The RSHU radar flow meter has been designed using non-contact radar measurement technology. This means that the device measures the flow rate above the water surface. This eliminates the need to immerse it in the liquid. This technology is particularly useful in difficult conditions, where other flow meters might fail. In the case of the RSHU flow meter, waves, turbulence or other non-ideal flow conditions do not negatively affect the measurement accuracy. Thanks to this, the device provides reliable results even in the most demanding environments.
One of the greatest advantages of the RSHU radar flow meter is its resistance to the problems that often affect traditional flow meters. Located above the water surface, the RSHU eliminates the risk of clogging, damage caused by solids in the water, branches or other contaminants. This makes the device ideal for applications in sewers, where the presence of sediment, debris or other obstructions can pose a serious challenge to other technologies.
The RSHU radar flow meter is designed to be easily integrated with existing SCADA and telemetry systems. This allows users to seamlessly integrate it into their existing systems, allowing for real-time flow monitoring. It is a key element in modern water and wastewater management, where precise data is essential for making accurate operational decisions.
One of the greatest advantages of the RSHU radar flowmeter is its almost complete lack of maintenance, as the device does not come into contact with water, is resistant to corrosion, dirt build-up or mechanical damage. This means that users can enjoy long-term, trouble-free operation, which translates into significant savings in both time and costs associated with maintaining the device.
RSHU flowmeters are used in many sectors. In sewage treatment plants, they help monitor flow in channels, which is crucial for effective management of treatment processes. In industry, they enable precise measurements of water used in production processes, which helps to optimize resource consumption. In hydropower plants, the device supports water flow management, which is crucial for efficient energy production. In addition, in sewage channels and stormwater drainage systems, the RSHU radar flowmeter proves to be a reliable tool for monitoring flow in difficult conditions
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