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What types of fluids can be measured by an electromagnetic flow meter?
Electromagnetic flow meter can measure conductive liquids only. For Lanry Mag-11 series electromagnetic flowmeter, the measured fluid must have a minimum electrical conductivity (typically ≥ 5 μS/cm). Fluids that can be measured: Water and wastewater Drinking water and industrial water Sewage an...Read more -
Is grounding required for an electromagnetic flow meter, and why?
Yes, proper grounding is required for an electromagnetic flow meter, and it is essential for accurate and stable measurement. Why grounding is necessary ? 1. Ensures measurement accuracy Electromagnetic flow meters measure very small induced voltages generated by the flowing conductive liquid. Pr...Read more -
Application of Partially Filled Pipe Flow Meters in Partially Filled Pipes
Partially filled pipes, where fluids do not fully occupy the pipe cross-section and the liquid surface is exposed to the atmosphere, are common in municipal drainage, industrial wastewater discharge, and agricultural irrigation systems. Unlike full-pipe flow, the flow s...Read more -
Level Meters: Essential Tools for Precise Fluid Monitoring Across Industries
In industrial processes, environmental management, and everyday infrastructure, accurate measurement of fluid levels is a cornerstone of safety, efficiency, and compliance. Level meters—also known as level sensors or gauges—are designed to quantify the height of liquids,...Read more -
The Wide-Ranging Applications of Electromagnetic Flow Meters in Modern Industries
Electromagnetic flow meters (EMFs), based on Faraday’s Law of electromagnetic induction, have emerged as indispensable tools for fluid measurement across diverse sectors. Unlike mechanical flow meters with moving parts, EMFs operate by detecting the electromotive force i...Read more -
Mass Flow Meters: Principles, Types, and Industrial Applications
In industrial process control, scientific research, and commercial trade, accurate measurement of fluid flow is critical. Unlike volume flow meters—whose readings are easily distorted by changes in temperature and pressure—mass flow meters (MFMs) directly or indirectly m...Read more -
Mechanical Water Meters vs. Electromagnetic Water Meters: A Comprehensive Comparison
In the field of water flow measurement, mechanical water meters and electromagnetic water meters stand out as two widely used solutions, each with distinct characteristics tailored to different application needs. Understanding their differences is crucial for selecting t...Read more -
Advantages of Gear Flowmeters
Gear flowmeters are positive displacement flow measurement instruments with outstanding performance in terms of measurement accuracy, viscous medium adaptability and installation flexibility, making them especially suitable for industrial scenarios requiring strict metering precision. Their core ...Read more -
Characteristics of Gear Flowmeters
Gear flowmeters are a type of positive displacement flowmeter that measure fluid flow by counting the number of rotations of precision-machined gears inside the meter. The fluid passing through the meter drives the gears to rotate, and each rotation corresponds to a fixed volume of fluid, enablin...Read more -
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...Read more -
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 ...Read more -
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...Read more