MIBOXER D1-CX Controlador LED DMX 1 canal DMX512 a 2,4 GHz RF

The MIBOXER D1-CX is a professional DMX512 to 2.4GHz RF LED controller/gateway, designed to bridge DMX lighting control systems with MiBoxer/MiLight wireless LED products. It enables seamless integration of DMX consoles with a wide range of 2.4GHz RF LED lights, offering flexible zone control and multiple color modes.

Advantages

This controller allows you to control up to 4 independent zones of MiBoxer/MiLight LED products via a standard DMX512 signal. It supports single color, CCT, RGB, RGBW, and RGB+CCT modes, making it versatile for various lighting setups. The device features automatic DMX signal detection and a memory function that retains last settings after power loss. With screw terminals for secure connections and DIP switches for easy DMX address setting, installation is straightforward.

Suitable for

• Professional stage lighting
• Architectural lighting
• Home automation systems
• Commercial lighting installations
• Any project requiring DMX control of MiBoxer/MiLight LED products

Key specifications

• Product Type: DMX512 to 2.4GHz RF LED Controller / Gateway
• Input Protocol: DMX512
• Output Protocol: MiBoxer/MiLight 2.4GHz RF
• DMX Channels Used: 1-5 per zone (configurable)
• Controllable Zones: Up to 4 independent zones
• Input Voltage: DC 12V-24V
• Operating Frequency: 2.4GHz
• Wireless Control Distance: Up to 30 meters (open area)
• DMX Connection: Screw terminals (DMX+, DMX-, GND)
• Power Connection: Screw terminals (DC+, DC-)
• Compatibility: MiBoxer/MiLight 2.4GHz single color, CCT, RGB, RGBW, RGB+CCT LED products
• Control Modes: Single Color, CCT, RGB, RGBW, RGB+CCT
• DMX Address Setting: DIP switches
• Operating Temperature: -20°C to 60°C
• Housing Material: ABS Plastic
• Certifications: CE, RoHS

Recommendations

For optimal performance, use a stable DC 12V-24V power supply. Ensure DMX signal integrity by using proper termination. This controller is ideal for expanding DMX systems to control wireless LED lights without additional wiring.