459-900

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LEDs, light-emitting diodes, are tiny components that convert electrical energy into visible light. Spacers, standoffs and other components are used to ensure the proper operation and performance of LEDs. 459-900 application field and working principle refers to a specific type of LED spacer.

LED spacers are used to keep two components from coming into contact with each other. The 459-900 spacer consists of an aluminum body, an opaque, low-friction plastic sleeve, and two over-molded rubber pads. This spacer is designed to provide cushioning, electrical insulation, and spacing between two components. This prevents electrical arcing or other types of damage that could occur if the two components contacting each other.

The 459-900 spacer is designed to be a long-lasting, low-cost solution for LED-based applications. The aluminum body provides increased thermal performance, while the plastic sleeve reduces the risk of shorting out. The rubber pads offer cushioning and also serve to protect the spacer from impacts and vibrations. Additionally, the 459-900 spacer is designed to be easy to install and remove for maintenance or repair.

The 459-900 spacer is used in a variety of LED-based applications, including LED light bars, LED downlighting, LED strip lighting, LED-based signage, and LED accent lighting. In each of these applications, the spacer is used to keep two components from coming into contact with each other and also serves to reduce the risk of vibration and shock damage.

The working principle of the 459-900 spacer is relatively straightforward. The aluminum body, plastic sleeve, and rubber pads work together to cushion and protect the two components while allowing the air to circulate between them. This prevents the components from coming into contact and reduces the risk of shorting out or other potential problems. Additionally, the rubber pads help absorb any shocks or vibrations that may occur, protecting the components and prolonging the life of the spacer.

In conclusion, the 459-900 application field and working principle refer to a specific type of LED spacer. The spacer is designed to provide cushioning, electrical insulation, and spacing between two components, preventing them from coming into contact with each other and reducing the risk of vibration and shock damage. The aluminum body, plastic sleeve, and rubber pads all work together to ensure the proper performance of the LED spacer. The 459-900 spacer is used in a variety of applications, including LED light bars, LED downlighting, LED strip lighting, LED-based signage, and LED accent lighting.

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