stops the operation and the gate RESTARTS just after the range of the photocells or the action of the safety edge gets freed.

JUMPER 7 - 8

9 Q50

JP1

1 2 3 4 5 6 7 8

8K2

RF40RX

C.N.C.

N.O.

TX1 2 3

Jumper

JP1 JP2

5 6 7 8 9 10 11 12

8K2

RF40RX

C.N.C.

N.O.

TX1 2 3

Jumper

JP1 JP2

5 6 7 8 9 10 11 12

8K2

3.7.3 RESISTIVE SAFETY EDGE 8K2 / OPENING

WARNING:In order to enable the input for the RESISTIVE SAFETY EDGE 8K2, proceed as follows:- Turn ON the dip-switch SW2 n° 3

Connect the wires of the RESISTIVE SAFETY EDGE to the inputs n° 7 - 8 of the JP1 terminal board.• The action of the SAFETY EDGE during the CLOSING

phase causes the STOP of the automation and the reverse of the operation for 10 cm. in order to re-start the operation, transmit any START signal.

• The action of the SAFETY EDGE during the OPENING phase does not cause any effect on the normal cycle of the operation.

3.7.4 RESISTIVE SAFETY EDGE 8K2 + PHOTOCELLS a) CLOSING

WARNING:In order to enable the input for the RESISTIVE SAFETY EDGE 8K2, proceed as follows:- Turn ON the dip-switch SW2 n° 3

Make a series connection by the N.C. contact between the mechanical safety edge and the photocells.

• The action of the SAFETY EDGE during the CLOSING phase causes the STOP of the automation and its reverse.

• The action of the SAFETY EDGE during the OPENING phase does not cause any effect on the normal cycle of the operation..

RESISTIVE SAFETY EDGE 8K2 + PHOTOCELLS b) OPENING

WARNING:In order to enable the input for the RESISTIVE SAFETY EDGE 8K2, proceed as follows:- Turn ON the dip-switch SW2 n° 3 .

Make a series connection by the N.C. contact between the mechanical safety edge and the photocells.

• An obstacle clouding the range of the photocells or the action of the safety edge during the OPENING phase causes the temporary STOP of the operation.

• The automation RESTART the opening operation as soon as the range of the photocells get freed again.

• An obstacle clouding the range of the photocells or the action of the safety edge during the CLOSING phase stops the operation and the gate RESTARTS just after having freed the range of the photocells or the action of the safety edge.

Q50 10

9 10 11 12 13 14 15 16 17 18 19 20 21 22

JP2

FLASH24V dc

T3

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

START STOPPED DL3

DL4

DL5

COSTAFOTO APFOTO

RALL

VELOC.28 27

33 34

DL2

DL1

FR1FR2JP2

JP1

JP4JP3

DL6

- +

Electrolock12V max 15W

3.8 BLINKER wiringIt is possible to connect a Blinker (max 20W) to the inputs n° 13 – 14 of the JP2 terminal board.

• SLOW Blinking → OPENING phase• FAST Blinking → CLOSING phase• Blinking ON → STAND-BY phase

3.9 ELECTROLOCK wiring

It is possible to connect an Electrolock (max 20W)to the inputs n° 11 – 12 of the JP2 terminal board.

WARNING:In order to enable the input for the Electrolock, proceed as follows:- Turn OFF the dip-switch SW2 n° 2 .

AMP

RALL

VELOC.

BREAK

P1 P2 P3WORK LEARN

BREAK

P1 P2 P3WORK LEARN

BREAK

P1 P2 P3WORK LEARN

11 Q50

4. DEFAULT SETTINGSThe control unit gets supplied with the default programming. Preset working times and delays for operating a standard gate with leaves opening at 90° and automatic closing (3 seconds).

5. PROGRAMMING BUTTONS

5.1 Functions5.1.1 AUTOMATIC CLOSING SETTING (GATE CLOSED)

AUTOMATIC CLOSING time is set by default at 3 seconds.

