Trilux TRIL LED ceiling light

Round LED surface-mounted downlight with a height of 60 mm, suitable for wall and ceiling installation. The cover is made of translucent PMMA and provides a Lambertian light intensity distribution. The harmonious light effect is achieved through a uniformly illuminated light exit. The luminous flux and light color are fixed. The rated luminous flux is 1200 lm, the rated power is 9 W, and the maximum luminous efficacy is 133 lm/W. The light color is warm white with a color temperature (CCT) of 3000 K and a general color rendering index (CRI) of Ra > 80. The color tolerance (initial MacAdam) is 3 SDCM. The light source is replaceable according to eco-design requirements. The luminaire body is made of aluminum die-cast and is coated in white (similar to RAL 9016). The outer dimensions of the ceiling ring are Ø 234 mm, and the luminaire height is 60 mm. The permissible ambient temperature ranges from -20 °C to +25 °C. The protection class is I, the protection rating is IP40, and the impact resistance grade according to IEC 62262 is IK06. The test temperature in the glow wire test according to IEC 60695-2-11 is 650 °C. The weight is 1.6 kg. The luminaire features a terminal block for up to 2.5 mm, strain relief, and network forwarding. It is equipped with an electronic control gear that is digitally dimmable (DALI) and complies with the DALI-2 standard (EN 62386). The control gear is also replaceable according to eco-design requirements. The luminaire is monitoring ready (MOR) and provides luminaire data for monitoring or predictive maintenance. It is compatible with TRILUX Digital Services (Energy Monitoring and Light Monitoring). The product meets the basic requirements of applicable EU directives and the Product Safety Act and bears the CE marking. Additionally, the luminaire is ENEC certified by an independent testing body. The luminaire has a 10-year warranty, and spare parts (LED module, control gear, optical system) are available for 15 years after the invoice date, subject to reasonable changes.