ELVOX ESM6.D - Gate automation Vimar - Free user manual and instructions

Product type	Control unit for sliding gearmotor 230 Vac
Brand	Vimar (Elvox range)
Model	ELVOX ESM6.D (RS10 series)
Power supply	230 Vac (50/60 Hz)
Max motor power	600 W
Motor protection fuse	F2 (5x20) 5 A
Logic protection fuse	F1 (5x20) 630 mA
Flashing light output	230 Vac, max 40 W
24 Vdc accessory output	24 Vdc, max 300 mA
Built-in radio receiver	Yes, capacity 128 remote controls (fixed or rolling code)
Encoder	Built-in (obstacle detection and speed control)
Display	Programming screen
Safety inputs	STOP, FOTO, STPA (normally closed)
Command inputs	APRI (open only), APCH (sequential), APED (pedestrians)
Limit switches	FCAP (open), FCCH (close), normally closed
Programmable functions	Automatic closing, slowdown, motor force, obstacle detection, etc.
Fault memory	History of last 9 errors
Operating temperature	-20 °C to +55 °C (standard estimate)
Protection rating	IP54 (estimate for outdoor use)
Dimensions (approx.)	150 x 100 x 50 mm (estimate)
Weight (approx.)	0.5 kg (estimate)
Maintenance	Check diagnostic LEDs, keep connections clean

Frequently Asked Questions - ELVOX ESM6.D Vimar

How to adjust the gate opening direction?

Use parameter P18 in the PAR menu. Set to R for right opening or L for left opening.

Why doesn't my gate start?

Check the 230 V power supply, fuses (5A and 630 mA), and diagnostic LEDs: STOP, STPA and FOTO must be on (safety inputs).

How to register a new remote control?

Access the RAD menu from the main menu. Select 1 CH for sequential command or 2 CH for pedestrians/2CAN. Press the button on the remote control to register it.

What to do if the gate stops and reverses its movement?

This indicates an obstacle or too sensitive setting. Increase parameters P15 (motor force) and P16 (obstacle force). Make sure the encoder is properly connected.

How to program the gate travel?

Use the LRNE menu for quick programming or LRN to customize slowdown points. Before that, set the opening direction (P18).

Automatic closing does not work

Check parameter P01 (validates automatic closing): set to ON. Also set P02 for closing time (2 to 600 seconds).

How to delete a lost remote control?

In the RAD menu, select ERAS. Use the UP/DOWN keys to choose the remote control memory position, then press and hold OK until 0000 is displayed.

What do error codes F02, F03, etc. mean?

F02: obstacle during opening; F03: obstacle during closing; F04: FOTO cell active; F06: sensitive edge STPA active; F09: operation time exceeded; F11/F12: safety test failed.

How to connect photocells?

Connect the normally closed contacts between terminals COM and FOTO (terminal 22) and COM and STPA (terminal 23) if used. Power the cells via terminals 11 (GND) and 12 (+24V). Observe polarity.

Can I use the control unit without encoder?

Yes. Insert the supplied jumper on connector CN6 and power the control unit. Parameter P16 (obstacle detection) will then be disabled.

USER MANUAL ELVOX ESM6.D Vimar

Board with 230 Vac display for sliding gate

graph TD
    A["CN1 CN2"] -->|9 10 11 12| B["COM"]
    A -->|-| C["FOTO"]
    A -->|+| D["STPA"]
    E["RX1"] --> F["COM"]
    G["RX2"] --> H["FOTO"]
    I["TX1TX2"] --> J["COM"]
    K["STPA"] --> L["FOTO"]
    M["COM"] --> N["STPA"]
    O["STPA"] --> P["FOTO"]
    Q["COM"] --> R["STPA"]
    S["STPA"] --> T["FOTO"]
    U["COM"] --> V["STPA"]
    W["STPA"] --> X["FOTO"]
    Y["COM"] --> Z["STPA"]
    style A fill:#f9f,stroke:#333
    style E fill:#ccf,stroke:#333
    style G fill:#ccf,stroke:#333
    style I fill:#ccf,stroke:#333
    style M fill:#ccf,stroke:#333
    style Q fill:#ccf,stroke:#333
    style U fill:#ccf,stroke:#333
    style W fill:#ccf,stroke:#333
    style X fill:#ccf,stroke:#333
    style Y fill:#ccf,stroke:#333
    style Z fill:#ccf,stroke:#333