To set the AUTOMATIC CLOSING TIME:- Press and release the button LEARN; DL8 starts blinking.- Press and release the button BREAK; start the counting; LED DL8 flashes quickly.- Press and release the button BREAK; end the counting. (max 120 sec.)

5.1.2 AUTOMATIC CLOSING CANCELLATION (GATE CLOSED)

To cancel the AUTOMATIC CLOSING TIME:- Press and release the button LEARN; DL8 starts blinking.- Press and release the button BREAK n° 2 times.- AUTOMATIC CLOSING TIME has been cancelled.

5.1.3 SAFETY EDGE INPUT 8K2

To enable the RESISTIVE SAFETY EDGE 8K2 proceed as follows:- Turn ON the dip-switch SW2 n° 3 (not powered).

BREAK buttonBREAK button must be used for:- Enabling, setting and cancelling the TIME OF AUTOMATIC CLOSING (see section AUTOMATIC CLOSURE 5.1.1 / 5.1.2).

WORK buttonWORK button must be used for:- START button function- SEQUENTIAL programming

LEARN buttonLEARN button must be used for:- Control unit programming (see section 8.1. AUTOMATIC PROGRAMMING - 8.2. SEQUENTIAL PROGRAMMING).- Enabling and setting the automatic closing (see section AUTOMATIC CLOSING 5.1.1).

FORCE ADJUSTMENT MAX SETTING (+) With the AMP trimmer you can adjust the strength of the doors; the higher the force, the higher the effort necessary to stop the gate.

DECELERATION SPEED ADJUSTMENT MEDIUM SETTINGWith the RALL. trimmer you can adjust the speed of the deceleration function.Beware: RALL. trimmer at maximum setting = slowing-down OFF .

OPERATING SPEED ADJUSTMENT MAX SETTING (+)With the VELOC. trimmer you can adjust the speed of the run of the leaves.

Q50 12

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

1 2 3 4

ON ECE

1 2 3 4

ON ECESW1 SW2

6. OPERATING MODESSeveral operating modes can be selectable via switches SW1 - SW2. The Control unit is supplied with these factory settings.

CAPTION:

WARNING: the settings of the switches must be perfomed without power supply. SWITCH SW1

dip n° 1

dip n° 2

dip n° 3

dip n° 4

OFF = 2 LEAVES

ON = 1 LEAF (motor M1)

OFF = CLOSING “at once” FUNCTION DEACTIVATED

ON = CLOSING “at once” FUNCTION ACTIVATED Gate opened, after car passing by the photocells, the gate CLOSES automatically after 5 sec.

OFF = HAMMER WATER DEACTIVATED

ON = HAMMER WATER ACTIVATED N.B.: only for gate with ELECTROLOCK

OFF = starting point force of the motors Max thrust force for 2sec., then it become adjustable (trimmer AMP)

ON = starting point thrust force of the motors DEACTIVATED

dip WHITE DOWN = OFF dip WHITE UP = ON

13 Q50

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

ON

OFF

ON

OFF

ON

OFF

ON

OFF

SWITCH SW2

dip n° 1

dip n° 2

dip n° 3

dip n° 4

OFF = Multi-occupation function DEACTIVATED

ON = Multi-occupation function ACTIVATED

OFF = Electrolock ACTIVE (inputs 11- 12)

ON = Warning light GATE OPENED (inputs 11- 12)

OFF = Mechanical SAFETY EDGE ACTIVATED (contact N.C.)

ON = SAFETY EDGE ACTIVATED 8K2 (resistive) ACTIVATED

OFF = MOTORS FORCE RELEASE function DEACTIVATED

ON = MOTORS FORCE RELEASE function ACTIVATED At the end of the OPENING and CLOSE the motors RELEASE THE PUSH of the leaf..

This function gives priority to the OPENING signalsDuring OPENING and PAUSE the control unit overrides any START commands.

