The CSC LED 60-degree Optic Lens is engineered using advanced optical-grade polycarbonate material that precisely shapes the light output from your high bay fixture into a controlled 60-degree beam angle. This type of secondary optic technology works by refracting and directing the LED light source, reducing wasted spill light and significantly improving useful illumination on the target surface below. The result is higher effective light levels without increasing energy consumption — a smart complement to modern LED technology that already delivers substantial savings over traditional HID and fluorescent high bay systems.
Thermal compatibility is an important consideration with any lighting accessory, and this optic lens is designed to perform reliably within the thermal management system of the HB8 High Bay series. The lens material is rated to withstand the operating temperatures generated by high-efficiency LED drivers and chip arrays, ensuring long-term durability and consistent optical performance over thousands of hours of use. There is no degradation in light transmission or beam quality, even under sustained operation in demanding environments.
This accessory is backed by the same commitment to certification and compliance that defines the full CSC LED product line. The HB8 High Bay fixtures this lens is designed for are cUL listed and DLC qualified, meeting the stringent requirements for safety and energy performance recognized across Canada. When paired with a qualified fixture, the complete assembly maintains its certification status, giving you confidence that your installation meets all applicable Canadian electrical standards and may qualify for applicable utility rebate programs.
Installation of the optic lens is designed to be quick and tool-free, snapping or mounting directly onto the LED module of the compatible high bay fixture. This makes it an ideal upgrade for both new installations and retrofit projects where you want to fine-tune your lighting layout after the fixtures are already in place. By choosing the right beam angle accessory, you can optimize light distribution for specific ceiling heights and spacing requirements — achieving professional-quality results with minimal effort and maximum energy efficiency.
