![]() Thus, by measuring the temperature difference between the thermal and temperature sensors, the air flow rate can be determined. The amount of heat lost depends on the thermal properties of the fluid and the flow rate of the fluid. The thermal sensor cools down, while the temperature sensor continues to measures the relatively constant temperature of the flowing fluid. As the molecules of the fluid flow pass the heated thermal sensor, heat is lost to the flowing fluid. ![]() In a thermal flow meter’s simplest working configuration, fluid flows past a heated thermal sensor and a temperature sensor. Thermal mass flow meters are ideal for air flow measurement applications because mass flow rate, not volumetric, is the quantity of direct interest. Facilities may require tracking of gas distribution, allocation, and billing. Many facilities use air and compressed air in manufacturing, food production, and heavy industrial applications.
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