Q50 14

7. RADIO CODES LEARNING PROCEDURE The control unit DO NOT ALLOW the transmitter storing procedure if there are NOT ACTIVE SAFETY DEVICES.

Make sure that the safety inputs n° 4 STOP (DL3), n° 5 Photocells CLOSE (DL4), n° 6 Photocells OPEN (DL5), n° 8 SAFETY EDGE (DL6) are connected.

Led OFF = input NOT CONNECTED Led ON = input CONNECTED

If not even one safety device has been wired, proceed with the temporary EXCLUSION (see paragraph 3.5 / 3.6.)

The control unit is designed to be used with radio remote controls with fixed code or rolling code. It is necessary to identify the type of the remote control to be used before you start programming.

After storing the first remote control, the control unit will work only with transmitters of that kind, fixed code if the first stored remote control is a fixed code or rollling code if the first remote control stored is a rolling code, with no chance to reset.

Before starting the storage of the remote controls, proceed (for safety) to the cancellation of any existing codes.

7.1 RADIO CODES cancellation

- Press at same time the buttons LEARN and BREAK and hold them down for at least 10 seconds (the LED DL8 flashes quickly).

- The DL8 led stays ON STEADY and all the radio codes stored ARE DELETED.

7.2 Storing a remote control with START function

- Press and release the LEARN button; LED DL8 starts flashing.- Within 5 seconds transmit the radio code to be stored (with the remote control).- The control unit captures the code and leaves the programming.- You can store up to a maximum of 64 different radio codes for the START command.

7.3 Storing a remote control with PEDESTRIAN START function

- Press twice the LEARN button; LED DL8 flashes quickly.- Within 5 seconds transmit the radio code to be stored (with the remote control).- The control unit captures the code and leaves the programming.- You can store up to a maximum of 64 different radio codes for the START PEDESTRIAN command.

15 Q50

8. CONTROL UNIT PROGRAMMING The Control unit is supplied by default with the SEQUENTIAL Programming.The delay time between the leaves is set to 3 seconds (both in opening and closing) and slowdown is calculated approximately 4 seconds before the mechanical stops.

8.1 AUTOMATIC PROGRAMMING

8.1.1 AUTOMATIC Programming with 2 LEAVES OBSTACLE DETECTION

WARNING:Before starting the programming procedure give a start signal to the control unit and checkthat the thrust force of the motors is adequate for the weight of the leaves, both in case of gates particularlylight or very heavy by acting on the AMP trimmer in a way that the leaves do not stop when opposing a slight counter pressure.

• AUTOMATIC PROGRAMMING can be performed only with the presence of mechanical stopsin opening and closing position.

- Check the gate is in CLOSING position.- Press and hold the LEARN button until the motors start (about 10 sec.)- The automation performs a short closing and then begins an opening operation.- The motor 1 opens - M1, after 3 sec. opens the motor 2 - M2 (delayed leaf).- The motors stop at OPENING position, in this way the thrust force is calculated and the deceleration points

set (equal for both opening and closing).- The gate automatically performs the closing operation, ending with a slowing-down and then it stops

correctly on the mechanical stops.- At operation completed the control unit HAS STORED all the operation times.- The unit is ready for normal operation.

WARNING:If during the AUTOMATIC programming the leaves stop before reaching the mechanical stopsprovided, act on the AMP trimmer clockwise (towards +) and repeat the AUTOMATIC PROGRAMMING.

OBSTACLE DETECTION FUNC- If the gate, in the opening phase, encounters an obstacle, it reverses 5 cm and shall close again

automatically after 30 sec. if the automatic closing is set, it is observed the programmed time; if it is in the process of deceleration, it stops.

- If the gate, during the closing phase, encounters an obstacle, it reverses completely and closes automatically after 30 seconds, if it is set the automatic closing, it is observed the programmed time; if it is in the deceleration phase, it stops; in case of permanent obstacle or a too low amperometric, it tries the reclosing three times at 30-second intervals each time (or PAUSE TIME set), then it stays open.

