3-phase spot switchable

Innovative 3-Phase Spotlight from Wever & Ducré

The LIKO ON TRACK 3-PHASE 1.0 LED spotlight is a high-quality lighting product from the brand Wever & Ducré. This model impresses with its modern technology and excellent craftsmanship, ensuring a long service life and reliable operation. With its 3-phase technology, the spotlight can be easily integrated into various power systems while providing a stable and efficient light source.

Bright and Pleasant Light with 2700K Color Temperature

The spotlight produces a warm white light at 2700 Kelvin, creating a cozy and pleasant atmosphere. This color temperature is ideal for mood lighting rooms while ensuring natural color rendering. The light is not too harsh but soft and inviting, making the LIKO ON TRACK 3-PHASE 1.0 LED particularly versatile.

Energy-Efficient LED Technology with 12 Watt Power

Thanks to modern LED technology, the spotlight consumes only 12 watts, making it an energy-saving alternative to conventional light sources. The LED technology also provides high light output with low power consumption, benefiting both the environment and your wallet. With an operating voltage of 220-240 volts, the spotlight is easy to connect to common power grids.

Excellent Color Rendering for Natural Colors

With a color rendering index (CRI) of 90, the LIKO ON TRACK 3-PHASE 1.0 LED offers particularly natural and vivid color representation. This means colors are perceived almost as they appear in natural light. This feature is especially important in areas where precise color recognition is required and ensures a pleasant visual experience.

Easy Installation with Medium Base and Versatile Applications

The spotlight is equipped with a medium base that allows for straightforward installation. Its compact design enables seamless integration into various lighting systems. The combination of easy handling, high performance, and appealing design makes the LIKO ON TRACK 3-PHASE 1.0 LED spotlight an excellent choice for anyone who values quality and functionality.