Nexta Tech MCU-SEN4 Manuale utente

Control unit with dimmer function for single colour LEDs

with voltage, 12-24 VDC, 4 outputs,

Max 2,5 A per output. RX radio 433.92 MHz,

MCU-SEN4

MNLMCUSEN4ENV1.0

Nexta Tech

company brand of Team srl

via G.Oberdan 90, 33074

Fontanafredda (PN) - Italy

Ph. +39 0434 998682

Email: [email protected]

Web: www.nexta-tech.com

INDEX

1 - PRODUCT FEATURES

1.1 - TECHNICAL DATA

1.2 - DESCRIPTION

2 - ELECTRICAL CONNECTIONI

2.1 - CONNECTION DIAGRAM

2.2 - DESCRIPTION OF CONNECTIONS

3 - USE OF THE CONTROL UNIT

3.1 - USE VIA RADIO

4 - RADIO PROGRAMMING

4.1 - RADIO PROGRAMMING WITH THE ASSOCIATION OF THE SERIAL NUMBER

4.2 - PROGRAMMING WITH MANUAL ASSOCIATION

5 - ADVANCE SETTING

5.1 - FADE SETTING: GRADUAL SWITCH-ON

5.2 - FADE SETTING: GRADUAL SWITCH-OFF

5.3 - TIMED ON

6 - DELETION OF RADIO

7 - FACTORY SETTING

This procedure let you take the control unit back to factory settings.

FULL RESET OF THE CONTROL UNIT:

5.4 FACTORY SETTING

STEP 1

Position DIPs 1, 2, 3 and 4

to OFF-OFF-OFF-OFF.

DIP 1, 2, 3, 4=

OFF OFF OFF OFF

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

SHORT

PRESSURE

STEP 3

Position DIPs 3 to ON.

The LED flashes 9 times to

confirm.

DIP 3=

1.1 TECHNICAL DATA

1 - PRODUCT FEATURES

- Installation must be carried out only by qualified technicians in compliance with the electrical and

safety standards in force.

- All connections must be made with the power turned off.

- Use suitable cables.

- Do not cut through the aerial (see picture 1.1b)

- A suitably sized disconnection device must be set up on the electric power line that supplies the product.

- Disposal of waste materials must fully respect local standards.

WARNINGS

43mm

21mm 52mm

Led

Dip switches

Button

58mm

Pic.1.1a

Pic.1.1b Pic.1.1c

1.2 DESCRIPTION

This device is the miniature electronic control unit with dimmer function, for wireless control of singl colour constant

voltage LEDs, power supply12-24Vdce, 4 outputs version with maximum consumption of 2,5A per output.

Fade On and Off that can be set between 0 and 10 seconds and adjustable Timed On (Default 60 secondi).

The ISM (industrial, scientific and medical) radio frequency band guarantees a long range and zero interferances.

Simple programming with dip-switch, reduced dimensions with tabs for fixing with screws.

Pic.1.2a Pic.1.2b

12 - 24 Vdc

Max load 2,5A:

30 W (with 12Vdc) per output

60 W (with 24Vdc) per output

Single colour LED with

constant voltage

433.920mhz ISM

IP20

-20 +55 °C

52x43x21 mm

Power supply

Output

Type of load

N° programmable transmitters

Radio frequency

Protection rating

Operating temperature

Dimensions

Pic.1.2c

Power supply 12-24Vdc

Control unit MCU-Sensa with wireless radio receiver

Radio

transmitter

Led profile seat

Sensor Sensa with wireless radiotransmitter

Sensor seat

Magnet (only for Sensa M version)

Led strip profile

Door

1.1 TECHNICAL DATA

1 - PRODUCT FEATURES

- Installation must be carried out only by qualified technicians in compliance with the electrical and

safety standards in force.

- All connections must be made with the power turned off.

- Use suitable cables.

- Do not cut through the aerial (see picture 1.1b)

- A suitably sized disconnection device must be set up on the electric power line that supplies the product.

- Disposal of waste materials must fully respect local standards.

