CALIFORNIA ACCENT LIGHTING, INC.
2034 E. Lincoln Ave. #431, Anaheim, CA 92806
ph. 800.921.CALI (2254) or 714.535-7900 \ fx. 714.535.7902
[email protected] \ calilighting.com
© CALI. All rights reserved. CALI reserves the right to make changes or withdraw specifications without prior notice.
Installation Instructions
lip
LEDs
™
LLED
8600-RME
15 of 21
Operating ESA Software
Fixture #1
(LLED8600 or LLED8650)
Fixture #2
(LLED8600 or LLED8650)
Fixture #3
(LLED8600 or LLED8650)
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Addresses:
Ch. 1 (Red): 5 (Start Address)
Ch. 2 (Green): 6
Ch. 3 (Blue): 7
Ch 4. (White): 8
DMX Addresses:
Ch. 1 (Red): 9 (Start Address)
Ch. 2 (Green): 10
Ch. 3 (Blue): 11
Ch 4. (White): 12
DMX Start Address set to 1.
Decoder #1
(DMX-RGBW-3A)
Electronic Transformer
(TRA-XXX-E-UNV-24VDC-10V)
Junction Box
(By others)
Controller
(DMX-RGBW-128C)
Decoder #2
(DMX-RGBW-3A)
Decoder #3
(DMX-RGBW-3A)
DMX Start Address set to 5.
DMX Start Address set to 9.
Fixture #1
(LLED8600 or LLED8650)
Fixture #2
(LLED8600 or LLED8650)
Fixture #3
(LLED8600 or LLED8650)
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Start Address set to 1.
Decoder #1
(DMX-RGBW-3A)
Electronic Transformer
(TRA-XXX-E-UNV-24VDC-10V)
Junction Box
(By others)
Controller
(DMX-RGBW-128C)
Decoder #2
(DMX-RGBW-3A)
Decoder #3
(DMX-RGBW-3A)
DMX Start Address set to 1.
DMX Start Address set to 1.
1.
Install Nicolaudie Easy Stand Alone software. Use provided software disc or go to
https://www.nicolaudie.com/en/esa.htm to download software and software manual.
2.
Connect controller via USB cable to a computer with Nicolaudie software installed, then
open software. The controller does not need to be powered to be programmed; however
it is recommended to create scenes while controller and lighting are connected to a
computer. This provides instantaneous feedback while creating scenes.
3.
The program will display a prompt to select your favorite operating mode. Select the STICK2
or STICK3A option and click OK.
4.
Set DMX address for each fixture connected to the controller. Set DMX address using DIP
switches on the side of decoder. The sum of the value of each engaged DIP switch creates
the DMX address.
Example:
1 + 4 + 32 = 37. DMX start address for this decoder is 37.
5.
If all fixtures will be controlled together, continue to step
6a
. If each fixture will be
controlled independently, continue to step
6b
.
7a.
The program will open to a blank show file by default. Patch each fixture to the DMX
universe using the previously set DMX addresses. Under the Scan Library menu, in the
generic folder, select “rgbw”. This tells the software that a 4 channel RGBW fixture is
connected to the controller. The below diagram illustrates how to patch fixture #1. If all
fixtures will be controlled together, skip step
7b
.
6a.
If all fixtures will be controlled together, set the DMX start address of each fixture to 1.
6b.
If each fixture will be controlled independently, set the DMX start addresses in sequence.
The start address controls the first channel (red) of the RGBW fixture. The second, third,
and fourth channels (green, blue, white) will automatically be detected by the software and
assigned DMX addresses within the DMX universe, which will be detailed later.
Example:
3 fixtures with 1 decoder each. Set the DMX start address of the first fixture
to 1. Set the DMX start address of the second fixture to 5. Set the DMX start address of the
third fixture to 9, and so on. Refer to the below diagram.
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
Dip switch 1 in the ON position (down).
DMX address has a value of 1.
1 2 3
6
8 9 10
7
5
4
All dip switches in the OFF position (up).
LED displays cool white color.
1 2 3
6
8 9 10
7
5
4
All dip switches in the ON position (down).
LED fade cycle through red, green, and blue.
1 2 3
6
8 9 10
7
5
4
Dip switches 1 and 2 in the OFF position (up).
LED displays blue color.
1 2 3
6
8 9 10
7
5
4
DMX address set to 37.
Switches 1, 3, and 6 are engaged (on).
1 2 3
6
8 9 10
7
5
4
DMX address set to 37.
Switches 1, 3, and 6 are engaged (on).
1 2 3
6
8 9 10
7
5
4
Dip switch 2 in the OFF position (up).
LED displays green color.
1 2 3
6
8 9 10
7
5
4
Dip switch 1 in the OFF position (up).
LED displays red color.
