KINGgates STARG824NG Control Board Instructions

KINGgates STARG824NG Control Board

INTRODUCTION

The company cannot be held liable for any print or transcription errors, reserving the right to make changes where deemed suitable without prior notice.
Partial reproduction without the manufacturer’s consent is prohibited. Measurements are purely indicative and not binding.
The original language used to prepare this manual is Italian: the Manufacturer is not responsible for any translation/interpretation or print errors.

General Warnings

Safety warnings

CAUTION!
This manual contains important instructions and warnings for personal safety. Wrong installation can cause serious injuries. Before starting work read all the manual carefully. If in doubt, stop installation and ask the King Gates Assistance Department for clarifications.

**** According to the most recent European legislation, the realisation of an automatic door or gate must comply with the regulations of the Machine Directive in force which declare the presumed conformity of the automation.
In consideration of this, all the installation, connection, inspection and maintenance operations of the product must be performed exclusively by a qualified and competent technician!

CAUTION! Important instructions: keep this manual for any possible future requirement for maintenance and disposal of the product

Warnings for installation

• Before beginning the installation procedure, check that this product is suitable for the intended use. If unsuitable, do NOT proceed with installation.
  Taking into account the hazards which could occur during installation and product operation, the automation system should be installed according to the following procedure:

• Ensure there is a system device which is a means of disconnection from the supply mains. This device must have a contact separation in all poles which ensures full disconnection under overvoltage category III conditions.

• All installation and maintenance operations must be carried out with the automation system switched OFF and the power supply disconnected. If the disconnection device is not visible from where the automation system has been installed, a sign must be attached to it before attempting any work. The sign should read: “CAUTION! MAINTENANCE WORK IN PROGRESS”.

• The product must be connected to a power supply line equipped with safety grounding system.

• Take care not to crush, bang, drop or spill any kind of liquid on the automation system during installation. Do not keep the product close to sources of heat or open flames. Doing so may damage it, corrupt it or lead to hazardous situations. If this were to happen, stop installation immediately and contact King Gates Customer Service.

• Do not make alterations to the product in any way. Improper use can only lead to malfunctions. The manufacturer declines all liability for damage caused by arbitrary modifications to the product.

• This product is not intended for use by people (including children) with reduced physical, sensory or mental capabilities or who lack experience and knowledge, unless they have been given supervision or instruction concerning the use of the product by a person responsible for their safety.

• The product is not intended as an intruder protection system. Additional devices must be installed alongside the automation system to guarantee effective protection.

• Do not allow children to play with the fixed control devices. Keep remote control devices out of their reach as well.

• The automation system must not be used until it has been commissioned as described in chapter 7 (“Testing and commissioning”).

• The packing materials of the product must be disposed of in compliance with local regulations.

EU declaration of conformity

The manufacturer V2 S.p.A., headquarters in Corso Principi di Piemonte 65, 12035, Racconigi (CN), Italy declare that the products
STARG824NG
conform to the essential requirements established in the following directives:

• 2014/53/EU (RED Directive))
• 2014/30/UE (EMC Directive))
• 2014/35/UE (Low Voltage Directive)
• RoHS3 2015/863/EU Directive

Racconigi, 01/07/2020 V2 S.p.A. legal representative Sergio Biancheri

Product description

Commissioning

To start-up the system, the following steps must be carried out:

1. Check cabling, tighten all connections and terminals. Follow cabling standards and regulations of the country/region.
2. Set the dip switches (par. 4.1) and knobs (par. 4.2) according to the desired typs pf operation and the system structural configuration.
3. Memorise the transmitters (Paragraph 5).
4. Programme the gate travel path (Paragraph 6) so that the control unit learns the gates open and close points.
5. Perform the checks described in the “Testing and commissioning” paragraph (Paragraph 7).

**** If, after completing these steps, the control unit should malfunction, consult Paragraph 8, “LEDs indication”, to identify any issues, and Paragraph 11, “F.A.Q”, to attempt to solve it.

Main features

• Automated access command for 1 or 2 24V motors. Configuration of dip switch one and two specify the type of motor in use

• Flasher control with/without integrated intermittency function (Paragraph 10.3).

• Integrated management for electric locks 24V max. 15VA (Paragraph 10.4). This output can also be used to control courtesy lights (Paragraph 14).

• Double NC input for opening and closing limit switch (Paragraph 10.8).

• Inputs for start, stop and pedestrian opening wired commands, customisable to open, stop and close (Paragraph 10.9).

• Double input for photocells and safety edges: PHO1 during closing and PHO2 during closing and/or opening (Paragraph 10.5).
  Possibility of powering 24VDC accessories (Paragraph 10.6).

• Input for gate status pilot light signalling the position of the leaves (Paragraph 10.7).

• Input for external antenna that can be used for increasing the range of the transmitters (Paragraph 10.10).

• Staggered closing of gate leaves adjustable through the knob (Paragraph 4.2).

• Pause time for automatic re-closing adjustable to between 0 and 180 sec. with knob (Paragraph 4.2).

• Obstacle sensitivity adjustment with knob (Paragraph 4.2).

• Motor force adjustment with knob (Paragraph 4.2).

• Incorporated radio receiver (433.92MHz), compatible with King Gates rolling transmitters.

• 6 indication LEDs (Paragraph 8).

• Slow-speed opening and closing (customisable through dedicated programming

Technical features of the control unit

Wiring

These two pages show the main connections of the control unit.
The paragraphs dedicated to the individual links are as follows:

• POWER SUPPLY __ 10.1
• MOTORS _____ 10.2
• PHOTOCELLS / SAFETY EDGES_____ 10.5
• FLASHING LIGHT __ 10.3
• ELECTRIC LOCK __ 10.4
• WIRED COMMANDS ___ 10

PHOTOCELLS / SAFETY EDGES

Note: For devices connected to PHO1, PHO2 or STOP
1) Inputs must be dry contacts (voltage-free), and the relevant factory bridge must be removed.
2) Multiple devices connected to a single input must be connected in series.

FLASHING LIGHT, ELECTRIC LOCK, WIRED COMMANDS

Note: Any devices connected to START or PED inputs must be dry contacts (voltage free).
Multiple devices connected to a single input must be connected in series.

