ESQT-125-02-M-D-531

The ESQT-125-02-M-D-531 is a rectangular connector which is used in various electronic devices and machinery. It is part of a class of rectangular connectors known as headers, receptacles, and female sockets. This particular model is an example of the female socket type.

The ESQT-125-02-M-D-531 rectangular connector has a two-piece construction consisting of a body and an internal contact assembly. The body is made of thermoplastic material and has two rows of pins arranged in two columns. Each row contains seven pins arranged in a vertical orientation. The internal contact assembly also consists of seven pins arranged in two rows and two columns, but they are oriented in a diagonal angle. The contact assembly also includes a number of springs which allow for a secure connection between the two components.

The ESQT-125-02-M-D-531 rectangular connector is used in a variety of applications in the electronics and machinery industries. It is often used in the medical industry for a variety of device connections and power applications. The connector is also used in the automotive, aerospace, and telecommunications industries for a variety of applications. The connector is also widely used in the computer and consumer electronics industries. In all these applications, the ESQT-125-02-M-D-531 provides a reliable connection which will ensure a longer service life.

The working principle of the ESQT-125-02-M-D-531 is relatively simple. The two pieces of the connector are connected by first inserting the pins of the contact assembly into the holes of the body. Once the pins are inserted, the contact assembly is secured in place by the springs located inside the body. This ensures a secure and reliable connection which can withstand high levels of vibration and shock. The connector also comes with a coded key which prevents accidental swapping of the contact assembly pins.

In summary, the ESQT-125-02-M-D-531 is a rectangular connector which is part of the headers, receptacles, and female socket class. The connector is used in a variety of applications in the electronics and machinery industries, and its two-piece construction allows for a secure connection which can withstand high levels of vibration and shock. The working principle of the connector is based on the two-piece construction and is easy to understand and implement.