ESQT-108-03-L-D-400

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The ESQT-108-03-L-D-400 is a rectangular connector manufactured by Emile & Ovi that enables a variety of electronic equipment to be securely connected. This connector is classified as a header, receptacle, or female socket, and is commonly used in industrial applications. In this article, we will discuss the application fields and working principle of the ESQT-108-03-L-D-400.

The ESQT-108-03-L-D-400 rectangular connector is commonly used in industrial applications due to its ease of installation and secure connection. This type of connector is designed for industrial machine tools, such as numerical control (NC) and computer numerical control (CNC) equipment. It is also used for robotics, factory automation, process automation, and urban infrastructure applications. Furthermore, the ESQT-108-03-L-D-400 is often used to transmit signals, control power, and data in telecom networks.

The ESQT-108-03-L-D-400 rectangular connector has two main parts: the header, which is the electrically conductive part that connects to a board or wire, and the receptacle, which is the other part that connects to the header. The header and receptacle are made from high quality copper alloy, which makes them corrosion resistant. The header also has a series of pins or contacts that are used to connect to the other part of the connector. When the header and the receptacle are connected, they form a secure and reliable connection.

The working principle of the ESQT-108-03-L-D-400 rectangular connector is that when the header and receptacle are fit together, the contacts on the header and receptacle form a circuit. This circuit is responsible for the transmission of data, control signals, and power. The header and receptacle also have a locking mechanism in place to ensure the secure connection.

In summary, the ESQT-108-03-L-D-400 rectangular connector is a commonly used header, receptacle, or female socket. It is designed for industrial applications, such as numerical and computer numerical control equipment, robotics, and urban infrastructure. The working principle of the connector involves the formation of a circuit when the header and receptacle are fit together, and the connection is secured by a locking mechanism.

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