8.1.2 AUTOMATIC Programming with 1 LEAF OBSTACLE DETECTION

WARNING:Verify that the motor is connected to the output M1 of the control unit (terminal board JP2: inputs 17-18)

- Check that the Dip n ° 1 of the switch SW1 is ON.- Check that the gate is in CLOSING position.- Press and hold the LEARN button until the motor starts (about 10 sec.)- The automation performs a short closing and then begins an opening operation.- The motors stop at OPENING position, in this way the force is calculated and defined the deceleration

points (equal for both opening and closing).- The gate automatically performs the closing operation, ending with a slowing-down and then stops

correctly on the mechanical stops.- At operation completed the control unit HAS STORED all the operation times.- The unit is ready for normal operation. WARNING:If during the AUTOMATIC programming the leaves stop before reaching the mechanical stopsprovided, act on the AMP trimmer clockwise (towards +) and repeat the AUTOMATIC PROGRAMMING.

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8.2 SEQUENTIAL Programming

8.2.1 SEQUENTIAL Programming with OBSTACLE DETECTION / 2 Leaves (WORK button)

WARNING: before starting the programming procedure give a START signal to the Control Unit and verify that the thrust force is adequate to the weight of the leaves, either in case of particularly light gates or very heavy ones by acting on the AMP Trimmer in a way that the leaves do not stop when applied a light counter pressure.

• The SEQUENTIAL PROGRAMMING can be made only in presence of Mechanical stops in opening and closing.

- Check that the gate is at CLOSING position .- Press and release the LEARN button; LED DL8 starts flashing.- Press and release the WORK button. The leaf of the motor 1 - M1 OPEN.- When M1 leaf reaches the desired point of deceleration press and release the WORK button; the M1 leaf slows.- When the leaf of the motor 1 reaches the end point the amperometric gets triggered and the

motor stops automatically.- Press WORK; the delay time counting starts for the opening phase. DL8 LED starts flashing quickly.- After the desired time for the delay press WORK.- The leaf of the motor 2 - M2 OPEN and the LED flashes normally.- When the leaf of the motor 2 - M2 reaches the desired deceleration point, press and release

the WORK button; the motor M2 slows down.- When the leaf of the motor 2 - M2 reaches the end point, the amperometric gets triggered and

the motor stops automatically.- Press and release the WORK button. The leaf of the motor 2 - M2 starts the closing.- When the leaf of the motor 2 - M2 reaches the desired deceleration point, press and release

the WORK button; the motor slows down.- When the motor of the leaf 2 - M2 reaches the end point, the amperometric gets triggered and

the motor stops automatically.- Press WORK; The delay time counting starts for the closing phase. DL8 LED starts flashing quickly.- After the desired time for the delay, press WORK. The leaf of the motor 1 - M1 starts closintg and the LED flashes normally.- When the leaf of the motor 1 – M1 reaches the desired deceleration point, press and release

the WORK button; the motor slows down.- When the motor of the leaf 1 – M1 reaches the end point, the amperometric gets triggered and

the motor stops automatically.- The control unit automatically exits from the sequential programming and is ready for normal operation.

EVERY CHANGE OF ADJUSTMENTS OF SPEED AND / OR DECELERATION, YOU MUST REPEAT THE PROGRAMMING.

Check the correct operation of the system.If some of the programmed times are not correct repeat the complete programming.

OBSTACLE DETECTION FUNCTION- If the gate, in the opening phase, encounters an obstacle, it reverses 5 cm and shall close again

automatically after 30 sec. if the automatic closing is set, it is observed the programmed time; if it is in the process of deceleration, it stops.

- If the gate, during the closing phase, encounters an obstacle, it reverses completely and closes automatically after 30 seconds, if it is set the automatic closing, it is observed the programmed time; if it is in the deceleration phase, it stops; in case of permanent obstacle or a too low amperometric, it tries the reclosing three times at 30-second intervals each time (or PAUSE TIME set), then it stays open.

