H-303CR-1-120

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LEDs, or light-emitting diodes, are a highly efficient form of lighting that produce light through an electrical current. They are increasingly becoming the preferred choice for lighting due to their low energy consumption and long lifespan. The H-303CR-1-120 is a spacer/ standoff to firmly hold and space multiple LED modules in a specific arrangement. As a result, the H-303CR-1-120 helps to ensure utmost accuracy of the arrangement for optimal efficiency.

The H-303CR-1-120 is particularly suitable for applications that involve multiple LED modules. Its lightweight yet sturdy design enables it to securely hold the multiple modules in such a way that does not cause any adverse effect on their performance. It is highly suitable for applications like social media walls, Christmas trees and luminaires. This has made it a popular product in a variety of different settings.

The working principle of the H-303CR-1-120 is relatively simple and straightforward. It comprises of a thermoplastic ring which secures multiple LED modules in place and spaces them in a specific arrangement. The ring serves as a support system and ensures that the LED modules remain at a desired distance from each other. The H-303CR-1-120 also features interior threading which allows for easy mounting of the LED modules. Additionally, it comprises of adjustable screw slots which can be adjusted according to the desired LED module height.

The thermoplastic ring of the H-303CR-1-120 is scratch and dent proof which further increases its durability and makes it suitable for a variety of applications. Additionally, its tight fitting design also helps to ensure that its long-term stability is not compromised in any way. It also does not cause any harm or damage to the LED modules and is compatible with most LED modules available in the market.

The H-303CR-1-120 spacer/ standoff is a versatile and highly efficient product for holding and spacing LED modules. It is easy to use and does not require any complex setup or tools. Furthermore, its thermoplastic ring and adjustable slots help to ensure that the LED module spacing is accurate and efficient. As a result, it is highly recommended for applications that involve multiple LED modules.

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