Fig. 11

Technical diagram showing two electrical components connected by wires, one with a 24-pin connector and the other a pole-mounted device (no text or symbols present)

Fig. 13

dEF 0000 APVCH APVCH OK ESC ESC OK ESC APVCH

1 - Characteristics....15
2 - Description of the control unit....15
3 - Electrical wiring harnesses 16
4 - Description of the LEDs in the circuit 20
5 - Description of the buttons in the circuit 20
6 - Full description of the programming menu....21
7 - Error messages ....26
8 - Troubleshooting 26

RS10

1 - Characteristics

Control panel for governing sliding gear motors, 230V ac with 600W maximum power, equipped with inputs for limit switch, encoder (used for obstacle detection and speed control) integrated receiver and display interface. The control unit enables:

• customizing the space and speed of deceleration in both opening and closing phases
• equipped with an obstacle detection system (if there is an encoder circuit)
• LED for input diagnostics
• removable data memory
• integrated receiver with capacity for 128 remote control codes (hard coded or rolling code)
• log of the last 9 faults or errors

2 - Description of the control unit

F1 (5x20) F 630mA IBRIDO RX 11 10 JF 1 JR 1 CN5 24 25 ANT 9 8 7 F2 (5x20) F 5A 12 ENCODER 13 STPA DL8 P3 4 6 ESC OK 13 ENCODER CN6 FCAP FCCH AP/CH STOP PLPEN 230VAC LAMP LAMP COM APM CHM 12 345 678 APED FOTO CN3 9101112 2CAN AUX +VA -VA FCAP COM1 FCCH APRI COM1 APCH APED COM1 STOP FOTO STPA 1 2 3

Fig. 1

Key:

1 - Removable terminal for the power line, flashing light and electric motor
2 - Removable terminal for 24 V d.c. outputs
3 - Removable terminal for safety and control inputs
4 - LED for input diagnostics
5 - Control sequential button
6 - Buttons for menu scrolling
7 - Programming display
8 - LED for signalling faults
9 - Removable aerial connector
10 - Radio module
11 - Protection fuse for 24V output and control logic (630mA)
12 - Protection fuse for motor output, transformer and flashing light (5A)
13 - Encoder connector

RS10

3 - Electrical wiring harnesses

230 V~ 120 V~ 3 x 1.5 mm² 4 x 0.5 mm² 3 x 0.5 mm² 2 x 1 mm² 1 2 3 5 Fig. 2

Key:

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

The control unit can work with or without an encoder. When switching on, the control unit checks for the presence of the encoder on connector CN6. For operation without an encoder it is necessary to insert the jumper in connector CN6 as shown in the image fig.3 and power up the control unit. With this configuration, the obstacle detection function and parameter P16 are not active. For operation with an encoder, it is necessary to insert the cable of the encoder circuit in the connector CN6 and power the control unit.

Two electronic components: a green device labeled CN6 and a gray device with a shield-like cover (no text or symbols on the devices themselves)

Fig. 3

3.1 - Wiring for power line, flashing light and electric motor:

L PE N LAMP LAMP COM AP CH 1 2 3 4 5 6 7 8 230 Vac COM AP CH M ELA3 Fig. 4

RS10

3.2 - Wiring for 24V outputs:

2CAN AUX +24V GND 9 10 11 12 - + - - Second radio channel or photo-test output Output for viewing gate movement 24Vdc output to power photocells and accessories

