ELVOX EK01 - Electronic board Vimar - Free user manual and instructions

Product Type	Electronic board for sliding gearmotor
Brand	Vimar
Model	ELVOX EK01
Category	Electronic board
Power supply	12 Vdc (via 230/120 Vac – 14 Vac transformer)
Motor rated power	50 W
Motor protection	20 A fuse (F2)
Mains protection	2 A (230 V) or 4 A (110 V) fuse (F1)
Accessories protection	2.5 A fuse (F2)
Integrated radio receiver	200 remote controls (fixed or rolling code)
Control inputs	APCH (step-by-step), APED (pedestrians), STOP (NC), FOTO (NC), STPA (NC)
Outputs	Motor 12 Vdc, flasher 15 W max, courtesy light 85 mA, indicator light 85 mA, accessories power supply 300 mA
Programmable functions	Automatic closing, pre-flashing, phototest, co-ownership, immediate closing, sensitive edge
Adjustments	Trimmers (power, speed, slowdown, closing time) and dip switches
Encoder	Present (obstacle detection and speed control)
Limit switches	Optional (magnetic kit)
Diagnostics	LEDs for inputs and programming
Removable memory	Yes
Standards	CE (EMC, R&TTE, Machinery)
Maintenance	Disconnect power before cleaning; repair by authorized center

Frequently Asked Questions - ELVOX EK01 Vimar

What to do if the automation does not work at all?

Check the mains power supply, the fuses (F1, F2, F3), the diagnostic LEDs (STOP, STPA, FOTO must be on) and dip switch 2-1 if the limit switches are not connected.

How to program the gate travel in quick mode?

Bring the gate to 1 m from the closed position, hold P3 for 2 s (red LED flashes slowly), release, then press APCH. The gate performs a complete cycle and the travel is saved.

How to program a new remote control?

Press P2 for about 2 s (green LED DL12 flashes slowly), release, then press the remote control button. The LED turns on steady for 2 s to confirm. Max capacity 200.

Why does the gate stop and reverse as soon as it starts?

The motor torque is probably insufficient. Increase the power with trimmer TR2.

How to adjust the slowdown speed?

Use trimmer TR3. If the gate stops and reverses during slowdown, increase the value.

What to do if the remote control does not work?

Check the remote control batteries and the diagnostic LEDs (STOP, STPA, FOTO must be on). If the memory is full, delete an old remote control.

How to enable automatic closing?

Set dip switch 1-1 to ON. The closing time is adjusted with trimmer TR5 (1 to 120 seconds).

What do the flashes of LED DL12 mean?

2 flashes = phototest failure, 3 = motor problem, 4 = encoder problem, 5 = EEPROM error, 6 = limit switch timeout, 7 = fuse F2 blown, 8 = motor overcurrent.

How to connect a resistive sensitive edge?

Set dip switches 1-4 and 1-7 to ON. Connect the edge between COM and STPA with an 8.2 kΩ resistor in parallel.

Can I use the board without limit switches?

Yes, set dip switch 2-1 to ON to disable the limit switch inputs. Make sure safety inputs are jumpered if not used.