Accessories wiring connection

TIMER FUNCTION: if START contact is kept closed (for instance through a timer-controlled or bistable relay), control unit opens the gate and leaves the gate opened. The automation does not accept closing commands (neither automatic nor wired) until START contact is reopened.
In this mode, dip switch 3 STEP is set to OFF and dip 4 AUTO to ON.

**** If START contact is kept closed during the control unit starting after a blackout, the gate will immediately execute the start command

Control unit setting

Dip-switch adjustment

series “Jet 24V”, “JetXL 24V”, “Linear 24V”, “Intro 24-400” or “Couper24”
1 ON     2 OFF| Connected gearmotors: swing gate series “Modus”
1 OFF    2 ON| Connected gearmotor: sliding gate series “Dynamos”
1OFF     2 OFF| Connected gearmotor: swing gate series “Minimundus”
DIP 3 STEP| 3 ON     4 OFF| Step-by-step command mode: Open / Stop / Close / Stop
3 ON     4 ON| Step-by-step with automatic closing (time set with the “Pause” knob)
DIP 4 AUTO| 3 OFF 4 ON| Opening only command mode with automatic closing (condominium function)
3 OFF 4 OFF| Open / Close / Open command mode (no Stop)
DIP 5 PHO2| ON| Devices connected to PHO2 set as photocells (stop of the movement both in opening and closing phases with opening manoeuvre after PHO2 clearance)
OFF| Devices connected to PHO2 set as edges (immediate inversion; active just in opening phase)
DIP 6 HAZ| ON| Warning light flashing during cycle
OFF| Warning light on during cycle
DIP 7 FAST| ON| Gate recloses immediately after vehicle passes PHO1 devices (photocells)
OFF| Standard operation – devices (photocells/safety edges) do not command a reclosing manoeuvre
DIP 8 FUNC| SWING (see DIP 1-2)| ON| Ram function enabled
OFF| Ram function disabled
SLIDING (see DIP 1 2)| ON| Reverse opening direction (automation’s movement must be programmed afterwards)
OFF| Reverse opening direction (automation’s movement must be programmed afterwards)

****A variation of DIP 1-2 MOTOR and DIP 8 FUNC (if the control unit is set to sliding gate) will not become effective until a new gate path is programmed (Paragraph 6).

DIP1-2 MOTOR: Set those DIP switches to suit the type of motors in use for this installation.
DIP3 STEP:
ON – step by step, a command will open, stop, or close the gate
OFF – setup for fully automatic, condominium ( apartment block )
DIP4 AUTO:
ON – the automatic re-closing function is activated. The control unit automatically closes the leaves after the time set through the
PAUSE knob (see Paragraph 4.2).
OFF – the automatic re-closing function is deactivated. To close the leaves, therefore, a command must be given (either wired or via transmitter).
DIP5 PHO2:
ON – Gate will stop on opening and closing ( for photocells )
OFF – Gate will stop in opening and reverse direction immediately(for safety edge)
DIP6 HAZ:
ON – the warning light is powered in the intermittent mode.
OFF – power to the flasher is constant. DIP7 FAST:
ON – the rapid reclosing function is activated. In this mode, the gate will close as soon as the gate photocells connected to PHO1 input are obscured and cleared without waiting for the pause time.
OFF – the rapid reclosing function is deactivated.

DIP8 FUNC:
SWING GATE (DIP1/2= ON ON / ON OFF/ OFF OFF)
ON – this activates the ram function, which is recommended if an electric lock is installed (par. 10.4). This delivers a transient voltage peak at the start of the opening stroke and the end of the closing stroke to overcome the resistance of the pawl. OFF – the ram function is disabled.
SLIDING GATE (DIP1/2= OFF/ON)
Changing the position of the FUNC dip switch changes the opening stroke direction. This becomes effective at the beginning of basic or advanced programming of automation’s movement.

Knob adjustment

POWER: Power: adjustment of motor power and speed. Turning the knob clockwise increases the motor’s power and speed. To validate the modification it is necessary to programme again the gate travel.
OBS: Obstacle, (sensitivity to obstacles): adjustment of the obstacle detection function. Turning the knob clockwise increases time before obstacle detection (less sensitivity). OBSTACLE set at half position (50%) corresponds to 0,75 seconds of pushing against an obstacle before reversing the movement.
It is advisable to keep OBSTACLE above the middle to obtain reliable operation over time with normal changes in environmental and mechanical conditions.
PAUSE: Pause time before automatic gate closing. Turning the clockwise increases the pause time from 0 to 180 seconds. Please note: this knob is functional only when AUTO dip-switch 4 is put to ON.
DELAY: Adjustment of the delay in movement between the two gate wings. Turning the knob clockwise increases the delay from 0 to 20 seconds.
Open delay is half of closure delay (motor 1 starts opening and motor 2 waits half delay value).
DELAY at maximum value: motor 2 waits total open of motor 1. Motor 1 waits total close of motor 2.

After adjusting the POWER knob, it’s necessary to programme again the gate travel. (par.6).
mIn normal operation, gate leaves must be offset to prevent overlapping. If the DELAY knob is set too low and leaf 1 arrives before leaf 2, the control unit will automatically open the gate slightly and then close leaves in the correct order (anti-overlapping mechanism)

Transmitter (remote-control unit) programming

The transmitters to be programmed must be of the “Stylo4K”, “Stylo2K”, DigyPad, Myo C4, NovoTX, NovoDigy series by King Gates. See adjacent pictures.
If, at the start of the following procedures, SET RADIO and START LEDs are flashing, it means that the programming protections have been activated – see Paragraph 17.1. Therefore radio transmitters learning is not possible.
**** To interrupt any of the following procedures at any time, press the SET and RADIO buttons simultaneously or wait 20 seconds.

Start button programming

This procedure allows to programme a button of the transmitter (remote control ) to the control unit.

1. PRESS THE RADIO BUTTON FOR 1 SECOND: the RADIO led turns steady on (if not, see paragraph 17.1)
2. PRESS THE DESIRED BUTTON ON EVERY TRANSMITTER TO BE PROGRAMMED: the RADIO led flashes
3. PRESS THE RADIO BUTTON UNTIL RADIO LED TURNS OFF OR WAIT 20 SECONDS TO EXIT THE PROCEDURE

Pedestrian opening button

programming This procedure allows to programme a button of the transmitter for partial / pedestrian opening to the control unit. This opening width can be customised following the procedure described in Paragraph 6.2.

