Conversor de pixel DMX EUROLITE 70064856 com conector

The EUROLITE DMX pixel converter with male connector is a compact interface designed to convert standard DMX signals for use with individually addressable LED pixel installations. Intended for integration into lighting rigs, stage setups and architectural LED projects, this unit accepts DMX input and outputs pixel-compatible control signals to LED pixel strings. Supplied with a male connector, the converter facilitates straightforward connection to compatible DMX controllers and signal chains while fitting into confined installation spaces.

Advantages

The device provides reliable conversion of DMX streams to pixel-controlled output, enabling per-pixel addressing and independent color control of LEDs. Its compact form factor simplifies mounting in tight cabinets or behind fixtures. The included male connector reduces the need for additional adapters and supports stable signal transmission in professional installations. The design emphasizes straightforward integration and consistent performance in continuous-use environments.

Suitable for

Key specifications

How to use

Connect the converter's male DMX connector to the DMX controller output and route the pixel output to the LED pixel string according to the installation's signal wiring. Ensure the DMX controller is configured with the correct addressing and data format for the connected pixels, then power the pixel strings and the controller following manufacturer guidelines. If multiple converters are used in a chain, verify signal termination and grounding to maintain stable data transmission. Install the converter in a location protected from direct moisture and excessive heat, and secure connections before powering the system.

Recommendations

Use the converter with compatible pixel protocols and check the LED string documentation for required data formats and voltage. When integrating into a larger DMX network, confirm addressing schemes and perform a controlled test sequence before full deployment to verify pixel mapping and signal integrity.