USER MANUAL ELVOX EK01 Vimar

Board with 12 Vdc trimmer for sliding gate

graph TD
    subgraph CN1
        A["ONON 1 2"] --> B["STPA COM"]
        C["ONON 2 3 4 5 6 7 8 9"] --> B
        D["ONON 10 11 12 13 14 15 16"] --> B
    end
    subgraph CN2
        E["ONON 10 11 12 13 14 15 16"] --> F["STPA COM"]
        G["ONON 10 11 12 13 14 15 16"] --> F
    end
    B --> H["STPA COM"]
    F --> I["STPA COM"]
    H --> J["RX"]
    I --> K["RX1"]
    J --> L["RX2"]
    K --> M["TX1 TX2"]
    L --> N["TX2"]
    M --> O["+ -"]
    N --> P["+ -"]
    Q["STPA COM"] --> R["STPA COM"]
    S["STPA COM"] --> T["STPA COM"]
    U["STPA COM"] --> V["STPA COM"]
    W["STPA COM"] --> X["STPA COM"]
    Y["STPA COM"] --> Z["STPA COM"]
    AA["STPA COM"] --> AB["STPA COM"]
    AC["STPA COM"] --> AD["STPA COM"]
    AE["STPA COM"] --> AF["STPA COM"]
    AG["STPA COM"] --> AH["STPA COM"]
    AI["STPA COM"] --> AJ["STPA COM"]
    AK["STPA COM"] --> AL["STPA COM"]
    AM["STPA COM"] --> AN["STPA COM"]
    AO["STPA COM"] --> AP["STPA COM"]
    AQ["STPA COM"] --> AR["STPA COM"]
    AS["STPA COM"] --> AT["STPA COM"]
    AU["STPA COM"] --> AV["STPA COM"]
    AW["STPA COM"] --> AX["STPA COM"]
    AY["STPA COM"] --> AZ["STPA COM"]
    BAZ["XN CNA"] --> BB["RX"]
    BC["XN CNA"] --> BD["RX2"]
    BE["XN CNA"] --> BF["TX1 TX2"]

Warnings for the installer

1 - characteristics....15
2 - description of the control panel....15
3 - risk assessment....16
4 - electrical wiring harnesses....16
5 - description of LEDs, dip switches and buttons on board....17
6 - quick programming....18
7 - complete programming....19
8 - programmable functions....20
9 - installing batteries....21
10 - problems and solutions....22

WARNINGS FOR THE INSTALLER

• Carefully read all instructions and warnings in this document as they provide important information regarding safety during installation, operation and maintenance.
• After removing the packaging, check the condition of the device. Packaging materials must be kept out of the reach of children as they constitute a hazard. System installation must comply with current CEI standards.
• This device must only be used for the purpose for which it was expressly designed. Any other use is considered improper and therefore hazardous. The manufacturer declines all liability for damage caused by improper, incorrect or unreasonable use.
• Always disconnect the equipment from the power supply by means of the main switch before performing maintenance or cleaning procedures.
• In the event of faults and/or malfunctions, disconnect the device from the power supply immediately by means of the switch and do not tamper with any of its parts. For repairs, only contact service centres authorised by the manufacturer. Failure to observe the above may impair equipment safety.
• All apparatus within the system must be used exclusively for the purpose for which it was designed.
• This document must always be kept with all paperwork regarding the installation.

2002/96/EC Directive (WEEE).

The crossed-out dustbin symbol on the equipment indicates that the product, at the end of its useful working life, must be disposed of separately from normal household waste, and as such must be taken to a waste separation and recycling centre equipped to deal with electric and electronic equipment or sent back to the dealer when new replacement equipment is purchased.

The user is responsible for ensuring the equipment is disposed of via the correct channels when it is no longer in working order. Suitable separated waste collection for subsequent recycling, processing and environmentally conscious disposal of the old appliance helps to prevent negative impact on the environment and human health while encouraging recycling of the materials used to build the product. For more detailed information regarding the available waste collection systems, contact your local waste disposal service or the shop from which the equipment was purchased.

Risks associated with substances considered hazardous (WEEE).

According to the new WEEE Directive, substances which for some time have been widely used in electrical and electronic equipment are considered hazardous to human health and the environment. Suitable separated waste collection for subsequent recycling, processing and environmentally conscious disposal of the old appliance helps to prevent negative impact on the environment and human health while encouraging recycling of the materials used to build the product.

CE

The product complies with the European Directive 2004/108/EC and subsequent amendments.

1- Characteristics

Control panel for governing sliding gear motors, 12 Vdc with 50 W rated power, equipped with inputs for limit switch (optional), encoder (used for obstacle detection and speed control) and integrated receiver. The control panel enables:

• customizing the space and speed of deceleration in both opening and closing phases
• equipped with obstacle detection system
• LED for input diagnostics
• removable saved data memory
• integrated receiver with capacity for 200 remote controls (hard coded or rolling code)
• current control for electric motor protection.

