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Where Should You Install Grounding Rings and Grounding Electrodes?
Proper grounding is a critical part of electromagnetic flow meter installation. Since an electromagnetic flow meter measures a very small electrical signal generated by the movement of conductive liquid through a magnetic field, external electrical interference or unstable reference potential can...Read more -
What Is the Minimum Conductivity Required for an Electromagnetic Flow Meter?
The minimum conductivity requirement is an important consideration when selecting an electromagnetic flow meter. Unlike mechanical flow meters or ultrasonic flow meters, electromagnetic flow meters require the measured liquid to have a certain level of electrical conductivity in order to generate...Read more -
How Does an Electromagnetic Flow Meter Measure Flow?
An electromagnetic flow meter (magnetic flow meter) measures the flow rate of conductive liquids based on Faraday’s Law of Electromagnetic Induction. Unlike mechanical flow meters, it has no moving parts and does not create any obstruction inside the pipeline, making it widely used for water, was...Read more -
Ultrasonic Heat Meter vs Mechanical Heat Meter: Which Is Better?
Choosing the right heat meter is essential for achieving accurate energy measurement, fair billing, and efficient heating system management. Two of the most widely used technologies are ultrasonic heat meters and mechanical heat meters. While both are designed to measure thermal energy consumptio...Read more -
PT100 vs PT1000 Temperature Sensors in Heat Meter Applications
Temperature measurement is one of the most critical factors affecting the accuracy of an ultrasonic heat meter. While the flow sensor determines the volume of water passing through the pipeline, the temperature sensors measure the supply and return water temperatures. The heat meter then combines...Read more -
How Does an Ultrasonic Heat Meter Measure Energy?
An ultrasonic heat meter is an advanced instrument used to measure thermal energy consumption in heating and cooling systems. Unlike traditional mechanical heat meters, ultrasonic heat meters calculate energy using ultrasonic flow measurement technology combined with high-precision temperature se...Read more -
How to Install an Ultrasonic Heat Meter Correctly?
Proper installation is one of the most important factors affecting the accuracy and long-term stability of an ultrasonic heat meter. Even a high-precision heat meter can produce inaccurate energy readings if it is installed incorrectly. Common installation mistakes, such as reversing the temperat...Read more -
Complete Installation Guidelines for Electromagnetic Flow Meters
Electromagnetic flow meters are widely used for measuring conductive liquids such as water, wastewater, chemical solutions, brine, and industrial process fluids. To ensure high measurement accuracy, long-term operational stability, and reliable data output, professional and standardized installa...Read more -
Application and Advantages of Electromagnetic Flow Meters in Liquid Solution Measurement
Electromagnetic flow meters have become one of the most reliable and widely adopted flow measurement devices for conductive liquid solutions across industrial, chemical, environmental, and water treatment industries. Unlike mechanical or ultrasonic meters that rely on f...Read more -
Can One Thermal Mass Flow Meter Measure Different Gases?
For example, a production line may currently measure compressed air but later switch to nitrogen. A wastewater treatment plant may need to monitor biogas today and natural gas in the future. Some laboratories even alternate between argon, carbon dioxide, and oxygen during different processes. Alt...Read more -
Installation Guide for Insertion Ultrasonic Flow Meters
Insertion ultrasonic flow meters are widely applied in municipal water supply, industrial circulating water, wastewater treatment and pipeline flow monitoring. Featuring online hot-tapping installation, no pipeline cutting, no system shutdown and low pressure loss, they are ideal for large-diame...Read more -
Clamp-On Doppler Ultrasonic Flow Meters: Reliable Non-Intrusive Measurement for Dirty Liquid Pipelines
Flow measurement is a core link in municipal water supply, wastewater treatment, mining and chemical production. Traditional inline flow meters such as electromagnetic and turbine types face obvious drawbacks when measuring liquids with suspended solids, sludge or air b...Read more
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