BLOG ALL - P.3
Thermal Mass Flowmeter
When a fluid contacts a heated object, it removes heat from the object and the temperature of the fluid increases. Thermal mass flow meters use this principle to measure flow.
Read MoreElectromagnetic Flowmeter
Inside the electromagnetic flowmeter there is an electromagnetic coil that generates a magnetic field, and electrodes for capturing voltage. Due to this, the electromagnetic flowmeter can measure the flow in the pipeline.
Read MoreImpeller Flowmeter
The flow rate and the rotational speed of the impeller are proportional to each other. By embedding magnets in the rotary shaft and the impeller, the pulse signal can be extracted, and the number of revolutions can be obtained to convert the flow rate.
Read MoreUltrasonic Flowmeter
A sensor is installed outside the pipe wall, and the ultrasonic waves are transmitted to each other. The time difference between the forward flow and the reverse flow and the flow rate is calculated, and the flow rate is calculated based on this.
Read MoreFloat Flowmeter
It belongs to the area flow meter.
The prevailing method is to suspend a float in a tapered tube (which increases in width as you go up). When fluid is forced between the conical tube and the float, a pressure differential is created.
Read MoreThe prevailing method is to suspend a float in a tapered tube (which increases in width as you go up). When fluid is forced between the conical tube and the float, a pressure differential is created.
Coriolis mass Flowmeter
Coriolis mass flow meters utilize within themselves a physical phenomenon known as the Coriolis effect. According to the Coriolis effect, the weight of an object is proportional to its velocity, so the mass flow can be known.
Read MoreKarman Vortex Flowmeter
This device is a flow meter and utilizes a law theoretically proved by Theodore von Karman in 1912. In the presence of columnar obstructions (vortex generators) in the flowing fluid, alternating flow is generated downstream.
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