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Heavy Duty Connectors are designed for harsh environments and demanding applications, such as those used in construction machinery, industrial equipment and other big projects. They have robust designs to protect the contacts and maintain consistent electrical connections.

Housings of Heavy Duty Connectors are the most critical part of the connector. They are designed to provide a safe and reliable connection, protect the connection and the contacts from the environment, and help the whole construction of the connection from shock, vibration, ingress, moisture and temperature.

Hoods provide protection against accidental contact with contacts or circuits during assembly or disassembly of the connector. They are usually keyed so that they only work when the connector is correctly assembled. The hood also provides a visual indication of the presence of the hood, which provides an additional safety feature.

Bases are used to mount the plug and receptacle together. This type of heavy duty connector is often used for transport of large currents such as superconducting magnets or for high speed data transmission. Bases are often equipped with mounting plates for a secure and vibration-resistant installation.

The working principle of Heavy Duty Connectors is to use a contact system which provides a low contact resistance, a reliable contact, and a low electrical noise level. In order to achieve this, the contacts must be made of high quality material and must be protected from the environment.

The contacts are generally made of metals, such as copper, brass, or stainless steel that can withstand a wide range of temperatures and environmental conditions. The contact system must be designed to ensure a reliable connection even when subjected to heavy vibration, shock, or extreme temperature. In addition, the contact has to provide a good electrical connection between contacts, and prevent arcing.

The contact system must also be designed to provide a low contact resistance. The contact should make contact with the mating connector even when there is a certain amount of gap between the connectors. In addition, the contact should be designed to prevent any oxidation that might occur between the contacts.

The contact system should also be designed to prevent electrical noise from the outside environment interfering with the signal or power transfer. The contacts must be capable of handling large currents, so they must have a low contact resistance and be designed to withstand heavy vibration, shock, and extreme temperature.

Finally, the contact system should be designed to eliminate arcing. Arc energy is the energy released when a current flows through a conductor and can cause a spark that can cause an electrical fire. The contact system should be designed in such a way that it prevents arcing and reduces the risk of an electrical fire.

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