696959-1

Terminals - Ring Connectors

The 696959-1 is a ring terminal, which is a specialized type of electrical connector designed to form a secure connection between two devices, most commonly between a device and electrical cables or wires. It is suitable for use in a wide range of different applications where an electrical connection must be secured under a variety of circumstances and specifications.

Application field

The 696959-1 ring terminal is designed to perform in a variety of different conditions and applications. It is suitable for use in areas where electrical wires or cables need to be connected securely. This includes applications such as marine wiring, automotive wiring, and industrial control wiring. It can be used in a variety of environments for any type of electrical connection that is in need of a secure connection.

The 696959-1 ring terminal is designed for use with solid and stranded conductors. It is suitable for use in applications where high corrosion resistance is needed such as in saltwater environments. It is designed to accommodate a range of conductor sizes from 14-AWG, and is suitable for use in high vibration applications such as those found in motor vehicles.

Working principle

The 696959-1 ring terminal works on the principle of a very tight connection between two points. The two points may be two wires, a wire and a conductor, or other types of connections that need to be secured and maintained. To ensure a secure connection, the connector is designed with a ring shape that fits over the desired points and is then tightened using a set screw. The set screw creates a tight connection between the points, helping to make sure the connection is secure.

The set screw also helps to protect the connector from the environment, providing insulation and prevents corrosion. In addition, the structure of the connector ensures that the cable is secure and not able to move or become disconnected. This allows the terminal to ensure a secure connection even in harsh or hazardous environments.