Controller EUROLITE 50499811 DMX for LED Neon Flex 230V Slim RGB, DMX control for RGB LED neon flex

The EUROLITE 50499811 DMX controller for LED Neon Flex 230V Slim RGB is designed to integrate RGB neon-style LED strips into DMX lighting systems. It provides centralized DMX control over the three RGB channels used in 230V Slim Neon Flex installations, enabling precise color mixing, scene management and synchronized transitions. The controller is intended for fixed installations where DMX-based control of continuous neon-flex runs is required, such as architectural outlines, signage illumination and decorative accents.

Advantages

This controller offers direct DMX interfacing to manage RGB channels of 230V Slim LED Neon Flex, allowing uniform color reproduction across long runs and consistent synchronization with other DMX fixtures. Its design simplifies integration into existing DMX networks and supports smooth fades and program-based color changes. The unit reduces the need for multiple zone controllers by providing centralized channel output for neon-flex lighting systems.

Suitable for

Key specifications

How to use

Install the controller in a suitable, ventilated electrical enclosure close to the LED Neon Flex runs and connect power according to local regulations. Link the controller to the DMX network using standard DMX cabling and assign DMX addresses as required for your lighting design. Connect the RGB outputs to the corresponding conductors of the 230V Slim LED Neon Flex runs, verify polarity and secure all electrical connections. Use your DMX console or software to program scenes, fades and color sequences and to synchronize the neon-flex segments with other fixtures on the DMX line.

Recommendations

For reliable operation, verify compatibility of LED Neon Flex products with DMX control and ensure installation by a qualified technician. Protect the controller from moisture and excessive heat, and follow local electrical codes. When programming, start with conservative fade times and intensity levels to avoid visible banding or abrupt transitions along long neon-flex runs.