downlight 5068Q ECO DOB square IP40, black matt dimmable

Modern LED Downlight 5068Q ECO DOB with Efficient Lighting

The LED Downlight 5068Q ECO DOB from nobilé impresses with its square shape and precise light distribution with a beam angle of 38°. With a power consumption of only 6 watts, it produces warm white light (3000K) and offers a luminous intensity of 900 candelas as well as a luminous flux of 570 lumens. This combination ensures pleasant and bright lighting that ideally adapts to various room conditions.

Energy-Efficient and Durable LED Technology

The downlight features a very low energy consumption of only 8 kWh per 1,000 hours, making it a sustainable and cost-saving lighting solution. Thanks to high-quality LED technology, the product achieves an average lifespan of approximately 30,000 hours, eliminating frequent replacements and minimizing maintenance.

High-Quality Craftsmanship and Simple Design

Made from sturdy aluminum with an elegant matte black finish, the LED downlight impresses with its slim design and a mounting depth of only 4.5 cm. With dimensions of 8.8 x 8.8 x 4.6 cm, it can be integrated unobtrusively and space-saving. The included reflector accessory ensures optimal light distribution and emphasizes the high-quality workmanship of the product.

Flexible Dimmability and Safe Technical Features

The downlight is phase-cut dimmable, allowing the light intensity to be flexibly adjusted to individual needs. The integrated LED cannot be replaced, simplifying operation. With an IP40 protection rating and protection class 1, the product is safe to use. Additionally, it features a current-controlled LED driver and a power factor of 0.93, ensuring efficient power usage.

Optimal Color Quality and Pleasant Lighting Conditions

The color temperature of 3000 Kelvin produces warm white light that creates a cozy and inviting atmosphere. The color rendering index of 80 Ra guarantees natural color reproduction, making colors appear clear and vivid. Therefore, the downlight is ideal for illuminating rooms both atmospherically and functionally.