recessed spotlight DEEP ADJUST CEILING REC 2.0 PAR16 2 flames, adjustable, with lamp socket GU10 IP20, champagner

Elegant Design and High-Quality Craftsmanship

The DEEP ADJUST CEILING REC 2.0 PAR16 M from Wever & Ducré impresses with its modern and elegant design in champagne color. The high-quality aluminum housing not only provides an appealing look but also ensures a long service life and stability of the luminaire. With its noble appearance, the luminaire seamlessly integrates into various room concepts and sets stylish accents.

Flexible Lighting with Two Light Sources

This recessed luminaire is equipped with two GU10 sockets, each capable of accommodating light bulbs with a maximum of 12 watts. This provides optimal light distribution and allows targeted illumination of areas or objects. The use of GU10 bulbs also permits easy retrofitting and the use of energy-saving LED lamps.

Precise Light Control through Swivel Mechanism

The integrated swivel mechanism of the DEEP ADJUST CEILING REC 2.0 allows individual adjustment of the light beams. This way, different lighting accents can be set or specific areas highlighted deliberately. This flexibility makes the luminaire especially versatile and adaptable to various lighting requirements.

Easy Installation and Secure Technology

The recessed luminaire is designed for a mains voltage of 100 to 240 volts, enabling uncomplicated integration into existing electrical circuits. The IP20 protection rating ensures safe operation indoors, while installation is particularly space-saving thanks to the recessed format. Technically, the luminaire is state-of-the-art and guarantees reliable function.

Versatile Applications and Energy Efficiency

Due to the combination of high-quality materials, flexible light sources, and easy installation, the DEEP ADJUST CEILING REC 2.0 PAR16 M is suitable for numerous lighting tasks. The use of GU10 lamps allows for the deployment of energy-saving LEDs, which consume significantly less power compared to traditional incandescent bulbs and thus contribute to reducing energy costs.