ESQT-115-03-G-S-380

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The ESQT-115-03-G-S-380 is a rectangular connector that is part of the headers, receptacles, and female sockets family. It is designed to be used in applications where transferring electrical power between two components is required, and is an ideal solution in many different scenarios.

This connector is a right-angle model, and it consists of three parts, the header, the female socket, and the receptacle. The female socket is the connection between the two components, and its design is optimized to ensure that pin contact is maintained, even when the connector is subject to vibration or shock. The receptacle is a passive component that is designed to accept the header when installed. Both the header and the female socket are available in different contact configurations and sizes.

The working principle of the ESQT connector is quite simple. Firstly, the header is attached to the component requiring power. The female socket is then engaged with the header by pushing the two together, and the receptacle is installed in the other component to accept the header. This creates a connection between the two components, allowing electrical power to be transferred between them. The connector is designed to withstand rough handling and harsh environments, and can be used in a variety of applications.

The ESQT-115-03-G-S-380 is a reliable and robust connector, making it perfect for a variety of applications, including IT and telecommunications, automation and control systems, medical equipment, and consumer electronics. It is also popular in automotive, railway, and industrial applications, due to its high resistance to shock and vibration. The connector offers reliable power transfer, and the flexible design ensures easy installation.

Overall, the ESQT-115-03-G-S-380 is a versatile and reliable connector that is suitable for use in a variety of applications. The easy installation process and robust design make it a popular choice in many industries, and its ability to withstand harsh environments and shock and vibrations make it an ideal solution in many scenarios.

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