pendant luminaire TRACE CEILING SUSP 2.0 current constant, without canopy IP20, black / champagner

Elegant Design and High-Quality Craftsmanship

The TRACE CEILING SUSP 2.0 pendant lamp from Wever & Ducré impresses with its modern yet timeless design. Made from sturdy aluminum in the color variants black and champagne, the lamp integrates harmoniously into a variety of room concepts. The clear lines and high-quality craftsmanship ensure a sophisticated appearance that enhances any room.

Pleasant Light with Extra Warm White Color Temperature

With a color temperature of 2700 Kelvin, the TRACE CEILING SUSP 2.0 produces a particularly warm white light that creates a cozy and inviting atmosphere. The light color is extra warm white, ideal for relaxing environments. Additionally, the lamp convinces with a high color rendering index of over 90 Ra, so colors are displayed naturally and vividly.

Energy Efficiency and Technical Details

The pendant lamp operates with a power consumption of only 6 watts and an energy use of 6 kWh per 1000 hours. The operating voltage is 17 volts DC, ensuring energy-efficient operation. Despite the low power consumption, the lamp delivers pleasant and even light distribution, which is reliable and durable thanks to the high-quality LED technology.

Practical Dimming Function and Protection Class

The TRACE CEILING SUSP 2.0 is dimmable, allowing the light intensity to be adjusted individually. This enables flexible lighting design that can be optimally adapted to different needs and situations. Protection class 3 ensures safe operation, and the IP20 protection rating provides sufficient protection against solid foreign objects, making the lamp a reliable light source.

Easy Integration and Versatile Use

Delivered without a canopy, the lamp can be easily integrated into existing systems or mounted individually. The combination of elegant design, energy-efficient technology, and high-quality light makes the TRACE CEILING SUSP 2.0 an ideal choice for anyone who values stylish lighting and sustainable energy consumption.