ELFH1226G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Terminal blocks are key components in the field of electrical engineering and used to create cable connections between electrical components. They provide a variety of benefits to ensure reliable and efficient operation of a wide array of applications. The ELFH1226G terminal block is designed for RFID applications, offering the convenience of RFID technology while ensuring secure RFID connections. This article will discuss the ELFH1226G terminal block in more detail, outlining its application field and working principle.

Application Field

The ELFH1226G terminal block is designed for RFID applications, offering the convenience of RFID technology while ensuring secure connections. The terminal block can be used for factory automation, equipment monitoring, process control, and other applications that require a reliable RFID connection. Additionally, ELFH1226G is the ideal solution for providing flexibility in connecting different components, allowing the user to quickly change, modify, or adjust the connections at any time.

Working Principle

The ELFH1226G terminal block allows for a secure connection between two different components. It uses a two-part design, featuring an upper clamshell that contains the electrical connection and a lower hex nut that tightens the connection to the circuit board. As the hex nut is tightened, the upper clamshell is pushed down, making contact with the lower flange and creating a secure connection. In order for the ELFH1226G terminal block to work properly, the cable end and the RFID tag must be securely connected to the terminal block using the appropriate tightening hex nut. Furthermore, the terminal needs to be properly wired and connected to the correct components in order to ensure that the connection will remain secure.

Conclusion

The ELFH1226G is an RFID terminal block with secure connections for applications such as factory automation, equipment monitoring, and process control. It uses a two-part design, featuring an upper clamshell for the electrical connection and a lower hex nut for securing the connection, making it a reliable and efficient solution for ensuring secure RFID connections. It is important to ensure that the cable ends and RFID tags are properly connected to the terminal block, as well as properly wiring and connecting it to the appropriate components in order to ensure reliable and secure operation.

The specific data is subject to PDF, and the above content is for reference