Description
CDN-14B Ultrasonic Water Flowmeters
The CDN-14B Ultrasonic water flowmeters operate based on the time – difference principle or Doppler technology2. The time – difference type measures the time difference between ultrasonic signals traveling upstream and downstream, which is directly proportional to the water flow velocity2. The Doppler type measures the change in the frequency of sound waves reflected by gas bubbles or particles in the water flow to obtain the flow velocity.
Residential water metering：
◉Water supply companies or relevant authorities commonly use them to measure the water consumption of households. By accurately recording the amount of water used, water supply companies can bill customers accurately, and residents can also monitor their own water usage to achieve water conservation.
Industrial water measurement：
◉In industrial production, manufacturers use turbine water flowmeters to measure the water consumption of various processes, such as cooling water in power plants, process water in chemical plants, and water in food and beverage production lines. This helps enterprises monitor and control production processes, optimize water usage, and reduce production costs.
Municipal water supply and drainage：
◉In municipal water supply systems, workers install turbine water flowmeters at water intake points, water treatment plants, and main pipelines to monitor the flow of water and ensure the normal operation of the water supply system. In addition, engineers can also use them in sewage treatment plants to measure the flow of sewage and assist with the design and operation of treatment processes.
Irrigation systems：
◉In the realm of agricultural irrigation, farmers play a crucial role in managing water resources effectively. Specifically, they utilize turbine water flowmeters to measure the amount of water in irrigation channels. By doing so, they can achieve precise irrigation. This precise measurement not only allows for a more targeted application of water but also significantly improves water use efficiency. In turn, this helps save water resources, which are becoming increasingly precious in the face of growing environmental challenges. Moreover, it ensures the healthy growth of crops, as the plants receive the optimal amount of water required for their development.
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