ELM 2-1.205

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ELM 2-1.205 Application Field and Working Principle

LEDs, more commonly known as light-emitting diodes, are incredibly versatile components used in a variety of applications, ranging from consumer-level electronics projects to industrial-level illumination applications. The ELM 2-1.205 is a type of LED spacer made specifically for use in high-temperature applications. It is designed to keep LEDs properly spaced and mechanically fastened in confined spaces, where space and temperature considerations may make traditional fastening methods difficult. In this article, we will discuss the application field and working principle of the ELM 2-1.205 LED spacer.

Application Field

The ELM 2-1.205 is an LED spacer that is designed for use in high-temperature applications. In these applications, it is important to ensure that LEDs are properly spaced and mechanically fastened, and traditional fastening methods are not always practical in high-temperature environments. One of the main advantages of using the ELM 2-1.205 is that it can tolerate temperatures up to 500°C without any loss of mechanical integrity. This makes it an ideal choice for applications such as automotive, electronic control unit, and aviation lighting.

The ELM 2-1.205 is also a great choice for applications where space is limited, such as when installing LEDs in tight and confined spaces. It is designed to maintain a uniform and consistent spacing between LEDs, which is important for proper illumination, both in terms of the output of the LEDs and the design of the lighting system itself.

Working Principle

The ELM 2-1.205 LED spacer utilizes a patented, two-piece mechanical fastener system. The spacer is made up of two components: a female part, which fastens the LED to a mounting surface, and a male part, which is threaded into the female part and effectively holds the LED in position. This solution provides a secure and reliable fastening solution for LEDs in high-temperature applications.

The two components of the EDL 2-1.205 spacer are designed to work together to keep the LEDs securely in place. The female part, which is threaded into the mounting surface, is designed to allow the male part to be inserted and attached securely without the need for any additional fasteners. The male part is then threaded into the female part and tightened, creating an effective and secure mechanical fastening solution. As a result, the LED is securely attached to the mounting surface and will not move.

In addition to its versatile application field, the ELM 2-1.205 also offers advantages in terms of performance. It is designed to effectively dissipate heat, which is important for high-temperature applications. The spacer also helps to improve the thermal dissipation of light sources, ensuring that high-powered LEDs remain safe from overheating.

Conclusion

The ELM 2-1.205 is a versatile LED spacer designed for use in high-temperature applications. Its two-piece mechanical fastening system allows it to secure LEDs in tight and confined spaces, and its heat tolerance of up to 500°C makes it ideal for many automotive, electronic, and aviation lighting systems. It is an effective and reliable solution for securing LEDs in high-temperature applications.

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