Fig. 5

Number	Description Function
1-2-3	Power supply line	Power line 230 V ac (1 = phase / 2 = ground wire / 3= neutral)
4-5	Output for flashing light	Output for flashing light (230 V a.c. max 40 W)
6-7-8 Output for powering the electric motor		Output powering the motor (6 = common / 7 = opens / 8 = closes) the capacitor is connected in terminal 7 and 8 in parallel with the electric motor
9-11	Second radio channel or photo-test output	Second radio channel or photo-test output (selectable with parameter P08, max. 65 mA)
10-11	Gate movement warning output	Gate movement warning output (selectable with parameter P07, max. 65 mA)
11-12	24Vdc output to power accessories	24 V dc output to power photocells and accessories (11 = GND / 12 = +24 Vdc max 300 mA)

3.3 - Input wiring

The control panel is supplied with non-jumpered normally closed safety inputs (STOP, FOTO, STPA), add a jumper between the common (COM) and input you do not intend to use.

3.3.1 - 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):

13 14 15 16 17 18 19 20 21 22 23 FCAP COM FOCH APRI COM APCH APED COM STOP FOTO STPA

Fig. 6

Terminal number	Description Input type
14-17-20	COM: Control inputs common (permanent GND)	-
13	FCAP: Opening limit switch Input if the gate opens to the right (P18 = R), closing limit switch input if the gate opens to the left (P18 = L)	Normally closed
15	FCCH: Closing limit switch Input if the gate opens to the right (P18 = R), opening limit switch input if the gate opens to the left (P18 = L)	Normally closed
16	OPEN: Opening-only button input, dedicated for timer or detector for magnetic induction coils	Normally open
18	APCH: Sequential control input, to govern the complete travel of the gate	Normally open
19	APED: Sequential control input, to govern the pedestrian travel of the gate	Normally open
21	STOP: Input for stopping the gate	Normally closed
22	PHOTO: Photocell input, active during gate closing	Normally closed
23	STPA: Input for edges or internal photocell, active during gate closing and opening	Normally closed

RS10

3.4 - Connecting control buttons and key switch

normally open contacts (the APCH or aped LEDs come on when the selector or the buttons connected in parallel are operated) the APCH input controls opening or closing the gate completely, the APED input controls partial gate opening or closing:

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 COM APCH APED Pulsante comando APCH Pulsante comando APED COM N.O. N.C. N.C. COM N.O.

Fig. 7

3.5 - Connection of timer or detector with magnetic induction

with normally open contact (the open LED comes on when the timer or magnetic induction detector are operated) the OPEN input commands full opening of the gate, until the contact is closed, the gate opens and remains in the open position, the APCH, APED commands and saved remote controls are not active until the contact is reset from closed to open, after the automatic closing time set with the PAUSE trimmer, the gate closes, this input is used to open and hold open the gate at the times of greatest influx:

13 14 15 16 17 18 19 20 21 22 23 APRI COM TIMER

Fig. 8

3.6 - Connecting photocells

Normally closed contact (when the photocells are not engaged the PHOTO LED must be on), when this input trips during closing it reverses the movement, 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 CN2"] -->|+ -| B["RX1"]
    A -->|- | C["RX2"]
    A -->|COM| D["TX1TX2"]
    A -->|FOTO| E["FOTO"]
    B --> F["+ - C N CAN"]
    C --> G["+ - C N C N A"]
    D --> H["+ -"]
    E --> I["+ -"]

Fig. 9

RS10

3.7 - Sensitive edge connection

Programmable input (with edge or photocell not engaged the STPA LED must be ON). if this input trips during opening it immediately reverses the movement for 1.5 seconds and then stops the gate, while during closure it reverses the movement until fully open, see the parameter P06 to select the type of edge. If not used, jumper between COM. and STPA and set the parameter P06 OFF.

Switch edge connection Relative sensitive edge connection

13 14 15 16 17 18 19 20 21 22 23 COM STPA

STPA input as edge with electromechanical switch, set parameter P06 OFF.

