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The sensor of the ultrasonic flowmeter is not in direct contact with the fluid to be measured and is installed outside the pipeline, which will not affect the flow state of the fluid and will not cause pressure loss.
The pipe diameter has a wide range of applications, which can be used for flow measurement from small pipe diameter to large pipe diameter, and the pipe diameter range is usually from several millimeters to several meters.The flow rate measurement range is large, and the measurement requirements under different flow rate conditions can be met.
In addition to flow measurement, ultrasonic flowmeter can also be customized to support simultaneous measurement of fluid temperature, pressure and other parameters, providing users with more fluid information.
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Ultrasonic flowmeter uses the characteristics of ultrasonic wave propagation in fluid to measure flow.First, an ultrasonic transmitter transmits an ultrasonic signal into the fluid.
When these signals propagate in the fluid, they will change in frequency or phase due to the flow of the fluid.The ultrasonic receiver then receives the ultrasonic signal after passing through the fluid.
Next, parameters such as the frequency difference or phase difference between the transmitted and received signals are measured.Then, according to the relevant mathematical model and algorithm, these parameters are converted into the flow rate information of the fluid.Then, combined with the cross-sectional area of the pipeline and other data, the flow of the fluid is calculated.
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Ultrasonic flow meters play an important role in wastewater treatment plants.It precisely measures the flow of sewage in the sewage pipeline, provides precise data for the regulation and control of sewage treatment process, and ensures that the amount of sewage in each treatment link is appropriate.At the inlet and outlet of the sewage treatment plant, the flow change is monitored in real time, which is convenient for evaluating the treatment effect and the rational utilization of water resources.
Ultrasonic flowmeter is of great significance in hot water pipeline.It precisely measures the flow of hot water, ensures the stable operation of the hot water supply system, and ensures that users can get the appropriate amount of hot water.In the hot water transmission network such as central heating, real-time monitoring of flow changes provides a reliable basis for heat distribution and energy management, and helps to achieve energy-saving and efficient heating.
Ultrasonic flowmeter plays an important role in river flow measurement.It precisely measures the real-time flow of rivers, provides key data for water resources management and water conservancy project planning, and helps to rationally allocate water resources.In the work of flood control and disaster reduction, the changes of river flow should be monitored in real time so as to make early warning and response measures in time to ensure the safety of people's lives and property along the coast.
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At the first station of the West-East Gas Transmission Project, which is the crucial main artery of energy, it undertakes the extremely important task of centralized measurement and export of natural gas in Tarim Oilfield. The 20 ultrasonic flowmeters in the station are like highly precise "sentinels", monitoring the flow data of natural gas at all times without interruption. Metrology engineers pay special attention to these ultrasonic flowmeters and inspect them every two hours meticulously and regularly to ensure their normal operation, which provides solid and reliable data support for the safe and stable gas supply of the first station of the West-East Gas Transmission Project and guarantees the natural gas supply in many areas continuously.
In the process of actively pursuing the goal of energy saving and emission reduction in the heating industry, ultrasonic flowmeter plays an important role.With its accurate flow measurement capability, it provides key data support for the optimal operation of the heating system.By monitoring the hot water flow in the heating pipeline in real time, the ultrasonic flowmeter helps the heating enterprises to precisely control the distribution of heating energy, avoid excessive energy consumption, effectively reduce the energy waste in the heating process, inject a strong impetus into the energy saving and emission reduction of the heating industry, and help the industry develop in a green and sustainable direction.
With the continuous expansion of the industrial field and the acceleration of the intelligent process, the market demand for ultrasonic flow meters is growing.With the increasing demand for accuracy and reliability of flow measurement in many industries, ultrasonic flowmeter is widely used in petrochemical industry, water resources management, city gas and many other fields because of its non-contact measurement, high accuracy, strong stability and many other advantages.Many enterprises have increased the purchase of ultrasonic flowmeters to promote the continuous expansion of their market scale.
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