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START-S3XL

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fo• Universal control unit for 1 sliding gate or up-and-over door.• Motor, 3levels of slow down. Inputs: start-timer- clock, photocell during closing,

limit switch during opening and closing, partial opening, stop.• Time acquisition “real-time”.

Radio receiver

-1-

-2-

-3--4--5--6--7-

-8--9-

-10--11--12--13--14--15--16--17--18--19-

230 Vac

230 Vac

LampLamp

MOT commonMOT closeMOT open

+ AntennaCom 1 and - Antenna

Com 2 / - 12/24Vdc+ 12 Vdc

STOPFOTO

LSOLSC

STARTPedestrian

24 Vac+ 24 Vac/dc

-20--21-

Light-FototestLight-Fototest

-22--23-

Mechanical edge - NCMechanical edge - NC

*Connect this point to the terminal board no. 21 for the photo-test, otherwise connect it tothe terminal board no. 19

Photocells workingin closing

Lamp or courtesy light230 Vac

If the input SAFETY-EDGEis not used, make a link (22-23)

M OPCLCOM

*N.C.

C

N.C. N.C. N.A. N.A.

100%ITALY

24 V O

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24 V

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START-S3XL Technical Manual

Foreword

This manual provides all the specifi c information you need to familiarize yourself with and correctly operate your unit. Read it very carefully when you purchase the instrument and consult it whenever you have doubts regarding use and before performing any maintenance operations. Nologo has the right to modify the product without previous notice.

Environmental protection measures

Information regarding the environment for customers within the European Union. Eu-ropean Directive EC 2002/96 requires that units bearing this symbol on the unit and/or on the packaging be disposed of separately from undifferentiated urban wastes.The symbol indicates that the product must not be dis-posed of with the normal household wastes. The owner is responsible for disposing of this product and other electrical and electronic equipment through specifi c waste collection facilities indicated by the government or local public agencies. Correct disposal and recycling help prevent any potentially negative impact on the en-vironment and human health. To receive more detailed information regarding disposal of your unit, we recom-mend that you contact the competent public agencies, the waste collection.

Index

Par. Description Pag.

1 Introduction 3

1.1 Product description

1.2 Field of application

1.3 Type of installation

1.4 Technical features

2 Installation 4

2.1 Diagram of the control unit and electrical connections

2.2 Description of the electrical connection 5

2.3 Connection of the FLASHING LIGHT 230 Vac 6

2.4 Connection of one 24V gate open and moving LIGHT

2.5 Connection of the COURTESY light

2.6 Power supply of the accessories

2.7 Connection of the STOP/ALT control devices 7

2.8 Connection of LIMIT SWITCHES LSO and LSC

2.9 Connection of the MAGNETIC LIMIT SWITCHES

2.10 Connection of the 24 Vac photocell 8

2.11 Connection of the 24 Vdc photocell

2.12 Connect the 3 wires photo-beam 9

2.13 Connection of the “START” and “PEDESTRIAN” commands

2.14 Checking connections

3 Operating logic for DIP 10

4 Management of Remote control

4.1 Activation of the radio receiver

4.2 DELETING the codes memory 16

4.3 Remote control LEARNING

5 Turning on and programming the unit 12

5.1 Learning “START” OPENING COMMAND times 13

5.2 Times learning with the “PEDESTRIAN” COMMAND 14

5.3 Regulating of the MOTOR FORCE

5.4 Increasing the PAUSE time 15

5.5 RESET of the CONSTRUCTION SETTING UP

6 Problems solution

7 Declaration of CE conformity 16 Symbols and warning

DANGEROUS

This is a warning and if it is not re-spec it can provoque material dam-age.

DEVICE UNDER TENSION

The installation should be done only from professional installer.

READ CAREFULLY THE OPERATING MANUAL

Read carefully this manul before in-stallation and keep it for the future.

-2-


Using the unit improperly and performing repairs or modifi cations personally will void the warranty. The producer declines any responsibility for damages due to inappropriate use of the product and due to any use other than the use the product was designed for. The producer declines any responsibility for consequential damages except civil liability for the products.

Every programming and/or every maintenance service should be done by qualifi ed technicians.

