831-83-037-64-001101

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors are one of the most common and versatile types of electrical connectors, used in nearly all electronics assemblies. The type is divided into Headers, Receptacles, Female Sockets, although the exact construction may vary depending on the specific application. The 831-83-037-64-001101, is one such type of connector, designed for high voltage purposes, and provides a secure connection with the required performance.

Application Field

The 831-83-037-64-001101 is primarily used in high voltage applications, including electric motors, battery systems, high voltage wave energy capture systems, and other applications which require secure high voltage connectors with uniform heavy current passage. This type of rectangular connector is typically used as a high-voltage connection point, as it is able to manage both voltage and contact reliability.

Working Principle

The 831-83-037-64-001101 employs a spring-loaded connector, a pin or socket that is held in place by a continuous tension spring. The spring’s tension helps maintain a constant contact pressure between the two mating halves, ensuring the connection is not easily knocked loose. This is especially important for high voltage applications, where any form of arcing can cause serious damage. The spring-loaded connector also helps to ensure a tight, secure connection, eliminating the need for additional equipment like vibration dampers or screws.

In addition to the spring-loaded connector, the 831-83-037-64-001101 also features a unique contact design that utilizes four “fingers” that make contact with the connectors of both mating halves. This design offers a greater surface area contact, resulting in a larger transmission cross section. This increases the contact reliability and allows for higher voltage and current capacity than can be obtained with many other types of electrical connections.

Finally, the 831-83-037-64-001101 is designed to be a low-profile connector, reducing the risk of electrical shorts or arcs. With its small size, the 831-83-037-64-001101 is able to fit into tight spaces, providing a secure connection even in cramped applications.

Conclusion

The 831-83-037-64-001101 is designed as an efficient, durable, and reliable high-voltage connector, suitable for numerous applications. With its spring-loaded connector, four-finger contact design, and small size, the 831-83-037-64-001101 is an ideal choice for any type of high-voltage connection.

The specific data is subject to PDF, and the above content is for reference