1-967630-6

Rectangular Connectors - Housings

Connectors are the link between diverse devices in numerous application fields. Housings are used in many of these fields to secure the interior of the connector from external influences, which can lead to corrosion. The 1-967630-6 is a plastic shell connector system from TE Connectivity that is designed to meet the needs of various industries including industrial, automotive, and telecom applications.

This connector system is built to protect the integrated circuit from environmental damage or stress caused by mechanical systems. It provides a reliable and robust connection when used in multiple applications. The 1-967630-6 also offers added value in sealing, insulation, and thermal conductivity.

Application Field

The 1-967630-6 housing type can be used in a variety of applications, including automation, power distribution, electrical and electronic disconnection, and cable harness systems. It can also be used in industrial, mobile, and instrumentation applications. The 1-967630-6 is suitable for use in aqueous and dusty environments. This connector type is designed to protect electrical or electronic components, such as circuit boards, from external influences while providing a secure connection.

This type of connector is especially useful in applications involving high temperatures or extreme environments such as excellent exposure to harsh temperature and chemical agents. In addition, the 1-967630-6 can be used in outdoor applications, as it is resistant to UV radiation.

Working Principle

The 1-967630-6 uses a double-pin system for a robust connection. The double-pin system offers superior durability and protection from the effects of vibration, shock, or excessive movement. The housing is constructed with a thermoplastic material, providing electrical insulating characteristics, as well as chemical and ultraviolet radiation resistance.

The dual pins are designed to be easy to insert and secure. They also provide superior mechanical locking to ensure reliable connections. An additional feature of the 1-967630-6 connector is the ability to be mated with various components for a full connection. This feature eliminates the need for additional soldering, which often requires additional time and skill.

Conclusion

The 1-967630-6 connector is designed to be used in a variety of applications and offers excellent protection from environmental influences and mechanical stresses. The double pin design enables a durable and secure connection, while the thermoplastic materials offer electrical insulating characteristics and chemical and UV resistance. The ability to be mated with different components eliminates the need for additional soldering, allowing for quick and easy installations. Ultimately, the 1-967630-6 is an excellent choice for a broad range of applications.