wall and ceiling luminaire ROSS IP54 CEILING / WALL SURF 3.0 CCT Switch, multipower IP54, white

Versatile Lighting with High Energy Efficiency

The ROSSLIP54 Ceiling / Wall Surf 3.0 LED by Wever & Ducré impresses with its efficient power consumption of only 37 watts at an operating voltage of 200-240 VAC. With an energy consumption of 37 kWh per 1,000 operating hours, this LED luminaire is particularly economical and thus contributes to sustainable use. The combination of high performance and low consumption makes it an optimal choice for anyone who values energy efficiency.

Flexibility through Variable Color Temperatures

This wall and ceiling light offers three different color temperatures: 3000K, 4000K, and 6000K. This allows you to adjust the light from warm white to cool white individually to your needs. Whether a cozy atmosphere or cool, clear light – the ROSSLIP54 adapts flexibly to various lighting requirements and always creates the right ambiance.

Excellent Light Quality Thanks to High Color Rendering Index

With a color rendering index (CRI) of over 90, the luminaire provides excellent color reproduction. This means colors appear natural and vibrant, which is especially important in areas where precise color recognition is required. The high-quality light ensures comfortable viewing and reduces eye strain.

Robust Design and High-Quality Materials

The luminaire is made of durable polycarbonate (PC) and comes in a timeless white finish. The material provides a robust and resistant surface that is at the same time lightweight and easy to maintain. The high-quality workmanship guarantees a long service life and consistently attractive appearance.

Protection Against Dust and Moisture

With an IP54 protection rating, the ROSSLIP54 Ceiling / Wall Surf 3.0 LED is safely protected against dust deposits and splashing water. This protection class ensures that the luminaire operates reliably and is protected from environmental influences. This keeps the lighting functional and durable even under more demanding conditions.