70ADJ-5-FL1G Connectors, Interconnects

Rectangular connectors make it easier for people to connect different parts of devices or applications. A type of rectangular connector is the 70 Amp, 5-pin Female Lock (FL1G) connector.

The 70AJ5-FL1G connector is a spring loaded rectangular connector made of metal and plastic. It has a female connector that has two rows of five pins, and a male lock that is spring loaded with a bar that locks the two connectors together. The connector is designed to be connected and disconnected without the need for tools. It typically has a current rating of 70A, and a pushfit construction for easy installation in tight locations. The spring lock ensures that a solid electrical connection is made when the connectors are mated.

The 70A5-FL1G connector is used in a variety of applications where reliable power connections in tight places are necessary, particularly in automotive and commercial applications. The connector is used in starter wires, fuel lines, and brake lines in automobiles, as well as in HVAC equipment and industrial machines. It is also commonly used in computer power supplies, solar power systems, and LED lighting systems.

The working principle of the 70AJ-FL1G connector is fairly simple. When the male and female connectors are mated, the spring-loaded lock bar ensures that a secure electrical connection is made. The bar applies pressure to the contacts, ensuring a high-quality electrical connection. Once the bar is locked in place, the two connectors are securely connected until the bar is released and the connectors can be easily disconnected.

In conclusion, the 70AJ-FL1G connector is a spring-loaded rectangular connector that is commonly used in automotive, commercial, and industrial applications. It is easy to install and is designed to provide reliable power connections in tight places. The working principle of the connector is based on a spring-loaded lock bar which applies pressure to the contacts when the connectors are mated, ensuring a secure electrical connection.