recessed spotlight 2 flames, current constant, adjustable, flush

High-Quality Recessed Spotlight from Wever & Ducré

The DEEP ADJUST TRIMLESS CEILING REC 1.0 LED 2700K Q is a premium recessed spotlight that impresses with its excellent quality and modern design. The brand Wever & Ducré stands for innovative lighting solutions that are both functional and aesthetically appealing. This model is specially designed for seamless integration into the ceiling, making the spotlight itself barely visible and creating an elegant appearance.

Warm Light Color for a Pleasant Atmosphere

With a color temperature of 2700 Kelvin, the LED spotlight produces a warm white light that creates a cozy and inviting ambiance. This light color is ideal for illuminating rooms pleasantly without appearing too harsh. It creates a harmonious atmosphere that is both relaxing and conducive to well-being.

Efficient LED Technology and High-Quality Light

The spotlight has a power range of 6 to 9 watts and operates with a constant current of 350 or 500 mA at 17 volts. Thanks to advanced LED technology, the product offers high energy efficiency while delivering strong light output. With a color rendering index (CRI) of 90, colors are rendered especially natural and vivid, significantly enhancing the quality of illumination.

Flexible and Precise Light Control

The DEEP ADJUST TRIMLESS CEILING REC 1.0 is designed so that the light source can be adjusted flexibly. This allows targeted illumination of specific areas and ensures optimal lighting accents. The trimless design supports invisible integration, placing the focus entirely on the light and room design.

Durability and Easy Installation

This recessed model is characterized by its robust construction and long lifespan. The LED technology guarantees low-maintenance use over many years. In addition, installation is quick and straightforward, saving time and facilitating use in various projects. Thus, the DEEP ADJUST TRIMLESS CEILING REC 1.0 LED 2700K Q from Wever & Ducré combines quality, design, and functionality at the highest level.