811-22-045-30-000101

Rectangular Connectors - Spring Loaded

811-22-045-30-000101 is a type of rectangular connector with spring load characteristics. As a type of connector, it is designed to fit together in a specific way in order to establish an electrical connection between two components. This type of connector is used in applications where quick and easy connection is required. Its load characteristics offer a reliable contact with enough tension to hold the connection even under vibration or shock.

The 811-22-045-30-000101 connector has a relatively small size and is constructed with a molded plastic case and two metal contacts. The contacts feature a combination of gold- and nickel-plated layers to provide a durable and reliable electrical connection. The large number of contact points provides increased reliability and performance compared to other types of connectors of similar size.

The 811-22-045-30-000101 rectangular connector has two spring-loaded arms that are connected to the connector\'s body. When the arms are pushed inwards, the two contact points start to make contact, completing the electrical connection. The contact points are held in place by the tension generated from the two metal arms. This tension ensures that the contact points remain firmly connected even during vibrations and shocks.

The 811-22-045-30-000101 connector is designed to be used in tight spaces, and on low-profile devices. It is often used in applications where components need to move constantly, such as in automotive and industrial automation. They are also used in medical and military fields, as they are rugged and provide reliable electrical connections.

Overall, the 811-22-045-30-000101 rectangular spring-loaded connector is a reliable, compact, and versatile component that is ideal for a wide range of applications. Its unique design, featuring metal arms and contact points, ensures that the electrical connection remains secure, even under harsh conditions. This makes it a great choice for applications where vibration and shock-resistance are necessary.