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Heavy duty connectors are designed to provide a secure connection and withstand extreme conditions, such as high temperatures and pressures encountered in industrial and military applications.

The housing is the outer covering of the heavy duty connector and provides protection from the environment, while also maintaining a connection to the electrical terminals. The housings are typically made from metal or high-quality thermoplastics such as Nylon, and incorporate spring-loaded contacts to ensure a secure connection. The hoods and bases provide additional protection to the connection and serve to reinforce the structural integrity of the connector assembly.

The working principle of a heavy duty connector is relatively simple but effective. When the Hood and Base of the connector are brought together, the spring-loaded contacts create an electrical path between the two terminals. This connection allows current to flow through the connector and to the external circuit.

The contacts are designed to provide a reliable and secure connection. The springs drive the contacts into the inner terminals of the connector, creating a tight fit and ensuring contact stability under extreme temperatures. In addition, the contacts are designed to allow for easy and safe insertion and removal of the connector from the circuit.

The contact Materials used in heavy duty connectors are typically copper, silver or gold. The materials are chosen based on the application requirements including the current carrying capacity and the temperature rating. For more reliable connections, gold plated contacts are often used.

One of the main benefits of using heavy duty connectors is that they provide a reliable and robust connection with excellent electrical and thermal performance. They also have a long life expectancy and require minimal maintenance. Heavy duty connectors are used in many industrial and military applications, such as aviation, automotive, electrical power systems, robotics and fuel systems.

Overall, heavy duty connectors are designed to provide a secure and reliable connection that can withstand extreme environmental conditions. The housings, hoods, and bases provide protection to the connector and ensure its ability to stand the test of time. The material used to construct the contacts and the spring-loaded design allows for a secure connection while allowing easy insertion and removal. These features make heavy duty connectors an ideal choice for many applications.

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