C146 68F010 001 1 Connectors, Interconnects

C146 68F010 001 1 application field and working principle

C146 68F010 001 1 heavy duty connectors are designed for automotive, marine, power, and industrial applications. They are particularly suited for use in harsh environments where high temperatures, high frequencies and vibrations are encountered. The connectors offer superior performance in any kind of harsh environment, and the plastic housing ensures that the contacts remain moisture and dust tight.

C146 68F010 001 1 heavy duty connectors feature a robust kit of parts designed to ensure the best possible connection and provide many features that simplify installation andset-up. The connectors feature removable/re-usable terminal pins with contact leads pre-crimped on each side for quick assembly. The contacts are also rated for their permissible current and voltage levels.

The working of the connectors is based on a simple yet innovative design. The contact pins are made of conductive material such as copper or nickel and are designed to be completely insulated from the environment. A special spring mechanism ensures that the pins remain firmly in contact with each other, even when subjected to vibration or shock. The contacts are electrically connected to the base of the connector via an appropriate contact-making mechanism, which ensures a reliable connection.

C146 68F010 001 1 Heavy Duty Connectors provide excellent electrical properties and mechanical stability in automotive, marine, power and industrial applications. They are designed for use in harsh environments with high temperatures, high frequencies and vibrations. The connectors are highly reliable and offer superior performance.

These connectors feature a robust design that ensures the best possible connection and make installation and setup very simple. Features such as removable/re-usable terminal pins with contact leads pre-crimped on each side simplify assembly. The contacts are also rated for their permissible current and voltage levels and made of conductive material such as copper or nickel. The working of the connectors is based on a special spring mechanism that ensures that the pins remain firmly in contact with each other, even when subjected to vibration or shock.