2- Description of the control panel

Power supply line 1 2 VA2 VA1 SEC 25 26 CN7 FST 3 F2 20 A PT1 CN4 AC DL11 F1=F3A15 4 SAFETY DL9 DL10 DL2 DL3 APCH APED STOP FGT0 DNL 17 18 19 DNL 16 17 18 19 DNL 15 16 17 18 19 DNL 16 17 18 19 DNL 15 16 17 18 19 DNL 16 17 18 19 DNL 15 16 17 18 19 DNL 16 17 18 19 DNL 15 16 DNL 16 17 18 19 DNL 15 16 DNL 16 17 18 19 DNL 15 16 DNL 16 17 18 19 DNL 15 16 DNL 16 17 DNL 15 16 DNL 16 DNL 17 DNL 16 DNL 17 DNL 16 DNL 17 DNL 16 DNL 17 DNL 16 DNL 17 DNL 16 DNL 17 DNL 16 DNL 17 DNL 16 DNL 17 DNL 16 DNL 17 DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL DNL

Key:

1- Transformer primary fuse (2 A delayed)
2- Transformer 230/120 Vac - 14 Vac
3- 20 A fuse protecting motor
4- 2.5 A fuse protecting accessories
5- LED signalling mains power supply
6- LED for programming diagnosis
7- AP/CH control button
8- Programming buttons
9- External memory
10- Radio module
11- LED for input diagnostics
12- Terminal for aerial connection
13- Functions dip switches (Dip 1, Dip 2)
14- Encoder connector
15- Removable terminal for connecting the limit switches (not connected, optional magnetic limit switch kit)
16- Removable terminal for connecting the control and safety inputs, control panel supplied with jumpered normally closed inputs.
17- Removable terminal for connection from the motor output, flashing light and accessories power supply

3- Risk assessment

Before starting to install the automatic gate system it is necessary to evaluate all possible points of danger during the movement of the gate. Fig. 2 highlights some of the danger points of the sliding gate.

A - Crushing B - Conveying C - Shearing Fig. 2

Before starting installation you need to check that the gate slides properly, that there are secure mechanical stops and check the gate support system.

4- Electrical wiring harnesses:

4- Electrical wiring harnesses: 1 2 x 0.5 mm² 2 x 1 mm² 3 x 0.5 mm² 4 x 0.5 mm² 5 4 230 V~ 120 V~ 3 x 1.5 mm² ① ② ③

Fig. 3

Key:

1 - Photocells
2 - Selector switch
3 - Flashing light
4 - Gear motor
5 - Rack

System set-up

4.1- Power supply line wiring

Inside the transformer compartment there is a terminal with a 2 AT protection fuse, connect the phase in the corresponding pole to the fuse.

Fuse 2 A L 250 V (Mains: 230 V, 240 V) Fuse 4 A L 250 V (Mains: 110 V, 117 V, 125 V)

Mains Transformer

Fig. 4

4.2- Wiring for flashing light, courtesy light and gate movement warning light

CN1 1 2 3 4 5 6 7 8 9 white M Electric motor brown + - + - + - + - 12 Vdc 15 W max Accessories power supply output 12 Vdc 120mA max Courtesy light or second radio channel Gate warning light 12 Vdc 120mA max movement Fig. 5

N.B.: Do not change the motor output wiring (terminals 1 and 2) the dip switch 2-2 selects the direction of opening.

Terminals Description	Function
1-2 Motor output Output	put for controlling electric motor 12 Vdc rated	power 50 W(terminal number 1 white, terminal number 2 brown)
3-4	Courtesy light or second radio channel	Output 12 Vdc maximum load 85mA, can be programmed as a timed output (60 seconds)or second radio channel output, see dip switch number 6(3 = GND / 4 = +12 Vdc).
4-5	Warning light output	Output 12 Vdc maximum load 85mA, flashes slowly when opening, on with stationaryopen gate, flashing fast when closing and off with gate closed (4= +12 Vdc / 5= GND).
6-7 Accessories power	supply output Output 12 Vdc maximum 300 mA for supplying the photocells and accessories(6 = +12 Vdc, 7= GND)
8-9 Output for flashing	light Output 12 Vdc maximum load 15 W for flashing light (8 = GND, 9 = +12 Vdc).

