ELVOX EK03.EXP - Home Automation Vimar - Free user manual and instructions

Brand	Vimar
Model	ELVOX EK03.EXP
Product type	Sliding gate control board
Power supply	230 V AC 50 Hz / 120 V AC 50-60 Hz
Maximum motor power	800 W
Duty cycle	30%
Operating temperature	-10 °C to +55 °C
Built-in receiver	433 MHz, capacity 250 remote controls (fixed or rolling code)
Accessory power supply	24 V DC, 300 mA max
Flashing light output	230/120 V AC, 25 W max
Gate open indicator output	24 V DC, 2 W max
Safety inputs	P.IN, STOP, SCL, SOP (normally closed)
Command inputs	SEQ (sequential), PED (pedestrian)
Limit switch inputs	LSC (left), LSO (right) (NC)
Programmable functions	Torque, braking, slowdown, automatic closing, soft start, pre-flashing
Protection	Fuse F5 A (230 V) / F6.3 A (120 V)
Usage type	Residential and condominiums
Protection rating	IP20 (estimated)
Housing material	ABS plastic
Dimensions (approx.)	200 x 150 x 80 mm
Weight (approx.)	500 g
Safety	Installation by qualified technician; disconnect before maintenance; use original parts
Spare parts and repairability	Use exclusively original Vimar spare parts
Maintenance and cleaning	Disconnect power supply before cleaning; do not use solvents
General information	Manual available in several languages; EU declaration of conformity at www.vimar.com

Frequently Asked Questions - ELVOX EK03.EXP Vimar

How to program a remote control for sequential opening?

Press the button P2 until the LED DL.S flashes (1st frequency). Release, then activate the remote control key within 10 seconds. The flashing light confirms learning.

How to adjust the gate travel?

Make sure the gate is closed. Press the button P1 until the LED DL.S flashes. Then follow the programming steps described in the manual. The LED DL.S turns off at the end.

What to do if the gate does not move after power on?

Check the mains power supply and fuses (F5A for 230V, F6.3A for 120V). Make sure the LEDs DL1, DL3, DL5, DL6 are on (safety inputs bridged). If the safety test fails (simultaneous flashing), check the safety devices.

How to connect photoelectric cells?

Respect polarity (+/-) for the power supply. The SCL and P.IN contacts are normally closed. Use terminals +AS and -AS for power. If not used, bridge between COM and the corresponding inputs.

How to adjust the slowdown speed?

Turn the trimmer TR4-SL counterclockwise to reduce the speed (from 30% to 80%). Turned fully clockwise, the slowdown is disabled.

How to enable automatic closing?

Set the DSW1 Dip-switch 1 to ON. Adjust the pause time with the trimmer TR1-DELAY (1 to 140 seconds).

How to delete all stored remote controls?

Cut the power to the control unit. Reconnect while holding down the button P2. Wait until the LED DL.S stops flashing. All remote controls are deleted.

How to test the safety devices (phototest)?

Set the DSW1 Dip-switch 8 to ON to enable the phototest on the P.OUT output. Wire the photoelectric cells with safety test. The activation of the safety devices will be checked automatically at the start of movement.

How to reverse the gate opening direction?

Set the DSW1 Dip-switch 7: OFF for right opening, ON for left opening. Disconnect then reconnect the control unit to apply the change.

How to diagnose a fault using the LEDs?

Check the diagnostic LEDs: DL1 (P.IN), DL3 (STOP), DL5 (SCL), DL6 (SOP) must be on in normal condition. The flashes of DL.S indicate specific errors (e.g., 2 flashes = triac fault, 3 = encoder fault, etc.). Consult the manual for the meaning.

USER MANUAL ELVOX EK03.EXP Vimar

Electronic circuit board with integrated components and connectors (no visible text or symbols)

SL230.T - SL230.T.120

230/120 VAC DIP control board for sliding gates

Technical line drawing of an electrical contactor or transformer assembly (no text or symbols visible)

CN1 7 P.IN 1 DL1 SEQ 2 DL2 STOP 3 DL3 PED 4 DL4 SCL 5 DL5 SOP 6 DL6 LSC 7 DL7 LSO 8 DL8 COM 9 01 +AS -AS 112 +P.OUT 13 +WL M1 1 4 2 M2 FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL TR1TR2TR3 PROG DL.S TR4 DSW1 ON TR5 DSW2 ON P1P2 ANT GND 23 22 CN2 3 5 8 6 9 F2=F5A ELVOX SL230.T

Legenda:

1. Product characteristics .... 14
2. Technical data....15
3. Preparing the wiring....15
4. Electrical connections 15
5. Control unit description....16
6. Electrical wiring....17
7. Description of the LEDs in the circuit....22
8. Buttons in the circuit 22
9. Preliminary check 22
10. Programming and deleting the remote control....22
11. Programming 23
12. Testing the automatic gate system 24
13. Trimmer for adjustments....24
14. Dip switch functions 25
15. Troubleshooting 25
    Declaration of conformity....25

The following safety information is an integral and essential part of the product and must be supplied to the user.