WARNINGS

43mm

21mm 52mm

Led

Dip switches

Button

58mm

Pic.1.1a

Pic.1.1b Pic.1.1c

1.2 DESCRIPTION

This device is the miniature electronic control unit with dimmer function, for wireless control of singl colour constant

voltage LEDs, power supply12-24Vdce, 4 outputs version with maximum consumption of 2,5A per output.

Fade On and Off that can be set between 0 and 10 seconds and adjustable Timed On (Default 60 secondi).

The ISM (industrial, scientific and medical) radio frequency band guarantees a long range and zero interferances.

Simple programming with dip-switch, reduced dimensions with tabs for fixing with screws.

Pic.1.2a Pic.1.2b

12 - 24 Vdc

Max load 2,5A:

30 W (with 12Vdc) per output

60 W (with 24Vdc) per output

Single colour LED with

constant voltage

433.920mhz ISM

IP20

-20 +55 °C

52x43x21 mm

Power supply

Output

Type of load

N° programmable transmitters

Radio frequency

Protection rating

Operating temperature

Dimensions

Pic.1.2c

Power supply 12-24Vdc

Control unit MCU-Sensa with wireless radio receiver

Radio

transmitter

Led profile seat

Sensor Sensa with wireless radiotransmitter

Sensor seat

Magnet (only for Sensa M version)

Led strip profile

Door

1234567

Pic.2.1

2.1 CONNECTION DIAGRAM

2 ELECTRICAL CONNECTIONS

12 to 24 VDC

power supply

(choose a power supply

compatible with the

load to be controlled

in terms of

voltage and power)

Loads with constant voltage

from 12 to 24VDC

(choose a loadthat's compatible

with the powersupplyin terms

of voltage and power)

Terminals 1-2 are reserved for

a 12 to 24 V power supply.

This voltage must be the

same as that acceptedby

the load as output.

TERMINAL

DESCRIPTION

Power supply -

Power supply + (12-24V)

Output +24V

Output 1 -

Output 2 -

Output 3 -

Output 4 -

- Use wires with a suitable cross-section for the load connected.

- Multiple buttons or loads can be connected by using parallel

cabling.

2.2 DESCRIPTION OF CONNECTIONS

- (In)

+ (In)

+ (Out)

- (Out1)

- (Out2)

- (Out3)

- (Out4)

L: Brown

N: Blue

- Black

+ Red

POWER SUPPLY

OUTPUT: 12V/24V

3 USE OF THE CONTROL UNIT

This control unit is set up to be activated by sensors or remote controls for automatic control of lights.

These devices must be programmed in order to control the loads, see paragraph 4.

By default, when a sensor intervenes or a command is sent by remote control, the associated lights come on for 60

seconds.

The control unit can also be commanded by transmitters, see paragraph 4.2 for the association procedure.

If the transmitter is a generic type, its operation will be as follows:

Short press= ON/OFF Long press= dimmer up/dimmer down

If the transmitter is multifunctional, refer to the transmitter manual, to the paragraph entitled "commands sent by the

transmitter", bearing in mind that it is a "dimmer" device.

NOTE: the lights are on a timer for 60 seconds.

If you want to change this value, see paragraph 5.3.

3.1 USE VIA RADIO

Radio

transmitters

Sensors

1234567

Pic.2.1

2.1 CONNECTION DIAGRAM

2 ELECTRICAL CONNECTIONS

12 to 24 VDC

power supply

(choose a power supply

compatible with the

load to be controlled

in terms of

voltage and power)

Loads with constant voltage

from 12 to 24VDC

(choose a loadthat's compatible

with the powersupplyin terms

of voltage and power)

Terminals 1-2 are reserved for

a 12 to 24 V power supply.

This voltage must be the

same as that acceptedby

the load as output.

TERMINAL

DESCRIPTION

Power supply -

Power supply + (12-24V)

Output +24V

Output 1 -

Output 2 -

Output 3 -

Output 4 -

- Use wires with a suitable cross-section for the load connected.

- Multiple buttons or loads can be connected by using parallel

cabling.

