surface spotlight SOLID PETIT CEILING SURF 2.0 2 flames, cylindrical, Dim-To-Warm, adjustable IP20, black dimmable

Elegant Design and High-Quality Materials

The SOLID PETIT CEILING SURF 2.0 LED spotlight from Wever & Ducré impresses with its minimalist and modern design. With a black aluminum housing, the product stylishly blends into various environments. The compact size of 8.2 cm in diameter and 13 cm in height makes the surface-mounted spotlight particularly unobtrusive yet effective in lighting.

Pleasant Light Quality for Every Mood

The integrated LED light source offers a color temperature ranging from 2000 to 3000 Kelvin, corresponding to ultra warm white to warm white. This spectrum creates a cozy and inviting atmosphere. With a color rendering index of over 90 Ra, colors are rendered especially naturally and vividly, elevating the light quality to a high level.

Energy Efficiency and Easy Operation

With an energy consumption of only 9 watts per 1,000 hours, the spotlight combines low power usage with strong brightness. The operating voltage is 220-240 volts with a mains frequency of 50 Hz, allowing easy and safe integration into common power grids. Additionally, the spotlight is dimmable and features a dim-to-warm function that makes the light warmer when dimmed.

Practical Features and Replaceability

A major advantage of this model is the replaceability of the LED light source as well as the driver by professionals or the end user. This ensures the spotlight remains durable and can be easily maintained or adapted to new requirements if needed. The protection rating IP20 provides protection against contact and solid foreign objects larger than 12.5 mm.

Perfect Light Distribution for Targeted Accents

The spotlight features a beam angle of 31°, enabling focused and precise light. This makes the light source ideal for highlighting specific areas or creating accents. Together with the high color rendering class 1A, the SOLID PETIT CEILING SURF 2.0 LED offers an optimal lighting solution for demanding lighting concepts.