The sum of the absorptions of the 2CAN, AUX and -VA outputs must not exceed 500mA.

Input description table:

The control unit is supplied with jumpered normally closed inputs (stop, photo and stpa) remove the jumper from the input you are going to use.

graph TD
    A["CN2"] --> B["10"]
    A --> C["11"]
    A --> D["12"]
    A --> E["13"]
    A --> F["14"]
    A --> G["15"]
    A --> H["16"]
    B --> I["COM"]
    C --> J["APCH"]
    D --> K["APED"]
    E --> L["COM"]
    F --> M["STOP"]
    G --> N["POTO"]
    H --> O["STPA"]
    I --> P["E-"]
    J --> Q["F-"]
    K --> R["Switch"]
    L --> S["Switch"]
    M --> T["Switch"]
    N --> U["Switch"]
    O --> V["Switch"]

Terminal number	Description	Input type
10-13-18	Control inputs common (permanent GND)	-
11	Sequential control input, to govern the complete travel of the gate	normally open
12	Sequential control input, to govern the pedestrian travel of the gate	normally open
14	Input for stopping the gate	Normally closed
15 Photocell input, active during gate closing Normally closed
16	Input for edges or internal photocell, active during gate closing and opening	Normally closed
17	Closing limit switch input, if the magnetic limit switch is on (optional)	If not used, leave free
19	Opening limit switch input, if the magnetic limit switch is on (optional)	If not used, leave free

4.3- Connecting control buttons and key switch

Normally open contacts (the red AP/CH or APED LEDS light up when the selector or buttons connected in parallel are operated):

CN2 10 11 12 13 14 15 16 pedestrian opening control opening control Art. EDS1 COMCOM N.O.N.O. N.C.N.C.

Fig. 6

4.4- Connecting photocells

Normally closed contact (when the photocells are not engaged the PHOTO LED must be on), if not used then jumper between COM. and PHOTO, you must observe the polarity of the power supply for the photocells:

graph TD
    A["CN1"] --> B["1"]
    A --> C["2"]
    A --> D["3"]
    A --> E["4"]
    A --> F["5"]
    A --> G["6"]
    A --> H["7"]
    A --> I["8"]
    A --> J["9"]
    K["CN2"] --> L["10"]
    K --> M["11"]
    K --> N["12"]
    K --> O["13"]
    K --> P["14"]
    K --> Q["15"]
    K --> R["16"]
    S["RX1"] --> T["+ - C N CAN"]
    U["RX2"] --> V["+ - C N C N A"]
    W["TX1TX2"] --> X["+ -"]
    Y["+"] --> Z["COM"]
    Y --> AA["FOT"]

Fig. 7

4.5- Connecting sensitive edge or internal photocell

With edge or photocell not engaged the STPA LED must be on, see dip switches 1-4 and 1-7. If not used, jumper between COM and STPA. If a sensitive edge is connected, dip switch number 4 must be set ON and dip switch number 7 selects the type of edge (OFF with normally closed contact or edge ON with balancing resistor of 8.2 K Ohm), the edge tripping reverses the gate movement for approximately 10 cm.

