ESQT-106-02-G-D-320

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The ESQT-106-02-G-D-320 is a rectangular connector header, the type of connector most commonly used in various industries for the transmission of electrical power, data, and signals. This particular connector model is designed for high-density and high-temperature applications with a current rating of 10A/200VAC or 24A/24VDC and a temperature range from -55°C to +150°C. The ESQT-106-02-G-D-320 connector has two rows of seven pins each, with a 0.1 inch pitch between them.

The application field of the ESQT-106-02-G-D-320 connector includes industrial machinery, computer control systems, robotics, telecommunications, medical equipment, and electrical measurement instruments. It is frequently used in noisy or high-interference environments due to its ability to transmit signals reliably and reduce crosstalk. The connectors are also highly resistant to shock and vibration, which makes them suitable for applications in harsh environments. The versatile design makes them compatible with a wide range of devices.

The operating principle of the ESQT-106-02-G-D-320 connector is relatively simple. When two of these connectors are mated, each of the pins comes into direct contact with its counterpart on the opposite connector, creating a secure electrical connection. This contact is maintained by the tension created between the pins when two connectors are plugged in. This tension keeps the connection secure even under high-vibration conditions. The pins are also designed to self-adjust, allowing the connector to maintain a secure connection even when the pins are not perfectly aligned. The design of the connector also makes it easy to release the connection when needed.

The ESQT-106-02-G-D-320 connector is one of the most common and dependable rectangular connectors available, designed for high-density and high-temperature applications. Its two rows of seven pins with a 0.1 inch pitch are suited for powering a wide variety of devices, and its reliable electrical connection and ability to tolerate shock and vibration make it the perfect choice for applications in noisy and harsh environments.

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