1. PRESS THE RADIO BUTTON FOR 1 SECOND: the RADIO led turns steady ON (if not, see paragraph 17.1)
2. PRESS THE START BUTTON FOR 1 SECOND: the RADIO led flashes and the START led turns ON
3. PRESS THE DESIRED BUTTON OF ALL THE TRANSMITTERS TO BE PROGRAMMED: the RADIO led flashes
4. PRESS THE RADIO BUTTON UNTIL RADIO LED TURNS OFF OR WAIT 20 SECONDS TO EXIT THE PROCEDURE

Deleting all memorised transmitters

1. PRESS THE RADIO BUTTON FOR 4 SECONDS AND RELEASE WHEN RADIO LED FLASHES: the RADIO led flashes (if not, consult Paragraph 17.1)
2. PRESS THE RADIO BUTTON AGAIN FOR 1 SECOND: the RADIO led flashes fast
3. MEMORY DELETION COMPLETED: the RADIO led turns OFF

Deleting a single transmitter

1. PRESS THE RADIO BUTTON FOR 4 SECONDS AND RELEASE WHEN RADIO LED FLASHES: the RADIO led flashes (if not, consult Paragraph 17.1)
2. PRESS THE SET BUTTON FOR 1 SECOND: the RADIO led flashes and the SET led turns ON
3. PRESS A BUTTON ON THE TRANSMITTER YOU WISH TO DELETE: the RADIO led flashes and the SET led flashes
4. RESS THE RADIO BUTTON UNTIL RADIO LED TURNS OFF OR WAIT 20 SECONDS TO EXIT THE PROCEDURE

Transmitter ( Remote ) tools – free programming

This procedure enables you to program a new transmitter without accessing the control unit, by staying close to it. To run the procedure you will require a previously programmed transmitter and you need to be at the gate.

1. ON A PREVIOUSLY PROGRAMMED TRANSMITTER, HOLD DOWN BUTTONS 1 AND 2 TOGETHER FOR 4 SECONDS

2. ON THE TRANSMITTER YOU WANT TO PROGRAM, HOLD DOWN BUTTONS 1 AND 2 TOGETHER FOR 4 SECONDS

Programming the gate travel

Basic (paragraph 6.1) or Advanced (6.3) programming of the gate travel must be done prior to using the gate.
If, at the start of the following procedures, the SET, RADIO and START LEDs flash, it means that the programming protection has been activated – see Paragraph 17.1
**** To interrupt the following programming sequences at any time, press the SET and RADIO buttons simultaneously

Basic programming of the gate travel

In this procedure, the control unit will learn the gate travel time and force to determine a default slowdown point. This procedure is sufficient for most installations. To cancel or change slowdown points see paragraph 6.3.

1. MOVE THE GATE TO ABOUT HALF WAY POSITION
2. HOLD THE SET BUTTON FOR APPROX 4 SECONDS: the SET led will turn ON and the gate will start moving
3. IMMEDIATLY RELEASE THE SET BUTTON: the gate will now start the setup proceedure
4. THE GATE PERFORMS A PARTIAL OPENING MOVEMENT (*): the SET led stays ON
5. THE GATE PERFORMS A FULL CLOSING MOVEMENT: the SET led stays ON
6. THE GATE PERFORMS A FULL OPENING MOVEMENT:the SET led stays ON
7. THE GATE PERFORMS A FULL CLOSING MOVEMENT: the SET led turns OFF
8. END OF THE PROGRAMMING PROCEDURE: the leds return to the normal operation configuration

*() CAUTION!** – if the automation starts a closing stroke instead of an opening stroke, proceed as follows: 1. quit programming by pressing SET and RADIO simultaneously:
For SWING GATE MOTORS: swap the motor phases (terminals MOT1, MOT2).
For SLIDING GATE MOTORS: change the setting of DIP8, see par.
4.1. Alternatively, swap the motor phases (terminals MOT1, MOT2) and the inputs of any limit switches (terminals OL1, CL1, GND, OL2, CL2).
2. reprogram the stroke from point 1.

**** If the operator does not recognise the mechanical stops (end of the travel for swing gates) even with the OBS knob set to its minimum, you can select the open and closed points during programming by pressing the SET button (or a programmed transmitter’s button) at the end of points 5, 6 and 7.
In the event of two gate leaves, use the SET button for both leaves.

The red ERROR LED flashes during travel and at the end of travel points. This occurs when the motor is using high current.
It is normal for the error light to flash briefly during travel. If the error light up longer than brief interval then increase the obstacle knob and check again (make sure you have enough force so the gate will not stop in case of wind).
After any POWER knob adjustment, the gate travel learning must be reprogrammed

Programming the pedestrian (partial) opening width

This procedure allows to change the default pedestrian opening gap.

Default opening settings:

• swing gates: Motor 1 fully open
• sliding gate: 30% of the total travel

To control the pedestrian opening, it is necessary to either programme a radio control button (see Paragraph 5.2) or connect a wired control device on the PED contact (see Paragraph 3.2).
**** Prior to proceeding with this programming procedure, make sure that either basic programming or advance programming of the gate travel have been completed.

1. CLOSE THE GATE FULLY
2. PRESS THE SET BUTTON FOR 2 SECONDS: the SET led flashes (if not, consult Paragraph 17.1)
3. PRESS THE START BUTTON FOR 1 SECOND: the SET led turns ON
4. THE GATE STARTS TO OPEN: the SET led stays ON
5. PRESS THE START BUTTON OR A PROGRAMMED TRANSMITTER BUTTON: the SET led stays ON
6. THE GATE STOPS THE MANEUVER AND CLOSES FULLY: the SET led turns OFF
7. END OF THE PROGRAMMING PROCEDURE: the LEDs return to the normal operation configuration

Advanced programming of the gate travel

With this procedure, you will set the slow down points or remove them completely.

