The instrument can be used to monitor and evaluate the health status of various engineering structures, such as dams, bridges, dikes, water diversion projects, buildings, municipal subway deep foundation pits and so on. Accurate data can be obtained by using vibrating string acquisition instrument, which is helpful for engineers to better understand and master the performance and state of engineering structures, so as to take necessary measures in time to ensure the safety and stability of the project.
Vibrating string collector can also support a variety of communication modes, such as Lora, NB-IOT, RS-485 and so on. Which makes data transmission more flexible and reliable. At the same time, the instrument has compact structure and strong low power consumption processing ability, and can easily access up to 32 vibrating wire sensors to realize efficient data acquisition and processing.
The function of vibrating string acquisition instrument in engineering is mainly reflected in the following aspects:
Monitoring and evaluating the vibration characteristics of various engineering structures;
Accurate monitoring of various physical quantities (such as internal force, pressure, settlement, deformation and other horizontal displacement. ) inside the engineering structure;
Provide engineers with important data about the performance and state of engineering structures;
Support a variety of communication methods to achieve efficient data acquisition and processing;
Its compact structure and low power consumption make it easy to access up to 32 vibrating wire sensors.