DMX 3-pin cable 2 m — No name — professional lighting control cable

DMX 3-pin cable 2 m by No name is a professional lighting control cable designed to transmit DMX512 control signals between consoles, dimmers and fixtures. The 2-meter length provides a compact connection for stage, studio and event setups where short runs are preferable. The cable uses the standard 3-pin XLR wiring scheme commonly found on DMX devices, ensuring compatibility with a wide range of controllers and lighting equipment.

Advantages

The cable offers a straightforward and durable solution for short DMX link runs. Its 2 m length reduces excess cable clutter and signal degradation risks in compact installations. The standard 3-pin configuration simplifies connection to most DMX-compatible devices without the need for adapters. The construction is intended for consistent signal transmission in professional lighting environments.

Suitable for

• Connecting lighting consoles to dimmers or controllers in small to medium setups
• Linking fixtures together over short distances on stages or in studios
• Temporary event installations where compact DMX runs are required
• Architectural lighting controls with short inter-device wiring

Key specifications

• Cable type: 3-pin DMX (XLR) control cable
• Length: 2 metres
• Signal: DMX512 control signal transmission
• Configuration: standard 3-pin wiring compatible with DMX devices
• Application: indoor stage, studio, event and architectural lighting

How to use

Connect the 3-pin XLR plug to the DMX output of your lighting console or controller and the 3-pin XLR socket to the DMX input of the next device in the chain. For daisy-chained setups, continue connecting devices in series following the DMX512 standard. Keep cable runs away from mains power cables and high-current sources to minimize interference. If the cable is the last device in the chain, terminate the DMX line using a proper DMX terminator at the receiving end.

Usage recommendations

Use this 2 m DMX cable for short, reliable connections where minimal slack is desired. Inspect connectors before each use and avoid sharp bends or kinks to preserve signal integrity. For longer runs or environments with high electrical noise, consider higher-spec or shielded DMX cabling and proper termination practices.