DiamondⅠPlus High Temperature High Bay Light

High-bay environments may have higher ambient temperatures and more dust and oil particles. Heat generated by the LED and its associated circuitry can damage the LED when operating in a high ambient temperature environment and/or in an enclosure with limited space.There are limited lighting products on the market that can operate continuously in high temperature environments, such as pulp and paper mills, foundries, and glass factories. Excessive temperatures will decrease the lights’ performance and increase their maintenance costs. The Diamond I-Plus and Venus II_Pro Range of high temperature LEDs is specifically designed for these extreme conditions, providing high lighting levels and long life.

• No worries about high temperature : After testing, Diamond I-Pro has zero performance degradation at extreme temperatures of up to 75° C, completely solving the challenges of high temperature working environments to lighting equipment and improving reliability by 50% .
• Extremely reliable : With global certification, it has superb resistance to high temperature, corrosion and water , truly achieving “as reliable as a diamond”.
• Ultimate heat dissipation: Optimized heat conduction path, rapid heat dissipation technology reduces lamp body temperature rise by 40% , even if running for a long time, the performance remains constant and the life span is longer.
• Unparalleled strength : Diamond II is made of aviation-grade material and is die-cast in one piece , which increases its strength by 300% . Each lamp is as tough as a diamond, making it a pioneer in protection in the industrial field .
• Intelligent control of the future : Supports 0-10V dimming technology, brightness can be adjusted on demand, combined with high-performance design, allowing users to enjoy energy saving while also having a personalized light experience.
• Scene Master : Flexible optical light distribution design can easily cope with complex environments such as warehouses, retail areas, and production lines, injecting intelligent matching into each beam of light to improve production efficiency and space quality.