OSTHY200080

Terminal Blocks - Wire to Board is a broad and important category in the field of electrical components, and the OSTHY200080 is one type of terminal block with distinct characteristics. The following provides an overview of this device’s application field and working principle.

Application Field

The OSTHY200080 is primarily designed for use in the harsh industrial environment, where it can be used to securely connect two points. This terminal block offers reliable, one-handed push-in connection technology for wiring systems, reducing the time for connections in field wiring and control cabling applications. Moreover, it features a two-part design which allows wires to be easily and quickly snapped into place while the integral clamping sleeve ensures a vibration-proof connection.

Working Principle

The OSTHY200080 Terminal Blocks - Wire to Board is based on a simple two-part design. It comprises both a socket and a plug. The socket has a plastic housing with integrated conductor connection elements which facilitate both PCB connection and wire connections. At the same time, the plug is made of a sheet metal with tension springs, allowing it to be securely inserted and released from the socket.

To facilitate electrical connection, the OSTHY200080 terminal block has two contact elements. The first contact element is a spring-loaded contact, typically made of spring steel or stainless steel. This element provides shock absorption and allows wires to be pressed into it with minimal force. The second contact element is a rectangular contact which is used to connect to the PCB. This contact ensures easy connection and increased security on board.

Conclusion

The OSTHY200080 is a reliable, two-part Terminal Blocks - Wire to Board designed to securely connect two points in a harsh industrial environment. It has a plastic housing for PCB connection and wire connection elements, as well as spring-loaded and rectangular contact elements. It is easy to set up and easy to use, making it ideal for field wiring and control cabling applications.