20021112-00056T8LF

Rectangular Connectors - Headers, Male Pins

The 20021112-00056T8LF is a typical example of a rectangular connector header, male pins. As compared to many other types of connectors, the 20021112-00056T8LF is specifically designed to provide superior durability and reliability when routing power and signal in harsh environments.

Product features

• Spiral flange for secure connection
• Crimp and glue mating options
• Designed to accept standard ribbon cable
• High temperature resistant body
• Connector with dust-proof module
• Variety of plating options
• Rugged and durable construction

Application Field

The 20021112-00056T8LF connectors provide efficient power and signal transfer in a variety of industrial, machinery, aerospace, and military applications. It is widely used in situations where a large number of leads need to be connected, such as industrial controllers, robotics, and process control systems. It is also widely used in the automation industry, due to its robust construction. In addition, this connector is also often used in the medical and automotive industries.

Working Principle

The 20021112-00056T8LF features a two-piece design with a male header and an attached female socket. The male header is designed to fit into the female socket, providing a secure connection that is capable of withstanding shock and vibration. The male header and female socket are designed with multiple internal and external contact points, which greatly improves signal integrity and allows for the transfer of both power and signal. In addition, the male header features a spiral flange that provides additional grip when mating, making for a secure connection. Once the two pieces are connected, they can be sealed using a variety of methods, such as solder or epoxy, depending on the application.

The 20021112-00056T8LF is an excellent choice for demanding applications that require a secure and reliable connection between complex circuits. Due to its robust construction, it is well-suited for use in harsh environments, and is highly reliable in a variety of applications.