1. PUT THE GATE LEAF/LEAVES TO TO ABOUT HALF WAY POSITION
2. PRESS THE SET BUTTON FOR 2 SECONDS: the SET led flashes (if not, consult Paragraph 17.1)
3. PRESS THE RADIO BUTTON FOR 1 SECOND: the SET led turns ON in the fixed mode
4. THE GATE PARTIALLY OPENS: the SET led flashes
5. THE SYSTEMS PAUSES FOR APPROX 8 SECONDS (*)
6. THE GATE MOVES TO FULL CLOSING POSITION: the SET led stays ON
7. PRESS THE SET BUTTON OR A PROGRAMMED TRANSMITTER BUTTON
8. THE GATE OPENS
9. PRESS THE SET BUTTON, OR A PROGRAMMED TRANSMITTER BUTTON, TO SET THE SLOWDOWN START POINT. TO CANCEL THE SLOWDOWN POINT, JUST WAIT FOR THE GATE TO FINISH THE MANOUVER
10. THE GATE COMPLETES THE OPENING PHASE
11. PRESS THE SET BUTTON OR A PROGRAMMED TRANSMITTER BUTTON
12. THE GATE CLOSES
13. DURING MOVEMENT: PRESS THE SET BUTTON OR A PROGRAMMED TRANSMITTER BUTTON TO SET THE SLOWDOWN START POINT. TO CANCEL THE SLOWDOWN POINT, JUST WAIT FOR THE GATE TO FINISH THE MANOUVER
14. THE GATE IS NOW FULLY CLOSED: the SET led turns OFF

With double hinged gate, the control unit will open and close one leaf at a time.
After any POWER knob adjustment, the gate travel learning must be reprogrammed.
****If the operator does not recognise the mechanical stops (end of the travel for swing gates) even with the OBS knob set to its minimum, you can select the open and closed points during programming by pressing the SET button (or a programmed transmitter’s button) at the end of points 6, 9 and 13. In the event of two gate leaves, use the SET button for both leaves.

*) Procedure 1: REVERSING THE DIRECTION OF THE GATE SECTION 1 (MOTOR 1) OPENING STROKE

1. PRESS THE RADIO BUTTON FOR 3 SECONDS: the SET led flashes fast
2. LEAF 1 MOVES TO VERIFY THAT THE MOTOR OPENS: the SET led flashes
3. THE CONTROL UNIT RETURNS TO STAND-BY MODE FOR 8 SECONDS (Point 5 of the programming sequence): the SET led flashes

*() Procedure 2: REVERSING THE DIRECTION OF THE GATE SECTION 2 (MOTOR 2) OPENING STROKE**

1. PRESS THE RADIO BUTTON FOR 3 SECONDS: the SET led flashes fast
2. LEAF 2 MOVES TO VERIFY THAT THE MOTOR OPENS: the SET led flashes
3. THE CONTROL UNIT RETURNS TO STAND-BY MODE FOR 8 SECONDS (Point 5 of the programming sequence): the SET led flashes.

Testing and commissioning

Once the programming setup has been completed, verify that:

• the motors turn off after a few seconds once the opening or closing phases end (also ERROR led turns OFF);
• the control unit responds to the connected wired commands: START, pedestrian opening and STOP;
• all programmed radio transmitters are operational;
• the devices connected to PHO1 intervene while the gate closes and prevent the open gate from closing;
• the devices connected to PHO2 intervene while the gate opens and prevent the closed gate from opening; If the PHO2 dip-switch is put to ON, check that they intervene also when the gate closes and that they prevent the opened gate from closing.

LEDs indication

Input status indication LEDs

The following signals refer to the standby mode (that occurs 12 seconds after power up and inactivity).
PHOTO LED:

• ON in RED color if the PHO1 and PHO2 contacts are closed
• ON in GREEN color if the PHO1 contact is open
• ON in ORANGE color if the PHO2 contact is open
• OFF if the PHO1 and PHO2 contacts are open

GREEN STOP LED:

• ON if the STOP contact is closed
• OFF if the STOP contact is open

GREEN START LED:

• ON if the START contact is closed
• OFF if the START contact is open

RED RADIO LED:

• flashes when a command is received through King Gates transmitter is OFF when the control unit is in standby mode

Error status LED

RED ERROR LED:
The red ERROR LED has two functions:

• The red ERROR LED flashes during the automation movement when a mechanical stress point is detected (this corresponds to increased motor effort). During travel, only occasional led ERROR flashes are normal. If led ERROR flashes for longer times, adjust OBS knob (slightly turn it clockwise). Check gate mechanics if LED ERR flashing continues.
• In standby mode, the LED shows the current error type with a series of regular ashes according to the following scheme:

See Paragraph 15.1 (advanced programming manual) for solving the problem
3| Gate travel path programming required. See Paragraph 6
4| Input PHO2 set as a resistive edge and check failed.
See Paragraph 15.3 (advanced programming manual) for solving the problem

GREEN START LED:
When START is activated by pressing the button or by wire command, the LED flashes three times without gate movement. this indicates that the “wire inputs” are in lock mode. To modify, see par. 16.2 (advanced programming manual).
GREEN LED START, RED RADIO AND YELLOW SET:
If, when attempting to enter into any programming scheme, the SET, RADIO and START LEDs flash fast three times, it means that the “control unit protection” is activated. See Paragraph 17.1 for solving the problem.

RESET procedure

Reset procedure deletes gate travel parameters (par. 6) and all advanced functions. It can be performed in case of programming mistakes and it brings the STARG824NG control board to factory settings.
**** This reset doesn’t affect memorized radio transmitters (see par. 5 for radio transmitters management).

1. PRESS THE START BUTTON FOR 8 SECONDS OR UNTIL ALL LEDS ARE FLASHING: all LED flash
2. RELEASE START BUTTON
3. PRESS START BUTTON FOR 3 SECONDS: all LED light up in series
4. RESET IS NOW COMPLETED: the ERROR led flashes in series of 3 flashes
5. A NEW PROGRAMMING OF THE GATE TRAVEL IS REQUIRED

Devices connectable to the control unit

The numbers refer to the paragraphs below corresponding to the terminals The control unit is designed to interface with different devices dedicated to system control, system safety and other additional functions.
Below is a list of their connections and corresponding functions.

Transformer

Standard transformer of the system (supplied and connected) is 230Vac (primary) to 0-12-24Vac (secondary) to the control unit.