2.2 DESCRIPTION OF CONNECTIONS

- (In)

+ (In)

+ (Out)

- (Out1)

- (Out2)

- (Out3)

- (Out4)

L: Brown

N: Blue

- Black

+ Red

POWER SUPPLY

OUTPUT: 12V/24V

3 USE OF THE CONTROL UNIT

This control unit is set up to be activated by sensors or remote controls for automatic control of lights.

These devices must be programmed in order to control the loads, see paragraph 4.

By default, when a sensor intervenes or a command is sent by remote control, the associated lights come on for 60

seconds.

The control unit can also be commanded by transmitters, see paragraph 4.2 for the association procedure.

If the transmitter is a generic type, its operation will be as follows:

Short press= ON/OFF Long press= dimmer up/dimmer down

If the transmitter is multifunctional, refer to the transmitter manual, to the paragraph entitled "commands sent by the

transmitter", bearing in mind that it is a "dimmer" device.

NOTE: the lights are on a timer for 60 seconds.

If you want to change this value, see paragraph 5.3.

3.1 USE VIA RADIO

Radio

transmitters

Sensors

Serial

Number

4.2 PROGRAMMING WITH MANUAL ASSOCIATION

A sensor/transmitter can be associated manually with this procedure.

PROCEDURE:

STEP 1

Position DIPs 1, 2, 3 and 4

to ON-ON-ON-ON.

DIP 1, 2, 3, 4=

ON ON ON ON

STEP 2

Press the button on

thereceiver for a

short time.

The LED flashes

SHORT

PRESSURE

SHORT

PRESSURE

STEP 3

Choose which output to make the device act on by

moving the relative dip switches to OFF.

In the example shown:

I want to programme the

sensor on output 3 and 4, I

position dip switches 3 and

4 to OFF

STEP 4

Press the button on

the receiver for a

short time.

The LED comes on

and stays on.

4 - RADIO PROGRAMMING

4.1 RADIO PROGRAMMING WITH THE ASSOCIATION OF THE SERIAL NUMBER

Default: serial number 1

With this procedure you can set a "serial number" for the receiver.

The serial number to be set can be from 1 to 20.

*You can also delete the serial number (by setting 21 flashes in step 3/4 of the procedure) so that only manually associa-

ted sensors/transmitters operate.

To make the devices work a procedure must be carried out to give the receiver and sensors the same "serial number".

PROCEDURE:

STEP 1

Position DIPs 1, 2, 3 and 4

to OFF-OFF-OFF-OFF.

DIP 1, 2, 3, 4=

OFF OFF OFF OFF

DIP 4= ON

STEP 3

Position DIP 4 to ON

The LED stays on.

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

FLASHES SERIAL NUMBER

1 flash 1

2 flashes 2

3 flashes 3

4 flashes 4

5 flashes 5

6 flashes 6

7 flashes 7

8 flashes 8

9 flashes 9

10 flashes 10

11 flashes 11

FLASHES SERIAL NUMBER

12 flashes 12

13 flashes 13

14 flashes 14

15 flashes 15

16 flashes 16

17 flashes 17

18 flashes 18

19 flashes 19

20 flashes 20

21 flashes No serial

number set*

STEP 4

Press the button on the receiver for a short time count the number of flashes emitted by the LED:

SHORT

PRESSURE

SHORT PRESSURE

DURING THE FLASH

STEP 5

Press the button for a

short time during the

flash that corresponds

to the function desired

to end the count

OUT1

OUT2

OUT3

OUT4

STEP 5

Make a transmission with the transmitter to be saved

(see transmitter manual, paragraph entitled "transmitter

programming").

The LED on the receiver flashes 3 times to signal

that it has been received and turns off

ATTENTION

To delete the manually associated transmitters from the memory, carry out the reset procedure shown in paragraph 5.4.

MAKE A TRANSMISSION

WITH THE TRANSMITTER THE LED FLASHES 3 TIMES

NOTE:

Make a note on the label

of the "serial number" set,

for any future

maintenance work.

1 2 3 4

SHORT

PRESSURE

Serial

Number

4.2 PROGRAMMING WITH MANUAL ASSOCIATION

A sensor/transmitter can be associated manually with this procedure.

PROCEDURE:

STEP 1

Position DIPs 1, 2, 3 and 4

to ON-ON-ON-ON.