Read it carefully as it provides important guidelines regarding installation, use and maintenance. Always store this module carefully and transfer it to any subsequent users of the system. Incorrect installation or improper use of the product may constitute a serious hazard.

IMPORTANT - SAFETY INFORMATION

Installation must be performed by professionally qualified personnel in observance of current national and European legislation.

After removing the packaging check the condition of the device. If in doubt, consult a qualified technician.

Packaging materials (carton, plastic bags, staples, polystyrene, etc.) must be disposed of in suitable containers and must not be dispersed into the environment. Above all they must be kept out of the reach of children.

The installation, electrical connections and settings must be executed in accordance with sound engineering practice. Make certain that the data on the data plate conform with the mains electrical supply data and make certain that the section of the connection cables is suitable for the loads applied. Do not install the product in environments where there is a risk of explosion or which are disturbed by electromagnetic fields. The presence of flammable gases or fumes constitutes a serious hazard.

Equip the mains supply with an overvoltage protection device, a 1-way switch/disconnector and/or an RCD suited for the product and in conformity with the standards in force.

Clearly indicate with an appropriate sign on the gate, rolling door, window or barrier that they are remotely operated.

VIMAR s.p.a. denies all liability for damage incurred when devices and/or components are used that are incompatible in terms of product integrity, safety and operation.

This equipment must be used exclusively as specified in design; any other use is to be considered improper and therefore hazardous. Always disconnect the equipment from the power supply by means of the main switch or by removing the plug before performing maintenance or cleaning. Use exclusively genuine spare parts for repairs and replacements.

The installer must provide all information regarding operation, maintenance and use of the single parts and the system as a whole.

1. Product characteristics.

Control unit for governing 230/120 VAC sliding gate gear motors with 800W max power, equipped with inputs for limit switch, encoder (used for obstacle detection and speed control) and integrated 433 Mhz receiver.

The control unit is:

• designed to customise the space and speed of deceleration in both opening and closing phases.
• equipped with an obstacle detection system (if there is an encoder circuit)
• designed for input diagnostics via LED
• fitted with an integrated receiver with capacity for 250 remote control codes (hard coded or rolling code)

2. Technical data.

Control panel SL230.T / SL230.T.120
Power supply 230 VAC 50 Hz - 120 VAC 50/60 Hz
Type of use Residential and apartment blocks
Frequency of use 30%
Operating temperature -10°C / +55°C
Accessories power supply 24 V DC - 300 mA max
Flashing light output 230/120 VAC - 25 W max
Gate open warning light output 24 VDC 2W max
Protection fuse for 230VAC line Quick-acting fuse F5 A
Protection fuse for 120VAC line Quick-acting fuse F6.3 A

3. Preparing the wiring.

4x0,5 mm² 3x1,5 mm² (230/120 VAC) 4x0,5 mm² 2x0,5 mm² 3x0,5 mm² 2x1 mm² 3x0,5 mm² 2x0,5 mm² A B C D E F G D E

Key:

A - Sliding actuator
B - Rack
C - External photocell
D - Internal photocell
E - Photocell column
F - Flashing lamp
G - Keyswitch

4. Electrical connections.

Draw out the power supply cable for a length of approx. 20 cm. Strip the earth wire conductor.

Crimp the free eyelet screwed to the earth connection socket on the gear motor casting (Ref. A in the figure); for easier crimping you can also remove the eyelet from the socket making sure you reconnect the pre-wired earth between the control unit and the gear motor correctly.

Strip the live and neutral wires and connect them to the control unit as indicated in the manual.

Technical line drawing of an electrical contactor or transformer housing (no text or symbols visible)

5. Control unit description.

Control unit for governing gear motors for sliding gates at 230/120 VAC equipped with inputs for built-in receiver limit switch. The control unit is:

• designed to customise the space and speed of deceleration in both opening and closing phases.
• equipped with an obstacle detection system (if there is an encoder circuit)
• designed for input diagnostics via LED
• fitted with an integrated receiver with capacity for 250 remote control codes (hard coded or rolling code)

CN1 7 P.IN 1 DL1 SEQ 2 DL2 STOP 3 DL3 PED 4 DL4 SCL 5 DL5 SOP 6 DL6 LSC 7 DL7 LSO 8 DL8 COM 9 01 +AS -AS 112 +P.OUT 13 +WL M1 1 4 2 M2 FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL TR1TR2TR3 PROG DL.S TR4 DSW1 ON TR5 DSW2 ON P1P2 ANT GND 23 22 CN2 ③ ⑤ ⑧ ⑥ ⑨ F2=F5A ELVOX SL230.T

