1110952-3

Heavy Duty Connectors - Accessories

1110952-3 is a type of heavy duty electrical connector which is widely used in the industrial, civil and military electrical markets. It features a simple but sturdy locking mechanism and is designed to connect rigid and semi-rigid cables. 1110952-3 is available in a wide variety of sizes and configurations including straight and right-angle connectors, as well as one, two, four and five-pole configurations.

Application Field

1110952-3 heavy duty connectors are often used in industrial and military applications where long-term reliability and high-power applications are required. For example, they are commonly used in renewable energy, transportation, telecommunications, power utilities and industrial automation. In addition, they are often found in mining, construction and agriculture applications. 1110952-3 connectors have also been widely used in the manufacture of military-grade equipment such as radar, radios, and generators.

Working Principle

1110952-3 heavy duty connectors use a simple but sturdy latch mechanism to connect rigid and semi-rigid cables. The two contact pins of the connector are inserted into the female socket and the latch mechanism is then closed. This ensures a secure connection and provides maximum protection against shock, vibration and moisture. Once the connector is closed, it is designed to remain firmly in the socket for long periods of time, ensuring reliable and safe performance. Additionally, the connector has several variations, which makes it more adaptable to various applications.

Conclusion

1110952-3 heavy duty connectors are designed to provide secure connections for high-current and long-term reliability applications. They are suitable for a wide range of industrial, civil and military applications and feature a simple but sturdy latch mechanism for connecting rigid and semi-rigid cables. 1110952-3 connectors are available in a variety of sizes and configurations including straight and right-angle connectors, as well as one, two, four and five-pole configurations.