pendant luminaire ANDROS IN Ø 120CM Bluetooth controllable IP20, powder coated, white matt dimmable

LED pendant light ANDROS IN, ring shape, Ø 120cm, CRi >90, UGR <22, Casambi dimmable

The LED pendant light ANDROS IN by Brumberg is a modern and delicate ring light with a soft and wide light emission inward. With a color rendering index of over 90 Ra and a beam angle of 110°, it provides uniform and pleasant lighting in offices, reception areas, waiting rooms, or conference rooms.

Technical details and accessories

The pendant light has a diameter of 120 cm and a power consumption of 90W. It has a high light output of 100lm/W and a neutral white light color with a luminous flux of 9000lm. The light is height-adjustable and can be dimmed with the CASAMBI app and Bluetooth. The scope of delivery includes the control gear and suspension, while controllers, dimmers, and through-wiring are available separately.

Material and installation

The pendant light is made of aluminum, plastic, and steel and is available in matte structured black or structured white. It has an IP protection of IP20 and can be mounted in a suspended manner. The pendant length can be shortened from 100 to 500 cm and the power connection is made via a terminal block. The installation is simple and can be done by a professional.

Energy efficiency and sustainability

With an energy consumption of 90kWh/1,000h and an average lamp lifespan of 50,000 hours, the LED pendant light ANDROS IN is very energy-efficient and durable. Thanks to the replaceable LED control gear and the possibility to exchange the LED, the light is also sustainable and resource-efficient.

Further information

The pendant light can be integrated into modern building automation systems and is suitable for the dimming protocols DALI-2, Casambi, and Matter. With a pole number of 3 and a conductor cross-section of 0.75mm2, the light is safe and reliable. The pendant light ANDROS IN meets the requirements of UKCA and offers very high color stability as well as homogeneous light distribution through the opal diffuser.