170-015-171-030

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Connectors and housings from the 170-015-171-030 D-Sub, D-Shaped series of products are popularly used in the electrical and electronic industry. These products are designed to provide a secure connection between two surfaces or components of a device and are available in a wide range of shapes, sizes, and materials. The 170-015-171-030 series of products is commonly utilized in the aviation, automotive, military, and other industrial settings.

The 170-015-171-030 D-Sub, D-Shaped series of connectors are housed in tough polycarbonate plastic that can endure extreme temperature fluctuations, high-vibration, and general wear-and-tear. This make them ideal solutions for hostile environments. Furthermore, they are secured with screws which provides additional protection to the contacts. This minimizes the risk of connection failure and ensures reliable electrical connections.

The 170-015-171-030 series of products are designed to support a variety of engaging forces due to the three-point stability provided by the dual screw and socket connection. This gives the ability to interface with both large and small devices. Additionally, they are designed with 8H spacing between the contact blades that allows greater flexibility in the connected devices due to the increased contact area.

The working principle of the 170-015-171-030 D-Sub, D-Shaped connectors is simple. When the metal contact plates connect, an electrical connection is made and the voltage and current can pass through the system. Over time, the contacts experience wear and tear due to constant usage. For this reason, regular inspections and maintenance should be done to ensure the integrity of the connection.

In conclusion, the 170-015-171-030 D-Sub, D-Shaped connectors and housings are designed to provide secure and reliable electrical connections in diverse applications. They are resilient to extreme temperatures and provide three-point stability for a wide range of engaging forces. The working principle of these connectors is simple and effective, ensuring a consistent flow of current and power output.

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