ESQT-108-02-L-D-502

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The ESQT-108-02-L-D-502 is an ideal device for automation and industrial applications where rectangularg connectors are used. It is a two-part system consisting of a male header and a female receptacle, which each have two pieces that allow them to be easily connected and disconnected. The header has two rows of rectangular pins which are interconnected with a bendable metal strip. The receptacle has two spring-loaded sockets which interlock with the header pins. This gives the user the flexibility of a connector system that can be easily assembled and removed as needed.

The ESQT-108-02-L-D-502 is capable of carrying up to 10A of current, and it is designed for use in harsh environments, such as those found in industrial and hazardous situation. It also has an extended temperature range of -40 to +105C. It is commonly used in heavy-duty applications, such as robotics, lighting, and automation systems, where reliability and dependability are paramount.

The main advantages of the ESQT-108-02-L-D-502 are its high current capacity, its rugged construction, its compatibility with a wide range of cables and wires, and its resistance to corrosion. Additionally, its resilient design allows it to withstand vibrations, temperature, pressure, and other environmental conditions without suffering any damage. It is also UL-approved for safety, and is compliant with international standards.

The working principle of the ESQT-108-02-L-D-502 is relatively straightforward. When it is connected, the spring-loaded sockets of the female receptacle interlock with the rectangular pins of the male header. This creates a secure connection, which can be easily disconnected when needed. The headers and receptacles are also color-coded, so it is easy to identify the correct polarity.

In conclusion, the ESQT-108-02-L-D-502 is an excellent choice for applications where robust, reliable connections are needed. It is well-suited for harsh environments, and its high current capacity makes it ideal for heavy-duty applications. Due to its resilient design, it is also able to withstand harsh environmental conditions. Finally, its color-coding system makes it easy to identify the correct polarity.

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