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1. Thermal mass flowmeter and differential pressure flowmeter
The main differences between thermal mass flowmeter and differential pressure flowmeter are as follows: range and selection: Thermal mass flowmeter has a wider range of applications, covering pressure ranges from vacuum to 100 bar, which enables it to perform well in multiple operating conditions. Differential pressure flowmeter: typically operates between atmospheric pressure and 10 bar, with a relatively narrow range of measurement. Physical performance: Thermal mass flowmeter: Its internal structure is based on generating predictable and repeatable flow diversion between laminar flow elements (LFE) and bypass sensors. The better the working effect of laminar flow components, the more accurate the prediction of gas flow rate and the more accurate the flow diversion, thus ensuring the high performance of the flowmeter. In addition, due to the mechanical size based diversion of the thermal bypass instrument, absolute temperature and pressure do not actually affect the diversion, making its readings more stable. Differential pressure flowmeter: Its reading is directly affected by the viscosity in LFE, which is greatly affected by temperature and pressure. This may result in the instrument being highly sensitive to small changes in flow rate, thereby affecting its accuracy and stability. Accuracy: Thermal mass flowmeter: Its total operational accuracy depends only on one sensor (measuring direct thermal mass flow), so there are fewer sources of error. This design enables the thermal mass flow meter to maintain high accuracy during the measurement process. Differential pressure flowmeter: Multiple sensors are required to calculate the mass flow rate ba


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