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High Power 24 Channel 3A/CH DMX512 Controller Led Decoder Dimmer for Project 500
High Power 24 Channel 3A/CH DMX512 Controller Led Decoder Dimmer for Project 500
High Power 24 Channel 3A/CH DMX512 Controller Led Decoder Dimmer for Project 500
High Power 24 Channel 3A/CH DMX512 Controller Led Decoder Dimmer for Project 500
High Power 24 Channel 3A/CH DMX512 Controller Led Decoder Dimmer for Project 500
High Power 24 Channel 3A/CH DMX512 Controller Led Decoder Dimmer for Project 500

High Power 24 Channel 3A/CH DMX512 Controller Led Decoder Dimmer for Project 500

$ 38.13

Availability: 30 in stock
  • All returns accepted: Returns Accepted
  • Condition: New
  • Product Dimensions: 4.33 x 3.15 x 1.1 inches; 13.76 Ounces
  • Brand: Colorful-USA
  • Refund will be given as: Money Back
  • Item must be returned within: 30 Days
  • Type: Does not apply
  • Return shipping will be paid by: Buyer
  • Plug Profile: Plug-In Mount
  • MPN: Does not apply
  • Control Method: App
  • Restocking Fee: No

    Description

    Automatically Adapt to DC5V-24V, Power loss memory function
    Standard DMX512 Signal,addresses can be set by DIP switch.
    3A each channel max 72A
    RGB 24 Channel,8 Group,(ideal for RGB LEDs).
    Product Description
    24CH RGB DMX decoding driver converts a DMX512/1990 input to PWM output with 256 different levels output per channel. With improved firmware, it provides flicker free and smoother dimming.
    Power input: DC 5V – 24V
    Channels: 24 (8 groups of 3 channels ideal for RGB)
    Output rating: 3A per channel
    Input: DMX512
    Plug-in terminal blocks for easy connections
    Operating temperature: -20 50°C
    imensions: 145 x 78 x 31mm (145 x 109 x 31mm including connectors)
    The DMX decoder has 24 PWM outputs that are controlled by a DMX512 input. The DMX channel is set by DIP switches on the side of the device.
    There are 10 built-in programs which can be used for testing or for simple displays.
    This device has two DC power inputs (one for each set of 12 outputs), allowing the outputs to be split across two power sources for high-current applications.