recessed spotlight 2 flames, current constant, adjustable

High-Quality Recessed Spotlight by Wever & Ducré

The DEEP ADJUST CEILING REC 2.0 LED 3000K M is a high-quality recessed spotlight developed by the renowned brand Wever & Ducré. This product impresses with its modern technology and elegant design, which seamlessly integrates into numerous living and working environments. The LED technology ensures energy-efficient lighting while maintaining high light quality.

Efficient LED Lighting with 3000K Color Temperature

With a color temperature of 3000 Kelvin, this spotlight produces warm white light that creates a pleasant and inviting atmosphere. The power of 2x6/9 watts combined with a current of 350 to 500mA and a voltage of 17 volts provides bright yet energy-saving illumination. This way, you benefit from optimal light output with low power consumption.

Excellent Color Rendering with CRI 90

The DEEP ADJUST CEILING REC 2.0 LED features a color rendering index (CRI) of 90, which means colors are displayed particularly naturally and vividly. This is especially important for areas where color accuracy is crucial, such as workspaces or retail spaces. The high light quality contributes to a pleasant and productive environment.

Flexible Light Distribution with Wide-Beam Technology

The spotlight is equipped with wide-beam technology, enabling broad light distribution. This ensures the room is evenly illuminated and reduces shadow formation. This creates a harmonious and comfortable lighting that is versatile in application. The flexible adjustment of the spotlight additionally contributes to individual lighting design.

Easy Integration and Durable Quality

As a recessed spotlight, the DEEP ADJUST CEILING REC 2.0 LED is easy and discreet to integrate into ceilings. The robust construction and long lifespan of the LED technology guarantee sustainable use without frequent maintenance or replacement. With this product, you rely on an efficient and durable lighting solution from Wever & Ducré that perfectly combines technology and design.