4.6- Connecting resistive sensitive edge
DIP in OFF position:

DIP in ON position:

CN2 10 11 12 13 14 15 16 8.2 KΩ

STPA input as resistive edge at 8.2Kohm, set the dip switch 1-4 and 1-7 ON

DIP 2

DIP 1

CN2 10 11 12 13 14 15 16

STPA input as edge with electromechanical switch, set the dip switch 1-4 ON

DIP 2

DIP 1
Edge connection to Switch
Fig. 8

4.6.1- Connecting internal photocell

If the STPA input is connected to the photocell receiver, set the dip switch number 1-4 to OFF (if the internal photocell is engaged the gate will stop, both when opening and when closing, and then it will remain stationary until the photocell is freed, to then start again with opening).

graph TD
    A["CN1"] --> B["STPA as internal photocell"]
    C["CN2"] --> B
    B --> D["+"]
    B --> E["-"]
    B --> F["COM"]
    B --> G["STPA"]
    H["RX"] --> I["+"]
    J["TX"] --> K["+"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style H fill:#ccf,stroke:#333
    style J fill:#ccf,stroke:#333

DIP 2

DIP 1
Fig. 9

4.6.2 Connecting photocells with photo-test function active

If the photo-test function is activated (the control unit checks the operation of the photocells, see dip switch 5 ON), respect the following connection (each time the motor starts the control unit cuts off power to the transmitter of the photocell to check their operation):

graph TD
    subgraph CN1
        A["1 2 3 4 5 6 7 8 9"] --> B["STPA as internal photocell"]
        C["CN2 10 11 12 13 14 15 16"] --> B
        D["STPA"] --> B
        B --> E["+"]
        B --> F["-"]
        B --> G["COM"]
        B --> H["STPA"]
    end

    subgraph CN2
        I["RX"] --> J["+ - C N C N A"]
        K["TX"] --> L["+ -"]
    end

    M["RX1"] --> N["+ - C N C N A"]
        O["RX2"] --> P["+ - C N C N A"]
        Q["TX1 TX2"] --> R["+ -"]
    end

    S["ONON 1 2"] --> T["DIP 2"]
    U["DIP 1"] --> V["DIP 1"]
    W["Photo"] --> X["COM"]
    Y["STPA"] --> Z["STPA as internal photocell"]
    style CN1 fill:#f9f,stroke:#333
    style CN2 fill:#f9f,stroke:#333
    style RN fill:#ccf,stroke:#333
    style TX fill:#ccf,stroke:#333
    style O fill:#ccf,stroke:#333
    style P fill:#ccf,stroke:#333
    style Q fill:#ccf,stroke:#333
    style R fill:#ccf,stroke:#333
    style T fill:#ccf,stroke:#333
    style U fill:#ccf,stroke:#333
    style V fill:#ccf,stroke:#333

4.7- Stop button connection

Stop button connection, Normally closed contact, opening the contact causes the gate to stop and suspends the automatic closing time (when the button is not engaged, the STOP LED should be lit), if not used then jumper between COM and STOP

CN2 10 11 12 13 14 15 16

Normally closed button
Fig. 11

N.B. If the system has no photocells, sensitive edges or stop buttons (the PHOTO, STPA and STOP inputs must be jumpered with the common, terminal 13), do not activate the photo-test function.

4.8- Connecting the aerial

The 17cm rod is supplied pre-wired, to increase the range connect the aerial art. ZL43 as shown in the figure:

Fig. 12

5 - Description of the LEDs in the circuit:

Abbreviation Description

AC	Shows whether there is mains power (lit if there is mains voltage).
STPA	Displays the status of the STPA input (terminal 16), if not engaged the green LED remains lit, if not used then jumper between terminal COM and STPA.
AP/CH	Displays the status of the ap/ch input (terminal 11), if not engaged the red LED remains off.
APED	Displays the status of the aped input (terminal 12), if not engaged the red LED remains off.
STOP	Displays the status of the stop input (terminal 14), if not engaged the green LED remains lit, if not used then jumper between terminal com and stop.
PHOTO	Displays the status of the photo input (terminal 15), if not engaged the green LED remains lit, if not used then jumper between terminal com and photo.
FCAP	Displays the opening limit switch input, if the magnetic limit switch kit is added (optional).
FCCH	Displays the opening limit switch input, if the magnetic limit switch kit is added (optional).
ENC.A	Displays the encoder A input, on steady when the motor is moving at cyclical speed, flashing during slowdown, off with the motor stopped.
ENC.B	Displays the encoder B input, on steady when the motor is moving at cyclical speed, flashing during slowdown, off with the motor stopped.
DL12	Displays the programming status of the travel and of the radio control learning (two-colour LED).

