Strain gauge is an instrument for measuring the strain of objects, which is widely used in deformation monitoring and control of engineering structures, bridges, tunnels, dams and other projects. The single-chip microcomputer automatic measuring unit of engineering instruments realizes the high-precision and high-efficiency measurement and analysis of strain data by automatically controlling the measurement and data processing of strain gauges.
For example, in bridge engineering, the application of strain gauge plays a vital role in the safety and stability of bridge structure. The single-chip microcomputer automatic measuring unit of engineering instruments realizes long-term continuous monitoring of bridge structure through automatic control and data processing of strain gauges. Engineers can check the strain data in real time through PC or mobile terminal, understand the deformation of bridge structure, find out the potential safety hazards in time, and take corresponding measures to ensure the safety and stability of bridge engineering.
In addition, the MCU automatic measurement unit of the engineering instrument also has the functions of automatic processing and data transmission, which greatly improves the measurement efficiency of the engineering site. Engineers do not need to collect and process data manually, but can measure and analyze strain data efficiently and accurately through automation, thus improving engineering efficiency and measurement accuracy.
Through the cooperation of single-chip microcomputer automatic measuring unit and strain gauge of engineering instruments, efficient and accurate data acquisition and analysis in engineering measurement can be realized, and engineering efficiency and accuracy can be improved, thus playing a positive role in improving engineering quality and safety level.