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Flowmeter is a measuring device for measuring the flow rate of linear or non-linear liquids, gases or mass. Flow meter, which is used quite often to measure the flow of water instantaneously, is a useful and efficient tool.

The key task of the flowmeter in the installation simplifies the monitoring of instantaneous flows visually or automatically. In some cases, it is also possible to measure directly on the pipe. When looking at the use of flow meters, it is seen that it is often used in engineering applications.

Flow meters generally have different types depending on their usage areas. In particular, the flow meter, which has a special importance in the machinery industry, is used seriously in issues such as savings and efficiency. The flow meter can sometimes come up as flowmeter or flow meter. All these different names are found within the flow meter framework.

The flow meter, which has an important role in measuring the air entering the pump, compressor or heat exchangers, affects the characteristics and life of the systems. The reason for this is that the efficiency of the systems is measured by looking at all the data transferred by the flow meter. It is possible to increase the potential performance of the motors or to decrease them depending on certain needs with flow meters.

Flow Meter Types

It is possible to talk about electromagnetic flowmeters, paddlewheel flowmeters, vortex flowmeters or ultrasonic flowmeters according to their preferred areas or intended use. We can increase these examples further depending on their usage areas.

There are three different types of flowmeters most commonly used in water measurement.

-Mechanical flow meters

-Electromagnetic flow meters

-Ultrasonic flow meters

We can list other types of flow meters used in liquid measurement as follows: --Positive displacement flowmeters

-Vortex flow meters

-Orifice flow meters

-Metal tube flowmeters

-Float flowmeters

-Thermal mass air flow meters

What Should Be Considered When Choosing a Flow Meter?

The most important criteria when choosing a flowmeter is definitely the type of liquid and the precision of the measurement. On the other hand, environmental conditions also have a very important place.

For example, ultrasonic or mechanical flow meters should be preferred primarily in pumped water automation systems. Because electromagnetic flowmeters can be affected by the electrical field pollution caused by the pump.

Another criteria is the input and output required for the automation system. It is also considered as a necessary point to check energy supply compliance. Finally, fluid resistance and flowmeter supply voltage also play a critical role in choosing the appropriate flow meter.