Motors

In case of a single motor (sliding or swing), connect it to MOTOR 1 terminal.
The maximum connectable load is 70W (max3A) per motor.

Warning light

The warning light is an accessory used for signalling any movement of the gate leaf.
Connected lamps: 24V 15W maximum power. HAZ dip-switch 6 (see Paragraph 4.1), select constant (DIP 6 ON) or flashing signal (DIP 6 OFF).

AUX contact

** When an electric lock is connected, enabling the ram function by setting RAM dip switch 8 to ON (see Paragraph 4.1) is recommended.
Default setting:** 12V electric lock operation.
The AUX can be set to electric lock, magnetic lock, courtesy light (monostable or bistable). Voltage setting can be 12V o 24V. To change the AUX setup refer to the advanced programming functions of Paragraph 14.

Photocells and safety edges

Control unit has two inputs available for voltage free (dry contact) connection(s).

PHO1 CLOSING PHASE DEVICES

Terminal PHO1 allow connection of devices active during closing phase. This input is normally closed (NC). For infra-green Photocells and safety edges with micro-switch contact. The factory wire bridge connected to PHO1 must be removed when using this input.
These devices intervene during the gate’s closing phase. In particular:

• during the closing phase they invert the movement direction and re-open the gate fully;
• during the opening phase they have no effect;
• with the closed gate they do not intervene;
• with the opened gate they lock closing commands

PHO2 OPENING OR OPENING/CLOSING PHASE DEVICES It is possible to connect devices (e.g. photocells or edges) with normally closed (NC) contact to the PHO2 input.
The factory wire bridge connected to PHO2 must be removed when using this input.
These devices intervene while the gate is moving, according to the setting of DIP5 (see par. 4.1).
DIP5 set to ON (operation as photocells):

• – in closing phase they reverse the direction of movement when the device is released
  \in opening phase they continue the movement as soon the device has been cleared

• if the access is closed they inhibit the opening commands.

• if the access is open they inhibit the closing commands. DIP5 set to OFF (operation as opening edge):

• during the closing phase they have no effect

• during the opening phase they re-close the gate fully

• with the gate closed they lock the opening commands.

• with the gate open they have no effect.

When multiple devices are connected on this contact, they must be series connected.
If more photocell pairs are connected, RX and TX units of the safety set should be cross installed.

PHO2 OPENING OR OPENING/CLOSING PHASE DEVICES It is possible to connect devices (e.g. photocells or edges) with normally closed (NC) contact to the PHO2 input.
The factory wire bridge connected to PHO2 must be removed when using this input.
These devices intervene while the gate is moving, according to the setting of DIP5 (see par. 4.1).

DIP5 set to ON (operation as photocells):

• in closing phase they reverse the direction of movement when the device is released
• in opening phase they continue the movement as soon the device has been cleared
• if the access is closed they inhibit the opening commands.
• if the access is open they inhibit the closing commands.

DIP5 set to OFF (operation as opening edge):

• during the closing phase they have no effect
• during the opening phase they re-close the gate fully
• with the gate closed they lock the opening commands.
• with the gate open they have no effect.

When multiple devices are connected on this contact, they must be series connected.
If more photocell pairs are connected, RX and TX units of the safety set should be cross installed

 24VDC accessories’ power supply

Nominal voltage 24VDC, max. 250mA, output for powering external accessories as photocells, radio receivers, etc.
**** Real voltage output can be greater then nominal value, check the compatibility of external accessories.

Gate open pilot light

When photo-test (deactivated by default – see Paragraph 14.1) is not used, it is possible to connect a gate indications light 24Vdc max 3W to the GSI input. This light will signal the gate’s position:
gate closed: light OFF
gate open: light turned ON in fixed mode
gate opening: light flashes
gate closing: light flashes fast

**** Maximum 3W/24VDC.

Limit switches

The limit switch inputs are NC dry contacts (voltage free).

****These terminals must be left free if no limit switches are used to define gate travel.

Wired commands

Inputs for the start, stop and pedestrian wired commands can be customised to open, stop and close (Paragraph 16.1).
They can be locked to prevent tampering with the system (Paragraph 16.2).

START CONTACT

The START input is a normally open gate activation command by wire.
Connecting power to this input will void warranty. The activation method is set up by dip switches 3 and 4 – see Paragraph 4.1 . This input is a voltage free (dry contact) only.
TIMER FUNCTION: if START contact is kept closed (for instance through a timer-controlled or bistable relay), control unit opens the gate and leaves the gate opened. The automation does not accept closing commands (neither automatic nor wired) until START contact is reopened. In this mode, dip switch 3 STEP is set to OFF and dip 4 AUTO to ON to ensure that the gate never remains locked open.
If multiple START contacts are connected, connect the contacts in parallel.
If START contact is kept closed during the control unit starting after a blackout, the gate will immediately excute the start command.

PEDESTRIAN CONTACT

The pedestrian PED input is a partial opening gate command (for pedestrian access) by wire.

**** Connecting power to this input will void warranty.

With double swing gate only MOTOR1 is opened by it.
To customise the opening width, the pedestrian programming sequence must be carried out (see Paragraph 6.2).

STOP CONTACT
The STOP input is for immediately stopping and locking any movement of the gate.
This input is a normally closed and voltage free (dry contact) only

**** Connecting power to this input will void warranty.
To restore operation this contact must be closed.

Antenna

Antenna terminal for transmitter signal reception. The preconnected wire acts as antenna.
For extending the reception range, an external antenna can be connected (present in the King Gates flashing lights range).

If an external antenna is connected, the preconnected wire must be disconnected.

Back-up battery / Energy saving

STARG8 control unit can be equipped with Back up battery or solar power system (optionals).
To connect the back up battery and charger (BATM016+BATK3) or the solar kit (GO GREEN), see their dedicated manuals.
The back up battery is charged all times by the mains power and it automatically powering the gate in case of power breakdown. Note: it is recommended to use the energy saving modality when back up battery (or the GO GREEN solar kit) is used. See Paragraph 17.2 for activate this modality and for photocell’s energy saving connection.
(This function shuts off power to the photocells when the control unit is in standby, thus reducing consumption and increasing battery life).
**** If energy saving modality is activated, the control panel’s LEDs will only remain lit for two minutes after the last operation in order to reduce energy consumption.

