FOLC-145-02-S-Q-LC-P

FOLC-145-02-S-Q-LC-P is rectangular connectors used in various types of applications. It is the type of header and receptacle that is used for many electrical, electronics, and control systems. It is available in different sizes, materials, and configurations to fit the needs of a specific application.

The main applications of FOLC-145-02-S-Q-LC-P are consumer electronics, automotive, aviation, defense, Industrial, and instrumentation systems. Its female sockets come in a variety of sizes with a durable construction for extended life in harsh environmental conditions, it also provides secure engagement for a variety of contacts. This connector helps to provide reliable connections, featuring a fastening mechanism with screws for secure cable or wire connection.

The working principle of FOLC-145-02-S-Q-LC-P is simple. It consists of two parts: the header and receptacle parts. The header part contains contacts where wires and cables can be connected as desired. The receptacle part contains the mating contacts to which the header contacts can be connected for a secure connection. The header and receptacle parts are secured with screws and/or thumbscrews for added security.

FOLC-145-02-S-Q-LC-P also features a high dielectric strength, ensuring it will remain safe and secure even when subjected to high voltage applications. Its insulation materials are also designed to offer more reliable and secure connections. It is also capable of handling high current up to 5 amperes and offers excellent wear and fatigue resistance.

In conclusion, the FOLC-145-02-S-Q-LC-P is a reliable and secure connector for a wide variety of applications. Its fastening mechanism ensures its proper fastening while its high dielectric strength keeps it safe and secure even in high voltage applications. The male and female sockets come in different sizes and materials to fit the needs of a specific application and provide a secure connection. Its insulation materials provide additional security and are also designed to offer more reliable and secure connections.