LED CTR-RGB Controller - DMX512 Compatible RGB Lighting Control

The LED CTR-RGB Controller is a high-performance device designed specifically for controlling LED RGB lighting systems. With its AC input and DC output, this controller uses 4 wires and 3 loops to provide precise control over your RGB lights. The controller features a common anode configuration, where the anode represents the positive terminal (+), and the RGB channels represent the negative terminals (-).

This advanced controller is fully compatible with the international standard DMX512 signal, allowing it to be directly connected to a DMX512 console for seamless integration into your lighting setup. It also includes an LCD screen for easy visual display and operation, ensuring user-friendly control over your lighting effects.

Key Features:

• AC Input & DC Output: Adopts an AC input with DC output configuration, providing reliable power to your LED RGB lighting systems.
• 94 Wires, 3 Loops: Designed with 94 wires and 3 loops for precise and versatile RGB control.
• Common Anode Design: Features a common anode (+) with RGB representing the negative terminals (-), ideal for RGB lighting setups.
• DMX512 Compatibility: Fully compatible with the DMX512 standard, enabling direct connection to DMX512 consoles for professional lighting control.
• LCD Visual Display: Equipped with an LCD screen for easy and intuitive visual display and control.
• 5W Power Output: Delivers a power output of 5W, ensuring efficient operation of your RGB lighting.
• 12A Current Rating: Supports a current rating of 12A, providing ample power for your lighting needs.
• 4-Pin Connector: Comes with a 4-pin connector for secure and reliable connections.
• Input Voltage: Operates on a 240V AC input, converting to a 24V DC output for consistent performance.
• Durable Construction: Weighs 3kg, indicating a robust build for long-lasting use.

The LED CTR-RGB Controller is the perfect choice for anyone looking to enhance their LED RGB lighting setup with precise control, DMX512 compatibility, and user-friendly features.