wall and ceiling luminaire LIPSY® 2.0 30 CW DRUM CCT CCT Switch IP44, white

Modern Wall and Ceiling Light with Adjustable Color Temperature

The wall and ceiling light LIPSY® 2.0 30 CW DRUM CCT from SLV impresses with its versatile color temperature, which can be continuously adjusted between warm white (3000K) and neutral white (4000K). This allows the light to be optimally adapted to different moods and needs. With a beam angle of 120°, the luminaire ensures an even and pleasant illumination of the room.

Energy-Efficient and Long-Lasting LED Technology

The luminaire operates with a power consumption of only 7.1 watts, consuming just 8 kWh per 1000 hours of operation. Thanks to the high luminous efficacy of 126.76 lumens per watt, it provides bright lighting with low energy consumption. The average lifetime of the integrated LED is an impressive 50,000 hours, eliminating frequent replacements and saving costs in the long term.

High-Quality Materials and Timeless Design

The LIPSY® 2.0 30 CW DRUM CCT is made of robust steel and high-quality polymethyl methacrylate (PMMA), a transparent acrylic material that ensures even light distribution. The white color and slim design with a diameter of 30 cm and a height of 8 cm allow for discreet integration into a variety of interior styles.

Technical Details for Safe Use

The luminaire operates in the mains voltage range of 220 to 240 volts with a frequency of 50/60 Hz and belongs to protection class 1. Protection rating IP44 ensures reliable protection against splashing water and dust, making the luminaire particularly robust. With a weight of only 0.57 kg, it is also easy to install and handle.

Optimal Light Quality for a Pleasant Atmosphere

The color rendering index of 80 Ra ensures natural and vivid colors in the illuminated area. Light flux options of 900, 950, 1300, and 1400 lumens offer various brightness levels that can be selected according to needs. Thus, the LIPSY® 2.0 30 CW DRUM CCT creates a pleasant and functional lighting ambiance for a wide range of requirements.