In a busy city, infrastructure such as pipelines, pile foundations and Bridges is like the blood of the city, they carry the bits and pieces of urban life. However, these seemingly indestructible structures face a variety of potential threats, such as geological changes, heavy traffic, and bad weather. How to ensure the safety and stability of these "city lifeblood" has become an urgent problem to be solved. On this issue, the vibrating string surface strain gauge has become the "invisible guard" of these structures by virtue of its unique advantages.

WX-YB1 vibrating wire type surface strain gauge is a kind of high precision measuring instrument, which can reflect the stress state inside the structure by measuring the small deformation of the structure surface. This technique is based on the principle of vibrating string, using the relationship between the vibration frequency of the string and its tension to achieve accurate measurement of strain. This measurement method not only has high precision, but also has fast response speed, and can monitor the change of structure in real time.

The vibrating wire type surface strain gauge can be installed on the surface of various structures such as pipelines, pile foundations and Bridges to realize all-round monitoring of these structures. In the pipeline, it can monitor the deformation of the pipeline in real time, prevent the pipeline rupture, leakage and other accidents; On pile foundation, it can monitor the settlement and displacement of pile foundation to ensure the stability of the building; On the bridge, it can monitor the vibration and deformation of the bridge and prevent the accident such as bridge collapse.

The vibrating wire type surface strain gauge can not only monitor the change of the structure in real time, but also analyze and warn according to the monitoring data. When the structure is abnormal, it can send an early warning signal in time to remind the relevant personnel to deal with it. This real-time warning function can greatly improve the safety of the structure and reduce the occurrence of accidents.