1.1 Safety precautions

1 Introduction

The START-S3XL electronic control unit is used to control the movement of entrances, swinging gateways, rolling gates and automatic doors. It can be connected to a hydraulic or electromechanical actuator equipped with an asynchronous, single-phase motor operating at a voltage of 230 Vac.

1.2 Field of application

1.3 Type of installation

These two simple diagrams show only one of the possible applications for this control unit. The risks inherent to the “MACHINE” and the user’s requirements must be analyzed in depth in order to establish how many elements need to be installed. All photocells have a system of synchronism that makes it possible to eliminate interference between two pairs of photocells (for other details, see the instructions for the photocells). In the diagram, the pair of photocells “Photo A” (considered in this control unit) has no effect during opening while it causes a total inversion during closing. “Photo A2” is connected in series to “Photo A”.

Application on sliding automation Application on swinging automation

FOTO A

FOTO A

FOTO A2

We recommend to install a STOP switch which stops immediatelly the gate. The switch has a normally close contact which opens the contact when it is working. See Par. 2.7

Dimensions 87 x 126 x 40 mm

Weight 0.46 Kg

MAX power of single motor 17504

HPWA

MAX power of signal light 230 Vac 40 W

MAX absorption with clean contact 2 A

MAX absorption 24 Vac/dc 300 mA

MAX absorption 12 Vdc 50 mA

1.4 Technical features

-3-


1 2 control unit power supply 230Vac

3 7 power supply for motor and for fl asher 230Vac

8 19 power supply voltage to accessories and toservice and safety inputs

20 21 “clean” contacts for light or photocell TESTor fl ashing light without intermittence circuit

22 23 stop coast input + inversion for 1.5 sec

JUMPERAC/DC

output power supply selection 24Vac or 24Vdc on terminals 18 and 19

JUMPERJ-R activation or deactivation of the radio receiver

DIP 1-10 function of the control unit

DIP 11-12 deceleration rate or deceleration excludedselection

Button P manages wireless codes, regulates force,increases pause time

2.1 Diagram of the control unit and electrical connections

2 Installation

Connection of the VOLTAGE line230 Volt Single-phase alternate current. The control unit power supply line must always be protected with a magnetother-mal switch or a pair of 5A fuses.

A differential switch is recommended but not indispensable if one is already installed on the plant.

Connection of the MOTOR Pay particular attention not to invert the OPEN and CLOSE poles.

When in doubt as to the correct connection, if possible, manually position the automation at the midpoint of its stroke. Be ready to stop the system using the STOP control!

To be sure that the opening is really “opening”, try to block the photocells: if the gate begins to close, the connection is incorrect and the motor OPEN and CLOSE wires must be inverted.

-4-


-5-

2.2 Description of the electrical connection

230 Vac 1 Electrical power supply 230 Vac 50 Hz

230 Vac 2 Electrical power supply 230 Vac 50 Hz

Lamp3 Output for fl ashing or courtesy light 230 Vac, maximum power rating of

the lamp 100W.4MOT common 5 Output for connection of COMMON motor pole

MOT close 6 Output for connection of CLOSING motor poleMOT open 7 Output for connection of OPENING motor pole

Antenna 8 Input for antenna signal (end of antenna hot wire)

Common 1 9 Common for all inputs:services, safety devices, coaxial antenna braidCom2 / -12Vdc 10 Output -12/24 Vdc (See Phar. 2.6), Common 2

+ 12Vdc 11 Output +12 Vdc maximum current 50mA (positive)Stop 12 STOP input

Foto 13 Input for photocell (PHOTO safety trips only when closing)Lso 14 Input for opening limit switchLsc 15 Input for closing limit switch

Start 16 Input for stepped START

Pedestrian 17 Input for stepped control of partial PEDESTRIAN opening (same setting as START)24Vac 18 Output 24Vac (See Phar. 2.6)

+24Vdc / 24Vac 19 Output + 24Vdc, 24Vac (See Phar. 2.6)

C. Light 20 “clean” contacts for light or photocell TEST or fl ashing light without intermittence circuit boardC. Light 21

Alt 22NC stop coast + inversion for 1.5 seconds

Alt 23


-6-

2.3 Connection of the FLASHING LIGHT 230 Vac

Flashing light completewith intermittence circuit board

Flashing light complete without intermittence circuit board

DIP 4 - ONON

21 43 5

If you plan to use the photocells test, or a 24V light, this connection cannot be used.!