Buttons in the circuit:

Abbreviation Description

AP/CH Controls opening and closing the gate

P3 Press to enter travel programming

P2 Press to enter radio controls programming or deletion

Preliminary check:

After powering up the control unit the DL12 LED comes on for a second. Check the LEDS for diagnosis of the inputs, STOP, PHOTO and STPA must be on. Should one of the safety inputs (PHOTO, STOP, STPA) not be used, insert a jumper between COM and the input not used.

6- Quick programming

Procedure for facilitated gate travel programming:

N.B. Before starting programming, check the dip switch 2-2 (OFF opening to left, ON opening to right)

OPENING OPENING OPENING DIP 2 ON 1 2 DIP 2 ON 1 2 DIP 2

• Move the gate to approximately 1 metre from closing.
• Keep button P3 pressed for 2 seconds (the red DL12 LED starts flashing slowly), release button P3.
• Press the AP/CH button, the gate rests against the mechanical stop on closing, to then start again with opening at reduced speed.
• On reaching the mechanical stop when opening, the gate starts again with closing to the mechanical stop.
• The DL12 LED turns off, the control unit has saved the travel of the gate, aligning with the default parameters, with a distance for slowing down of 50 cm when opening and 75 cm when closing, before the mechanical stops.

If, during programming, the operations are reversed, do not change the wiring of the electric motor (terminal 1 and 2), but check the dip switch 2-2 (OFF opening the gate to the left, ON opening the gate to the right).

N.B.: If the wires of the electric motor power supply are reversed, with the opening command the control unit signals the error via the DL12 LED blinking and the flashing light (see error message table).

Procedure for saving a remote control:

• Press the P2 button for approximately 2 seconds, the DL12 LED with a green light flashes slowly, release button P2.
• The control panel is waiting to learn a remote control (timeout 20 seconds).
• Press the button on the remote control to be saved, the DL12 LED illuminates with a steady green light for approximately 2 seconds, to then switch off.

Repeat the same procedure to save other remote controls. The maximum capacity is 200 remote controls.

On reaching the maximum capacity (200 radio controls) being saved on the remote control (the green DL12 LED flashes), on pressing the button of the new transmitter to be saved, the green DL12 LED makes 3 quick flashes.

N.B.: The first saved remote control configures the control panel to accept only remote controls with a rolling code or only remote controls with a fixed 12-bit code.

7-Complete programming

Customized travel programming

N.B. Before starting programming, check the dip switch 2-2 (OFF opening to left, ON opening to right).

• Move the gate to approximately 1 metre from closing.
• Keep button P3 pressed for 4 seconds (the red DL12 LED starts flashing rapidly), release button P3.
• Press the AP/CH button, the gate rests against the mechanical stop on closing, to then start again with opening.
• Before the gate gets to be fully open, press the AP/CH button and the control unit will save the point for starting to slow down when opening
• The gate continues slowing down as far as the mechanical stop, to then restart with closing
• Before the gate gets to be fully closed, press the AP/CH button and the control unit will save the point for starting to slow down when closing
• The gate continues slowing down as far as the mechanical stop, to then restart with opening
• Press the AP/CH button to fix the space for pedestrian opening (when controlling with the Aped input the gate opens by the space set here), the gate starts closing, as far as the mechanical stop.
• The control unit saves the set travel and the DL12 LED goes out, the procedure for programming the travel is successfully concluded.

Programming or deleting radio controls

Save the remote control button to control the AP/CH input: press the P2 button until the DL12 LED with a green light begins to flash slowly, release the button and press the button on the remote control to save, the DL12 LED comes on with a green light for 1 second to confirm saving. To save other radio controls, repeat the above procedure.

