bollard lamp DAN cylindrical, long, CCT Switch, adjustable IP66, anthracite

LED bollard light DAN, 10.5W, 3000/4000K (CCT), 439lm, IP66, 70cm, including optional rear light shield

This puristic cylindrical LED bollard light DAN offers a 360° all-round light distribution and is ideal for pathway lighting. The optional rear light shield accessory ensures that the light is targeted and does not glare, for example, windows. With the shield, the beam angle is 88°, providing pleasant lighting.

Versatile illumination and easy operation

By combining a clear protective cover and a matte diffuser, the LED bollard light DAN can excellently illuminate larger areas without compromising visual comfort. The light color can be easily selected using the internal DIP switch to adapt the lighting to specific needs.

Robust construction and long lifespan

Thanks to its sturdy and durable construction made of aluminum and impact-resistant PC plastic, the LED bollard light DAN is particularly resistant. It is resistant to sea air and is therefore suitable for installation near the coast. With IP66 protection against moisture and foreign objects, as well as IK10 protection against vandalism, the luminaire is well-equipped for outdoor use.

Easy installation and flexible use

The LED bollard light DAN can be mounted on solid ground or alternatively with a concrete base. It has protection class 1, a beam angle of 88°, and is available in 2 different colors and sizes. The luminaire offers high energy efficiency and low energy consumption of 10.5W.

Technical details and scope of delivery

The LED bollard light DAN has a power consumption of 10.5W and a luminous flux of 439lm. It offers a color temperature of 3000/4000K and a color rendering index of 80-89Ra. The energy efficiency class is F and the mains frequency is 50-60Hz. The scope of delivery includes the light source as well as accessories such as light shield and driver. The luminaire is suitable for outdoor use and provides a high-quality lighting solution for various applications.