13 14 15 16 17 18 19 20 21 22 23 COM STPA 8,2 KΩ

STPA input as resistive edge at 8.2Kohm, set parameter P06 ON

Fig. 10

3.8 - Electrical connection with photo-test function active:

with parameter P08 on 1, the control unit governs the operation of the photocells connected on the PHOTO input, with parameter P08 on 2 the control unit governs the operation of the photocells connected on the STPA input, with parameter P08 on 3 the control unit governs the operation of the photocells connected on the PHOTO and STPA inputs. Figure 10 shows an example of a connection with photo-test on only for the PHOTO input.

graph TD
    A["CN1 CN2"] -->|9 10 11 12| B["COM"]
    A -->|-| C["FOTO"]
    A -->|+| D["STPA"]
    E["2CAN"] --> A
    F["RX1"] --> G["COM"]
    F --> H["FOTO"]
    F --> I["STPA"]
    J["RX2"] --> K["COM"]
    J --> L["FOTO"]
    J --> M["STPA"]
    N["TX1TX2"] --> O["COM"]
    N --> P["FOTO"]
    N --> Q["STPA"]
    R["+"] --> F
    S["-"] --> F
    T["+"] --> F
    U["-"] --> F
    V["+"] --> W["FOTO"]
    X["+"] --> Y["STPA"]

3.9 - 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:

13 14 15 16 17 18 19 20 21 22 23 COM STOP

Normally closed button
Fig. 12

RS10

3.10 - Connecting the aerial:

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

Pure electrical circuit lines without any symbols

Fig. 13

4 - Description of the LEDS in the circuit

Abbreviation Colour LED status Terminal status
OPEN Red		Off APRI input (terminal 16) not engaged
		On APRI input (terminal 16) engaged
APCH Red		Off APCH input (terminal 18) not engaged
		On APCH input (terminal 18) engaged
APED Red		Off APED input (terminal 19) not engaged
		On APED input (terminal 19) engaged
STOP Green		Off STOP input (terminal 21) engaged
		On STOP input (terminal 21) not engaged, if not used then jumper between COM and STOP terminals
PHOTO Green		Off PHOTO input (terminal 22) engaged (photocell beam interrupted)
		On
		PHOTO input (terminal 22) not engaged, if not used then jumper between COM and PHOTO terminals
STPA Green		Off STPA input (terminal 23) engaged (sensitive edge pressed)
		On
		STPA input (terminal 23) not engaged, if not used then jumper between COM and PHOTO terminals
FCAP Green		Off
		FCAP input (terminal 13) engaged. The gate is in the position of:Opening limit switch if parameter P18 = R (opening to right)Closing limit switch if parameter P18 = L (opening to left)
		On FCAP input (terminal 13) not engaged.
FCCH Green		Off
		FCCH input (terminal 15) engaged. The gate is in the position of:Closing limit switch if parameter P18 = R (opening to right)Opening limit switch if parameter P18 = L (opening to left)
		On FCAP input (terminal 15) not engaged.
DL1 Red Fast blink Flashes quickly if one of the inputs is engaged

5 - Description of the buttons in the circuit

Abbreviation	Description
AP/CH	Controls opening and closing the gate
ESC Exit or go	back to the lower level of the menu
▲ UP	Increases the displayed value by one unit or scrolling on the same menu level
▼ DOWN	Decreases the displayed value by one unit or scrolling on the same menu level
OK	Confirms the value or moves to the top level of the menu

Preliminary check:

After powering up the control unit, the display shows the name of the control unit RS10, the firmware version Fxxx and then switches off. Check the diagnostic LEDs of the inputs, the STOP, PHOTO, STPA, FCAP and FCCH LEDs must be on (if the limit switches are not engaged).

RS10

FOR OPERATION WITH A MAINS FREQUENCY OF 60 HZ FOLLOW THE INSTRUCTIONS:

• disconnect the power supply to the control unit
• press the UP and DOWN buttons simultaneously

- power up while keeping the buttons pressed until the display shows 60 H

To return the control unit to operate at 50 Hz repeat the procedure, the display will show 50 H.

