ATS-FM-34

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Flow sensors are an essential tool for measuring the flow rate of a liquid or a gas. The ATS-FM-34 is a popular flow sensor that is used in a variety of industries. This article will discuss the ATS-FM-34\'s application field and working principle.

Application Field

The ATS-FM-34 flow sensor can be used to measure the flow rate of liquids and gases. It is often used in HVAC systems, water treatment systems, and clean-room ventilation systems. It is also commonly used in medical devices, such as oxygen or blood pressure monitors. The ATS-FM-34 also has applications in manufacturing processes such as distillations and evaporations.

Working Principle

The ATS-FM-34 works by measuring the pressure differential between two points in a pipe. When the pipe is full of liquid or gas, the pressure is higher near the end of the pipe. When the pipe is empty, the pressure is lower near the end of the pipe. The ATS-FM-34 measures this pressure differential and converts it into a flow rate. This is called Coriolis Flow Measurement.

The ATS-FM-34 also has the ability to measure the temperature of the liquid or gas in the pipe. This is done with a thermistor that is directly in contact with the liquid or gas in the pipe. This helps to account for temperature differences that can affect the accuracy of the flow measurement.

Finally, the ATS-FM-34 also has the ability to measure the viscosity of the liquid or gas in the pipe. This is done with a viscosity meter that measures the pressure drop over a given distance. The viscosity measurement helps to account for viscosity differences that can affect the accuracy of the flow measurement.

Conclusion

The ATS-FM-34 is a popular flow sensor that is used in a variety of industries. It works by measuring the pressure differential between two points in a pipe, which is called Coriolis Flow Measurement. The ATS-FM-34 also has the ability to measure the temperature and viscosity of the liquid or gas in the pipe, which helps to account for differences that can affect the accuracy of the flow measurement.

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