Key:

1. Removable terminal for 24 VDC outputs, for safety devices and control inputs
2. Removable terminal for the power supply line, flashing lamp and 230 VAC electric motor
3. Fixed antenna terminal
4. LED for input diagnostics
5. LED for programming diagnostics
6. Push buttons for programming the travel and remote controls
7. Trimmer for adjustments
8. Dip switch for programming functions
9. Protection fuse for the motor output, transformer and flashing lamp (230V F5A quick-acting, 120V F6.3 A quick-acting)
10. Encoder Connector (only for motor models with Encoder)

CAUTION:

Secure the cables on the actuator with cable ties, to avoid them becoming loose and creating hazardous situations. In addition, secure the cables of the M2 power terminal block with cable ties separately from the cables of the M1 signal terminal block.

6. Electrical wiring.

Description of terminals:

Terminal block M1
Terminal number Board marking Description
1	P.IN	Input (N.C.) for opening and closing safety devices (momentary stop)
2 SEQ Push button (N.O.) for opening and closing (sequential or start)
3 STOP Push button (N.C.) for stop
4 PED Push button (N.O.) for pedestrian opening
5 SCL Input (N.C.) for closing safety devices (reopening)
6	SOP	Programmable input for non resistive (N.C.) or resistive 8K2 sensitive edge
7	LSC	Input (N.C.) for left limit switch (activated with right-hand cam)
8	LSO	Input (N.C.) for right limit switch (activated with left-hand cam)
9 COM Common inputs and indicator light (negative)
10	+AS	Positive for 24 VDC accessories power supply
11 -AS	Negative for 24 VDC accessories power supply
12	+P.OUT	24VDC positive programmable output for safety test or 2^nd radio channel
13	+WL Positive for indicator light 24V, 2W max
Terminal block M2
14	MOP Motor opening direction output
15 MCL Motor closing direction output
16	MCOM	Common motor winding output
17	FL	Flashing lamp 230/120 V 50 Hz 25 W max (NEUTRAL)
18	FL	Flashing lamp 230/120 V 50 Hz 25 W max (PHASE)
19	N	Input for 230/120 V 50 Hz line (NEUTRAL)
20	L	Input for 230/120 V 50 Hz line (PHASE)
21		Input for earth connection
The sum of the absorptions of the 24VDC accessories must not exceed 300 mA

Wiring for power supply line, flashing lamp and electric motor:

P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 +P.OUT 12 +WL 13 M1 RIGHT LIMIT SWITCH N.C. M2 14 15 16 17 18 19 20 21 MOP MCL MCOM FL FL N L OPENING CLOSING COMMON MOTOR NEUTRAL FLASHING PHASE FLASHING NEUTRAL PE Capacitor 230 VAC EARTH 250V/120 VAC LIMIT SWITCH M LSO COMMON LSC

Input wiring.

The control unit is supplied with non-jumpered normally closed safety inputs (P.IN, STOP, SCL, SOP).

Add a jumper between the common (COM) and the input you do not intend to use. LEDs DL1 DL3 DL5 and DL6 must be on.

OPENING AND CLOSING SAFETY DEVICE N.C. SEQUENTIAL/START N.O. STOP N.C. PEDESTRIAN N.O. SAFETY DEVICES WHEN CLOSING N.C. LEFT LIMIT SWITCH N.C. RIGHT LIMIT SWITCH N.C. COMMON (NEGATIVE) +24VDC ACCESSORIES -24VDC ACCESSORIES +24VDC 2nd RADIO CHANNEL PULSE +24VDC LIGHT 2W MAX P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 +P.OUT 12 +WL 13 DSW2 DIP 1 OFF DSW1 DIP 8 OFF M1

OPENING/CLOSING SAFETY DEVICE N.C. SEQUENTIAL/START N.O. STOP N.C. PEDESTRIAN N.O. SAFETY DEVICES WHEN CLOSING N.C. SENSITIVE EDGE SAFETY 8K2S LEFT LIMIT SWITCH N.C. RIGHT LIMIT SWITCH N.C. COMMON (NEGATIVE) +24VDC ACCESSORIES -24VDC ACCESSORIES +24VDC SAFETY TEST +24VDC LIGHT 2W MAX P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SENSITIVE EDGE SAFETY N.C. SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 +P.OUT 12 +WL 13 DSW1 DIP 8 ON M1

Connecting control push buttons and keyswitch.

The contacts are normally open. Input SEQ (LED DL2) controls the opening or complete closing of the gate. Input PED (LED DL4) controls the opening or partial closing of the gate. LEDs DL2 or DL4 and LED DL.S light up when the keyswitch or push buttons connected in parallel are operated.

