T1650062129-000

Heavy Duty Connectors - Housings, Hoods, Bases

T1650062129-000 is a type of heavy duty connector that is designed to provide reliable and secure electrical connections in a wide range of industries. It consists of three components - housings, hoods, and bases. This article will discuss the application fields and working principles of the T1650062129-000.

Application fields

The T1650062129-000 is ideal for use in industrial and automotive settings as it has a maximum voltage rating of 600VAC and is designed to withstand harsh environments. This connector can be used in electrical and electronic equipment, for connecting components in telecommunication systems, in robotics and to control systems, and for many industrial applications. Additionally, its high contact density makes it perfect for applications with limited panel space.

Working principle

T1650062129-000 is designed to provide reliable and secure electrical connections. It has two rows of pins that are placed in the housings and two grooves that are placed in the hoods. The pins and grooves help to securely fit the housings and hoods together. Once in place, an additional base is used to secure the housings and hoods in place. The base also contains a latch which helps ensure that the connection is held securely and safely even in harsh conditions.

The contact points at the top of the pins and grooves create an electrical connection when two housings and hoods are secured together. The contact points are carefully designed to make sure that the connection is secure and reliable. This design also helps reduce the risk of corrosion and electrical problems.

Conclusion

The T1650062129-000 is a heavy duty connector that is designed to provide reliable and secure electrical connections in a wide range of applications. It has two rows of pins located in the housings and two grooves located in the hoods, and an additional base is used to secure the connection. The contact points at the top of the pins and grooves create an electrical connection when the components are secured together, providing reliable and secure connections in harsh environments.