recessed spotlight TARVOS 68 IP20, white

Efficient LED Lighting with the Recessed Spotlight TARVOS 68

The LED recessed spotlight TARVOS 68 from Deko-Light impresses with its energy-efficient performance of 7.2 watts and a luminous flux of 870 lumens. With a consumption of only 8 kWh per 1,000 hours, this light source provides sustainable lighting with low power consumption. The warm light color of 3000 Kelvin creates a pleasant atmosphere and is ideal for various lighting scenarios.

High-Quality Light and Pleasant Color Rendering

Thanks to the high color rendering index of 90 Ra, the recessed spotlight offers a natural and vivid color representation. This ensures a particularly pleasant light effect, making colors appear authentic and clear. The light distribution is achieved with a beam angle of 30 degrees, providing targeted and medium-beam lighting between 20 and 40 degrees.

Technical Details and Easy Installation

The TARVOS 68 has a mounting depth of 5.5 cm with a cut-out diameter of 6.8 cm, allowing flexible integration into various ceilings or walls. The operating voltage ranges from 220 to 240 volts with a mains frequency of 50/60 Hz. The terminal clamp ensures a straightforward and secure connection to the power supply. The spotlight has a protection class of 1 and an IP20 protection rating.

Durability and Reliability in Focus

With a lifespan of up to 50,000 switching cycles, the recessed spotlight TARVOS 68 guarantees long-lasting and reliable lighting. The power factor of 0.95 ensures efficient use of electrical energy. Even at the end of its service life, the luminous flux remains nearly constant at 0.7 lumens, underlining the quality and stability of the lighting.

Design and Dimensions for Perfect Integration

The recessed spotlight is finished in an elegant white and measures 8.5 cm in diameter with a height of 5.4 cm. This allows the spotlight to blend unobtrusively and stylishly into various rooms. The compact and simple design by Deko-Light makes the TARVOS 68 an ideal solution for modern and efficient lighting design.