1-10V ARCUNID2 · Short press = on/off Long press (>1sec): regulates UP then DOWN alternately with every long press on the push button: when powered off, the last mode selected is

ARCUNID2

+DAR

CU

NID

2re

v. 0

6 12

/12/

2017

L&L Luce&Light / Via della Tecnica, 42 / 36031 Povolaro di Dueville, Vicenza / Italy / T +39 0444 36 05 71 / F +39 0444 59 43 04E [email protected] / www.lucelight.it 1/12

Made in Italy

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

1 10 100

0 1 2

12

0

3456

78

9 12

0

3456

78

9 12

0

3456

78

9

IN 1

Com

IN 2

IN 3

1 10

pot

pot

pot Pot1-9V0-10V

Dmx-

Dmx+

GRD

10 100

DMX5

12>R

DM<

Vin=12-24-48 Vdc

[RGB+W]

350mA500mA (@ 0+2)700mA (@ 0+1+2)

NO

NO

NO

- Vin

ARCUNID2

DALI

DALI

DALI

DALI

DALI

+Vin

V in=1

2-48

Vdc

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2

350mA500mA (@ 0+2)700mA (@ 0+1+2)

350mA

500mA (@ 0+2)

700mA(@ 0+1+2)

- Vin

+Vin

1-10V

1100 10

12

0

35 46

7

98

12

0

35 46

7

98

12

0

3456

78

9

11 01 0 0

ARCUNID2

Push button SettingsInputs

12 Vdc24 Vdc48 Vdc

Controllers

NO push buttonPotentiometer1-9V1-10VDMX512/RDMDALI

Outputs (constant current)

350 mA (max 3 Led/ch; @Vin= 12Vdc500 mA (max 3 Led/ch; @Vin= 12Vdc700 mA (max 3 Led/ch; @Vin= 12Vdc



INITIAL OPERATING SETTINGS SET USING ROTARY SWITCHES (hundreds, tens, units)

000 address assignment and personality using RDM; 001 <-> 512 DMX address and personality selection using RDM; 513 <-> 599 Not valid (address assignment and personality using

RDM, as if it were “000”);>600 up Special functions (starting on p. 3).900 <-> 999 DALI function mode.Special functions:

Hundreds – Tens = function code;Units = number of inputs controlled or function parameter:

INITIAL SETTINGS FOR OUTPUT CURRENT TO SECONDARY CIRCUIT

INSTALLATION INSTRUCTIONS

Power supply units and control gear

ARCUNID2

L&L Luce&Light / Via della Tecnica, 42 / 36031 Povolaro di Dueville, Vicenza / Italy / T +39 0444 36 05 71 / F +39 0444 59 43 04E [email protected] / www.lucelight.it2/12

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2

Vin=12-48 Vdc

350mA

- Vin

+Vin

500mA (@com+1)

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2- Vin

Vin=12-48 Vdc

+Vin

700mA (@ 0+1+2)

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

com

1 2- Vin

Vin=12-48 Vdc

+Vin

CONNECTING DEVICES TO SECONDARY CIRCUIT (CONSTANT CURRENT)

The 4 outputs of the secondary circuit work at constant current (350/500/700 mA); as a consequence, LED lighting devices can be connected that also work at constant current. Multiple devices can be connected to the same output by connecting the devices in series.

Only power up the system after all the devices and appliances have been connected!Do not connect the input (+Vin; -Vin) with an active power supply unit!

Connection in series using 4 channels Example: RGB+White device

Connection in series using 3 channelsExample: RGB device

To calculate the maximum number of devices that can be connected to a single output, check the operating voltage of each individual device (Vfapp), take into consideration the number of devices and total up the voltages Vftot. Vftot = Vfapp1 + Vfapp2 + ...It holds that: VFtot < Vinwhere Vin is the power supply voltage of the ARCUNID2.

For example, if a device is used with a power LED with Vfapp= 3.4Vdc, we shall have:

[max 3 Led @ Vin= 12Vdc]



Connection in series using 2 channels Example: dynamic white device


ARCUNID2


IN 1

Com

IN 2

IN 3

1

NA

NA

NA

*47

12

0

35 46

7

98

12

0

35 46

7

98

12

0

3456

78

9*47

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vi

n

0 1 2- Vi

n

+Vin

OPERATING SETTINGS USING NO PUSH BUTTONS

Short press = on/off Long press (>1sec): regulates UP then DOWN alternately with every long press on the push button: when powered off, the last mode selected is stored.