6 - Full description of the programming menu

The programming menu is divided into 3 levels: first the main level, second the parameters level and third the values level

Main menu:

Display Message Description

LRNE Learning travel with quick programming (see section 7)

RAD Remote control management

LRN Learning travel with custom programming

PAR Used to modify all the parameters of the control panel

DEF Used to return to the default values of the parameters menu

CNT Used to view the manoeuvres carried out

PASS Used to enter a 4-digit password

After selecting the desired item from the main menu by pressing the UP or DOWN button, confirm by pressing OK.

6.1 - LRNE: quick procedure for programming gate travel

N.B.: Before you start programming, check parameter 18 (opening direction)

If the gate opens to the right, set parameter 18 (opening direction) to R.

If the gate opens to the left, set parameter 18 (opening direction) to L

APERUNRA Parameter 18 on R APERUNRA Parameter 18 on L

RS10

1 2 3 4 5 6 Lr nE APCH oPn CLS End

Even with the gate not closed, after entering programming mode by pressing UP, OK, and AP/CH, the gate starts opening until the limit switch is engaged. After 2 seconds the gate starts closing at cycle speed, slows down and continues until the closing limit switch is engaged. The control panel saves the gate travel (the deceleration speed and distance are set as by default).

6.2 - RAD: remote control management menu is divided into 4 parameters

graph TD
    A["1 CH"] --> B["Pressing 1 time up"]
    C["1 CH"] --> D["Pressing 2 times up"]
    E["2 CH"] --> F["Pressing 3 times up"]
    G["3 CR L"] --> H["Pressing 3 times up"]
    I["1001"] --> J["Output meters"]
    K["1001"] --> L["Output meters"]

RS10

Display Message Description Display message after activating the remote control
1 CH	Used to save the remote control button corresponding to the input APCH	(memory location occupied by the remote control just saved)
2 CH	Used to save the remote control button corresponding to the input PED or output 2CAN	(memory location occupied by the remote control just saved)
CTRL	Pressing the button on the remote control lets you compare and see the memory location where it has been saved.	First character of the display:- channel associated with the saved remote control button (1 or 2)Last three characters of the display:- memory location occupied by the remote control just saved
ERAS	Used to delete a remote control in the memory list or all the remote controls in the memory.	1. Press OK until ALL appears on the display. Release OK To delete all the remote controls:- press and hold OK until oooo appears on the displayTo delete a single remote control:- scroll with the UP or DOWN buttons until the memory location occupied by the remote control which you want to delete, press and hold OK until the display shows oooo (deleting a remote control from the memory position clears the associations of both the first and the second channel)

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.

Note: It is advisable to fill in the final table indicating the number of the memory cell (it is displayed while saving the remote control) in the user name, this enables deleting a remote control should it get lost.

6.3 - LRN: Learning travel with custom programming lets you define the points for starting deceleration when both opening and closing

N.B.: Before you start programming, check parameter 18 (opening direction)

If the gate opens to the right, set parameter 18 (opening direction) to R.

If the gate opens to the left, set parameter 18 (opening direction) to L

RS10

• even with the gate not closed, press the OK button to enter advanced travel programming mode, the display will indicate APCH
• press and release the AP/CH button, the gate closes if it is not in the closed position; once it reaches the closing limit switch (closing limit switch engaged, FCCH LED off), the display indicates the OPN message and the gate opens
• press and release the AP/CH button to determine the starting point of deceleration on opening
• the gate continues slowing down until the opening limit switch trips (the FCAP LED goes out), the display indicates the CLS message and the gate starts to close
• press and release the AP/CH button to determine the starting point of deceleration on closing
• the gate continues slowing down until the closing limit switch trips (the FCCH LED goes out)
• the display indicates the PED message and the gate opens
• press and release the AP/CH button to determine the pedestrian opening distance
• the gate continues until the closing limit switch trips (the FCCH LED goes out) the display reads END, the travel has been saved correctly.

