CXA1510-0000-000N0YF20E7

LED Lighting - COBs, Engines, Modules

The CXA1510-0000-000N0YF20E7 is a type of LED light source that falls within the COB, engine, and module categories of LED lighting. COB stands for Chip On Board and refers to the direct attachment of LEDs to a substrate. Engines, also known as LED retrofit lamps, are plug-and-play fixtures for optimum thermal performance. Modules are light engines with a plug-in format for image and graphics applications. CXA1510-0000-000N0YF20E7 combines the advantages of all three, making it a popular choice for many lighting applications.

Application Field of CXA1510-0000-000N0YF20E7

CXA1510-0000-000N0YF20E7 was designed for general lighting in a variety of applications. It is a perfect solution for indoor and outdoor lighting that can enhance safety and security while reducing energy costs. CXA1510-0000-000N0YF20E7 is ideal for architectural lighting, industrial lighting, retail lighting, hospitality lighting, and any other application where energy efficiency and durability are paramount.

Working Principle of CXA1510-0000-000N0YF20E7

CXA1510-0000-000N0YF20E7 uses a “driverless” LED light engine, making it both cost effective and energy efficient. The light engine is designed to operate without the need for an external driver. It operates at a lower temperature than a standard LED light engine, making it more durable and reducing lumen depreciation over time. The die-cast aluminum housing provides optimal thermal management, resulting in longer life-span and higher output. This type of LED light engine is ideal for applications where energy savings is the primary consideration.

Conclusion

CXA1510-0000-000N0YF20E7 LED light engine combines the advantages of COB, engine, and module lighting. Its various features make it an ideal choice for general indoor and outdoor lighting, such as architectural lighting, industrial lighting, and retail lighting. This LED light engine operates without an external driver and is designed to operate at a much lower temperature than a traditional lighting setup. The die-cast aluminum housing also improves thermal performance and allows for better energy efficiency and longer life-span.