Button controlling SEQ Button controlling PED COM N.O. N.C. N.C. N.O. P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 + P.OUT 12 +WL 13 M1

Connecting a timer or magnetic induction detector.

The contact is normally open. With DSW1 Dip switch 1 ON (automatic closing active) and DSW1 Dip switch 4 ON (collective function active), you can connect a timer or a magnetic induction detector. Normally open input P.SEQ, if closed, operates the complete opening of the gate for as long as the contact remains closed. The gate opens and remains open. Controls SEQ, PED and the remote controls stored are not active until the contact is reopened. This input is used to open the gate and keep it open at the busiest hours. LED DL2 lights up and LED DL.S flashes when the timer or the magnetic induction detector are operated.

TIMER P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 + P.OUT 12 +WL 13 M1

Connecting photocells.

Observe the correct polarity for the photocell power supply. Contacts SCL and P.IN are normally closed.

The triggering of input SCL, during gate closing, inverts motion. If not used, jumper between COM and SCL. With the photocells not engaged, LED DL5 must be on.

The triggering of input P.IN, during gate closing, blocks motion until the photocells remain engaged; upon their disengagement, motion is inverted into an opening of the gate. The triggering of input P.IN, during gate opening, blocks motion until the photocells remain engaged; upon their disengagement, gate opening resumes. If not used, jumper between COM and P.IN. With the photocells not engaged, LED DL1 must be on.

graph TD
    A["Internal photocell"] --> B["RX1"]
    C["External photocell"] --> D["RX2"]
    E["Internal photocell"] --> F["TX1"]
    G["External photocell"] --> H["TX2"]
    B --> I["+ - C NC NA"]
    D --> J["+ - C NC NA"]
    F --> K["+ -"]
    H --> L["+ -"]
    I --> M["M1"]
    J --> M
    K --> M
    L --> M
    M --> N["P.IN 1"]
    M --> O["SEQ 2"]
    M --> P["STOP 3"]
    M --> Q["PED 4"]
    M --> R["SCL 5"]
    M --> S["SOP 6"]
    M --> T["LSC 7"]
    M --> U["LSO 8"]
    M --> V["COM 9"]
    M --> W["+AS 10"]
    M --> X["-AS 11"]
    M --> Y["P.OUT 12"]
    M --> Z["+WL 13"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style D fill:#ccf,stroke:#333
    style F fill:#ccf,stroke:#333
    style H fill:#ccf,stroke:#333
    style K fill:#ccf,stroke:#333
    style L fill:#ccf,stroke:#333
    style J fill:#ccf,stroke:#333
    style K fill:#ccf,stroke:#333
    style L fill:#ccf,stroke:#333
    style M fill:#ccf,stroke:#333
    style N fill:#cfc,stroke:#333
    style O fill:#cfc,stroke:#333
    style P fill:#cfc,stroke:#333
    style Q fill:#cfc,stroke:#333
    style R fill:#cfc,stroke:#333
    style S fill:#cfc,stroke:#333
    style T fill:#cfc,stroke:#333
    style U fill:#cfc,stroke:#333
    style V fill:#cfc,stroke:#333
    style W fill:#cfc,stroke:#333
    style X fill:#cfc,stroke:#333
    style Y fill:#cfc,stroke:#333
    style Z fill:#cfc,stroke:#333

Connecting sensitive edge and/or internal photocells.

With DSW2 Dip switch 1 OFF, programmable input SOP is configured as normally closed for the use of a non-resistive sensitive edge N.C. With the sensitive edge not engaged LED DL6 must be on. If not used, jumper between COM and SOP.

With DSW2 Dip switch 1 ON, programmable input SOP is configured for the use of a resistive sensitive edge 8K2. With the sensitive edge not engaged LED DL6 must be on. If not used, set DSW2 Dip switch 1 to OFF and jumper between terminal COM and SOP.

The triggering of input SOP, during closing, inverts and immediately stops motion. After the edge is disengaged, the gate remains still until a new control is given. The triggering of input SOP, during opening, inverts and immediately stops motion. After the edge is disengaged, gate closing motion resumes.