DIP 1, 2, 3, 4=

ON ON ON ON

STEP 2

Press the button on

thereceiver for a

short time.

The LED flashes

SHORT

PRESSURE

SHORT

PRESSURE

STEP 3

Choose which output to make the device act on by

moving the relative dip switches to OFF.

In the example shown:

I want to programme the

sensor on output 3 and 4, I

position dip switches 3 and

4 to OFF

STEP 4

Press the button on

the receiver for a

short time.

The LED comes on

and stays on.

4 - RADIO PROGRAMMING

4.1 RADIO PROGRAMMING WITH THE ASSOCIATION OF THE SERIAL NUMBER

Default: serial number 1

With this procedure you can set a "serial number" for the receiver.

The serial number to be set can be from 1 to 20.

*You can also delete the serial number (by setting 21 flashes in step 3/4 of the procedure) so that only manually associa-

ted sensors/transmitters operate.

To make the devices work a procedure must be carried out to give the receiver and sensors the same "serial number".

PROCEDURE:

STEP 1

Position DIPs 1, 2, 3 and 4

to OFF-OFF-OFF-OFF.

DIP 1, 2, 3, 4=

OFF OFF OFF OFF

DIP 4= ON

STEP 3

Position DIP 4 to ON

The LED stays on.

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

FLASHES SERIAL NUMBER

1 flash 1

2 flashes 2

3 flashes 3

4 flashes 4

5 flashes 5

6 flashes 6

7 flashes 7

8 flashes 8

9 flashes 9

10 flashes 10

11 flashes 11

FLASHES SERIAL NUMBER

12 flashes 12

13 flashes 13

14 flashes 14

15 flashes 15

16 flashes 16

17 flashes 17

18 flashes 18

19 flashes 19

20 flashes 20

21 flashes No serial

number set*

STEP 4

Press the button on the receiver for a short time count the number of flashes emitted by the LED:

SHORT

PRESSURE

SHORT PRESSURE

DURING THE FLASH

STEP 5

Press the button for a

short time during the

flash that corresponds

to the function desired

to end the count

OUT1

OUT2

OUT3

OUT4

STEP 5

Make a transmission with the transmitter to be saved

(see transmitter manual, paragraph entitled "transmitter

programming").

The LED on the receiver flashes 3 times to signal

that it has been received and turns off

ATTENTION

To delete the manually associated transmitters from the memory, carry out the reset procedure shown in paragraph 5.4.

MAKE A TRANSMISSION

WITH THE TRANSMITTER THE LED FLASHES 3 TIMES

NOTE:

Make a note on the label

of the "serial number" set,

for any future

maintenance work.

1 2 3 4

SHORT

PRESSURE

Default: 0,5s

This procedure means you can set the duration of the switch-on time.

PROCEDURE:

5.2 FADE SETTING: GRADUAL SWITCH OFF

STEP 1

Position DIPs 1, 2, 3 and 4

to OFF-OFF-ON-ON.

DIP 1, 2, 3, 4=

OFF OFF ON ON

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

SHORT

PRESSURE

FLASHES SWITCH-OFF TIME

1 flash immediate OFF

2 flashes OFF ~ 0,5s

3 flashes OFF ~ 2s

4 flashes OFF ~ 4s

5 flashes OFF ~ 10s

STEP 3

Press the button on the receiver for a short time

count the number of flashes emitted by the LED:

SHORT

PRESSURE

SHORT PRESSURE

DURING THE FLASH

STEP 4

Press the button for a

short time during the

flash that corresponds

to the function desired

to end the count

Default: 0,5s

This procedure means you can set the duration of the switch-on time.

PROCEDURE:

5.1 FADE SETTING: GRADUAL SWITCH ON

STEP 1

Position DIPs 1, 2, 3 and 4

to ON-ON-OFF-OFF.

