downlight ANIK 155 square IP20 | IP44, white dimmable

High-Quality LED Downlight ANIK 155 from Deko-Light

The LED downlight ANIK 155 impresses with its modern, square design and high-quality white finish. With a power consumption of 17 watts, it offers an efficient lighting solution ideal for various areas. The product is from the renowned brand Deko-Light and stands out for its long lifespan and low energy consumption of only 17 kWh per 1,000 hours.

Pleasant Light Quality for a Warm Atmosphere

The downlight delivers a luminous flux of 2100 lumens at a warm white color temperature of 3000 Kelvin. This creates a pleasant and inviting atmosphere. The high color rendering index of 90 Ra ensures that colors are displayed naturally and vividly. The wide beam angle of 120° provides even illumination of the room without disturbing shadows.

Flexible and Easy Installation

With a recessed depth of only 1.8 cm and a cut-out size of 15.5 x 15.5 cm, the ANIK 155 downlight can be easily integrated into existing ceilings. The device is supplied with an open cable connection and requires a separate driver, which is not included. The operating voltage is between 32 and 37 volts DC, ensuring a safe and stable power supply.

Dimmable and Durable for Individual Light Control

The LED downlight is dimmable when used with the appropriate accessories. This allows flexible adjustment of light intensity to suit different needs and moods. Protection class 3 and the IP protection ratings IP20 and IP44 provide protection against dust and splashing water. Furthermore, the product withstands up to 100,000 switching cycles, highlighting its reliability and durability.

Technically Designed for Constant Luminous Flux

The ANIK 155 downlight operates with a constant current, resulting in stable light output throughout its entire lifespan. Even at the end of its life, the lamp delivers between 70 and 90 percent of its original luminous flux. The ambient temperature range of -10 to 45 degrees Celsius makes the product robust and resistant to varying temperature conditions.