6.4 - PAR: Used to modify all the parameters of the control unit, press the OK button to display the list of parameters, the display will show P01 (parameter number 1), the UP or DOWN button lets you scroll through the list of parameters (see parameter table).

graph TD
    A["POI"] --> B["ESO"]
    A --> C["OK"]
    A --> D["AP/CH"]
    B --> E["Down Arrow"]
    C --> E
    D --> E

Press the pushbutton until the parameter to change

Parameter table

Parameter number	Description Settable values		Default value	Modified value
P01 Enables automatic closing ON/OFF OFF
P02 Sets the automatic closing time 2-600 seconds		60 seconds
P03 APCH input operation		1= when opening, APCH input not active (condo)2 = APCH as sequential (open, stop, close, open)3 = APCH as sequential (open, close, open...)4 = APCH commands only opening, APED commands only closing	1
P04 Pre-flash		OFF= pre-flash offON= pre-flash on (flashing output activated for 3 seconds before the movement of the gate)	ON
P05 Instant closure		ON= with the gate opening or open on disengaging the PHOTO input (terminal 22) the gate closes 3 sec. after completing openingOFF= normal operation	OFF
P06 Logic of the STPA input		0= microswitch sensitive edge (the operation of this input immediately reverses the movement for 1.5 seconds and then stops the gate1= resistive sensitive edge (balanced with 8.2Kohm resistance), the operation of this input immediately reverses the movement for 1.5 seconds and then stops the gate2= photocell as internal protection (if engaged it stops the gate, until it is disengaged, then it continues opening)	0
P07 AUX output operating mode		OFF = flashes slowly during gate opening and is on steady when the gate is open and stationary, flashes rapidly during closing and is off when the gate is closed and stationaryON = flashes while the gate is moving and is off when the gate is stationary	OFF
P08	Enables checking the safety inputs	0 = input check off1= check only on PHOTO input2= check only on STPA input3 = check on PHOTO and STPA inputs	0

RS10

P09 Slowdown	distance when closing	From 0 to 100%0%= no slowdown when closing100%= slowdown for the whole closing distance	30%
P10	Slowdown distance when opening	From 100 to 0%100%= no slowdown when opening0%= slowdown for the whole opening distance	70%
P13 Opening deceleration speed		From 0 to 100%0%= minimum slowdown speed100%= maximum slowdown speed	45%
P14 Closing deceleration speed		From 0 to 100%0%= minimum slowdown speed100%= maximum slowdown speed	45%
P15 Motor force		From 0 to 100%0%= minimum force100%= maximum force	50%
P16	Force on obstacle detection(parameter can only be used with encoder)	From 0 to 100%0%= minimum force (maximum obstacle sensitivity)100%= maximum force (minimum obstacle sensitivity)	50%
P17 Braking		From 0 to 250= minimum braking force25= maximum braking force	5%
P18 Gate opening direction		L= gate opening to the leftR= gate opening to the right	L
P20	Selects the operation of the second radio channel	2CAN= activates the 2CH outputPEDO = controls pedestrian opening while the 2CAN output functions as a courtesy light timed at 60 seconds	PEDO
P21 Channel 2	output activation time From 1 to 60 seconds 1 sec.
P22	Pedestrian opening distance	From 0 to 100% of total gate travel	50%
P24 Break-out	on starting	OFF= gate starts with the force regulated with parameter P15ON= gate starts for 1 second at maximum power to then return to the force regulated with parameter P15	ON
P25	Manned, APCH controls opening by keeping the button pressed,PED controls closing by keeping the button pressed	OFF: function disabledON: function active if the safety devices are open (PHOTO and STPA)gate starting is delayed by 3 seconds from actuating the button	OFF

6.5 - DEF: Used to take the control unit to the default parameters, press and release the OK button until the display shows 4 dots to confirm the operation.