Problem

| Problem| Symptoms / Causes| Solution
---|---|---|---
9a| The control unit LEDs are turned OFF| No power to the control unit| Check for mains power – see Paragraph 3
The fuses blown. You must disconnect power before touching fuses. Check for no short-circuits or problems before replacing fuse with same value ones| Replace the fuses (see paragraph 3). If the fuses are damaged again, before replacing them, disconnect all cables and check the integrity of the board.
The control unit is operating in the energy saving mode (see Paragraph 17.2) or operating voltage is below the minimum level| Deactivate energy saving mode, check that mains power is available
9b| The control unit cannot enter to programming mode| When the SET button is pressed and all the indication LEDs flash the control unit is in protection mode| Deactivate the protection – see Paragraph 17.1
9c| The control unit completes the programming setup, but does not respond to commands in the standard operating mode| Problem with safety and/or stop circuits if PHOTO and/or STOP leds ar OFF.
Those leds must be lit red unless the gate will not work| Check that the PHO1, PHO2 and STOP circuits are closed
Photo-test failed. After a command is pressed for a few seconds, the red ERROR LED turns ON|

1. Deactivate the photo-test – see Paragraph 15.1

9d| Gate is moving but not all the way to fully close and/ or open| Obstacle detection problems. The control unit detects power draw peaks during the manoeuvre and goes into obstacle mode|

1. Disengage the gate from the motor(s) with manual release; check gate to move free all the way. If not, please fix.
2. Turn the OBS knob slightly clockwise (see Paragraph 4.2) A) make sure that control unit stops powering the motor(s) at the end of the travel.
3. If not sufficient, turn the POWER knob slightly clockwise and reprogram automation’s movement.
4. Avoid/reduce slowdown travel phase (see Paragraph 6.3)

Intervention of the photocells/safety edges. Check that the green PHOTO and STOP leds remain lit throughout the entire manoeuvre. If there are multiple photocell pairs, these may signal false obstacles| Apply the bridges to PH01, PH02 and STOP to check if the problem is from the control unit or other circuits connected to these terminals
9e| The radio transmitter does not functioning| Check that LED on the transmitter is flashing, if not replace the transmitter’s battery| Check that radio LED of the control unit flashes while pressing a button on the transmitter. If yes, try to reprogram the radio transmitter
9f| The transmitter has little range| Note: transmitter’s range varies in relation to the environmental conditions| Replace the transmitter’s battery. Connect an external antenna (see Paragraph 10.10) if not sufficient
9g| The gate does not slowing down| Repeating the automation’s movement programming is required|

1. Repeat the automation’s movement programming (see Paragraph 6.1)
2. If not sufficient, do the advanced programming of the automation’s movement (Paragraph 6.3) and set a longer slowdown area.

9h| The control unit functions correctly, but does not accept wired start and pedestrian commands| When start and pedestrian contacts are closed, the START led flashes briefly. The wired command lock mode is active| Deactivate the start and pedestrian lock. See paragraph 16.2
9i| No effects when adjusting or setting Dip switches or knobs| The control unit protection (lock mode) is active| Deactivate the control unit lock. See Paragraph 17.1
No effect with POWER knob, dipswitch 1-2 MOTOR or dip-switch 8 FUNC| To make POWER knob and dip-switch 1-2 changes effective, it is necessary to repeat the automation’s movement programming. If not possible, deactivate the control unit lock. See Paragraph 17.1
9J| The accessories remain powered with the energy saving function active| With the control unit in standby mode, the accessories nonetheless remain powered| Accessories not connected properly. See Paragraph 17.2.

Backjump adjustment

This procedure allows for adjusting or eliminating the backjump function.
Backjump is inverting the gate movement at the end of the travel to facilitate easy unlocking and manual release as well as to safeguard the mechanical system. On certain motors backjump is unnecessary, therefore the value is set to 1 by default. On certain motors backjump is compulsory and therefore default is set to 2. DEFAULT: Jet, Couper, Intro or Dynamos motors (see dip- switch 1 and 2 settings) backjump = value 1 Minimodus motors (see dip-switch 1 and 2 settings) = value 2 Modus motors (see dip-switch 1 and 2 settings) = value 2

**** Prior to proceeding with this programming procedure, first verify whether either the “basic path programming” or the “advanced path programming” have been completed.

1. PUT THE GATE LEAF/LEAVES IN THE CLOSED POSITION
2. PRESS THE START BUTTON FOR 3 SECONDS: all the leds turn OFF (if not, consult Paragraph 17.1)
3. PRESS THE SET BUTTON FOR 1 SECOND: the SET led turns ON
4. PRESS THE SET BUTTON FOR 1 SECOND: the SET led flashes then turns ON and the PHOTO led flashes, indicating the backjump* level
5. EVERY TIME THE SET BUTTON IS PRESSED, THE VALUE CHANGES FROM 1 TO 6 STARTING FROM THE CURRENTLY SET VALUE: the SET led remains ON and the PHOTO led flashes, indicating the backjump* level
6. PRESS THE RADIO BUTTON FOR 2 SECONDS: the SET led remains ON steady and the ERROR led flashes quickly
7. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration

• The backjump value is indicated by the number of flashes of the PHOTO led series, based on the set value.
  When the series consists of one flash, the backjump value is zero (no inversion of movement at end-of-path), when there are 6 flashes, the backjump is set to the maximum value. Clearly, the other series indicate growing intermediate values from 1 to 6. You can find out the backjump value by following the above procedure up to point 4.
  

**** If the backjump value is set too high, some undesired clearance may remain between the door and the mechanical stop.

AUX output programming

To interrupt the following programming sequences at any time, press the SET and RADIO buttons simultaneously or wait 10 seconds.
If, at the start of this procedure, the SET, RADIO and START LEDs flash, it means that the programming protection has been activated – see Paragraph 17.1.

