Radar flow rate flow water level rainfall monitoring station is a kind of equipment using radar technology to measure the water level and flow rate, suitable for rivers, lakes, etc. FT-SW1 this equipment can automatically monitor the water condition, not affected by sediment and other environmental factors, easy to use, simple maintenance.
The radar water level sensor measures the distance to the water surface by sending and receiving radar signals. When the signal is sent, it is reflected back from the water surface and the sensor records this time. Since the speed of the electromagnetic wave is known, the distance to the water surface can be accurately calculated from this time. The sensor will also take a number of consecutive measurements and process the data to ensure that the measurement is accurate, just as it would be if the water was at rest.
It is mainly used in the following ways:
Measuring water levels in rivers, lakes, tides, reservoirs and underground water pipes.
Helping with water treatment such as municipal water supply and sewage treatment.
Calculating and monitoring the flow of water in and out.
Benefits include:
Measurement by non-contact means, not disturbed by environmental factors such as influencing wind and temperature.
Suitable for a wide range of environments, corrosion and foam resistant, providing flow rate, water level and flow data.
Using a planar radar antenna, the device is compact and easy to install.
Configuration software is simple and easy to use, and parameters can be adjusted according to requirements.
Measurement results are stable and unaffected by changes in climatic conditions.
The monitoring platform is a web-based system that can be viewed directly on a mobile phone or computer without the need to install additional software. It allows simultaneous access by multiple users and devices and can display both real-time and historical data. The platform uses cloud services to ensure stable data storage and processing, and also supports SMS alerts and customised threshold settings. Users can view device locations on a map, analyse data curves and export data to tables. In addition, the platform supports data forwarding for different protocols and can perform data post-processing as well as run customised scripts.
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