740-741: 1 input on terminal IN 1, controls channels 1+2+3+4 simultaneously.IN 1: short press = on/off;

long press when powered on (>1 sec) = UP and DOWN dimming;

742: 2 inputs on terminals IN 1 and IN 2:IN 1: controls dimming through channels 1+2;IN 2: controls dimming through channels 3+4;

743: 3 inputs on terminals IN 1, IN 2 and IN 3:IN 1: controls dimming through channel 1;IN 2: controls dimming through channel 2;IN 3: controls dimming through channels 3;IN 2+IN3: controls dimming through channel 4;

800-805: RGB sequencer IN 1: short press = on/off;

double-click when powered off = 100% on; long press when powered on (>1 sec) = UP and DOWN dimming; long press when powered off (>1 sec) = 10% on;

IN 2: short press = colour cycle on/off;long press when powered off (>1 sec) = cycle time selection based on strobe frequency: 6 sec (fastest strobe), 30 sec, 6 min, 30 min (slowest strobe);

IN 3: short press = colour saturation (white) on/off;long press when powered off (>1 sec) = saturation change; long press when powered on (>1 sec) = minimum saturation;

806-809: RGBW sequencer IN 1: short press = on/off;

double-click when powered off = 100% on; long press when powered on (>1 sec) = UP and DOWN dimming; long press when powered off (>1 sec) = 10% on;

IN 2: short press = colour cycle on/off;long press when powered off (>1 sec) = cycle time selection based on strobe frequency: 6 sec (fastest strobe), 30 sec, 6 min, 30 min (slowest strobe);

IN 3: short press = colour saturation (white) on/off;long press when powered off (>1 sec) = saturation change; long press when powered on (>1 sec) = minimum saturation;

810: Dynamic whiteIN 1: short press = on/off;

long press (>1 sec) = UP and DOWN dimming;

IN 2: long press (>1 sec) = mixing channels 1+2 and 3+4;

820: Dimmer – on/off – 10% on channels 1+2+3+4 in parallel IN 1: short press = on/off;

double-click when powered off = 100% on; long press when powered on (>1 sec) = UP and DOWN dimming on channels 1+2+3+4; long press when powered off (>1 sec) = 10% on, on channels 1+2+3+4;

830: on/off on 4 channelsIN 1: short press = on/off on channels 1+2+3+4 simultaneously;

(Selector switch settings)


ARCUNID2

*07

12

0

35 46

7

98

12

0

35 46

7

98

12

0

3456

78

9*07


OPERATING SETTINGS USING ROTARY SWITCHES

The rotary switches can be used to manage the controller in stand-alone mode; after the desired functions have been selected, power up the system to perform the chosen light show. The settings may also be altered when the system is active. The available functions are given below:

700: Fixed colour yellow

701: Fixed colour cyan

702: Fixed colour green

703: Fixed colour magenta

704: Fixed colour red

705: Fixed colour blue

706: Fixed colour acquamarine

707: Fixed colour salmon pink

708: Fixed colour white from RGB (uses channels 1+2+3)

709: Fixed colour white from RGB-W (uses channels 1+2+3+4)

710: Fixed colour white W (uses channel 4)

711: Stand alone RGB-W sequence, speedy 1 (uses channels 1+2+3+4)

712: Stand alone cold colours sequence

713: Stand alone warm colours sequence

714: Stand alone RGB sequence, speedy 2 (uses channels 1+2+3)

715: Stand alone RGB-W speedy 2 (uses channels 1+2+3+4)

716: Stand alone RGB speedy 1 (uses channels 1+2+3)



719: Stand alone RGB speedy 3 (uses channels 1+2+3)

720: Stand alone pure colours RGB sequence (uses channels 1+2+3)

With the selector switches between 700 and 720, two NA push buttons can be used to control pre-set light shows:

- a short press on button 1 switches the device on if it is off;- a short press on button 1 plays the light shows one after the other, if the device is on;- a long press on button 1 switches the device off;- a long press on button 2 dims the lighting.

