C146 P10 005 G8

Heavy Duty Connectors are widely used in the mechanical equipment industry for superior connection and durability. The C146 P10 005 G8 Connector is a high-quality product belonging to this product category. This connector is available in several terminal types - rectangular, block, and so on. Each has its own advantages, depending on the application.

Application Field

C146 P10 005 G8 connectors are primarily used for the manufacture of robotics, machine tools, industrial controls, and other such industrial applications that need a robust and reliable connection. These connectors have also found application in industrial automation, electronics, and aerospace components, where superior performance and reliable operation are a must. Because of their longevity, heavy duty connectors can be used over a long period of time without needing to repair or replace them.

Working Principle

The C146 P10 005 G8 Connector consists of three main components, namely, the metal contact, the dielectric support, and the housing that holds these components together. The metal contact is made from a plated copper that is resistant to corrosion and oxidation and is capable of carrying an electrical signal. The dielectric support is composed of a semi-conductive material that is insulating and acts as an interface between the metal contact and the housing, helping to keep the electrical current flowing. Finally, the housing prevents dust, dirt, and other debris from entering the terminals and interfering with the electrical signal.

To establish a connection between two systems, a C146 P10 005 connector is first connected to the two devices. The electrical current then travels through the metal contacts, while the dielectric support keeps the current flowing with minimal resistance. The housing also has ports that help facilitate the connection and prevent dust and dirt from entering. Once the electrical connection is established, the connector holds the two wires in place, while providing a firm and secure connection between the two systems.