1023210000

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Heavy duty connectors are used in many industries such as automotive, industrial and electronics. They are designed for robustness and reliability, and can be used in high-temperature environments. The different types of heavy-duty connectors available include inserts, modules, and terminals.

1023210000 Inserts
Inserts are constructed of multiple contacts embedded on a durable insulated body. These connectors come in various shapes and sizes, and can be customized to suit an individual application. The contacts inside the insert provide electrical and mechanical integrity, ensuring you get a reliable connection. The insulation material surrounding each contact prevents corrosion and keeps contaminants out. Inserts are typically used to connect equipment together, providing power, signal or data exchange.

1023210000 Modules
Modules are designed for quick contact insertion and removal. They are often used in applications that require a robust connection but require a high level of flexibility. These modules are made with either stamped contacts or crimp contacts depending on the application. The crimp contacts provide a stronger connection as they are more firmly fixed in place. The modules are typically made of aluminum or plastic material and can be easily changed, allowing for assembly changes without re-wiring.

1023210000 Terminals
Terminals are mostly used in industrial applications where high current carrying capacity is required. They are made of copper, bronze or tin alloy and are typically used for connecting wire and cable in a circuit. They offer greater protection against corrosion and are less prone to damage due to vibration. Terminals are usually used to terminate lines with high current or for connecting multiple wires.

1023210000 Working Principle
The working principle of heavy duty connectors is based on the principle of conductivity. The contacts are made of conductive materials such as copper, bronze and tin alloy and are designed to pass an electrical current. The contacts are surrounded by insulating materials like PVC or glass cloth, that hold the contacts in place and prevent contamination due to dust and moisture. The connection is established when the contacts come in contact with each other, allowing the flow of electricity. The current will travel through the contacts until it reaches its destination.

Conclusion
Heavy duty connectors are designed to provide reliable performance in tough and hazardous environments. They are available in various types such as inserts, modules and terminals and come in various shapes and sizes. The contacts are made of conductive materials and are insulated from the environment, providing a reliable and safe connection. The working principle of these connectors is based on the principle of conductivity and they are used in a wide range of heavy duty applications.

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