17 Q50

8.2.2 SEQUENTIAL programming OBSTACLE DETECTION 2 LEAVES (with Remote control)

WARNING:Before starting the programming procedure, give a start signal to the control unit and check that the thrust force of the motor is adequate for the weight of the leaves, both in case of gates particularly light or very heavy by pressing the AMP trimmer in a way that the leaves do not stop when opposing a slight counter pressure.

• The SEQUENTIAL PROGRAMMING can be made only in presence of Mechanical stop in opening and closing.

- Storing a transmitter to be used for programming (see section 7)- Check that the gate is in CLOSING position.- Press and release the LEARN & WORK buttons simultaneously; LED DL8 starts flashing.- Press and release the transmitter button. The door of the motor 1 - M1 OPEN.- When M1 leaf reaches the desired point of deceleration press and release the button on the transmitter; the

M1 leaf slows down.- When the leaf of the motor 1 reaches the end point intervenes' ammeter and the motor stops automatically.- Press the transmitter button; starts the counting of the phase shift time in the opening.

The DL8 LED starts flashing rapidly.- After the desired time for the offset press the transmitter button.

The leaf of the motor 2 - M2 OPEN and the LED flashes normally.- When the leaf of the motor 2 - M2 reaches the desired deceleration point, press and release the transmitter

button; the motor M2 slows down.- When the leaf of the motor 2 - M2 reaches the end point, the amperometric gets triggered and the motor

stops automatically.- Press and release the transmitter button. The leaf of the motor 2 - M2 starts the closing.- When the leaf of the motor 2 - M2 reaches the desired deceleration point, press and release the transmitter

button; the motor slows down.- When the motor of the leaf 2 - M2 reaches the end point, the amperometric gets triggered and the motor

stops automatically.- Press transmitter; The delay time counting starts for the closing phase. DL8 LED starts flashing quickly.- After the desired time for the delay, press transmitter. The leaf of the motor 1 - M1 starts closintg and the LED flashes normally.- When the leaf of the motor 1 – M1 reaches the desired deceleration point, press and release the transmitter

button; the motor slows down.- When the motor of the leaf 1 – M1 reaches the end point, the amperometric gets triggered and the motor

stops automatically.- The control unit automatically exits from the sequential programming and is ready.

EVERY CHANGE OF ADJUSTMENTS OF SPEED AND / OR DECELERATION, YOU MUST REPEAT THE PROGRAMMING.

Check the correct operation of the system.If some of the programmed times are not correct repeat the complete programming

OBSTACLE DETECTION FUNCTION- If the gate, in the opening phase, encounters an obstacle, it reverses 5 cm and shall close again

automatically after 30 sec. if the automatic closing is set, it is observed the programmed time; if it is in the process of deceleration, it stops.

- If the gate, during the closing phase, encounters an obstacle, it reverses completely and closes automatically after 30 seconds, if it is set the automatic closing, it is observed the programmed time; if it is in the deceleration phase, it stops; in case of permanent obstacle or a too low amperometric, it tries the reclosing three times at 30-second intervals each time (or PAUSE TIME set), then it stays opened.

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8.2.3 SEQUENTIAL programming OBSTACLE DETECTION - 1 LEAF (WORK button)

WARNING: Verify that the motor is connected to the output M1 of the control unit (terminal board JP2: inputs 17-18)

- Check that the Dip n° 1 of the switch SW1 is ON.- Check that the gate is in CLOSING position.- Press and hold the LEARN button; DL8 led starts flashing.- Press and hold the WORK button. The leaf of the motor OPENS.- When the leaf reaches the desired point of deceleration, press and release the WORK button;

the leaf slows down.- When the leaf reaches the end point, the amperometric gets triggered and the motor stops automatically.- Press and release the WORK button. The leaf starts closing.- When the leaf reaches the desired point of deceleration press and release the WORK button;

the motor slows down.- When the leaf reaches the end point the amperometric gets triggered and the motor stops automatically.- The control unit automatically exits from the sequential programming and is ready for normal operation

EVERY CHANGE OF ADJUSTMENTS OF SPEED AND / OR DECELERATION, YOU MUST REPEAT THE PROGRAMMING.

