wall and ceiling luminaire LIPSY 2.0 40 arched IP44, milky, white dimmable

Modern LED Wall and Ceiling Light LIPSY 2.0

The LED wall and ceiling light LIPSY 2.0 from SLV impresses with a timeless, curved design with a diameter of 40 cm. The combination of white steel and milky acrylic creates an elegant look that harmoniously fits into various room concepts. With its low weight of only 0.81 kg, the luminaire is also easy to install and flexible to use.

Efficient and Flexible Lighting

The LIPSY 2.0 luminaire offers powerful LED technology with a power consumption of 9 to 18 watts and an impressive luminous efficacy of 127.78 lumens per watt. With a luminous flux of up to 2350 lumens, it provides bright and pleasant illumination. The beam angle of 120° ensures even light distribution, optimally illuminating rooms without glare.

Individual Light Colors for Every Mood

A special highlight of the LIPSY 2.0 is the ability to choose the color temperature in two levels: warm white at 3000 Kelvin or neutral white at 4000 Kelvin. Thanks to the included light color switch, this function can be easily adjusted to the desired atmosphere. This allows different lighting moods to be flexibly created – from cozy warm to clear and neutral.

Durability and Safety Guaranteed

The luminaire is characterized by a long service life of up to 50,000 hours, making it particularly durable and low-maintenance. Protection class 1 ensures safe use, while protection rating IP44 guarantees protection against splashing water. The operating voltage is 220-240 volts, and the mains frequency is 50/60 hertz, ensuring stable and reliable operation.

High-Quality Materials and Practical Features

Made from sturdy steel and high-quality polymethyl methacrylate (PMMA), the luminaire offers not only an appealing look but also high durability. The milky acrylic material provides soft light diffusion without unpleasant shadows. The scope of delivery also includes the necessary driver and the light color switch, enabling easy installation and convenient operation.