P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 + P.OUT 12 +WL 13 DSW2 DIP 1 OFF Edge with electro- mechanical switch M1

Resistive edge 8.2 kOhm P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 +P.OUT 12 +WL 13 DSW2 DIP 1 ON M1

Electrical connection with Photo-test function active

With DSW1 Dip switch 8 ON, programmable input P.OUT controls the operation of the safety devices.

graph TD
    A["Internal photocell"] --> B["RX1"]
    C["External photocell"] --> D["RX2"]
    E["Internal photocell"] --> F["TX1"]
    G["External photocell"] --> H["TX2"]
    I["Safety device when opening and closing N.C."] --> J["P.IN 1"]
    K["Safety device when closing N.C."] --> L["SEQ 2"]
    M["Safety device when closing N.C."] --> N["STOP 3"]
    O["Safety device when closing N.C."] --> P["PED 4"]
    Q["Safety device when closing N.C."] --> R["SCL 5"]
    S["Safety device when closing N.C."] --> T["SOP 6"]
    U["LSC 7"] --> V["LSC 7"]
    W["LSO 8"] --> X["LSO 8"]
    Y["COM 9"] --> Z["COM 9"]
    AA["+AS 10"] --> AB["+AS 10"]
    AC["-AS 11"] --> AD["-AS 11"]
    AE["+P.OUT 12"] --> AF["+P.OUT 12"]
    AG["+WL 13"] --> AH["+WL 13"]
    AI["Accessories +24VDC"] --> AJ["Accessories -24VDC"]
    AK["Safety test +24VDC"] --> AL["Safety test +24VDC"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style I fill:#ccf,stroke:#333
    style K fill:#ccf,stroke:#333
    style M fill:#ccf,stroke:#333
    style Q fill:#ccf,stroke:#333
    style S fill:#ccf,stroke:#333
    style U fill:#ccf,stroke:#333
    style X fill:#ccf,stroke:#333
    style Y fill:#ccf,stroke:#333
    style Z fill:#ccf,stroke:#333
    style AA fill:#ccf,stroke:#333
    style AB fill:#ccf,stroke:#333
    style AC fill:#ccf,stroke:#333
    style AD fill:#ccf,stroke:#333
    style AE fill:#ccf,stroke:#333
    style AF fill:#ccf,stroke:#333
    style AH fill:#ccf,stroke:#333

Stop push button connection.

Input STOP is normally closed. The opening of the contact causes the gate to stop and the automatic closing time to be suspended. If not used jumper between COM and STOP. With the push button not engaged, LED DL3 must be on.

Stop N.C. Common (negative) P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 + P.OUT 12 +WL 13 M1

N.B.: if there are no photocells, sensitive edges or stop push buttons in the system, inputs P.IN, STOP, SCL, SOP must be jumpered with COM and DSW1 Dip switch 8 DSW2 Dip switch 1 must be set to OFF.

Connecting the Gate Open Warning Light.

GATE OPEN WARNING LIGHT COMMON (NEGATIVE) +24V LIGHT 2W MAX M1 P.IN 1 SEQ 2 STOP 3 PED 4 SCL 5 SOP 6 LSC 7 LSO 8 COM 9 +AS 10 -AS 11 + P.OUT 12 +WL 13

Antenna connection:

a 17 cm rigid wire is supplied, which acts as an antenna and should be wired to terminal ANT.

ANT GND CN2 23 22

7. Description of the LEDs in the circuit.

Abbreviation	Description
DL1 Displays the	status of input P.IN (terminal number 1).If not engaged, the LED remains on.Used for opening and closing safety devices, otherwise jumper between terminal COM and P.IN
DL2 Displays the	status of input SEQ (terminal number 2).If not engaged, the LED remains off.Used to control the sequential opening (opens, stops, closes, stop) or start (opens, closes).
DL3 Displays the	status of input STOP (terminal number 3).If not engaged, the LED remains on.Used to control the gate stopping devices, otherwise jumper between terminal COM and STOP
DL4 Displays the	status of input PED (terminal number 4).If not engaged, the LED remains off.Used to control the partial opening of the gate (pedestrian)
DL5 Displays the	status of input SCL (terminal number 5).If not engaged, the LED remains on.Used for closing safety devices, otherwise jumper between terminal COM and SCL.
DL6 Displays the	status of input SOP (terminal number 6).Using the non resistive sensitive edge with DSW2 Dip switch 1 set to OFF, if not engaged, the LED remains on, otherwise jumper between terminal COM and SOP.Using the 8K2 resistive sensitive edge with DSW2 Dip switch 1 set to ON, if not engaged, the LED remains on, otherwise set DSW2 Dip Switch 1 to OFF and jumper between terminal COM and SOP.
DL7 Displays the	status of input LSC left limit switch (terminal number 7).If not engaged, the LED remains on
DL8 Displays the	status of input LSO right limit switch (terminal number 8).If not engaged, the LED remains on
DL.S Displays the	programming and test status.If not engaged, the LED remains off.

8. Push buttons in the circuit.

Abbreviation	Description
P1 Travel learning push button
P2 Remote controls learning push button

9. Preliminary check.

After powering up the control unit the DL.S LED comes on for a second.

Check the input diagnostics LEDs DL1, DL3, DL5, DL6, DL7 and DL8 are on.

If one of the normally closed contacts or one of the normally open contacts is not in the rest status, the limit switch learning operation cannot be carried out and the DL.S LED flashes quickly to indicate a possible fault.