Save the remote control button to control the APED input: press the P2 button until the DL12 LED with a green light begins to flash quickly, release the button and press the button on the remote control to save, the DL12 LED comes on with a green light for 1 second to confirm saving the remote control button for operating pedestrian opening. To save other radio controls, repeat the above procedure.

To delete a saved remote control: press the P2 button until the DL12 LED with a green light begins to flash very quickly, release the button and press the button on the remote control to delete, the DL12 LED comes on with a green light for 1 second to confirm deleting the remote control button. To save other radio controls, repeat the above procedure.

To delete all the remote controls: cut off the power to the control panel, also disconnect any batteries.

Press and hold down the button P2, reconnect the power supply to the control panel without releasing the button P2 until the DL12 LED goes out

The maximum capacity is 200 radio controls, on reaching the maximum capacity being saved on the remote control (the green DL12 LED flashes), on pressing the button of the new transmitter to be saved, the green DL12 LED makes 3 quick flashes to indicate the memory is saturated.

N.B. The first saved remote control configures the control panel to accept only remote controls with a rolling code or only remote controls with a fixed 12-bit code.

8 - Programmable functions:

The table shows the functions that can be activated via the dip switches, the control unit reads the dip switches with the gate stationary on closing:

Dip switch number	Status of dip switch	Description
DIP 1-1 OFF Automatic closing function off
DIP 1-1 ON Automatic closing function on
DIP 1-2 OFF		Condominium function on (during gate opening it is not possible to stop the movement with the remote control or AP/CH inputs)
DIP 1-2 ON With each command the gate: opens, stops, closes, stops
DIP 1-3 OFF Pre-flashing off
DIP 1-3 ON Pre-flashing on, before the gate moves the flashing light comes on for 3 seconds
DIP 1-4 OFF STPA input as internal photocell
DIP 1-4 ON STPA input as sensitive edge
DIP 1-5 OFF Photo-test function off
DIP 1-5 ON Photo-test function on (photocell checking with each command) see paragraph 4.6.3
DIP 1-6 OFF Second radio channel associated with pedestrian gate opening
DIP 1-6 ON Second radio channel associated with activation for 1 second of 2can output (terminal 3 and 4)
DIP 1-7 OFF Sensitive edge with normally closed contact
DIP 1-7 ON Resistive sensitive edge, normally open contact with balancing resistance of 8.2 K Ohm in parallel
DIP 1-8 OFF Close immediately function off
DIP 1-8 ON		Enables the close immediately function (the photocell tripping takes the automatic closing time to 5 seconds, from its disengagement)
DIP 2-1 OFF Limit switch inputs used
DIP 2-1 ON Limit switch inputs not used
DIP 2-2 OFF For opening the gate to the left
DIP 2-2 ON For opening the gate to the right

Adjustment trimmer

Trimmer Description
TR1
TR2 Force (adjusts the motor torque)
TR3 Slowdown speed
TR4 Cycle speed
TR5 Automatic closing time (adjustable from 1 to 120 seconds)

The error messages are displayed by the DL12 LED and the flashing light (terminal number 8 and 9).

Error message key:

Number of flashes Description

2 Photocell test failed (incorrect wiring or photocells busy)

3 Detected a problem in the circuit that activates the motor

4 Problem with encoder (encoder not present or electric motor wiring reversed)

5 Serious error on EEPROM (U2 component missing or damaged)

6 The travel end time has elapsed (U2 component missing or damaged)

7 F2 fuse blown

8 Motor overcurrent error

At the end of programming check the automatic gate system works properly by simulating the photocells and sensitive edges tripping. In the event of malfunctioning, check the wiring, the dip switch 2-2 for selecting the direction of opening.

9 - Installing batteries

Insert the battery charging circuit in connector CN8 and connect the batteries, with battery-only operation the speed of the motor is 15% lower than the speed with mains power, the number of operations with the batteries depends on the number of photocells in the system and the length of the gate. When operating on batteries only, the AC LED is off, the 2CAN and AUX outputs are not active and the accessories are not supplied with the gate stationary.