Check the correct operation of the system.If some of the programmed times are not correct repeat the complete programming.

8.2.4 SEQUENTIAL programming OBSTACLE DETECTION - 1 LEAF (with remote control)

WARNING:Verify that the motor is connected to the output M1 of the control unit (terminal board JP2: inputs 17-18)

- Store a Remote control and use it for the programming (see par. 7)- Check that the Dip n° 1 of the switch SW1 is ON.- Check that the gate is in CLOSING position.- Press and hold the LEARN & WORK buttons; DL8 led starts flashing.- Press and hold the transmitter button. The leaf of the motor OPENS.- When the leaf reaches the desired point of deceleration, press and release the transmitter button;

the leaf slows down.- When the leaf reaches the end point, the amperometric gets triggered and the motor stops automatically.- Press and release the transmitter button. The leaf starts closing.- When the leaf reaches the desired point of deceleration press and release the transmitter button;

the motor slows down.- When the leaf reaches the end point the amperometric gets triggered and the motor stops automatically.- The control unit automatically exits from the sequential programming and is ready for normal operation

EVERY CHANGE OF ADJUSTMENTS OF SPEED AND / OR DECELERATION, YOU MUST REPEAT THE PROGRAMMING.

Check the correct operation of the system.If some of the programmed times are not correct repeat the complete programming

Led Fault

DL1 Always ON

DL2 Always ON

DL3 OFF

DL4 OFF

DL5 OFF

DL6 OFF

DL8 OFF

9. FAULTS REPORTINGThe control unit signals through a series of LEDS anomalies on the set. Here are the various reports of anomalies and possible solutions

Causes

• PEDESTRIAN START Contactalways present.

• START Contact ON.

• EMERGENCY button (Stop) offline.

• Wrong wiring.

• CLOSING photocells not aligned.

• Presence of an obstacle within range of the photocells.

• Incorrect electrical connection.

• Not powered photocells.

• Photocells not connected, input not enabled.

• OPENING photocells not aligned.

• There is an obstacle within range of the photocells.

• Incorrect electrical connection.

• Photocells not powered.

• Photocells not connected, input not enabled.

• Safety Edge not properly connected.

• Wrong wiring.

• lack of power supply.

Solution Verify the perfect functioning of all ACCESSORIES connected at PEDESTRIAN START (N.A.).

Check the correct operation of all the accessories connected to the input of START (N.A.).

Check the presence of the emergency button or disable the input (see section 3.5)

Check the wiring is correct (see section 3.5)

Check the placement of the receiver and transmitter.

Check and remove the obstacle, also check for any element clouding the lens.

Check the connections as in the diagram.

Verify the presence of the power supply of the transmitter and receiver.

Disable the input (see section 3.6)

Check the placement of the receiver and transmitter.

Check and remove the obstacle, also check for any sediment blocking the lens.

Check the connections according to the diagram.

Check the presence of voltage on the transmitter and receiver.

Disable the input (see section 3.6)

Verify the proper wiring of the safety edge or deactivate it.

Check the wiring is correct.

Check the presence of power supply (see section 3.2)

Fig. 1

Fig. 2

Fig. 3

Fig. 4

190,526

3

Fig. 5

20 Q50

1) Choose the place for the box and mark the fixing points on the wall. Pay attention to respect the distances between the holes (fig. 1).2) Make the drillings and fix the box with the pre-drilled holes downwards.3) Slip the washer round the edge of the box, starting from centre down (fig. 2). Do not extend the washer, just push it into its housing and cut any excess.4) Cut the rubber grommets the same size of the wires/cables for electrical wirings (fig. 3) so that the grommet

perfectly adheres to the cable/wire. Do not cut the rubber grommets you’re not going to use.5) Put all the grommets in the pre-drilled holes of the box and drive the cables/wires (fig. 4).6) Once wirings and installation are finished close the box and screw the cover on the box (fig. 5).

