ELM 3-1.140

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LED spacers, standoffs and other similar components are becoming increasingly popular when it comes to various lighting applications. Although they may differ slightly in design and application, they all essentially serve the same purpose - to regulate the light being emitted from an LED.

ELM 3-1.140 Application Field and Working Principle

The ELM 3-1.140 is a type of LED spacer or standoff that provides efficient and effective light-regulation for a wide range of LED applications. It is designed to secure two or more mounted LED components to a surface or other base material at a particular distance apart. This enables an even distribution of light, which helps to prevent hotspots or excessive light projection in one particular area.

The ELM 3-1.140 has a semi-flexible design, which allows it to accommodate different sized LED components, while also allowing it to be used in tight spaces or even curved mounting surfaces. It is also resistant to EMI and RFI interference, allowing it to be used in commercial or industrial settings where these signals can be known to interfere with the performance of an LED light. Furthermore, the ELM 3-1.140 is extremely lightweight, making it easy to install and transport.

The working principle of the ELM 3-1.140 is fairly straightforward. Firstly, the two or more LEDs to be mounted are placed into their respective recesses on the ELM 3-1.140 standoff. The standoff is then fixed to the desired surface, with the fastening arms locked in place. Finally, the LEDs are connected to the appropriate power source, allowing them to be illuminated. This simple process ensures optimal spread of light from the LEDs, with any hotspots being eliminated. This can dramatically improve the performance of a lighting system, while also ensuring that the LEDs last longer.

In conclusion, the ELM 3-1.140 is an effective and reliable tool for any LED lighting application. Its semi-flexible design and lightweight construction make it easy to install and use, while its EMI and RFI shielding capabilities make it suitable for a range of commercial and industrial settings. Furthermore, its working principle ensures that the light emitted from an LED is spread evenly, eliminating any hotspots or excessive light projection. For these reasons, the ELM 3-1.140 is quickly becoming a popular choice for LED lighting applications.

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