ceiling luminaire LAUTARO 900/100 PRISMA IP20, white dimmable

High-Quality LED Surface-Mounted Ceiling Light LAUTARO 900/100 PRISMA

The LED surface-mounted ceiling light LAUTARO 900/100 PRISMA from Deko-Light offers an efficient and powerful lighting solution with a power consumption of 59 watts. Thanks to the latest LED technology, it produces an impressive luminous flux of 8200 lumens, ensuring bright and even illumination. The design is clear and timeless in white, while the aluminum housing provides stability and durability.

Optimal Light Quality with Neutral White Light

The luminaire emits a neutral white light color with a color temperature of 4000 Kelvin, which is perceived as pleasant and natural. With a high color rendering index of 90-100 Ra, colors are reproduced brilliantly and true to life. This makes the lamp ideal for all areas where precise color recognition is important.

DALI Dimming Function for Flexible Light Control

The LAUTARO 900/100 PRISMA is equipped with a DALI dimming function that allows continuous adjustment of brightness. This way, the light intensity can be individually controlled depending on the need and mood. Control is conveniently done via a digital DALI system, supporting easy integration into modern lighting management solutions.

Robust Construction and Thoughtful Dimensions

With a diameter of 90 cm and a height of 10 cm, the ceiling light is generously sized and suitable for various room sizes. The weight of 8.05 kg emphasizes the solid workmanship. Protection class 1 ensures safe use with appropriate electrical installation, while protection rating IP20 guards against solid foreign objects.

Wide Beam Light Distribution for a Pleasant Atmosphere

The luminaire features an extremely wide beam angle of over 80 degrees, guaranteeing even and comprehensive illumination. This prevents unpleasant shadows or dark areas. The ambient temperature in which the product reliably operates ranges between -20 and 50 degrees Celsius, demonstrating high adaptability to different operating conditions.