182-015-213R181

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The 182-015-213R181 D-Sub connector is a type of mechanical connection that creates a bridge between two electrical components. It is a standard method of connecting wires, and is suitable for applications requiring inexpensive but reliable electrical and mechanical connections. These connections are widely used in industrial automation, computer, telecommunications and automotive markets.

A D-Sub connector is made up of two shells, which are a fixed frame with pins and a movable body with guide slots that contain socket action contacts. The two shells are linked with self-locking screws. These screws secure the plug to the socket when the connection is made.

The 182-015-213R181 D-Sub connector is designed with premium materials and durable construction to ensure reliable and secure connections. The shells are made from high-quality metal and then plated with zinc to protect against corrosion and scratches. The pins are made of gold-plated nickel-alloy to ensure good electrical contact. The connector also has a special insulation to prevent shorts and resist moisture.

The working principle of the 182-015-213R181 D-Sub connector is simple. When the two shells are pushed together, the pins in the female shell make electrical contact with the slots in the male shell. This forms an electrical connection between the two components. When the two shells are pulled apart, the pins and slots break the connection.

The 182-015-213R181 D-Sub connector is suitable for a variety of applications, including industrial automation, robotics, computer communication, telecommunications, automotive and consumer electronics. It is also suitable for use in harsh environments due to its durable construction and corrosion-resistant plating. It is easy to use, with secure connections that can be easily released.

In conclusion, the 182-015-213R181 D-Sub connector is a reliable and affordable connection method for bridging electrical components. It is made from high-quality materials and is designed to resist corrosion and moisture. The working principle of the connector is simple, and it is easy to use with secure connections that can be quickly released. It is suitable for a wide range of applications, including industrial automation, robotics, computer communication, telecommunications, automotive and consumer electronics.

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