ceiling canopy 9-fold, white

Elegant Design and High-Quality Craftsmanship

The round ceiling rosette from Wever & Ducré impresses with its simple yet stylish design in classic white. With a diameter of 38 cm and a height of 4.4 cm, it harmoniously fits into a variety of room designs. The narrow slots provide a modern look while also allowing optimal heat dissipation. This ensures the product remains reliable and durable even with prolonged use.

Powerful 9-Fold Connection with Integrated Driver

The ceiling rosette is equipped with nine connections, each operated at 175 mA. An integrated driver ensures stable power supply and significantly simplifies installation. This allows multiple lights to be connected and operated simultaneously, enabling versatile lighting concepts. The compact design of the driver is perfectly integrated into the overall design.

Easy Dimming Thanks to Phase-Cut Technology

The dimming of the ceiling rosette is done via phase-cut technology, which allows stepless brightness adjustment. This enables the light intensity to be individually adapted to the desired mood. This technology is not only user-friendly but also energy-efficient, as it reduces power consumption and extends the lifespan of the connected lights.

Versatile Applications and Practical Features

With its 9-fold connection capability and dimmable control, the ceiling rosette is extremely flexible in use. It is ideal for rooms where different light sources need to be centrally controlled. The narrow slots additionally contribute to ventilation and prevent overheating, which increases the safety and reliability of the installation.

Brand Quality from Wever & Ducré

The ceiling rosette comes from Wever & Ducré, a renowned manufacturer of high-quality lighting solutions. The product impresses with careful craftsmanship and durable materials. Customers benefit from a well-thought-out design that convinces both functionally and aesthetically. This ceiling rosette provides a modern and reliable foundation for any lighting installation.