1-967623-1

Rectangular Connectors - Housings

1-967623-1 is one of the most commonly used connectors in the industries. It is a rectangular-shaped panel mount connector. The connector is designed for use with power brake and start-stop contacts. It includes a hood and a receptacle.

The 1-967623-1 connector consists of a one-piece plastic shell with a rubber seal stable and reliable contact retention. The contacts are also held with locking clips and secured with standard M3 screws. The connectors can accommodate as much as 24 AWG wire independently. The connectors are designed to be used with both male and female contacts.

Application field and working principle

1-967623-1 is used in a variety of applications. It is often used in the communications and automotive industries, as well as in industrial equipment. The connectors are also suitable for applications in the solar energy and consumer electronics fields.

The connectors provide a reliable connection in all conditions due to their rubber seal which prevents dirt, water, and other contaminants from entering the connection. The connector also features an internal secure lock system that helps to keep the contacts secure and properly aligned. The internal secure lock ensures that the connection is completely secure even after the device has been plugged in. The connectors are available in both straight and right angle configurations, as well as in various sizes.

The connector operates by the use of two contacts which provide an electrical connection. The contacts are held in place with the locking clips and secured with M3 screws. Once the connector and contacts are secure, the contacts maintain electrical contact. When the contacts are seated firmly, an electrical connection is established and maintained.

1-967623-1 connectors provide an efficient and reliable connection between electronic devices. They prevent dirt and moisture from entering the connection, ensuring that the connection is secure and safe. The connectors can also be used in high vibration and harsh environmental conditions.