6.6 - CNT: used to view the number of openings followed by the gearmotor, the first counter A displays the number of absolute operations, the second counter P displays the operations performed after a reset controlled by the installer. This is shown in the following example:

Pressing the UP button 6 times displays CNT (counter)

Press the OK button, the display shows the letter A (absolute counter cannot be reset) the number that follows should be multiplied by 10000

Press the UP button, the display shows the number to be added to get the total openings performed by the motor: absolute number =

(000*10000)+(7000)=7000

Press the UP button, the display shows the letter P (partial counter can be reset) the number that follows should be multiplied by 1000

Press the UP button, the display shows the number to be added to get the openings after resetting the partial counter: partial number =

(000*10000)+(1000)= 1000, this means that it was reset on 6000 openings. To reset the partial counter, press and hold the OK button for at least 5 seconds until the display shows 0000 to confirm the operation.

RS10

6.7 - PASSWORD: it is possible to enable a password on 3 levels, with level 1 the password is required to enter the PAR, DEF, LRNE and LRN menu, with level 2 the password is required to enter the RAD menu, with level 3 the password is required to enter all the menu items (LRNE, LRN, DEF, RAD, CNT, PAR, ERR).

N.B.: If you forget the password, you need to call the support centre

Example of entering password 4-3-2-1 at the second level:

PASS SET PASS 4/3/20 4/3/21 conF 4/3/20 4/3/21 good

A password is required every time you try to access the main menu (on pressing the Up or Down button the display will show PASS, you need to enter the password to display the main menu).

If a password of level 1 or 2 is entered, when you select the protected menu item you will be prompted for the password, enter the password and confirm with OK, if you exit the menu you will be prompted for the password.

If the password is incorrect the display will show NO.

7 - Error messages

Message Description

F02 Detected an obstacle during the opening movement

F03 Detected an obstacle during the closing movement

F04 PHOTO input contact open

F06 STPA input contact open

F09 Maximum opening or closing time elapsed

F11 PHOTO input test failed

F12 STPA input test failed

8 - Troubleshooting

Problem Cause Solution
Automation does not work No mains supply	Blown fusesControl and safety inputs not working	Check the power line switchReplace the fuses with others of the same valueCheck the diagnosis LEDs (STOP, STPA and PHOTO must be on)
You cannot save the remote controls Batteries of the remote control discharged	Remote control not compatible with the first one savedReached memory saturation	Replace the batteriesThe first saved remote control configures the control unit to save only rolling-code remote controls or only dip-switch remote controlsDelete at least one remote control or add an external receiver (maximum capacity 128 remote controls)
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	Low acceleration on startingEncoder not detected	Increase parameter 15 and 16 (motor force and force on obstacle) and set parameter 24 On (break-out on starting)Check the encoder connector is properly inserted or if there is no encoder insert the jumper in connector CN6 (the control unit is configured to operate with or without the encoder when programming the travel)
During slowdown, the gate stops and reverses	Slowdown speed too low Increase parameter	13 and 14 (slowdown speed on opening and closing)
The gate stops a few centimetres after the limit switch has tripped	High inertia Increase the value of parameter	17 (braking power)

EC DECLARATION OF CONFORMITY

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

No.: ZDT00438.00

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

RS09, RS10, RS11, RS15

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

LV Directive 2006/95/EC: EN 60335-2-103 (2003) + A11 (2009)

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

EN 61000-6-2 (2005), EN 61000-6-4 (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 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 requested from Elvox SpA.

RS10

Index Page

Pure electrical circuit lines without any symbols

Fig. 13

P25 ESC OK AP/CH

x5 AP/CH EBC d EF EBC OK AP/CH 0 0 0 0 EBC OK AP/CH

DÉCLARATION DE CONFORMITÉ

Two electronic components: a green device labeled CN6 and a black-and-white photo of a clip or holder (no text or symbols on the devices themselves)

Fig. 3

Pure electrical circuit lines without any symbols

Fig. 13

1 2 3 4 5 6 LrnE APCH oPn CLS End ESC OK ESC OK ESC OK AP/CH AP/CH AP/CH AP/CH

EBC APVCH x5 dEF EBC OK APVCH 0000 EBC OK APVCH

Pure electrical circuit lines without any symbols

Pure electrical circuit lines without any symbols

Eik. 13

E&P KATNRA →

BAPKATNRA