Should one of the safety inputs P.in, STOP, SCL, SOP not be used, insert a jumper between COM and the input not being used.

10. Programming and deleting the remote control.

The maximum storage capacity is 250 rolling code remote control codes.

Caution: The remote controls can only be saved and deleted when the gate is stationary.

Programming the button of the remote control associated with input SEQ.

1. Press push button P2 and hold it down until LED DL.S (PRG) starts to flash ( 1^st flashing frequency).
2. Release push button P2.
3. Within 10 seconds, activate the remote control button to be learnt and associated with the sequential or start control.
4. Learning procedure completion will be signalled by the flashing of the flashing lamp, followed by the LED DLS that stops flashing.
5. Repeat the process for every remote control to be learnt.

Programming the button of the remote control associated with input PED for use as 2^nd channel when DSW1 Dip switch 8 is ON. Programming the button of the remote control associated with input P.OUT for use as 2^nd channel when DSW1 Dip switch 8 is OFF.

1. Press push button P2 and hold it down. LED DL.S starts to flash ( 1^st flashing frequency).
2. Do not release push button P2 until it flashes faster ( 2^nd flashing frequency).
3. Release push button P2.
4. Within 10 seconds, activate the remote control button to be learnt and associated with the pedestrian control.
5. Learning procedure completion will be signalled by the flashing of the flashing lamp, followed by the LED DL.S that stops flashing.
6. Repeat the process for every remote control to be learnt.

Deleting a single button saved on the remote control.

1. Press push button P2 and hold it down. LED DL.S starts to flash ( 1^st flashing frequency).
2. Do not release push button P2. The flashing becomes faster ( 2^nd flashing sequence).
3. Do not release push button P2 until it flashes faster ( 3^nd flashing frequency).
4. Release push button P2.
5. Within 10 seconds, activate the button of the remote control to be deleted.
6. Deletion procedure completion will be signalled by the flashing of the flashing lamp, followed by the LED DL.S that stops flashing.

Deleting all the saved remote controls.

1. Disconnect the power supply to the control unit.
2. Reconnect the power supply to the control unit by holding down push button P2.
3. Wait for the DL.S LED to stop flashing.
4. At the end of this procedure, all the remote controls in memory are deleted.

11. Programming.

Before you begin programming, we recommend you save at least one remote control associated with input SEQ.

Manual tuning procedure to position the gate.

In order to perform the gate positioning manoeuvres before you begin any learning or checks, there is a function designed to move the motor, both opening and closing, in dead-man mode.

To enter this mode, press both push buttons P1 and P2 simultaneously, then LED DL.S lights up permanently to indicate dead-man tuning mode.

Release the buttons.

Push button P1 now controls opening while push button P2 controls closing, or vice-versa depending on the position of DSW1 Dip switch7.

Simply hold down one of the two push buttons to move the gate.

Exit dead-man mode by pressing both push buttons P1 and P2 simultaneously.

Selecting the direction of opening.

The control unit is equipped with dip switches to select the direction of gate opening.

If the gate opens towards the right, set DSW1 Dip switch 7 to OFF and switch off the power supply to the control unit and then back on again.

OPENING

If the gate opens towards the left, set DSW1 Dip switch 7 to ON and switch off the power supply to the control unit and then back on again.

OPENING

Procedure for gate travel programming:

1. Begin the procedure with the gate closed.
2. Press push button P1 and hold it down until LED DL.S starts to flash.
3. Release push button P1.
4. Follow the programming phases shown in the figure.
5. Programming ends when LED DL.S stops flashing.

Simple diagram of a rectangular container with a labeled mass 'M' and an arrow indicating direction (no text or symbols beyond the label)

1st START
CAUTION!
START WITH THE GATE CLOSED. THE FIRST START STARTS THE LEARNING BY MOVING THE MOTOR IN OPENING.

1 DECEL.ZONE

Simple diagram of a rectangular container with a labeled 'M' and an arrow pointing downward (no text or symbols beyond the label)

2nd START
THE SECOND START SETS THE STARTING POINT OF OPENING DECELERATION.

Simple line drawing of a rectangular device with a labeled base (M) and an arrow pointing to it, no text or symbols present.

ONCE IT REACHES THE OPENING LIMIT SWITCH, THE GATE RESUMES CLOSING.

DECEL.ZONE M

3rd START
THE THIRD START SETS THE STARTING POINT OF CLOSING DECELERATION.

Simple diagram of a rectangular device with a labeled component 'M' and an arrow pointing upward (no text or symbols beyond the label)

ONCE IT REACHES THE CLOSING LIMIT SWITCH, THE GATE RESUMES OPENING.