Operating mode for the AUX output

Warning:

• Depending on the load applied, it may be necessary to connect a relay with a separate power supply
• The resistive load applicable to the AUX terminal must absorb a maximum of 24W
• The operating modes of the AUX output are mutually exclusive

The output to the AUX terminal can take on the following functions:

– Electric lock relay output: at each START command, the output activates for 2s
– Magnetic lock output: the output remains active only with the gate closed
– Timed output (2seconds) piloted by remote control
– ON-OFF output controlled by remote control: the output turns ON and OFF only via remote control

1. PRESS THE START BUTTON FOR 3 SECOND: all the leds turn OFF (if not, see par.17.1)

2. PRESS THE RADIO BUTTON FOR 1 SECOND: the RADIO led turns on steadily and the STOP led flashes
   1 flash AUX = electric lock
   2 flashes AUX = magnetic lock
   3 flashes AUX = Monostable by time (2 seconds by default) piloted by remote control button
   4 flashes AUX = Bistable ON-OFF from remote control button

3. PRESS THE SET BUTTON FOR 1 SECOND: THE AUX OUTPUT SWITCHES TO THE NEXT FUNCTION: the STOP led flashes indicating the set function

4. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the RADIO led and the SET led turn OFF

Voltage for the AUX output
Warning: the Aux output voltage is a division of the accessory voltage, with a peak value higher than 24V
Default=12VDC
The output voltage of the AUX contact can be set to 12VDC or 24VDC, depending on the connected lock or the available relay.

1. PRESS THE START BUTTON FOR 3 SECONDS: all leds turn OFF (if not, consult Paragraph 17.1)

2. PRESS THE RADIO BUTTON FOR 1 SECOND
   – If the ERROR led is ON AUX voltage = 12VDC (if the setting is correct, go to Point 5; if not, proceed to Point 3)
   – If the ERROR led is OFF AUX voltage = 24VDC (if the setting is correct, go to Point 5; if not, proceed to Point 4)

3. PRESS THE START BUTTON FOR 1 SECOND: the RADIO led remains lit and the ERROR led turns OFF. Go to step 5

4. PRESS THE START BUTTON FOR 1 SECOND: the RADIO led remains lit and the ERROR led turns OFF

5. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration

• Programming of the button linked to the AUX output This procedure allows for programming the button of the radio control linked to the AUX output.
  To use this function, the AUX output must be set to courtesy light

• see Paragraph 14.2.

1. PRESS THE RADIO BUTTON FOR 1 SECOND: the RADIO led turns ON
2. PRESS THE SET BUTTON FOR 1 SECOND: the RADIO led remains lit and the SET led turns ON
3. PRESS THE DESIRED BUTTON OF ALL THE TRANSMITTERS TO BE PROGRAMMED: the RADIO led flashes and the SET led remains ON
4. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the RADIO led and the SET led turn OFF

Photocells and safety edges advanced programming sequences

These programming sequences are not essential to the system’s operation, but they allow for controlling the devices by activating the photo-test—when photocells are installed—or controlling the resistance when 8.2kOhm resistive edges are mounted. mTo interrupt the following programming sequences at any time, press the SET and RADIO buttons simultaneously or wait 10 seconds.

Photo-test activation deactivation

Default= deactivated
The photo-test is a check aimed at verifying whether the 24VDC photocells function properly.
It consists in cutting off the power supply to the transmitter photocell (TX) from the control unit, while subsequently verifying that the contact (PHO1, or PHO1 and PHO2, depending on the settings in Paragraph

opens.

Subsequently, the control unit restores the power supply to the transmitter photocell and verifies that the contact closes.
This occurs before each movement of the automation.
For the test to work, the photocells must be wired according to the following scheme: +24V RX photocell = terminal +VA
+24V TX photocell = terminal GSI
The photo-test can only work with photocells powered at 24VDC.
By default the phototest function works on both contacts PHO1 and PHO2. To set this test only on the contact PHO1, please see paragraph 15.2.
By enabling the photocells test, you will lose the “gate status indicator” function (GSI).
If PHO2 is set as safety edge (DIP 5 OFF) the phototest will only be active on contact PHO1.

1. PRESS THE START BUTTON FOR 3 SECONDS: all leds turn OFF (if not, consult Paragraph 17.1)

2. PRESS THE START BUTTON FOR 1 SECOND
   – If the PHOTO led is ON photo-test = activated (if the setting is correct, go to Point 5; if not, proceed to Point 3)
   – If the PHOTO led is OFF photo-test = deactivated (if the setting is correct, go to Point 5; if not, proceed to Point 4)

3. PRESS THE SET BUTTON FOR 1 SECOND: the START ledremains ON and the PHOTO led turns OFF. Go to step 5

4. PRESS THE SET BUTTON FOR 1 SECOND: the START led remains ON and the PHOTO led turns ON

5. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration

Selection of the outputs linked to the photo-test

Default = PHO1 and PHO2 contacts
With this procedure, it is possible to decide on which devices to carry out the photo-test.

1. PRESS THE START BUTTON FOR 3 SECONDS: all leds turn OFF (if not, consult Paragraph 17.1)

2. PRESS THE START BUTTON FOR 1 SECOND
   – If the STOP led is ON photo-test = ON PHO1 and PHO2 contacts (if the setting is correct, go to Point 5; if not, proceed to Point 3)
   – If the STOP led is OFF photo-test = ON PHO1 contact (if the setting is correct, go to Point 5; if not, proceed to Point 4)

3. PRESS THE RADIO BUTTON FOR 1 SECOND: the START led remains ON and the STOP led turns OFF. Go to step 5

4. PRESS THE RADIO BUTTON FOR 1 SECOND: the START led remains ON and the STOP led turns ON

5. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration

**** The photo-test can only work with photocells powered at 24VDC.

• Selection of the type of devices linked to PHO2
  Default = PHO2 set for devices with normally closed contact
  This procedure allows for setting the PHO2 output for managing 8.2kOhm resistive edges.
  The control unit constantly verifies the integrity of the edge by measuring the resistance between the two dedicated terminals.