1 2 3
6
8 9 10
7
5
4
Link to DMX-RGBW-1024C
Link to DMX-RGBW-128C
16 32
8
4
1 2 3
6
8 9 10
7
5
4
2
1
256
128
64
Output
24VDC
Input
120-277VAC
J Box
(Not Included,
by others)
TRAXXX-E-UNV-24VDC-10V
(Required, Not Included)
(Must use electronic transformer)
+
-
-
+
B
A
B Button
Increase value +1
A Button
Cycles through PXY
P Value
X Value
Y Value
DMX Input
DMX Output
DMX input signal from DMX-RGBW-128C
To next input, if applicable
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
DMX Input
LLED8650
DMX-RGBW-3A
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
Blue
Green
White
Red
Black
LLED8600
DMX-RGBW-3A
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
Blue
Green
White
Red
Black
DMX input signal
DMX signal terminator
(DMX-RJ45-TERMINATOR)
DMX input signal
DMX signal terminator
(DMX-RJ45-TERMINATOR)
DIP switch value for each switch.
Switch 10 has no value (0).
Example: DMX address set to 37.
DIP switches 1, 3, and 6 are engaged (on).
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
Dip switch 1 in the ON position (down).
DMX address has a value of 1.
1 2 3
6
8 9 10
7
5
4
All dip switches in the OFF position (up).
LED displays cool white color.
1 2 3
6
8 9 10
7
5
4
All dip switches in the ON position (down).
LED fade cycle through red, green, and blue.
1 2 3
6
8 9 10
7
5
4
Dip switches 1 and 2 in the OFF position (up).
LED displays blue color.
1 2 3
6
8 9 10
7
5
4
DMX address set to 37.
Switches 1, 3, and 6 are engaged (on).
1 2 3
6
8 9 10
7
5
4
DMX address set to 37.
Switches 1, 3, and 6 are engaged (on).
1 2 3
6
8 9 10
7
5
4
Dip switch 2 in the OFF position (up).
LED displays green color.
1 2 3
6
8 9 10
7
5
4
Dip switch 1 in the OFF position (up).
LED displays red color.
1 2 3
6
8 9 10
7
5
4
Link to DMX-RGBW-1024C
Link to DMX-RGBW-128C
16 32
8
4
1 2 3
6
8 9 10
7
5
4
2
1
256
128
64
Output
24VDC
Input
120-277VAC
J Box
(Not Included,
by others)
TRAXXX-E-UNV-24VDC-10V
(Required, Not Included)
(Must use electronic transformer)
+
-
-
+
B
A
B Button
Increase value +1
A Button
Cycles through PXY
P Value
X Value
Y Value
DMX Input
DMX Output
DMX input signal from DMX-RGBW-128C
To next input, if applicable
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
DMX Input
LLED8650
DMX-RGBW-3A
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
Blue
Green
White
Red
Black
LLED8600
DMX-RGBW-3A
INPUT
OUTPUT
V-
V+
COM
CH1
CH2
CH3
CH4
Blue
Green
White
Red
Black
DMX input signal
DMX signal terminator
(DMX-RJ45-TERMINATOR)
DMX input signal
DMX signal terminator
(DMX-RJ45-TERMINATOR)
Fixture #1
(LLED8600 or LLED8650)
Fixture #2
(LLED8600 or LLED8650)
Fixture #3
(LLED8600 or LLED8650)
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Addresses:
Ch. 1 (Red): 5 (Start Address)
Ch. 2 (Green): 6
Ch. 3 (Blue): 7
Ch 4. (White): 8
DMX Addresses:
Ch. 1 (Red): 9 (Start Address)
Ch. 2 (Green): 10
Ch. 3 (Blue): 11
Ch 4. (White): 12
DMX Start Address set to 1.
Decoder #1
(DMX-RGBW-3A)
Electronic Transformer
(TRA-XXX-E-UNV-24VDC-10V)
Junction Box
(By others)
Controller
(DMX-RGBW-128C)
Decoder #2
(DMX-RGBW-3A)
Decoder #3
(DMX-RGBW-3A)
DMX Start Address set to 5.
DMX Start Address set to 9.
Fixture #1
(LLED8600 or LLED8650)
Fixture #2
(LLED8600 or LLED8650)
Fixture #3
(LLED8600 or LLED8650)
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Addresses:
Ch. 1 (Red): 1 (Start Address)
Ch. 2 (Green): 2
Ch. 3 (Blue): 3
Ch 4. (White): 4
DMX Start Address set to 1.
Decoder #1
(DMX-RGBW-3A)
Electronic Transformer
(TRA-XXX-E-UNV-24VDC-10V)
Junction Box
(By others)
Controller
(DMX-RGBW-128C)
Decoder #2
(DMX-RGBW-3A)
Decoder #3
(DMX-RGBW-3A)
DMX Start Address set to 1.
DMX Start Address set to 1.
Generic Folder
First DMX Channel
Enter DMX address of fixture 1 (1)
Generic 4 Channel
RGBW Fixture
DMX Universe
Leave as default (1)
Number of fixtures
with this address (1)
Click Patch after
information is complete
Patch fixture #1
(DMX address 1)