DIP 1, 2, 3, 4=

ON ON OFF OFF

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

SHORT

PRESSURE

FLASHES SWITCH-ON TIME

1 flash immediate ON

2 flashes ON ~ 0,5s

3 flashes ON ~ 2s

4 flashes ON ~ 4s

5 flashes ON ~ 10s

STEP 3

Press the button on the receiver for a short time

count the number of flashes emitted by the LED:

SHORT

PRESSURE

SHORT PRESSURE

DURING THE FLASH

STEP 4

Press the button for a

short time during the

flash that corresponds

to the function desired

to end the count

5 - ADVANCE SETTING

Default: 0,5s

This procedure means you can set the duration of the switch-on time.

PROCEDURE:

5.2 FADE SETTING: GRADUAL SWITCH OFF

STEP 1

Position DIPs 1, 2, 3 and 4

to OFF-OFF-ON-ON.

DIP 1, 2, 3, 4=

OFF OFF ON ON

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

SHORT

PRESSURE

FLASHES SWITCH-OFF TIME

1 flash immediate OFF

2 flashes OFF ~ 0,5s

3 flashes OFF ~ 2s

4 flashes OFF ~ 4s

5 flashes OFF ~ 10s

STEP 3

Press the button on the receiver for a short time

count the number of flashes emitted by the LED:

SHORT

PRESSURE

SHORT PRESSURE

DURING THE FLASH

STEP 4

Press the button for a

short time during the

flash that corresponds

to the function desired

to end the count

Default: 0,5s

This procedure means you can set the duration of the switch-on time.

PROCEDURE:

5.1 FADE SETTING: GRADUAL SWITCH ON

STEP 1

Position DIPs 1, 2, 3 and 4

to ON-ON-OFF-OFF.

DIP 1, 2, 3, 4=

ON ON OFF OFF

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

SHORT

PRESSURE

FLASHES SWITCH-ON TIME

1 flash immediate ON

2 flashes ON ~ 0,5s

3 flashes ON ~ 2s

4 flashes ON ~ 4s

5 flashes ON ~ 10s

STEP 3

Press the button on the receiver for a short time

count the number of flashes emitted by the LED:

SHORT

PRESSURE

SHORT PRESSURE

DURING THE FLASH

STEP 4

Press the button for a

short time during the

flash that corresponds

to the function desired

to end the count

5 - ADVANCE SETTING

STEP 1

Position DIPs 1, 2, 3 and 4

to ON-OFF-ON-OFF.

DIP 1, 2, 3, 4=

ON OFF ON OFF

STEP 2

Press the button on the

receiver for a short time.

The LED comes on

and stays on.

SHORT

PRESSURE

Default: 60 seconds

This process is used to set the time for which the Leds stays on before an automatic switch off.

PROCEDURE:

5.3 TIMED ON

STEP 3

Press the button on the receiver for a short time

count the number of flashes emitted by the LED:

SHORT

PRESSURE

SHORT PRESSURE

DURING THE FLASH

STEP 4

Press the button for a

short time during the

flash that corresponds

to the function desired

to end the count

FLASHES TIMED ON

1 flash No timing

2 flashes 5 seconds

3 flashes 30 seconds

4 flashes 60 seconds

5 flashes 90 seconds

6 flashes 120 seconds

7 flashes 180 seconds

8 flashes 5 minute

9 flashes 10 minute

10 flashes 30 minute

11 flashes 1 hour

These procedures let you delete from the memory transmitters that have already been programmed.

This procedure will delete all the manually associated transmitters (see paragraph 4.2) and the serial number of

the control unit will be taken back to 1.

6 - DELETION OF TRANSMITTERS

STEP 1

Hold the receiver button down

for 8 seconds.

The LED begins to flash

STEP 2

Make a transmission with the transmitter that

you want to delete.

The LED flashes quickly and turns off.

MAKE A TRANSMISSION

WITH THE TRANSMITTER LED FLASHES QUICKLY

LONG PRESSURE

(8 SECONDS)

STEP 1

Hold the receiver button down

for 8 seconds.

The LED begins to flash.

LONG PRESSURE

(8 SECONDS)

STEP 2

Press the button on the

receiver for a short time.

The LED starts flashing

quickly and turns off.

SHORT

PRESSURE

6.1 DELETION OF SINGLE TRANSMITTER

6.2 DELETION OF ALL THE SAVED TRANSMITTERS

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