10 - Troubleshooting:

Problem Cause Solution
The automatic gate system does not work	No mains supplyBlown fusesControl and safety inputs not workingDip switch 2-1 off and the limit switch inputs not connected	Check the power line switchReplace the fuses with others of the same valueCheck the diagnosis LEDS (stop, STPA and photo must be on)Set dip2-1 on for operation without limit switches or connect the limit switches on terminals 17-18-19 setting dip switch 2-1 off.
You cannot save the remote controls	Safety devices openBatteries of the remote control dischargedRemote control not compatible with the first one savedReached memory saturation	Check the diagnosis LEDS (stop, STPA and photo must be on)Replace the batteries.The first saved remote control configures the control panel to save only rolling-code remote controls or only dip-switch remote controls.Delete at least one remote control or add an external receiver (maximum capacity 200 remote controls).
The remote control does not work Batteries of	the remote control discharged Replace the batteries
You cannot enter travel programming Safety devices open		Check the diagnosis LEDS (stop, STPA and photo must be on)
As soon as the gate starts it stops and reverses	Motor torque not sufficient Increase the force with the trimmer TR2
During slowdown, the gate stops and reverses	Slowdown speed too low Increase the value of trimmer TR3
The gate does not stop with the limit switches tripping, where applicable The magnetic sensor cannot read the magnet		Move the magnet near to the sensorCheck the LEDS of the limit switches.Check dip switch number 2-1 for limit switch presence and dip switch 2-2 for direction of gate opening.

EC DECLARATION OF CONFORMITY

(Declaration of incorporation of partly completed machinery Annex IIB Directive 2006/42/EC)

No.: ZDT00434.00

The undersigned, representing the following manufacturer

Elvox SpA

Via Pontarola, 14/A - 35011 Campodarsego

(PD) Italy

herewith declares that the products

CONTROL BOARD - RS SERIES

Articles RS01, RS02, RS03, RS04, RS05, RS06, RS07, RS08, RS12, RS13, RS14

are in conformity with the provisions of the following EU Directive(s) (including all applicable amendments) and that all of the following standards and/or specifications have been applied

EMC Directive 2004/108/EC: EN 61000-6-1 (2007), EN 61000-6-3 (2007) + A1 (2011)

R&TTE Directive 1999/5/EC: EN 301 489-3 (2002), EN 300 220-3 (2000)

Machinery Directive 2006/42/EC EN 60335-2-103 (2003) + A11 (2009),

EN 13241 (2003) + A1 (2011), EN 12453 (2000)

He also declares that the product must not be commissioned until the end machine, in which it is to be incorporated, has been declared in conformity, when applicable, with the provisions of Directive 2006/42/EC.

He declares that the relevant technical documentation has been constituted by Elvox SpA, drawn up in accordance with Annex VIIB of Directive 2006/42/EC and that the following essential requirements have been fulfilled: 1.1.1, 1.1.2, 1.1.3, 1.1.5, 1.1.6, 1.2.1, 1.2.2, 1.2.6, 1.3.1, 1.3.2, 1.3.3, 1.3.4, 1.3.7, 1.3.8, 1.3.9, 1.4.1, 1.4.2, 1.5.1, 1.5.2, 1.5.4, 1.5.5, 1.5.6, 1.5.7, 1.5.8, 1.5.9, 1.6.1., 1.6.2, 1.7.1, 1.7.2, 1.7.3, 1.7.4.

He undertakes, in response to an adequately justified request from the national authorities, to present all the necessary supporting documentation concerning the product.

Campodarsego, 29/04/2013

The Chief Executive Officer

Note: The contents of this declaration match what was declared in the latest revision of the official declaration that was available before this manual was printed. This text has been adapted for editorial purposes. A copy of the original declaration can be required to Elvox SpA

Index P a g e

Directive 2002/96/CE (WEEE, RAEE)

DÉCLARATION DE CONFORMITÉ

Articles RS01, RS02, RS03, RS04, RS05, RS06, RS07, RS08, RS12, RS13, RS14