10. BOX Installation

11. DISPOSAL Do not pollute the environment

Some electronic components may contain polluting substances.Ensure materials are passed to the authorised collection centres, according to the laws and the regulations on force, for safe disposal.

8. CONTROL UNIT PROGRAMMING The Control unit is supplied by default with the SEQUENTIAL Programming.The delay time between the leaves is set to 3 seconds (both in opening and closing) and slowdown is calculated approximately 4 seconds before the mechanical stops.

8.1 AUTOMATIC PROGRAMMING

8.1.1 AUTOMATIC Programming with 2 LEAVES OBSTACLE DETECTION

WARNING:Before starting the programming procedure give a start signal to the control unit and checkthat the thrust force of the motors is adequate for the weight of the leaves, both in case of gates particularlylight or very heavy by acting on the AMP trimmer in a way that the leaves do not stop when opposing a slight counter pressure.

• AUTOMATIC PROGRAMMING can be performed only with the presence of mechanical stopsin opening and closing position.

- Check the gate is in CLOSING position.- Press and hold the LEARN button until the motors start (about 10 sec.)- The automation performs a short closing and then begins an opening operation.- The motor 1 opens - M1, after 3 sec. opens the motor 2 - M2 (delayed leaf).- The motors stop at OPENING position, in this way the thrust force is calculated and the deceleration points

set (equal for both opening and closing).- The gate automatically performs the closing operation, ending with a slowing-down and then it stops

correctly on the mechanical stops.- At operation completed the control unit HAS STORED all the operation times.- The unit is ready for normal operation.

WARNING:If during the AUTOMATIC programming the leaves stop before reaching the mechanical stopsprovided, act on the AMP trimmer clockwise (towards +) and repeat the AUTOMATIC PROGRAMMING.

OBSTACLE DETECTION FUNC- If the gate, in the opening phase, encounters an obstacle, it reverses 5 cm and shall close again

automatically after 30 sec. if the automatic closing is set, it is observed the programmed time; if it is in the process of deceleration, it stops.

- If the gate, during the closing phase, encounters an obstacle, it reverses completely and closes automatically after 30 seconds, if it is set the automatic closing, it is observed the programmed time; if it is in the deceleration phase, it stops; in case of permanent obstacle or a too low amperometric, it tries the reclosing three times at 30-second intervals each time (or PAUSE TIME set), then it stays open.

8.1.2 AUTOMATIC Programming with 1 LEAF OBSTACLE DETECTION

WARNING:Verify that the motor is connected to the output M1 of the control unit (terminal board JP2: inputs 17-18)

- Check that the Dip n ° 1 of the switch SW1 is ON.- Check that the gate is in CLOSING position.- Press and hold the LEARN button until the motor starts (about 10 sec.)- The automation performs a short closing and then begins an opening operation.- The motors stop at OPENING position, in this way the force is calculated and defined the deceleration

points (equal for both opening and closing).- The gate automatically performs the closing operation, ending with a slowing-down and then stops

correctly on the mechanical stops.- At operation completed the control unit HAS STORED all the operation times.- The unit is ready for normal operation. WARNING:If during the AUTOMATIC programming the leaves stop before reaching the mechanical stopsprovided, act on the AMP trimmer clockwise (towards +) and repeat the AUTOMATIC PROGRAMMING.

Proteco S.r.l. Via Neive, 77 - 12050 CASTAGNITO (CN) ITALY Tel. +39 0173 210111 - Fax +39 0173 210199 - info@proteco.net - www.proteco.net