Radar flowmeter and ultrasonic flowmeter are two commonly used technologies in modern industrial flow measurement. There are some differences between these two flowmeters in terms of principle, application and accuracy.
Working principle: Radar flowmeter uses microwave technology to measure flow. Ultrasonic flowmeter uses the propagation speed of ultrasonic waves in the fluid to measure flow.
Application: Radar flowmeter is suitable for flow measurement of various liquids and gases, including high viscosity liquids, corrosive liquids and liquids containing suspended particles. Its non-contact measurement method enables it to adapt to harsh environments. Ultrasonic flowmeter is also suitable for flow measurement of a variety of fluids, including clean liquids, sewage and gas. It can adapt to different measurement requirements such as pipe diameter changes, fluid temperature and pressure changes by adjusting the frequency and emission angle of ultrasonic waves.
Accuracy: The measurement accuracy of radar flowmeter is usually high, reaching ±1%~2%. It is not affected by the physical and chemical properties of the fluid. The measurement accuracy of ultrasonic flowmeter is affected by many factors, such as fluid temperature, pressure, composition and flow state.
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The SQ-R measures continuously and contact-free the flow rate of effluent channels, partially filled pipes, and technical ducts in industry and water supply. The SQ-R is not in contact with the water and can therefore be operated without being affected by debris and entrained solids. With its compact design and versatile mounting options, it is the ideal choice for flow measurements in manholes of facilities and sewers.
The SQ-R is specially designed for municipal and industrial applications in wastewater treatment plants, sewers, and process water circuits. For example, the amount of wastewater entering a treatment plant can be monitored to control the facility and allocate wastewater costs. Furthermore, the duration and frequency of rain and flood events can be recorded, which is essential for sewer management by plant operators and utilities.
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Due to its compact design and flexible mounting device, the sensor is very easy to install, for example under bridges or extensions, on ceilings of sewers or in manholes. The non-contact measuring technology has the decisive advantage that the sensor can be mounted above the water level. Thus, the SQ-R can be easily installed, is readily accessible and cannot be clogged or blocked by entrained solids, which is often the case with submerged sensors.
A specially designed adjustable mounting bracket is available for installation in manholes of sewers.
Contact us to discuss your requirements of radar flow meter. Our experienced sales team can help you identify the options that best suit your needs.
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