A split type mass flowmeter is an instrument used to measure the mass flow rate of a fluid (usually a gas or liquid), characterized by a separate sensor section and display/control unit.
Split type mass flowmeterIt is an instrument for measuring the mass flow rate of a fluid (usually a gas or liquid), characterized by a separate sensor section from the display/control unit. It consists of two main parts:
Sensor unit: responsible for directly measuring parameters such as fluid flow rate, temperature, pressure, etc., usually using thermal, Coriolis, or differential pressure techniques to achieve mass flow measurement.
Display/control unit: responsible for receiving data transmitted by sensor units, processing and displaying flow information, or linking with external control systems.
Working Principle:
Coriolis mass flowmeter: calculates the mass flow rate of a fluid by measuring the change in mass flow rate when the fluid flows through a vibrating pipeline.
Thermal mass flowmeter: measures flow rate using the thermal conductivity and temperature difference of the fluid.
Differential pressure mass flowmeter: The mass flow rate is calculated based on the pressure difference caused by the flow of fluid in the pipeline, combined with parameters such as fluid density.
Advantage:
High precision: It can directly measure the mass flow rate of fluids without relying on additional information such as fluid density, temperature, or pressure.
Strong applicability: capable of handling various types of fluids, including high viscosity, gases, liquids, etc.
Easy installation: The split design allows the sensor part to be installed separately from the display part, making it easy to install and maintain.
Application:
Industrial process control: flow monitoring in industries such as chemical, petroleum, and natural gas.
Laboratory research: Accurate mass flow measurement.
Gas and liquid flow monitoring: such as gas supply, pipeline transportation systems, etc.
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