Recessed LED downlight A 5068Q T FLAT, 8.8 x 8.8cm, COB, 8W 3000K 38°, swivelling, matt chrome

Efficient LED Recessed Downlight for Ceiling Lighting

The nobilé LED Recessed Downlight A 5068Q T FLAT is an excellent choice for indoor ceiling lighting. With a power consumption of 8W and a luminous flux of 850lm, this square luminaire provides warm white light with a color temperature of 3000K. The high-quality aluminum die-cast construction ensures durability and efficiency.

Dimmable and Adjustable for Individual Light Control

This LED downlight is not only dimmable but also adjustable, making it ideal for customizing lighting to different needs. With a swivel range of 20° and a beam angle of 38°, you can direct the light exactly where you need it. Dimming is done using a phase-cut dimmer.

High Quality and Safety for Indoor Use

The nobilé LED Recessed Downlight A 5068Q T FLAT meets the highest quality standards and offers a long average lamp lifespan of 50000 hours. With a color rendering index of 94Ra and an energy efficiency class of F, this luminaire delivers pleasant and bright light. The class II protection and IP40 protection rating also ensure safety during operation.

Practical Accessories and Easy Installation

The LED Recessed Downlight comes with the operating device included, making installation easier. The luminaire is connected using an AMP plug system with reverse polarity protection. The size of the downlight is 8.8 x 8.8 x 2.9 cm and the connecting cable is 15 cm long. However, note that this recessed luminaire is only suitable for false ceilings.

Versatile Applications and Further Information

Thanks to its square design and chrome matte color, the nobilé LED Recessed Downlight A 5068Q T FLAT fits various decor styles. It is intended for indoor use only, with the ambient temperature ranging between 0 and 25°C. For more information on light distribution, rated voltage, and operating voltage, refer to the product details. Also, pay attention to the instructions regarding convection and insulation material coverage.