The core advantage of this thermal mass flowmeter is that it directly measures the mass flow of gas, without the need to install additional temperature and pressure sensors for flow conversion, simplifying the installation and debugging process. It has high measurement accuracy and good stability, and can adapt to the flow measurement of various clean gases. The probe is made of 304 stainless steel, which has good corrosion resistance and long service life. It supports multiple output modes, including 4-20mA analog signal, Modbus RTU digital signal and Ethernet communication, which can meet the requirements of different industrial control systems. The compact structure is easy to install, and the built-in self-diagnosis function can monitor the working status of the instrument in real time.
The detailed specifications are as follows: The measuring range is 0~1000 Nm³/h, with an accuracy of ±0.5% FS, and it is suitable for various clean gases such as compressed air, natural gas, nitrogen and oxygen. The probe is made of 304 stainless steel, with a length of 100mm, which can be inserted into the pipeline for measurement. The power supply is 24VDC, and the interface specifications are 1/2" NPT or 1" NPT, which can be adapted to most industrial gas pipelines. The output signals include 4-20mA analog signal, Modbus RTU digital signal and Ethernet communication, which are compatible with various industrial control systems and cloud platforms. The operating temperature range is 0℃ ~ 60℃, and the protection grade is IP65, which can meet the requirements of general industrial environments. The overall size is 250mm*180mm*120mm, and the weight is about 2.5kg.
This thermal mass flowmeter is widely used in compressed air system flow monitoring of industrial enterprises, natural gas flow measurement of commercial buildings, nitrogen flow control of semiconductor production workshops, oxygen flow detection of medical institutions, and biogas flow measurement of biogas projects. It can also be used in energy saving and environmental protection fields, such as flue gas flow monitoring and heating system gas flow measurement, providing accurate flow data for energy management and environmental protection supervision.
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