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Electromagnetic Flow Meters Continue to Drive Efficiency and Digital Transformation in Modern Ind...
As industries worldwide continue to embrace digital transformation and sustainable development, the demand for reliable and accurate flow measurement technologies is growing rapidly. Electromagnetic flow meters have become one of the most widely used flow measurement solutions for conductive liqu...Read more -
What Fluids Can Be Measured by an Electromagnetic Flow Meter?
Suitable and Unsuitable Liquids for Magnetic Flow Measurement One of the most frequently asked questions is whether a fluid can be measured by an electromagnetic flow meter. Suitable Fluids (Conductive Liquids) Electromagnetic flow meters can only measure liquids that conduct electricity, such as...Read more -
What is an Electromagnetic Flow Meter and How Does It Work?
Understanding the Working Principle of Electromagnetic Flow Meters An electromagnetic flow meter (mag meter) is a device used to measure the flow rate of conductive liquids such as water, wastewater, chemicals, and slurries. Working Principle The electromagnetic flow meter works based on Faraday’...Read more -
Why Dual-path Ultrasonic Flowmeters Deliver Superior Measurement Accuracy
Introduction Ultrasonic flowmeters have become mainstream non-intrusive flow measurement tools for liquid and gas pipelines across water supply, chemical, energy and heating industries. Among all types, single-path ultrasonic meters are affordable but limited in preci...Read more -
Application of Open Channel Flowmeters in Agricultural Irrigation Systems
Agricultural irrigation is the core link of farmland production and water resource utilization, and efficient water flow measurement is the key foundation of intelligent water-saving irrigation. Different from industrial closed pipeline water delivery, farmland water su...Read more -
Widespread Applications of Electromagnetic Flowmeters Across the Asian Market
The Asian region has emerged as the global dominant market for electromagnetic flowmeters, driven by rapid industrialization, large-scale urban infrastructure expansion, strict environmental governance policies, and the booming development of smart manufacturing. Electr...Read more -
Radar Level Meter vs Ultrasonic Level Meter: A Comprehensive Comparative Analysis
Liquid level measurement is a fundamental process in industrial manufacturing, water treatment, chemical production, and petrochemical industries. Accurate and reliable level monitoring ensures process stability, production safety, and precise inventory control. Among v...Read more -
Ultrasonic Heat Meters: Precision, Efficiency, and Reliability in Modern Heating Measurement
Ultrasonic heat meters are advanced instruments used to accurately measure the thermal energy consumed in heating, cooling, and hot water systems. Unlike traditional mechanical heat meters, they use ultrasonic waves to detect flow rate and temperature differences, enabl...Read more -
What media can vortex flowmeter measure?
Vortex flowmeters support three main types of medium: clean liquid, gas, saturated steam and superheated steam, with clear applicable and non-applicable scenarios as follows. Applicable liquids Clean single-phase liquid without large solid particles or viscous impurities, including tap water, cir...Read more -
What measuring principle does vortex flowmeter adopt?
Vortex flowmeters work on the Karman Vortex Street principle. A fixed bluff body (vortex generator) is installed in the center of the measuring tube. When fluid (liquid, gas or steam) flows through this obstacle, the flow is separated on both sides of the bluff body. Regular, alternating vortexes...Read more -
Can electromagnetic flowmeters be installed in a vertical position?
Vertical installation is permitted, but there is a strict requirement for the flow direction. The liquid must flow upward from bottom to top through the measuring tube. This design prevents air bubbles from gathering inside the sensor, which would otherwise lead to unstable signals and inaccurate...Read more -
Precautions for Installation of Electromagnetic Flowmeters
1. Straight Pipe Section Requirements (Critical for Measuring Accuracy) The upstream straight pipe length shall be no less than 5DN, and the downstream straight pipe no less than 2DN. If elbows, valves, pumps or tees are installed upstream of the meter, extend the upstream straight pipe to 1...Read more
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