OPERATING SETTINGS USING 10 KOHM POTENTIOMETER / 0–10V / 1–9V




ARCUNID2

*06

12

0

35 46

7

98

12

0

35 46

7

98

12

0

3456

78

9

*06

IN 1

Com

IN 2

IN 3

1 10

10V

0V10V

10V

IN 1

Com

IN 2

IN 3

1 10

9V

1VV9 V9

9V

IN 1

Com

IN 2

IN 3

1 10

pot

pot

pot

Control using 0–10V signal


600: 1 input on terminal IN 1, controls channels 1+2+3+4 simultaneously0-10V (between Com and IN 1): dimming between 1V (off) and 10V (100%);

602: 2 inputs on terminals IN 1 and IN 2:0-10V (between Com and IN 1): controls dimming through channels 1+2;0-10V (between Com and IN 2): controls dimming through channels 3+4;

603: 3 inputs on terminals IN 1, IN 2 and IN 3:0-10V (between Com and IN 1): controls dimming through channel 1;0-10V (between Com and IN 2): controls dimming through channel 2;0-10V (between Com and IN 3): controls dimming through channels 3+4;

Control using 1–9V signal

610: 1 input on terminal IN 1, controls channels 1+2+3+4 simultaneously1-9V (between Com and IN 1): dimming between 1V (off) and 9V (100%);

612: 2 inputs on terminals IN 1 and IN 2:1-9V (between Com and IN 1): controls dimming through channels 1+2;1-9V (between Com and IN 2): controls dimming through channels 3+4;

613: 3 inputs on terminals IN 1, IN 2 and IN 3:1-9V (between Com and IN 1): controls dimming through channel 1;1-9V (between Com and IN 2): controls dimming through channel 2;1-9V (between Com and IN 3): controls dimming through channels 3+4;

Control using 10 Kohm potentiometer

620: 1 input on terminal IN 1, controls channels 1+2+3+4 simultaneously10 Kohm pot (between Com and IN 1): dimming between 0% and 100%;

622: 2 inputs on terminals IN 1 and IN 2:10 Kohm pot (between Com and IN 1): controls dimming through channels 1+2;10 Kohm pot (between Com and IN 2): ccontrols dimming through channels 3+4;

623: 3 inputs on terminals IN 1, IN 2 and IN 3:10 Kohm pot (between Com and IN 1): controls dimming through channel 1;10 Kohm pot (between Com and IN 2): controls dimming through channel 2; 10 Kohm pot (between Com and IN 3): controls dimming through channels 3+4;

OPERATING SETTINGS USING DMX512 SIGNAL


ARCUNID2

Dmx-

Dmx+

DALI

DALI

GRD

10 100

DMX512

100

12

0

35 46

7

98

12

0

35 46

7

98

12

0

3456

78

9

000

215

12

0

35 46

7

98

12

0

35 46

7

98

12

0

3456

78

9

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2

350mA

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2

350mA

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI

0 1 2

Vin=12-48

Vdc

350mA

- Vin

- Vin

- Vin

DALI

DALI

+Vin

+Vin

+Vin


Control using DMX512 signal

001<->512: DMX start address selection; 4 addresses are used in total(for example, if 013 is set, the DMX addresses 13, 14, 15 and 16 will be occupied)

513<->599: invalid.

OPERATING SETTINGS USING DMX512 RDM SIGNAL

(Selector switch settings forDMX start address)

DMX512(Input)

<- max 200m ->shielded twisted pair cable: 2x0.5

max 32(unit)

120 Ohm(terminator 0,25W)


ARCUNID2


Dmx-

Dmx+

GRD

10 100

DMX512>RDM<

000

12

0

35 46

7

98

12

0

35 46 56

7

98

12

0

34

78

9 RDM000

DALI

DALI

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2

350mA 350mA

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2

350mA

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI

0 1 2

Vin=12-48

Vdc

- Vin

- Vin

- Vin

+Vin

+Vin

+Vin

DALI

DALI

Control using DMX512 signal with RDM functionality

DMX512RDM

<- max 200m ->shielded twisted pair cable: 2x0.5

max 32(unit)

120 Ohm(terminator 0,25W)

000: signal input on terminals DMX-, DMX+ and GRD, address assignment using RDM.Personality selection using RDM.

513<->599: invalid.

