H-302CR-1-160

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The H-302CR-1-160 is part of a family of spacers, standoffs, and LEDs produced by the manufacturer Metcal. H-302CR-1-160 spacer standoffs offer a reliable coupling between two surfaces, by extending beyond the point of contact to provide a buffer between the two components. This buffer is used to shield the components from electrical and magnetic interference, as well as impact and vibration. Additionally, LED spacers help to regulate heat dissipation and prevent components from becoming overheated.

The H-302CR-1-160 is designed for a variety of applications. These include LED modules, light-emitting diode (LED) lighting fixtures, and automotive lighting systems. This spacer standoff is also used in architectural, industrial, and decorative lighting applications. Additionally, the H-302CR-1-160 is often employed in display and indicator applications, equipment enclosures, and electronic housings.

The H-302CR-1-160 spacer standoff measures 0.009 inches in diameter, and has a height of 0.62 inches. It is constructed with steel and applied with a bright electro-zinc plating, providing a high-quality finish and protection against corrosion. The steel is also resistant to impacts, making it an ideal choice for applications which require ruggedness and durability. Additionally, the H-302CR-1-160 is designed to be compatible with metric hole patterns.

The H-302CR-1-160 spacer standoff features a two-piece design. The two components are connected via a swaging, or pressing, operation. The two pieces are joined together by an interference fit, which is accomplished by applying pressure to the spacer. This connection provides a strong bond that results in negligible axial movement. Additionally, the two-piece design provides for a uniform compressive stress within the spacer, allowing it to resist both radial and axial forces.

The H-302CR-1-160 spacer standoff is the perfect choice when a reliable connection between components is required. With its two-piece design and steel construction, this spacer provides durability and stability, making it an ideal solution for LED modules, LED lighting fixtures, and a variety of other applications.

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