2.4 Connection of one 24V gate open and moving LIGHT

DIP 10 ON Fix Light

ON CTS

21 43 65 87 109 1211

If you plan to use the photocells test, or a24V light, this connection cannot be used.!

2.5 Connection of the COURTESY light

LIGHT230 Vac

DIP 4 - OFF ON CTS

21 43 65 87 109 1211

17 18 19 20 21

3 4 5 3 4 5 20 21

3 4 5

2.6 Power supply of the ACCESSORIES

Terminal board 10 (-) / 11 (+)Voltage: 12 VdcMaximum current: 50 mA

Put JUMPER JAC/DC as shown in the pictureTerminal board 10 (-) / 19 (+)Voltage: 24 Vdc

Maximum current: 300 mA

8 9 10 11 12 13 14 15 16 17 18 19

Terminal board 18 / 19Voltage: 24 VacMaximum current: 300 mA

Put JUMPER JAC/DC as shown in the picture

+-

- +

!!

AC DC

AC DC


-7-

8 9 10 11 12 13

2.7 Connection of the STOP/ALT control devices

Connection of the STOP controlPush-button: stops and temporarily prevents all control unit function until it is pressed again.Switch: keeps the automation blocked until it is reset.

Connection of the ALT controlStops the automation and activates an inversion ofdirection for approximately 1.5 seconds.

Connection of the safety devices requires the use of any push-button or N.C. (normally closed) contact. When there are several safety devices, they are connected in series.

NOLOGO

If the STOP input is NOT used put the DIP 5 on ON.If the input SAFETY-EDGEis not used, make a link (22-23)

!

2.8 Connection of LIMIT SWITCHES LSO and LSC

The fi gure shows the connection of both limit switches, however, on this control unit they can also be used individually. Therefore, it is possible to use just the “Open limit switch” or just the “Close limit switch”.

The limit switch contacts must be N.C. (normally closed) contacts.

If the LSO or LSC inputs aren’t in use, follow the instructions you fi nd in chapter n. 3

!2.9 Connection of the MAGNETIC LIMIT SWITCHES

JUMPER AC/DC

Power Supplymagnetic limit

switches+ 24 Vdc

Bring JUMPER AC/DC as shown

in the picture.

22 23

8 9 10 11 12 13 14 15 16 17 18 19

8 9 10 11 12 13 14 15 16 17 18 19

OPENN.C.

CLOSEN.C.

LIMITSWITCHES

OPENN.C.

CLOSEN.C.

LIMITSWITCHES


-8-

The photocell receiver con-tact must be:- clean (insulated from power sup-ply voltages)- type N.C. (Normally closed)

If more than one pair of pho-tocells is used, they must be connected in series.

The photocell TEST ensures that the automation only functions when the pho-tocells are functioning properly. In fact, the control unit performs the test before each opening. If there is a photocell malfunction, the control unit turns the fl ashing lights on for 5 seconds and the automation does not start.

The control unit automatically activates the test only after the START com-mand times have been learnt. If you wish to return to the LIGHT function on terminals 20 and 21, the photocells must be connected without the test and then you must repeat the times learning operation with the START com-mand.

The TEST function is compatible with lower devices (for example TRANSCEI-VER) so the gate can have a delay when opening. The TEST can be done also from some devices in the INPUT COSTA (safety edge) and STOP.

After the TEST connections, memorize the working time for the START control during this time the control unit check the devices which should are connected to the TEST.

2.10 Connection of the 24 Vac photocell

RX TX

NC Contact

TX

20 21

Without TEST With TEST

2.11 Connection of the 24 Vdc photocell

8 9 10 11 12 13 14 15 16 17 18 19

24 Vac

RX

NC Contact

8 9 10 11 12 13 14 15 16 17 18 19

24 Vac

RX TX

NC Contact

TX

20 21

Without TEST With TEST8 9 10 11 12 13 14 15 16 17 18 19

24 Vdc

8 9 10 11 12 13 14 15 16 17 18 19

+-

RX

NC Contact

24 Vdc +-

AC DC

Put JUMPER JAC/DC

as shown in the picture

Put JUMPER JAC/DC

as shown in the picture

AC DC

If the STOP input is NOT used put the DIP 6 on ON.!