1. PRESS THE START BUTTON FOR 3 SECONDS: all leds turn OFF (if not, consult Paragraph 17.1)

2. PRESS THE START BUTTON FOR 1 SECOND
   – If the ERROR led is ON PHO2 = resistive edge (if the setting is correct, go to Point 5; if not, proceed to Point 4)
   – If the ERROR led is OFF PHO2 = device with normally closed (NC) contact (if the setting is correct, go to Point 5; if not, proceed to Point 4)

3. PRESS THE START BUTTON FOR 1 SECOND: the START led remains ON and the ERROR led turns OFF. Go to step 5

4. PRESS THE START BUTTON FOR 1 SECOND: the START led remains ON and the ERROR led turns ON

5. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration
   **** The connected edges must be of the resistive type with 8.2 kOhm.

Setting the wired commands

These programming sequences allow:
1) for locking wired commands, ONLY transmitters working
2) changing the wired commands start and pedestrian inputs to OPEN and CLOSE
**** If, at the start of the following procedures, the SET, RADIO and START LEDs flash, it means that the programming protection has been activated – see Paragraph 17.1.

**** To interrupt the following programming sequences at any time, press the SET and RADIO buttons simultaneously or wait 10 seconds.

Selecting the wired command modes

Default = START function as per the setup of dip-switches
3.4.7 ( see section 4.1 ) and PED is a partial opening command.
This programming changes the commands START become open only and PED becomes close only.

1. PRESS THE START BUTTON FOR 3 SECONDS: all leds turn OFF (if not, consult Paragraph 17.1)

2. PRESS THE SET BUTTON FOR 1 SECOND:
   – If the STOP led is ON always open/only close mode (if the setting is correct, go to Point 5; if not, proceed to Point 3)
   – If the STOP led is OFF start/ped mode (default) (if the setting is correct, go to Point 5; if not, proceed to Point 4)

3. PRESS THE RADIO BUTTON FOR 1 SECOND: the SET led remains lit and the STOP led turns OFF. Go to step 5

4. PRESS THE RADIO BUTTON FOR 1 SECOND: the SET led remains lit and the STOP led turns ON

5. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration
   For controlling the automation also via radio with separate open/close commands, an external radio receiver must be installed.
   If you enable the mode “open / close”, the dip STEP will affect only the radio commands.

Activating/deactivating start and pedestrian security mode

Default = wired start input and start button of the control unit are activated.
This programming sequence allows for better security by disabling the operation of the START / PED wired input and the start button on the control unit. The control unit is now activated with the transmitter only.

1. PRESS THE START BUTTON FOR 3 SECONDS: all leds turn OFF (if not, consult Paragraph 17.1)

2. PRESS THE SET BUTTON FOR 1 SECOND
   – If the ERROR led is ON security = activated (if the setting is correct, go to Point 5; if not, proceed to Point 3)
   – If the ERROR led is OFF security = deactivated (if the setting is correct, go to Point 5; if not, proceed to Point 4)

3. PRESS THE START BUTTON FOR 1 SECOND: the SET led remains lit and the ERROR led turns OFF. Go to step 5

4. PRESS THE START BUTTON FOR 1 SECOND: the SET led remains lit and the ERROR led turns ON

5. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration
   **** If the security command lock is activated, any device connected to the START and PED contacts will not be detected by the control unit. When these contacts are closed, the START led will emit brief flashes.

Other functions

**** To interrupt the following programming sequences at any time, press the SET and RADIO buttons simultaneously or wait 10 seconds.

Activating/deactivating the control unit protection device

Default = control unit protection device not active.

**** This programming sequence allows for locking all control unit programming sequences and the settings adjustable through the dip-switches. To perform a new programming sequence or make a dip-switch/trimmer modification effective, the protection must be deactivated.

1. PRESS THE START BUTTON FOR 3 SECONDS:
   – if the leds SET, RADIO and START are ON control unit lock = enabled (if it is the correct setting, go to step 4, otherwise proceed to step 2)
   – If the leds SET, RADIO and START are OFF control unit lock = disabled (if it is the correct setting, go to step 4, otherwise proceed to step 3)

2. PRESS BOTH BUTTONS START AND RADIO, FOR 2 SECONDS: the leds SET, RADIO and START go OFF. Go to step 4

3. PRESS BOTH BUTTONS START AND RADIO, FOR 2 SECONDS: the leds SET, RADIO and START go ON

4. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration

Energy saving mode

This feature cuts the power supply to the photocells when the control unit is on standby, therefore it decreases the power consumption. It is useful in case of battery power supply conditions.

When the energy saving mode is activated, the open gate pilot light function is deactivated (Paragraph 10.7)
The energy saving mode can only be used with safety accessories powered with 24VDC.

1. PRESS THE START BUTTON FOR 4 SECONDS: all leds turn OFF (if not, consult Paragraph 17.1)

2. SIMULTANEOUSLY PRESS THE SET AND START BUTTONS FOR 2 SECONDS:
   – If the led PHOTO is ON Energy saving = enabled (if it is the correct setting, go to step 5 otherwise proceed to step 4)
   – If the red led PHOTO is OFF Energy saving = disabled (if it is the correct setting, go to step 5 otherwise proceed to step 4)

3. PRESS THE SET BUTTON FOR 1 SECOND: the led SET and the START are ON, while the led PHOTO turns OFF. Go to step 5

4. PRESS THE SET BUTTON FOR 1 SECOND: the led SET and the START are ON, while the led PHOTO turns ON

5. PRESS THE SET AND RADIO BUTTONS SIMULTANEOUSLY OR WAIT 10 SECONDS TO EXIT THE PROCEDURE: the leds return to the normal operation configuration

Connection of accessories with the energy saving mode activated Once the function is activated, it is necessary to connect the 24VDC positive pole of the safety accessories (for example: photocells) to terminal GSI. The control devices (e.g.: receivers, photocells or inductive loop connected to the Start contact) must be connected to terminal +VA.
If DIP-SWITCH 7 FAST is put to ON, with the control unit open the accessories remain powered to retain the reclosing function.
**** If you activate the power saving mode all the LEDs will turn OFF after 2 minutes of stand-by.

CUSTOMER SERVICE

+39 0172 1812574
Technical support
Monday/Friday 8.30-12.30 ; 14-18
(UTC+01:00 time)

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Manufacturer’s details
Brand of V2 S.p.A.
Corso Principi di Piemonte 65/67 – 12035 RACCONIGI CN (ITALY)
info@king-gates.com – www.king- gates.com

References

• Gates Region Selector
• KINGgates |

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