pendant luminaire QUBBY CEILING SUSP 1.0 DALI controllable, tunable white, without canopy IP20, black dimmable

Elegant Design and High-Quality Materials

The QUBBY CEILING SUSP 1.0 LED pendant lamp from Wever & Ducré impresses with its modern, black design and the use of premium materials such as aluminum and polyethylene (PE). This combination not only ensures a durable and robust product but also gives the lamp a sophisticated appearance that harmoniously fits into various room concepts. The slim shape and timeless design make the lamp a true eye-catcher.

Flexible Light with Stepless Color Temperature

Particularly noteworthy is the continuously adjustable light color of the QUBBY pendant lamp. It offers a variable color temperature from 2700 to 5000 Kelvin, ranging from extra warm white to neutral white. This Tunable White function allows the light atmosphere to be optimally adapted to the respective situation or mood – whether for cozy evenings or focused work. This way, the lamp always provides the perfect light.

Energy-Efficient LED Technology

With a power consumption of only 16 watts, the QUBBY CEILING SUSP 1.0 LED operates very energy-efficiently while delivering high light output. The energy consumption of 16 kWh per 1,000 operating hours guarantees efficient use of resources and helps reduce electricity costs. The high-quality LED technology also ensures a long service life and minimizes maintenance effort.

Excellent Light Quality and Color Rendering

The lamp features a top-class color rendering index (CRI) of over 90 Ra, ensuring particularly natural and vivid color reproduction. Thanks to the 1A color rendering rating, colors appear especially clear and authentic. This is ideal for anyone who values pleasant and detailed lighting that enhances well-being and reduces visual fatigue.

Easy Control and Dimmability

The QUBBY pendant lamp is compatible with the modern DALI-2 system and can therefore be comfortably dimmed and controlled. The integration of DALI-2 / DT8 allows precise adjustment of light intensity and color via corresponding control devices. As a result, the light can be flexibly adapted to different needs – simply at the push of a button or via an intelligent control system.