-9-

2.13 Connection of the “START” and “PEDESTRIAN” commands

The PEDESTRIAN opening command can be connected to any push-button or N.O. (normally open) contact. If several devices are used, they must be connected.

Using terminals 9 and 16 it is possible connect a TIMER to program gate opening. The timer contact must be an NO (normally open) con-tact and must remain closed for as long as the gate remains open. If an opening command is connected to terminal 16, it must be con-nected in parallel.

The START opening command can be connected to any push-button or N.O. (normally open) contact.

2.12 Connect the 3 WIRES PHOTO-BEAM

POWER SUPPLY TX PHOTOCELL

POWER SUPPLY RX PHOTOCELL +

-+

-

Photocell receiver.N.C. contact terminals

- +

Bring JUMPER AC/DCas shown in the picture

Voltage: 24 VdcMaximum current: 300 mA

The TEST light signals that the internal logic is functioning correctly. It must fl ash at one second intervals indicating that the internal microprocessor is on and awaiting a command. When the control unit is powered, the warning lights, set on the inputs, are ON when the contacts on the inputs are closed toward the common:

Normally the red lights on inputs STOP - PHOTO - LSO - LSC - STOP - ALT are ONNormally the green lights on the control inputs START - PEDESTRIAN are OFF

STOP PHOTO LSO LSC START PED ALTSafety edge

2.14 Checking connections

8 9 10 11 12 13 14 15 16 17 18 19

8 9 10 11 12 13 14 15 16 17 18 19


-10-

3 Operating logic for DIP

ON

21 43 5

ON

21 43 5

ON

21 43 5

ON

21 43 5

ON

21 43 5

ON

21 43 5

ON

21 43 5

CTS

8 109 1211

CTS

8 109 1211

9-ON OFFPre-lightingThe pre-lighting will be deactivated and the riverse speed 8 will be increased

10-ON Fixing light It will be activated

4 65 87

4 65 87

4 65 87

5 76 98

7-ON Exclude the input LSO (opening limit switch)

8-ON Exclude the input FCC (closing limit switch)

5-ON Exclude the input STOP

6-ON Exclude the input PHOTO

2-ON 3-OFF condominium

When open and in pause mode the unit does not accept commands; it closes automatically at the end of the pause time.

2-OFF 3-ON

semiautomatic

Each command is followed by the open-stop-close-stop-open, etc... logic. Does not close automatically.

2-OFF3-OFF automatic 1

When a command is received it inverts: open-close.Closes again automatically at the end of the pause time.

2-ON 3-ON automatic 2

Each command is followed by the open-stop-close-stop logic.. Closes again automatically at the end of the pause time

3-OFF closes againwhen turned on

A complete opening, pause and closing cycle is run ONLY if the au-tomation is in the open position at the moment the power supply is cut off.

CTS

8 109 1211

CTS

8 109 1211

CTS

8 109 1211

CTS

8 109 1211

Using DIP 11-12 you can program the speed of slow down:

Exclusion of the inputs STOP-FOTO-LSO-LSC of DIP 5-6-7-8:

11-OFF 12-OFF Very slow

The speed of slow down is very slow and this is the most suitable for the gates. For oil-dynamic motor we suggest a higher speed.

11-ON12-OFF

Mediumslow down Medium slow-down

11-OFF 12-ON Low speed Higher slow down speed

11-ON 12-ON

No slow down Exclusion of the slow down

4-ONFlashing lightalso in pause

mode

To activate this function follow the manual during the programm of the working time (par. 5.1 Point no.4) in the terminal board no. 3 and 4 the tension is available only when the motors are working or when they are in pause time.

4-OFF Courtesy lightThe output of terminals 3 and 4 are powered from the onset of ope-ning until 2 minutes after closing. It is, therefore useful to power the courtesy light.


