spot CENO CEILING REC 1.0 IP20, champagner, black matt dimmable

Modern design and high-quality craftsmanship

The LED spotlight CENO CEILING REC 1.0 LED from Wever & Ducré impresses not only with its modern design, but also with its high-quality craftsmanship. With dimensions of L/H: 5.5/1.5 cm and an outer diameter of 3.4 cm, this spotlight discreetly fits into any room while also adding stylish accents. The matte black housing combined with the champagne-colored light creates a pleasant atmosphere.

Flexible and energy-efficient

Thanks to its rotatable and swiveling design, the CENO CEILING REC 1.0 LED spotlight is versatile in its applications. With a power consumption of 6W and a luminous flux of 355lm, this LED spotlight produces a warm white light color with a light output of 59lm/W. The color rendering index of 90-100Ra ensures a true-to-life color reproduction, while the average lamp lifespan of 55000 hours provides long-lasting illumination.

Dimmable and easy to install

Thanks to the dimmability of the CENO CEILING REC 1.0 LED spotlight, the light mood can be individually adjusted. The spotlight can be dimmed via DALI, phase-cut or depending on the operating device. The easy ceiling installation allows for quick and uncomplicated mounting. The beam angle of 20-40° ensures targeted lighting of the desired area.

Robust material and high quality

The LED spotlight CENO CEILING REC 1.0 LED is made of robust aluminum and powder-coated, ensuring a long lifespan and high quality of the material. The IP20 protection rating guarantees safe use in protected indoor spaces. Additionally, the LED driver is current-controlled and replaceable, allowing for easy maintenance and flexibility in use.

Versatile applications and continuously adjustable

The LED spotlight CENO CEILING REC 1.0 LED is ideal for use in various rooms such as living rooms, bedrooms, or hallways. With its focus lens light distributor and a color consistency (McAdam ellipse) of SDCM2, this spotlight offers a uniform and precise light distribution. Additionally, the luminous flux is continuously adjustable to adapt the lighting as needed.