LED Lynx 08 High Bay

The Lynx 08 Polar Highbay is a robust, high-quality LED fitting designed for exceptional performance and durability. Boasting an ultra-efficient system efficacy of up to 180lm/W, it features premium Lumileds 5050 LED chips, an Moso driver, and an innovative private mould for effective heat dissipation. Its shatterproof polycarbonate lens, epoxy anti-corrosion coating, and professionally designed aluminum housing ensure superior protection against dust, moisture, and harsh environments. With a wide beam reflector for enhanced uniformity and reduced glare, it provides a comfortable working environment. Offering over 170,000 hours to L70 and backed by a 5-year warranty, the Lynx 08 Polar Highbay is a reliable lighting solution for demanding applications

Engineered to optimize airflow for superior heat management and minimize dust buildup. With its innovative design, the Lynx Polar housing allows for better ventilation, ensuring LEDs operate at peak efficiency, while reducing maintenance needs by preventing the accumulation of dust. Ideal for harsh outdoor environments, it combines durability with energy efficiency, delivering long-lasting performance and reduced operational costs.
The Lynx 08 Polar LED High Bay delivers exceptional energy savings through its superior lumen output of up to 180lm/W. By achieving the required lux levels with lower wattage, it significantly reduces energy consumption while maintaining optimal lighting performance. This efficiency translates into lower operational costs and a more sustainable lighting solution for commercial and industrial applications.

The Lynx 08 Polar LED High Bay offers advanced intelligent lighting controls for enhanced efficiency and flexibility. Features include DALI dimming for precise light level adjustment, integrated movement sensors for automated operation, and Zigbee connectivity for seamless wireless control. These smart technologies optimize energy usage, reduce costs, and provide a customizable lighting experience tailored to any application.