ONAH-0504-02

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LED Thermal Products: ONAH-0504-02 Application Field and Working Principle

The ONAH-0504-02 is a cooling module in the line of LED thermal products. It is a part of the industry leading range of LED die attach and heat sinking solutions supplied by ULTIMATE Technology. The ONAH-0504-02 solution is engineered to provide reliable and energy efficient cooling for LED light sources.

This module is designed to keep temperatures in LED diodes at an optimal level. The heat generated by an LED is dissipated through the thin die-cast aluminum frame, allowing the heat generated by the LED to disperse into the environment. The module’s internal air gap facilitates the thermal absorption of heat. One of the benefits of this type of cooling module is that no fans or pumps are needed, eliminating unnecessary noise and heat emitting elements. This type of solution is an ideal option for applications in which silent and efficient cooling is important.

The working principle of the ONAH-0504-02 can be summarized as follows. The module is designed to take in hot air from the environment and release it when it has passed through the air gap between the LED and the thermal module frame, providing cooling to the LED. The layer of aluminum allows for a larger surface for dissipating heat. This leads to an increase in efficiency and better temperature regulation. The module also helps to extend the lifetime of the LED by preventing damage caused by overheating.

The ONAH-0504-02 is a versatile product. It can be used in a variety of applications such as lighting for residential, commercial, and industrial spaces. The module is also a great choice for outdoor lighting applications as it ensures no heat buildup is experienced.

The ONAH-0504-02 is an energy efficient cooling solution that can be used in a number of application fields. It is designed to provide reliable and efficient cooling for LED light sources while eliminating noise and heat emission. Additionally, its internal air gap facilitates improved thermal absorption to keep temperatures at an optimal level, extending the lifetime of the LED.

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