H-310C

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The H-310C series of spacers and standoffs are widely used in many industrial applications for their ability to both hold components in place and ensure reliable electrical contact to their environment. The unique construction of these devices is what sets them apart from other similar components, as the structural elements are separated into two distinct sections, an active and a non-active area. This design allows for a higher degree of flexibility when it comes to fastening components, as the spacers can be used to hold components in place within an enclosure or to hold components securely on a PCB.

The H-310C series of spacers and standoffs have a unique design which incorporates two sections: a body made of polyethylene and a conductive nitrile ring. The polyethylene body contains the active elements of the device, and the non-active elements are contained in the nitrile ring. This creates a lightweight construction which is perfect for applications where low profile and reduced weight is necessary. The nitrile ring can also be tailored to the user’s specifications, providing an ideal degree of flexibility when it comes to electrical contacts. The device also includes an insulation layer which can help to minimize heat transfer and ensure an optimal environment for the connected components.

As the name implies, the H-310C series of spacers and standoffs are designed specifically for LED applications, such as those found in automotive and aerospace industries. The design of the device allows for the creation of multiple power and ground points which help to prevent short-circuits in difficult to reach places. The increased capacity of the device allows it to handle more power, allowing more efficient use of energy while providing stable operation of the connected electronics. Additionally, the device’s construction helps to ensure the longevity of the LEDs by providing a stable environment with minimal thermal energy transfer.

The H-310C series of spacers and standoffs are an ideal solution for applications where precise alignment and reliable electrical contact is required. Their unique construction and plastic-injected construction helps to reduce the chances of short-circuits, while their long-term reliability ensures that components remain secure and stable for prolonged periods. Additionally, their ability to easily integrate the power and ground lines for LEDs makes them an ideal choice for those searching for reliable LED spacing and secure electrical contacts.

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