1.Product Introduction

Thermal mass flow meter is based on the principle of thermal conduction for measurement. In the field of gas mass flow measurement, especially in situations where low pressure loss, wide range ratio and micro-flow measurement are required, it has irreplaceable advantages. It is an efficient, energy-saving and powerful tool in gas flow measurement.

2.Main Features

1) Directly measure the mass flow of gas
It can directly output the volume flow or mass flow under standard conditions without the need for temperature and pressure compensation like other flowmeters. This simplifies system configuration, improves measurement accuracy and efficiency, especially suitable for trade settlement and strict process control.

2) No moving parts, high reliability
thermal mass flowmeter has no movable parts, a sturdy structure, is not easily worn, has a long service life, and requires very little maintenance.

3) Wide range ratio

The range of thermal mass flowmeter can usually reach 100:1. This means that it can accurately measure both small flow rates (such as pipeline leaks) and large flow rates at full scale, with extremely high application flexibility.

4) Wide range of applicable pipe diameters
From DN15 to DN1500, thermal mass flowmeters (especially insertion type) can be used for measurement, and the cost advantage is significant in applications with large pipe diameters.

5) High precision and good repeatability
For the measurement of clean gas, it can achieve high precision and excellent repeatability.

3.Technical Specification

 4.Product application 

Gas flow measurement is an application field of thermal mass flow meter.
1)Compressed Air measurement and energy management:
The compressed air consumption measurement of each workshop and equipment  within the factory is used for cost allocation and leakage detection.
2) Combustion Control and energy gas measurement:
Measure the mass flow rate of fuel gases such as combustion-supporting air (air), natural gas, coal gas, and hydrogen to optimize combustion efficiency.
3) Environmental Monitoring and Process Control
Flue gas/exhaust emission monitoring: Measure the flue gas flow in the CEMS system.
Biogas and flare gas measurement: Measure the flow of biogas produced in sewage treatment, landfill sites and other places.
4) Semiconductor and Electronics industry:
Measure high-purity special gases, such as helium (He), argon (Ar), nitrogen (N2), etc.
5) Chemical and Pharmaceutical industry:
Measure various reaction gases and raw gas.