-11-

4 Management of REMOTE CONTROL

To manage remote controls, the electronic circuit board must have a wireless module. The electronic circuit board can handle several types of code, the fi rst remote control learned determines the type and, as a result, it is not possible to learn remote controls with codes that differ from that of the fi rst remote control learned. The codes that can be handled are the 12 to 64 bit standards and, for rolling HCS© type codes, only the fi xed part but not the rolling counter control. The fi rst transmitter learned determines the type of code that the receiver can handle; consequently the subsequent transmitters learned must have the same type of code.

4.1 Activation of the radio receiver

Activation of the radio receiver433,92 Mhz

J-R

YOU CAN ACTIVATE OR DEACTIVATE THE COMPLETE ROLLING CODE FUNCTION. PRESS THE BUTTON WHEN YOU ARE LEARNING THE PARTIAL OPENING COMMAND. THE L.E.D. WITH PARTIAL ROLLING CODE WILL FLASH

ONE TIME WHILE WHILE WHEN THE ROLLING CODE IS COMPLETE THE L.E.D. FLASHES TWICE.

1 Make certain that DIP switch 1 is set to OFF.The automation is in the CLOSED position

2 >Press the push-button P on the circuit board and keep it pressed for 15 seconds until the TEST light starts fl ashing. The TEST light and the green START and PED lights go on.The TEST light starts fl ashing

3 After 15 seconds, release push-button P on the circuit board.Wait until the TEST light returns to normal fl ashing.

4.2 DELETING the codes memory

This operation deletes all codes present in the memory. There is no arrangement for deleting single codes. The memory must be reset before learning the fi rst remote control so that there are no previously learned codes and no unused codes in the system. The memory, and thus all the codes, can be deleted when the automation is closed.

15 secondi

ON

21 43 5

P L1

P L1


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1 Make certain that DIP switch 1 is set to OFF.The automation is in the CLOSED position

2 >Press push-button P on the circuit board. The TEST light goes from intermittent to on steady, waiting 10 seconds for a command

3Press and slowly release the wireless control key you wish to associate with the START command. The TEST light fl ashes 6 times fast then 1 slow fl ash and then remains on steady for 10 seconds.......(START Code learned!)

4

Within this 8 second delay, press and slowly release the wireless control key you wish to associate with the PEDESTRIAN command (normally the second transmitter channel). The green lights will fl ash 6 more times and then go off and return to their normal fun-ctions.

4.3 Remote control LEARNING

The remote control code can only be learned when the automation is CLOSED During the program, to avoid any interferences, we recommend to disconnect the antenna for a while from the terminal board no. 8-9.

4

- If you wish to learn a new wireless control, repeat the operation from the fi rst step.- If you do not wish to assign any key to the PEDESTRIAN command, skip step 4, wait without doing anything for 8 seconds and 1 fl ashing of the TEST light, then return to normal fl ashing when exiting from the code learning mode.- If the TEST light fl ashes slowly when the wireless control key is pressed, it means that the code memory is FULL.- In this circuit board, it is not possible to delete a single wireless control code.

ON

21 43 5

P L1

5 Turning on and programming the unit

When the electronic circuit board is turned on, if everything has been connected properly, the red TEST signal light must fl ash while the inputs STOP, PHOTO, LSO, LSC, STOP, ALT must remain on (if the gate is closed the LSC is off). The START and PED lights must be off. If, after being turned on, the motor starts opening, it means that the electronic circuit board was previously turned off (depowered) while it was in the open position.

If the work times have not yet been set, you must: turn off the circuit board, set the automation in the closed position, set the switch DIP1 to ON and repower the circuit board. Setting switch 1 (DIP1) to on the electronic circuit board is activated in times learning mode. In this mode it is possible to set: motor work and pause times, deceleration position for closing, activation or deactivation of the fl ashing light in pause mode.

Below you will fi nd the procedure to be used to learn times. To perform this operation, use the START and PEDE-STRIAN commands. These commands can be used both from a device connected to terminals 9 - 16 or 9 - 17, respectively, START and PEDESTRIAN opening (see “CONNECTION OF OPENING COMMAND” AND “CON-NECTION OF PEDESTRIAN COMMAND”); it can also be connected from a transmitter which was previously learned (see “LEARNING REMOTE CONTROLS”).

