ESQT-124-02-F-D-625

Rectangular Connectors - Headers, Receptacles, Female Sockets

The ESQT-124-02-F-D-625 is a rectangular connector, which includes a header, receptacle, and female socket. Rectangular connectors are used to transmit signals from one electrical or electronic device to another for communication, power, or other purposes. The ESQT-124-02-F-D-625 is a two-position connector, with a pin configuration of pitch 2.0mm, gender female, and a current rating of 6.25A. It is available in a variety of sizes and can be customized for specific applications.

Application Field

The ESQT-124-02-F-D-625 is typically used in communication, industrial, and energy applications. Its two-position connector is ideal for connecting devices in control systems, video systems, audio systems, and other similar applications. Additionally, because of its high current rating, it can also be used in power applications.

Working Principle

The ESQT-124-02-F-D-625 rectangular connector has two primary components. The first component is the male-male header, which contains one or more metal pins. The metal pins are inserted into the opposite side of the female socket, which has inner metal contacts. The two components are locked together by the use of plastic locking clips.When the connector is connected to the two devices, an electrical pathway is created through the metal contacts, which allows the transmission of signals, power, or other necessary communication. The plastic locking clips ensure a secure connection between the two components and helps to protect the connection from damage due to vibration or accidental disconnection.

Conclusion

The ESQT-124-02-F-D-625 rectangular connector is a versatile, reliable, and durable option for a variety of applications. Its two-position configuration makes it ideal for communication, industrial, and energy applications, and its high current rating makes it suitable for power applications as well. The ESQT-124-02-F-D-625 is easy to install and is protected from damage due to vibration or accidental disconnection by its plastic locking clips.