+86 15898932201The system consists of a data acquisition and control unit, sediment concentration measurement sensors, etc. It can collect runoff sediment concentration and cumulative rainfall data, enabling real-time monitoring and data management of runoff, sediment, and rainfall. It is suitable for scenarios such as field monitoring points.
This pump-driven automatic runoff and sediment monitoring system is a multi-parameter automatic monitoring device specifically designed for field scenarios. Its core function is real-time monitoring and data management of runoff, sediment, and rainfall. It requires no manual supervision, can operate stably for extended periods, and is adaptable to complex field monitoring environments.
The system consists of four core components: a data acquisition and control unit, sediment concentration measurement sensors, open channel flow sensors, and rainfall sensors. These components work together to achieve simultaneous monitoring of multiple parameters, ensuring the comprehensiveness and accuracy of data acquisition. The data acquisition and control unit handles data aggregation and management, while the sensors accurately capture various monitoring parameters, forming a complete monitoring system.
The system's core functions include collecting runoff sediment concentration data and acquiring cumulative rainfall data, while simultaneously enabling real-time monitoring and data management of runoff, sediment, and rainfall. It features high precision, multi-mode transmission, and dual backup capabilities. High precision ensures the reliability of monitoring data, multi-mode transmission enables real-time data upload, and dual backup prevents data loss, further enhancing the stability of monitoring operations.
This system is primarily suitable for field monitoring sites and is specifically designed for runoff, sediment, and rainfall monitoring needs in outdoor environments. It can adapt to complex climate and terrain conditions in the field and requires minimal maintenance. Its automatic monitoring function significantly reduces manual workload, solving the problems of tedious, inefficient, and data-lagging manual monitoring in the field, providing timely and accurate data support for related research and work. Whether for soil and water conservation monitoring, hydrological environmental research, or watershed water resource management, this system plays a vital role, becoming an important piece of equipment in the field of field runoff and sediment monitoring due to its comprehensive monitoring functions and stable performance.
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