wall and ceiling luminaire CLY EM/3P DLS DETEK with sensor, CCT Switch, impact resistant, with emergency light module IP67

High energy efficiency and long lifespan

The outdoor LED surface-mounted luminaire CLY 15 S/EW EM/3P DLS DETEK impresses with a low energy consumption of only 17 kWh per 1,000 hours. With a power consumption of 17W and a light output of 100lm/W, it guarantees high energy efficiency. In addition, the average lamp lifespan is an impressive 64,000 hours, ensuring long-term and reliable lighting.

Versatile color temperature and color rendering

The outdoor LED surface-mounted luminaire offers the option to choose between two different color temperatures: 3000K and 4000K. With a color rendering index of 80-89Ra, natural and vivid light reproduction is ensured. This allows you to adjust the light according to your personal preferences and needs.

Integrated motion sensor and emergency light function

Thanks to the integrated high-frequency motion sensor and ambient light sensor, the luminaire detects movements in a detection angle of 100% or 50%. The time setting can be individually adjusted to 5s, 90s, 5min, or 10min. Additionally, the luminaire features an emergency light function and an ENEC certified emergency light module.

Robust and weather-resistant design

The outdoor LED surface-mounted luminaire is equipped with an IP65 protection against all-round splash water and dust as well as an IK10 protection against accidents and vandalism. This makes it suitable for publicly accessible areas. The material is made of plastic and silicone, ensuring long lifespan and robustness.

Easy installation and versatile applications

The surface-mounted installation of the luminaire is simple and uncomplicated. With a weight of only 1.26kg and a recommended mounting height of up to 3.5 meters, the luminaire can be mounted on ceilings or walls. The application areas are diverse, suitable for both indoor and outdoor use. The light distribution is direct and the shape of the luminaire is round, ensuring uniform illumination.