L-connector surface-mounted version, DALI controllable

Efficient Connection Solution for Lighting Systems

The STREX L-CONNECTOR SURF / SUSP B electrical 48V 15A DALI from Wever & Ducré is a high-quality L-connector specifically designed for easy and secure connection of lighting systems. With its robust construction, it guarantees a reliable electrical connection at a voltage of 48 volts and a current of up to 15 amperes. This allows you to efficiently and trouble-free expand your lighting network.

Easy Integration and Flexible Application

The L-connector is specially designed for use in lighting installations with DALI control. This enables precise control and adjustment of the lighting. Thanks to its compact design and clearly defined connection points, the connector can be easily integrated into existing systems without requiring additional space or complex modifications.

High-Quality Craftsmanship for Maximum Safety

Wever & Ducré uses premium materials and careful workmanship in the production of the STREX L-CONNECTOR SURF / SUSP B. These ensure high resistance to wear and guarantee a secure connection that remains stable even after prolonged use. Electrical safety is further supported by precise design and compliance with relevant standards.

Compatible with 48V Systems and DALI Control

This L-connector is optimally matched to 48-volt lighting systems and supports a maximum current flow of 15 amperes. The integration of the DALI interface enables modern and flexible lighting control, which is particularly advantageous in sophisticated lighting concepts. This allows you to easily create and adjust individual lighting scenes.

Practical Solution for Professional Lighting Installations

With the STREX L-CONNECTOR SURF / SUSP B electrical 48V 15A DALI, you get a practical and durable connection solution specially developed for professional lighting installations. The combination of easy handling, secure connection, and modern control technology makes this product an ideal choice for those who value quality and efficiency.