The 60G radar level gauge utilizes high-frequency microwave radar technology to achieve real-time monitoring and accurate measurement of hydrological information. Compared to traditional hydrological monitoring methods, radar technology has advantages such as high measurement accuracy, strong real-time performance, and wide applicability. This product has low beam energy, no harm to human body and environment, and has the advantages of not being affected by the specific gravity of the medium, not being affected by changes in dielectric constant, and not requiring on-site calibration. It is widely used in hydrological monitoring of natural water bodies such as rivers, reservoirs, lakes, irrigation channels, and waterways.
Performance Characteristics
working principle
The measurement principle of radar is PCR Pulse Coherent Radar. The basic principle of pulse coherent radar is to use the time difference between the transmitted and received signals to calculate the distance between the target object and the radar. The radar system emits a pulse signal, which propagates through the atmospheric medium, reflects off the target object, and returns to the radar receiver. The receiver compares the received signal with the transmitted signal and determines the distance of the target object by calculating the time difference.
Product Details
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