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Introduction to the working principle of thermal mass flow meters

What is a thermal mass flow meter? Originating in the United States, thermal mass flow meters (TMF) are generally used for gas measurement in high-precision, trade settlement, or difficult-to-measure environments. Compared with traditional instruments, thermal mass flow meters have many advantages in measurement accuracy and maintenance, and are widely used in various industries such as thermal power, chemical industry, and oil and gas. Since its introduction to the general factory, it has performed well in gas flow measurement and has certain applicability. A thermal mass flow meter is a thermal pneumatic instrument used to measure and calculate the temperature of a fluid medium. It mainly consists of a differential pressure transmitter, an electromagnetic flow converter, etc. It can directly display or record flow rate, liquid level, and density values, and can be connected to a host computer to realize remote data transmission. Thermal mass flow meters are suitable for measuring the average temperature rise of working media in various viscous systems such as steam and air, such as feeding in petrochemical production, powder materials in dust removal pipelines, coal slurry pipelines, etc. Thermal mass flow meters have a simple structure and are easy to maintain. They can be installed and used without standard parts, so they are widely used in various fields of the national economy. Working principle of thermal mass flow meter A thermal mass flow meter is a pipeline filled with metal or other materials with high density and good conductivity as a temperature measuring medium. When the measured medium passes through

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