ceiling recessed luminaire DEEP BIJOU 1.0 rigid, with wire springs IP20, bronze dimmable

LED Recessed Ceiling Light DEEP BIJOU 1.0

The LED Recessed Ceiling Light DEEP BIJOU 1.0 from Wever & Ducré is a compact and efficient low-voltage recessed spotlight, specifically designed for use in cavity ceilings in dry indoor areas. With a beam angle of 31° and a power consumption of 4.2W, this ceiling recessed light offers a luminous flux of 435lm and a color temperature of 2700K.

Technical Details

The DEEP BIJOU 1.0 features a recessed LED module for anti-glare and a very good color rendering with a color rendering index of >90Ra (grade 1A). It operates with a safe 250mA constant current and 17V DC. The accessories include clip springs for installation in cavity ceilings, a ceiling cut-out of 5.0cm to 5.2cm, and a suitable ceiling thickness of 0.4cm to 2.5cm.

Energy Efficiency and Dimmability

With an energy efficiency class of D and an average lamp life of 50000 hours, the DEEP BIJOU 1.0 stands out for its longevity. Depending on the selected operating device, the spotlight can be analog dimmable, digitally dimmable, or switchable (driver not included, required). Color consistency is ensured by a low tolerance of deviations in light color when using multiple identical luminaires.

Robust Manufacturing and Versatile Applications

Thanks to its robust construction made of powder-coated aluminum die-cast, the DEEP BIJOU 1.0 is durable and reliable. The ceiling recessed light is ideal for use as a spotlight, spot, downlight, accent light, or object light. With protection class 3 and IP20 protection rating, it is suitable for indoor use.

Additional Information and Variants

The LED Recessed Ceiling Light DEEP BIJOU 1.0 is available in various light colors, beam angles, and housing colors. Additionally, many other versions of the DEEP and DEEPER series are available. For individual customization to specific requirements, optional accessories such as dimmers and drivers can be added to expand the functionality of the luminaire.