CXM-6-35-80-36-AC32-F4-3

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LED Lighting technology has been quickly adopted by many businesses and offers a wealth of benefits in terms of energy savings and reliability. From outdoor event lighting to multi-use architectural lighting, LEDs are the go-to choice for any brightening need. We look at the application field and working principle of the CXM-6-35-80-36-AC32-F4-3.

The CXM-6-35-80-36-AC32-F4-3, sometimes referred to as a ‘COB’ (chip-on-board) module, has a wide variety of applications due to its dependable performance and design. It offers many advantages to lighting professionals seeking a high-output single module surface mounting solution.

Suitable for use in both commercial and residential applications, the CXM-6-35-80-36-AC32-F4-3 is an ideal choice for flood lights, exit signs and multi-level lighting control. It also offers considerable cost savings since LED lighting is more efficient than traditional integrative lighting sources, saving energy and money in the long run.

The module itself is composed of sixteen 35 watt package and board-level LEDs packaged into a single module. This allows users to work with a high-output system while providing enhanced light diffusion and uniformity as well as better thermal stability. Its highly efficient design allows it to reach a maximum luminous efficacy of 110 lumens per watt.

In terms of its working principle, the CXM-6-35-80-36-AC32-F4-3 module is designed to work in a variety of ways. It can active PWM and manual dimming control to achieve maximum energy savings, as well as voltage and current output control to ensure highly accurate lighting control performance. The CXM-6-35-80-36-AC32-F4-3 also has built-in protections such as over-temperature protection, over-voltage protection, and reverse polarity protection.

Overall, the CXM-6-35-80-36-AC32-F4-3 module is a great choice for those looking to increase their lighting applications while saving on energy costs. Its versatile design is suitable for both indoor and outdoor applications, providing excellent light diffusion and uniformity. Furthermore, its working principle ensures that it produces high-quality light output while simultaneously maintaining system safety and reliability.

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