Body made of AISI 316L monoblock stainless steel. Absence of screws (the luminaire is fixed to the recessing box with OR rings). Recessing box in polypropylene. Mechanical resistance of diffusor IK 08 Maximum load capacity 500 Kg. This luminaire contains built-in LED modules. In case of damage or malfunction please contact the manufacturer to receive additional instructions on how to replace and relative spare parts to order. The LED modules cannot be handled in the luminaire by the end user. This product contains a light source of energy efficiency class: F. LED modules are engineered accordingly to the existing regulations of Lumen Maintenance (LM80) and Technical Memorandum (TM21), where uniformity and quality of the light is 70,000 hours referred to L80 B10 Ta 25 ° C (50,000 hours referable to L80 B10 Ta 40°C). Lifespan of the luminaire min. 50,000 hours at 40°C. Performance Ambient temperature Tq 25°C. Operating ambient temperature range is from -20°C to +50°C. Storage temperature range from -20°C to +60°C.

Recessed adjustable spotlight, luminaire body made of aluminium housing with white powder coated trim finish. Reflector come with Chrome black, White and Silver finish. Honeycomb accessory available upon request.

The Traxon Linear Go Maxi DC is a DC line powered exterior luminaire used to distinguish facades, walls, and architectural landmarks with a powerful, even color wash effect. Linear Go’s high-value design features efficient electrical and optical systems, making it ideal for budget-conscious projects.This product is intended for use in high-quality colored light applications.

The rectangular elongated housing silhouette, complemented by a strip of light on one side, provides subtle yet effective illumination while maintaining a visually unobtrusive profile. Available in three housing sizes with a minimalist design, these luminaires can be arranged in compositions to serve as primary lighting or to create specific accent lighting effects. Suitable for installation on both unpaved and rigid concrete surfaces, offering flexibility in placement.