Get Mass Flow Meter With Flow Computer

In addition to generating data on flow volume, the flow computer can analyze additional data points inputted by measuring devices, such as temperature, speed of flow, pressure, mass, gas density and chemical state.

Measurement Principle: As mentioned above, mass flow meters measure the mass of the fluid in order to determine the flow rate. While magnetic flow meters use magnetic fields to measure the flow of conductive fluids. Accuracy: Both mass flow meters and magnetic flow meters are known for their accuracy.

Mass flow meters are used frequently in monitoring or controlling mass-related processes (like chemical reactions) that depend on the relative masses of unreacted ingredients, such as recipe formulations, material balance determinations, and billing and custody transfer operations.

Coriolis meters are generally considered the most repeatably accurate flow meters available today. Coriolis meters are ideal for any application where high accuracy is a key factor for consistent product quality, safety and revenue.

These meters utilize two heat sensors placed around a heating element to gauge the flow rate based on thermal principles. One sensor continuously heats the element and monitors its temperature, while the other sensor measures the temperature of the fluid in the pipe.

Mass flow rate depends on the fluid's density and is crucial in processes where the fluid's mass is important. Volumetric flow rate, on the other hand, is influenced by the fluid's compressibility and changes in temperature and pressure, and is more commonly used in applications where the fluid volume is important.

Volumetric flowmeters, differential pressure flowmeters and float flowmeters are among the three most commonly used flowmeters and are often used for total volume measurement of expensive media (oil, natural gas, etc.).

A mass flow meter is a type of flow meter and is a device that accurately measures the mass flow rate of a fluid moving through a pipe. Mass flow rate measures mass per unit time, differing from volumetric flow rate – which measures volume per unit time.