The operation can only be performed when in the CLOSED position.Starting from the initial state of the electronic control unit, perform the operations described above, that is: set switch 1 DIP 1 to ON before powering the control unit.


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1 Turn off the circuit boardSet switch DIP 1 to ON The automationis in theCLOSED position.2 Power the control unit; the two green lights fl ash 4 timessimultaneously and then go off

3 Press START (everything connected to input 16 or the 1st channel of the compatible remote control that has been learned)The automation

starts inOPENING mode

4While the automation starts opening, give the PEDESTRIANcommand (input 17 or 2nd channel of the compatible remote control that has been learned)

ACTIVATING theFLASHING LIGHT in

PAUSE MODE

5A If you do not wish to activate the fl ashing light even in pause mode SKIP THIS STEP The automation STOPS

5B If the limit switch is connected you do not need to do anythingbecause the limit switch itself gives the programming input

6 Let the time elapse during which the automationmust remain openThis is the automation

“PAUSE TIME”

7 Press START to start closingThe automation

starts inCLOSING mode

8A On SLIDING, press START to defi ne the point in which theautomation is to start decelerating

The automationDECELERATES

8B On SWINGING without the limit switch it closes, press START to defi ne the point at which the automation is to start decelerating

8COn SWINGING with the limit switch it closes; this means you do not need to doanything, deceleration will be activated for 2 sec after the limit switch has closed

9 Wait for the automation to stop automaticallyThe automation

is in the CLOSED position

10 Set the switch DIP1 to OFF to return to normal operation,the fl ashing light goes off and the TEST light goes back on

Time programming

has been completed

5.1 Learning “START” OPENING COMMAND times

2 3 4

ON

21 43 5

ON

21 43 5

led L1

If the times learning procedure with the START command has been performed correctly, the automation decele-rates approximately 2 sec before reaching the full opening stroke while, in closing mode, it decelerates from the selected point or after the “limit switch close” cuts in (see step 8 in the table in chapter 5.1).


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5.2 Times learning with the “PEDESTRIAN” COMMAND

The PEDESTRIAN command is used to open the automation only partially to allow people and small vehicles to pass through without having to open the gate completely. When opening is performed with this command, the automation decelerates only when it is closing and following the setting previously acquired in the START command programming.

1 Set switch DIP 1 to ON The automation is in the CLOSED

position2 Control unit power supply. (The TEST light is off when the control unit is in programming mode)

3Press the PEDESTRIAN command (everything con-nected to input 17 or the 2nd channel of the compatible remote control that has been learned)

The automation starts in

OPENING mode

4 Press the PEDESTRIAN command to stop the automa-tion at the desired point (end of partial opening).The automation

STOPS

5 Let the time elapse during which the automation must remain open.

This is the automation

“PAUSE TIME”

6 Press PEDESTRIAN command to start closingThe automation

starts inCLOSING mode

7 Wait for the automation to stop automaticallyThe automation

is in the CLOSED position

8Set the switch DIP 1 to OFF to return to normal opera-tion. The fl ashing light goes off and the TEST light goes back on.

Time programming has been completed

4

ON

21 43 5

ON

21 43 5

5.3 Regulating of the MOTOR FORCE

The electronic circuit board has 7 different levels of force. To decrease the motive force, press the push-button P on the Circuit board while the motor is running and then release it. Working down, once the 1st level has been reached, the unit cycles back to the 7th level. Each time the push-button is pressed, the force is decreased. When the force is at the lowest level, if the push-button is pressed again, the force returns to the maximum level. Passing from minimum to maximum level is indicated by the TEST light which goes on for a more an extended period of time.

76

54

32

1

Force level after eachtime the push-button

is pressedThe operation can only be performed while the motor is running. This control unit has AUTOMATIC BREA-KAWAY. Each time the motor starts up, the electro-nic circuit board keeps the motor force for 2 seconds maximum

!L1


-15-

5.4 Increasing the PAUSE timeThe pause time can be increased without having to repeat the times learning operation. While the automation is in pause mode, each time the push-button P is pressed the pause time is increased by 5 seconds. The level can be increased four times. The fi fth time the push-button is pressed, the pause time returns to the initial value (the TEST light goes on for a more an extended period of time). Therefore, it is possible to increase the pause time by up to 20 seconds (e.g. pressing the button 4 times x 5 seconds each). If 20 seconds is not enough, it is possible to continue increasing the pause time by performing another opening cycle.

