track spot DALI controllable, fluted

Innovative Track Spotlight from Wever & Ducré

The TRACE ON STREX 5.0 LED 2700K B 7W 48V DALI-2 CRI90 wide is a modern track spotlight that impresses with its high-quality craftsmanship and advanced technology. The Wever & Ducré brand stands for quality and design, which is clearly reflected in this product. With its compact design, the spotlight blends seamlessly into various lighting concepts and offers versatile application possibilities.

Bright and Warm Light for a Pleasant Atmosphere

The spotlight features an LED light source with a color temperature of 2700K, producing a warm white light. This light creates a cozy and pleasant atmosphere. With a power output of 7 watts, the track spotlight provides efficient illumination with low energy consumption. The wide beam angle ensures that the room is evenly lit.

High Color Rendering for Natural Color Tones

A special advantage of this model is the high color rendering index (CRI) of 90. This means that colors are displayed particularly true to life and vibrant. This feature is important for perceiving details and color tones realistically, which is especially beneficial in living or working areas. Thus, the lighting is not only functional but also aesthetically pleasing.

Modern Control with DALI-2 Interface

The TRACE ON STREX 5.0 is equipped with the DALI-2 interface, which enables flexible and intelligent control of the lighting. DALI-2 allows the spotlight to be easily integrated into existing lighting management systems and to comfortably control various lighting moods or brightness levels. This contributes to energy savings and individual adjustment of the lighting.

Reliable Performance at 48 Volt Operating Voltage

The track spotlight operates at a voltage of 48 volts, ensuring safe and stable power supply. This voltage is ideal for use in modern track systems and simultaneously reduces the risk of overheating or electrical issues. The combination of durable LED technology and robust design ensures a long service life and minimal maintenance effort.