Personality:



ARCUNID2

RDM


- 1 Dimmer (synchronised outputs) - 2 Shutter (synchronised outputs) - 3 RGB-W speedy ST7 (red, green, blue, white, sync, strobe, delay) - 4 RGB (red, green, blue) - 5 RGB+Dimmer (red, green, blue, dimmer) - 6 RGB-W (red, green, blue, white) - 7 RGB-W+Dimmer (red, green, blue, white, dimmer) - 8 RGB-W (red, green, blue, white) - 9 RGB-W speedy ST7 (red, green, blue, white, sync, strobe, delay) - 10 RGB-W (red, green, blue, white, sync, strobe, delay) – gamma curve –- 11 RGB-W (red, green, blue, white, sync, strobe, delay, dimmer) - 12 RGB-W 16 (red, green, blue, white, strobe, dimm. CTC fade freq.) - 13 RGB-W 16 + freq. - 14 RGB-W input 1–9V or push button (4 channels) - 15 RGB-W input 0–10V or push button (4 channels) - 16 RGB-W 1 potentiometer + push button - 17 RGB-W 3 potentiometer

RDMPROG01: DMX RDM programmer

This is a USB-DMX/RDM interface compatible with the E1.20 RDM and DMX USITT 1990 standards. It is powered directly from the USB port on the PC and is not affected by problems with different electrical potentials between the DMX line and the PC, even if it is disconnected and reconnected while in use: the built-in software immediately restores all the functions. RDMPROG01 allows bi-directional communication with RDM equipment over the DMX cable. The programmer has control software that uses the RDM protocol to recognise the lighting fixtures connected to the DMX; it is also possible to assign a DMX address in RDM mode by keying it into the corresponding program window.

MASTER / SLAVE CONNECTION WITH 3-CHANNEL RGB FUNCTION


ARCUNID2


Master Slave Slave

NA

NA

NA

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2- Vin

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2- Vin

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

- Vin

0 1 2- Vin

Vin=12-48 Vdc

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

+Vin

DALI

DALI

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI IN

1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI

+Vin

+Vin

100

12

0

35 46

7

98

12

0

35 46 56

7

98

12

0

34

78

9

008

12

0

35 46

7

98

12

0

35 46 56

7

98

12

0

34

78

9

008

IN 1

Com

IN 2

IN 3

pot

pot

pot

IN 1

Com

IN 2

IN 3

1 10

10V

0V10V

10V

IN 1

Com

IN 2

IN 3

1 10

9V

1VV9 V9

9V

Other input types

Input<- max 200m ->

shielded twisted pair cable: 2x0.5max 32

(unit)120 Ohm

(terminator 0,25W)

(Selector setting in theMaster controller)

(Selector setting in allSlave controllers)

MASTER / SLAVE CONNECTION WITH DIMMER FUNCTION ON CHANNELS 1, 2, 3+4


ARCUNID2

100

12

0

35 46

7

98

12

0

35 46 56

7

98

12

0

34

78

9

347

12

0

35 46

7

98

12

0

35 46 56

7

98

12

0

3

478

9

347

NA

NA

NA

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

+Vin

- Vin

0 1 2- Vin

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

+Vin

- Vin

0 1 2- Vin

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

+Vin

- Vin

0 1 2- Vin

Vin=12-48 Vdc

Master Slave Slave

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI IN

1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI

IN 1

Com

IN 2

IN 3

pot

pot

pot

IN 1

Com

IN 2

IN 3

1 10

10V

0V10V

10V

IN 1

Com

IN 2

IN 3

1 10

9V

1VV9 V9

9V


Other input types



Input<- max 200m ->


(unit)120 Ohm

(terminator 0,25W)

MASTER / SLAVE CONNECTION WITH DYNAMIC WHITE FUNCTION


ARCUNID2


100

12

0

35 46

7

98

12

0

35 46 56

7

98

12

0

34

78

9

018

12

0

35 46

7

98

12

0

35 46 56

7

98

12

0

34

78

9

018

NA

NA

500mA 700mA

Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

+Vin

- Vin

- Vin

0 1 2 Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

+Vin

- Vin

- Vin

0 1 2 Ch+

com

Ch1-

Ch2-

Ch3-

Ch4-

+Vin

+Vin

- Vin

- Vin

0 1 2

Vin=12-48 Vdc

Master Slave Slave

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALIIN

1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI

IN 1

Com

IN 2

IN 3

Dmx-

Dmx+

GRD

DALI

DALI



Ingresso<- max 200m ->


(unit)120 Ohm

(terminator 0,25W)


L&L Luce&Light

Via della Tecnica, 4236031 Povolaro di Dueville, Vicenza / ItalyT +39 0444 36 05 71 / F +39 0444 59 43 04E [email protected] / www.lucelight.it

Documents

1-10V ARCUNID2 · Short press = on/off Long press (>1sec): regulates UP then DOWN alternately with every long press on the push button: when powered off, the last mode selected is