Simple diagram of a rectangular container with a labeled mass 'M' and an arrow pointing downward (no text or symbols beyond the label)

4th START
THE FOURTH START SETS THE PARTIAL OPENING POINT (PEDESTRIAN)

Simple diagram of a rectangular container with a downward arrow and a labeled mass 'M' (no text or symbols beyond the label)

ONCE PARTIAL OPENING IS FIXED, THE GATE RESUMES CLOSING.
COMPLETE CLOSING AND THE DL.S LED TURNING OFF INDICATE THE END OF PROGRAMMING

If the gate movement turns out to be reversed, check the DSW1 dip switch 7, do not change the wiring of either the limit switch or the electric motor.

12. Testing the automatic gate system.

It is necessary to test all the accessories connected to the control unit, especially the safety devices such as the sensitive edges and photocells. Remember that the photocells reverse the movement of the gate only during closing and the sensitive edges and/or internal photocells, if engaged during opening, reverse the movement of the gate for 1.5 seconds, while if engaged when closing they fully re-open the gate.

13. Trimmer for adjustments

Trimmer Function Description Range
TR1-DELAY Pause time		With DSW1 Dip switch 1 ON, it adjusts the amount of time during which the gate remains stationary before automatic closing.	From 1 to 140 seconds, maximum, clockwise
TR2-TORQ Motor torque It adjusts the elec		ectromechanical motor.	From 20 to 100%, maximum, clockwise
TR3-BRK Braking intensity It adjusts the br		braking intensity of the motor during stopping phases.	From 0 to 100%, maximum, clockwise
TR4-SL Slowdown speed		It adjusts the deceleration speed.If turned completely clockwise, deceleration is excluded	From 30 to 80%, maximum, anti-clockwise
TR5-SENSE	Obstacle sensitivity(only with Encoder)	Function only available for motor models with Encoder. It adjust the impact sensitivity.	From 100 to 10%, maximum, clockwise

14. Dip switch functions.

Number Status		Function	Description
DSW1	DIP 1	OFF Automatic closing disabled -
		ON Automatic closing enabled The open gate is closed automatically after the pause time.
	DIP 2	OFF Operating logic: Opens-Stops-Closes-Stops		It modifies the operating sequence of inputs SEQ (sequential) and PED (pedestrian) also via remote control.
		ON Operating logic: Opens-Closes
	DIP 3	OFF Courtesy function on photocell disabled -
		ON	Courtesy function on photocell enabled	Reduction to 3sec of the residual pause time after passing over photocells.
	DIP 4	OFF Collective operating logic disabled -
		ON	Collective operating logic enabled	When opening the gate, it ignores any controls and reloads the pause time when on pause
	DIP 5	OFF Pre-flashing disabled -
		ON	Pre-flashing enabled	The flashing lamp starts flashing 3 seconds before the start of each movement
	DIP 6	OFF	Flashing built into the flashing lamp.	It configures the output for flashing lamps with independent flashing.
		ON	Flashing controlled by the control unit.	It configures the output for flashing lamps without independent flashing.
	DIP 7	OFF	Gate opens towards the Right	Configures gate opening towards the right
		ON	Gate opens towards the Left	Configures gate opening towards the left
	DIP 8	OFF P.OUT 2 ^nd remote control channel		Input P.OUT works as 2^nd radio channel
		ON	P.OUT Safety test (Photo-test)	Input P.OUT controls the operation of the safety devices
DSW2	DIP 1	OFF	Non-resistive edge SOP	SOP input configured to connect a non-resistive sensitive edge.
		ON	8K2 resistive edge SOP	SOP input configured to connect an 8K2 resistive sensitive edge.
	DIP 2	OFF Soft Start disabled	The gate begins moving at constant speed
		ON Soft Start enabled	The gate begins moving at a progressive speed

15. Troubleshooting.

Problem	Cause	Solution
The automatic gate system does not work	No mains supply	Check the power line switch
	Blown fuses	Replace the fuses with others of the same value
	Control and safety inputs not working	Check the diagnostics LEDs: DL1 P.IN, DL3 STOP, DL5 SCL, DL6 SOP must be on.
	Safety device test failed	Check the operation of the safety devices installed if 4 simultaneous flashes of the following occur: LED DL.S, indicator light and flashing lamp.
	Triac operating control test failed	Replace the control unit if 2 simultaneous flashes of the following occur: LED DL.S, indicator light and flashing lamp.
	(Only for motor models with Encoder) Motor not working properly	(Only for motor models with Encoder) Replace the motor if 3 simultaneous flashes of the following occur: DL.S LED, indicator light and flashing lamp.
	The limit switches remain activated.	Check the capacitor and/or wiring of the board/motor and/or the presence of any obstacles in deceleration zones if 6 simultaneous flashes of the following occur: DL.S LED, indicator light and flashing lamp.
	The limit switches are not activated.	Check the fixing of the limit switch cams and/or whether you have closed the release if 7 simultaneous flashes of the following occur: LED DL.S, indicator light and flashing lamp.
You cannot save the remote controls	Batteries of the remote control discharged	Replace the batteries
	Remote control not compatible with the first one saved	The first saved rolling-code remote control configures the control unit to save only rolling-code remote controls and not hard coded remote controls.
	Reached memory saturation	Delete at least one remote control or add an external receiver (maximum capacity 250 rolling-code remote control codes)
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 diagnostics LEDs: DL1 P.IN, DL3 STOP, DL5 SCL, DL6 SOP must be on.
As soon as the gate starts it stops and reverses	Low acceleration on starting	Increase the TR2 TORQ trimmer
During slowdown, the gate stops and reverses	Slowdown speed too low	Increase the TR4 SL trimmer
The gate stops just before the limit switch trips	The limit switch does not work properly	Advance the limit switch cam

