12 Channel DMX Decoder DC5V-24V LED RGB Strip Controller 12CH DMX512 decoder high power 60A DMX dimmer driver

12 Channel DMX Decoder DC5V-24V LED RGB Strip Controller 12CH DMX512 decoder high power 60A DMX dimmer driver

Receives standard DMX 512 digital control signal and transformrd it into PWM signal to adjust LED Lights

Automatically adapt to DC5V-24V,Maximum power load: 300W (5V) ;720W(12V);1440W (24V)

Aluminium housing,And High Power Output Max 60A For 5A Each Channel (5A*12 CH)

The DMX address can be set through dip switch,And You could connect with DMX digital console to achieve RGB dimming functions

Easy Use for 4 Group RGB LED Strip,LED module And LED lights

Products Performance:

Input Power:  DC5V~DC24V

Maximum load current:  5A/CH×12

Maximum power load: 300W(5V) 720W(12V) 1440W(24V)

Output gray level: 256

Output signal:  12 channels Constant

Size:  L155*W88*H32

Package Measurement:160*90*50mm

Package include:

1 x DMX decoder

1 x DMX cable

1 x instruction book

Basic functions:

There are 12 output channels, can connect with single or RGB lamps

0-100% dimming output, each channel 256 gray levels

International standard DMX512 input protocol, address code set by DIP switches;

Wide voltage DC input DC5V ~ DC24V; Each Decoder occupied by 12 DMX address.

The signal line connection diagram

1 : DATA+          2: DATA-        7-8:GND

Basic functions:

There are 12 output channels, can connect with single or RGB lamps

0-100% dimming output, each channel 256 gray levels

International standard DMX512 input protocol, address code set by DIP switches;

Wide voltage DC input DC5V ~ DC24V;

Each occupied by 12 DMX address.

The first DMX address setting:

The decoder set the address bit by coding switch, of which 1-8 is for setting the start address of the Binary numeric code switch of DMX512, the first one is the lowest position, the ninth one is the highest

Bit of address code can be set to 255.

DMX512 start address code is the sum of switches 1-8, at the same time turn downside of the code switch (ON set to "1"), then the value of the bit can be gotten; coding switch up (set to "0"), the value of the bit is 0.

Example 1:

As the following Schematic 1, DMX512 start address is set to 37, encoding the No. 6,3,1 position on switch dial to "1", others set to "0", then the sum of the switch 1-8 code value is 32 + 4 + 1, that is the DMX512 start address 37

Note: It will be Automatic operation mode when the No. 10 switch is turned down.

Effect choice (button switch No.1 to No.4):

1, Push No.1: Automat cycling.                                                 2, Push No. 2: Seven-color gradual cycle changing.

3. Push No.1 &2: RGB Fade in and out4. Push No.3: Severn color jumping

5. Push No.1 & 3: RGB  jumping.6. Push No.2 & 3: Single color fade

7. Push No. 1 & 2 & 3:Single color left scan                              8. Push No.4: Single color right scan

9. Push No.1 & 4: Single color left pile up10: Push No.2 & 4: Single color right pile up

11. Push No.1 & 2 & 3: Single color left and right scan12. Push No.3 & 4: Single color left and right  pile up

13. Push No.1 & 3 & 4: single color red                                     14. Push No.2 & 3 & single color green

15. Push No.1 & 2 & 3 & 4: single color blue

Speed Choices (Button Switch No.5 to No. 8)

1.Push No.5: 0.5 second.       2. Push No.6: 1 second.       3. Push No.7: 1.5 second.         4. Push No.8: 2 second.

Schematic 1

Example 2:

As the schematic 2, DMX512 start address is set to 166, encoding the no. 2,3,6,8 switch dial to "1", others set to "0",, then the sum of the switch 1-8 code value is 2 + 128 + 256 = 388, that is the DMX512 start address 166.

Schematic for System Connection:

Plan 1:DMX512 Console+12CH DMX decoder

Plan 2:PC DMX512 Console+USB DMX controller+12CH DMX decoder