Time variation each time the

button is pressed

+ 5s+ 5s

+ 5s+ 5s

Initial time

5.5 RESET of the CONSTRUCTION SETTING UP

It is available the reset of the construction setting up:

4

4

ON

21 43 5

ON

21 43 5

The operation can only be performed when the automation is in pause mode during opening!

L1

1 Put DIP1 in OFF

2 Keep pressed the button P until the led is fl ashing faster.

3 Put DIP1 in OFF again

6 Problem solutionsPROBLEM:The electronic circuit board does not work (the TEST signal light does not fl ash).SOLUTION:Check the 4A and 160mA fuses.

PROBLEM:The 160mA fuse is burnt out.SOLUTION:Check the connections and make certain that the total power absorbed by the accessories does not exceed 500mA.

PROBLEM:The 4A fuse is burnt out.SOLUTION:Check the connections and the motor function, fl ashing of the courtesy light.

PROBLEM:The motor stops or nearly stops after a few seconds.SOLUTION:Try to increase the motive force (see chap. 5.3).

PROBLEM:When deceleration is used, the automation does not reach the rabbet.SOLUTION:Try to increase the deceleration rate (switch 11 and 12 of DIP).

PROBLEM:The electronic circuit board does not perform opening.SOLUTION:Check the status of the red connection lights. Normally they must all be on. If limit switches are used, the “limit switch closed” light is off if the gate is closed. On the other hand, the green lights are normally all off.

PROBLEM:The electronic circuit board performs irregularly.SOLUTION:Make certain that the service and the safety device connections have not been incorrectly connected to a power supply voltage pole. IMPORTANT!! If connection is made to photocells with only 3 wires, it is best to use the 12 Vdc power supply present on termi-nals 10 and 11. (see chap. 2.6)


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7 Declaration of CE conformity

Dairago, li 14 giugno 2007L’Amministratore

Ernestino Bandera

(according to EC Directive 2006/42, Attachment II, part 1, ses. A)

The undersigned Ernestino Bandera, Administrator

DECLARES THAT:

Company: EB TECHNOLOGY SRLAddress: Corso Sempione 172/5 21052 Busto Arsizio VA ItalyProduct’s name: START-S3XL Universal control unit for 1 sliding gate

THE PRODUCT COMPLIESwith what is outlined in the European Community directive:

2006/42/CE

EC DIRECTIVE 2006/42 ISSUED BY THE EUROPEAN PARLIAMENT AND COUNCIL on may 17, 2006 harmonizing the legislation of the member countries regarding machinery.

Reference: Attachment II, part 1, ses. A (EC Declaration of Conformity issued by the manufacturer).

THE PRODUCT COMPLIESwith what is outlined in the European Community directives:

2006/95/CE

EEC DIRECTIVE 2006/95 ISSUED BY THE EUROPEAN COUNCIL on December 12, 2006 harmonizing the legislation of the member countries regarding electric materials for use within certain voltage limits

Reference to harmonized standards: EN 60335-1

2004/108/CE

EEC DIRECTIVE 2004/108/CE ISSUED BY THE EUROPEAN COUNCIL on December 15, 2004, harmonizing the legislation of the member countries regarding electromagnetic compatibility.

Reference to harmonized standards: EN 61000-6-2 EN 61000-6-3

THE PRODUCT COMPLIESwith the essential requirements of article 3 of the following European Community Directive, for the use for which the product is designede:

1999/5/CE

EC DIRECTIVE 1999/5 ISSUED BY THE EUROPEAN PARLIAMENT ANDCOUNCIL on March 9, 1999 regarding wireless units and telecommunicationsterminals and their reciprocal recognition

Reference to harmonized standards: ETSI EN 300 220-3 ETSI EN 301 489-1 ETSI EN 301 489-3

The directive 2006/42/CE remind that it is not allowed the function of the product until the machine, for which the product is included, is not indentify and declared conformed to the 2006/42/CE directive.

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