Declaration of Conformity.

Vimar S.p.A. declares that the device complies the following directives:

2014/53/EU (RED)

2014/30/EU (EMC)

2014/35/EU (LVD)

2006/42/EC (Machinery Directive)

The full text of the EU declaration of conformity is on the product sheet available on the following website: www.vimar.com.

REACH (EU) Regulation no. 1907/2006 – Art.33. The product may contain traces of lead.

Sommaire :

Page

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5. Description de la centrale.

OUVERTURE

OUVERTURE

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1er START
ATTENTION!
DÉMARRER PORTAIL FERMÉ
LE PREMIER START ENCLENCHE
L'APPRENTISSAGE EN ACTIONNANT
LE MOTEUR EN OUVERTURE.

I ZONE RAL.

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2e START
LE DEUXIÈME START FIXE LE POINT
DE DÉBUT DU RALENTISSEMENT
D'OUVERTURE.

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APRÈS AVOIR ATTEINT LE FIN DE COURSE D'OUVERTURE, LE PORTAIL REDÉMARRE POUR SE FERMER.

ZONE RAL. M

3e START
LE TROISIÈME START FIXE LE POINT
DE DÉBUT DU RALENTISSEMENT DE
FERMETURE.

Simple diagram of a rectangular device with a labeled component 'M' and an arrow pointing upward (no text or symbols beyond the label)

APRÈS AVOIR ATTEINT LE FIN DE COURSE DE
FERMETURE, LE PORTAIL REDÉMARRE POUR
S'OUVRIR.

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4e START
LE QUATRIÈME START FIXE LE POINT DE
L'OUVERTURE PARTIELLE (PIÉTON)

Simple diagram of a rectangular container with a downward arrow and a labeled mass 'M' (no text or symbols beyond the label)

Technical line drawing of an electrical contactor or transformer assembly (no text or symbols visible)

Simple diagram of a rectangular container with a labeled mass 'M' and an arrow indicating direction (no text or symbols beyond the label)

Simple diagram of a rectangular frame with a labeled component 'M' and an arrow pointing downward (no text or symbols beyond the label)

Simple diagram of a rectangular device with a labeled component 'M' and an arrow pointing to it (no text or symbols beyond the label)

BREMSBER. M

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Simple diagram of a rectangular device with a downward arrow and a labeled mass 'M' (no text or symbols beyond the label)

Simple diagram of a rectangular container with a downward arrow and a labeled mass 'M' (no text or symbols beyond the label)

Technical line drawing of an electrical contactor or transformer housing (no text or symbols visible)

CN1 7 P.IN 1 DL1 SEQ 2 DL2 STOP 3 DL3 PED 4 DL4 SCL 5 DL5 SOP 6 DL6 LSC 7 DL7 LSO 8 DL8 COM 9 01 +AS -AS 112 +P.OUT 13 +WL M1 1 4 2 M2 FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL FLFL TR1TR2TR3 PROG DL.S TR4 DSW1 ON TR5 DSW2 ON P1P2 ANT GND 23 22 CN2 ③ ⑤ ⑧ ⑥ ⑨ F2=F5A ELVOX SL230.T

Leyenda:

Technical line drawing of an electrical contactor or transformer assembly (no text or symbols visible)

Simple diagram of a rectangular container with a labeled mass 'M' and an arrow indicating direction (no text or symbols beyond the label)

Simple diagram of a rectangular container with a labeled 'M' and an arrow pointing downward (no text or symbols beyond the label)

Simple diagram of a rectangular device with a labeled mass 'M' and an arrow indicating direction (no text or symbols beyond the label)

Simple diagram of a rectangular device with a labeled component 'M' and an arrow pointing upward (no text or symbols beyond the label)

Simple diagram of a rectangular device with a downward arrow and a labeled mass 'M' (no text or symbols beyond the label)

Simple diagram of a rectangular container with a downward arrow and a labeled mass 'M' (no text or symbols beyond the label)