30 Channel DMX 512 RGB LED Strip Light Controller DMX Decoder Dimmer Driver 2A/CH×30 DC9V-24V

30 Channel DMX 512 RGB LED Strip Light Controller DMX Decoder Dimmer Driver 2A/CH×30 DC9V-24V

You are welcome to use the 30CH constant decoder, which takes advantage of advanced microelectronic control technology. This technology converts the international DMX512/1990 standard digital control signals into analog control signals. There are 1~30 output channels, each with 256 control levels. This constant decoder is used when DMX512 control equipment controls general LED lighting.

Products Performance:

• Input Power: DC9V-DC24V
• Maximum load current: 2A/CH×30
• Maximum power load: 720W (12V) or 1440W (24V)
• Output gray level: 256
• Input Signal: DMX512/1990
• Output signal: 30 channels of constant PWM
• Output DMX: 30 channels
• Standard XLR: 3-caron plug
• Size: L225*W80*H32
• Gross Weight: 300g

Basic functions:

30 output channels can be connected to single or RGB lamps.

0–100% dimming output; each channel has 256 gray levels.

The international standard DMX512 input protocol has an address code set by DIP switches.

Wide voltage DC input: DC9V ~ DC24V.

A 30 DMX address occupies each.

The decoder comes with 16 kinds of test patterns and 16 levels of rate of change.

Decoder to use:

Note: FUN = OFF (the tenth code switch up) means to accept DMX512 signal mode.

The first DMX address setting is:

The decoder sets the address bit by coding switch, of which 1–9 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, which can be set to 255.

DMX512 start address code is the sum of switches 1–9; at the same time, turn the downside of the code switch (ON set to “1”), and 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 shown in Schematic 1, the DMX512 start address is set to 38, encoding the No. 6, 3, and 2 positions on the switch dial to “1”; others are set to “0”, and the sum of the switch 1–9 code values is 32 + 4 + 2, which is the DMX512 start address 38.

Schematic 1

Example 2:

As the schematic 2, DMX512 start address is set to 388, encoding the no. 2, 3, 6, 8 switch dial to “1” and the others set to “0”, then the sum of the switch 1-8 code value is 4 + 128 + 256 = 388.

That is the DMX512 start address (388).

Schematic 2

Operation instruction for the automaton effect

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

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

1. Push No. 1: Automate cycling.

2. Push No. 2: Seven-color gradual cycle changing.

3. Push Nos. 1 and 2: RGB Fade in and out

4. Push No. 3: Severe color jumping

5. Push No. 1 and 3: RGB jumping.

6. Push Nos. 2 and 3: red color.

7. Push No. 1 & 2 & 3: green color.

8. Push No. 4: blue color.

9. Push Nos. 1 and 4: Yellow

10: Push No. 2 and 4: Violet.

11. Push No. 1 & 2 & 3: Cyan.

12. Push No. 3 and 4: white.

13. Push No. 1 & 3 & 4: Seven-color gradual cycle changing and jumping.

14. Push No. 2 and 3 and RGB-color gradual cycle changing and jumping.

15. Push No. 1 & 2 & 3 & 4: Seven-color jumping and rgb-color jumping.

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

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

Schematic for System Connection:

Plan one: DMX512 console + 30CH DMX decoder

Installation Notes:

1. This kind of controller works only under DC9V-24V, which is provided by the matched controllable main power, or else the controller will be damaged.

2. The UTP wire is connected hand in hand to make the cable when two or more controllers are connected.

3. The power supply should be off when connecting the electric wires, and it can be turned on until making sure the wires are connected correctly. In red, the main power indicator is lighting.

4. The controller should work in an environment that is adequately ventilated, dry, not corroded, and free of flammable gas and rust.

5. Please check the wire connection regularly so that the aged, rust-eaten, and damaged insulation spacers can be replaced promptly.

Simple troubleshooting and maintenance:

FAQ:

1. Is the input voltage normal?

Ensure the input voltage is DC 9–24V, the cathode is connected to DC +, and the negative pole is DC -. The controller's red indicator light is on when there is a normal power supply.

2. The DMX decoder controller needs DMX master control.

The controller is a DMX decoder. To master control, you must use DMX. DMX masters, such as a USB DMX master or DMX console.

3. Is the decoder not controlled?

(1) Ensure that the decoder signal line is connected to the right. The negative signal decoder corresponds to the master negative; the positive signal decoder corresponds to the master positive; and the GND decoder corresponds to the master GND.

(2) Ensure that the decoder is in DMX mode; the DIP switch's tenth position must be zero.

4. How do you judge whether the decoder received a DMX signal?

The decoder of the green indicator light flashes slowly or does not flash when no signal is received, indicating that the received signal is quick when the green indicator light flashes.

5. We developed and tested it with DMX Master.

30 Channel DMX 512 RGB LED Strip Light Controller DMX Decoder Dimmer Driver 2A CH×30 DC9V-24V 30CH-DMX512 Constant decoder Operation Instruction You are welcome to use the 30CH constant decoder, which takes advantage of advanced microelectronic control technology. This technology converts the international DMX512/1990 standard digital control signals into analog control signals. There are 1~30 output channels, each with 256 control levels. This constant decoder is used when DMX512 control equipment controls general LED lighting.