HE11-RDA-101-4-CT

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The HE11-RDA-101-4-CT is a type of D-Shaped Connectors - Centronics that is widely used for various industrial applications. This type of connector consists of a unique, dual-piece design with a threaded insert that can be inserted into a threaded hole. Its primary purpose is to terminate and connect two or more cables, allowing them to be safely connected together while preventing potential damage from external sources.

These types of connectors are often used in applications where high-power transmission is required, such as in the automotive and industrial sectors. They are also commonly used in telecommunications and networking systems. For higher-powered applications, the HE11-RDA-101-4-CT is typically encased in a metal shield to protect the connections and provide additional insulation.

The working principle of the HE11-RDA-101-4-CT is based on force-fit retention techniques. The dual-piece design prevents accidental unplugging and makes it easy to configure the connections with cable assemblies. The connector features a built-in strain relief that helps reduce the amount of stress on the cable during tightening. It also helps to provide a secure connection even in high-vibration environments.

For smaller installations, the HE11-RDA-101-4-CT is available in a variety of sizes and shapes, including standard D-Shaped Connectors, barrel connectors, and inline connectors. It can be used to connect cables to a motherboard, routers, switches, patch panels, and other types of networking components. In industrial and automotive applications, the HE11-RDA-101-4-CT is often used to connect wires and cables to motors, power supplies, and sensors.

The HE11-RDA-101-4-CT is a reliable and versatile connector option for use in a variety of industrial and automotive applications. Its unique design and high-strength construction make it an effective and reliable choice for terminating cables in hostile environments. It is an excellent choice for applications requiring a secure and reliable connection.

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