Ultrasonic Flow Meters

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  • Electromagnetic flow meter applications

    Based on Faraday’s Law of Electromagnetic Induction, electromagnetic flowmeters are only applicable to conductive media with conductivity ≥ 5μS/cm. With the advantages of non-contact measurement, no pressure loss, and resistance to impurity interference, they are widely used in flow measure...
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  • Advantages of Vortex Flowmeters

    Vortex flowmeters are velocity-type flow measurement instruments operating on the principle of the Karman Vortex Street Effect. They are widely used in industrial process control for measuring the flow of gases, liquids, and steam, with the following core advantages: 1. High Measurement Accuracy ...
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  • Advantages of Ultrasonic Level Meters

    Ultrasonic level meters are non-contact liquid level measuring devices based on the ultrasonic ranging principle. Featuring wide application scenarios, easy installation and maintenance, they are widely used in industries, water conservancy, chemical engineering and other fields. Their core advan...
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  • Maintenance Tips for Electromagnetic Flowmeters to Extend Service Life

    Electromagnetic flowmeters (EMFs) are widely recognized for their high accuracy, non-intrusive measurement, and compatibility with a wide range of conductive fluids—from clean water to corrosive industrial chemicals. As critical components in process control, water reso...
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  • Advanced Open Channel Flowmeters: Precision Measurement for Industrial & Municipal Applications

    Accurate flow measurement is the cornerstone of efficient water resource management, wastewater treatment, and industrial process control. For open-channel systems—such as rivers, irrigation canals, sewage pipelines, and stormwater drains—open channel flowmeters stand ou...
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  • Smart Ultrasonic Water Meter: WM9100 series Ultrasonic Water Meter solution

    1. Introduction WM9100-EV Prepaid Ultrasonic Water Meter and WM9100-ED Digital Ultrasonic Water Meter are types of water meters which can measure and display the flow rate according to the time difference between upstream and downstream when the ultrasonic wave propagate...
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  • Dry-Type Mechanical Water Meter: Anti-Frost & Easy Reading

    Water metering is an essential component of modern water supply management, serving both residential and commercial users by enabling accurate measurement of water consumption, facilitating fair billing, and supporting efficient water resource allocation. Among the various types of mechanical wa...
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  • Mass Flow Meters for Petrochemical Industry: Safe & Accurate Fluid Measurement

    The petrochemical industry stands as the backbone of global manufacturing, encompassing the production, refining, and transportation of crude oil, natural gas, and a wide range of derivative products. In this high-stakes sector, where operations involve hazardous fluids...
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  • Gear Flow Meter for Hydraulic Oil & Lubricating Fluid Measurement: Precision, Reliability, a...

    In industrial machinery and equipment operations, hydraulic oil and lubricating fluids play a critical role as the "lifeblood"—ensuring smooth power transmission, reducing friction between moving parts, and extending the service life of mechanical components. Accurate me...
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  • How to ensure the accuracy of vortex flowmeters in high-temperature environments?

    To ensure the accuracy of vortex flowmeters in high-temperature environments, a combination of model selection optimization, installation protection, calibration strategies, and operational maintenance is required. Below is a structured, actionable guide tailored to high-temperature scenarios: 1....
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  • Can vortex flowmeters be used in high-temperature environments?

    Vortex flowmeters can be used in high-temperature environments with proper model selection. Conventional vortex flowmeter models typically withstand temperatures ranging from -40℃ to 400℃, which covers most industrial high-temperature scenarios such as superheated steam measurement in power plant...
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  • Suitable Working Conditions for Vortex Flowmeters

    The suitable working conditions for vortex flowmeters are determined by their measurement principle and performance characteristics. Their core applicable scenarios involve the measurement of medium-to-high flow rates, clean/low-impurity media, multi-phase media (gas/liquid/steam), and medium-to...
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