Turbine flowmeter with high accuracy, fast response in the industrial field is crucial, through the turbine rotation conversion of electrical signal measurement of flow, suitable for petrochemical, metallurgical and other industries that need to accurately measure the flow, and can capture the dynamic flow changes in real time, a wide range of measurement of a variety of liquids and some gases.
As a leader in the field of flow measurement, turbine flowmeter plays a vital role in several industrial fields with its high accuracy and fast response.
The working principle of a turbine flowmeter is based on the rotation of a turbine. When the measured fluid flows through the turbine flowmeter, the fluid impacts the turbine blades, causing the turbine to start rotating. The rotational speed of the turbine is directly proportional to the flow rate, i.e. the higher the flow rate, the faster the turbine rotates. The rotation of the turbine is converted mechanically or electromagnetically into an electrical signal, usually a pulse signal with a frequency proportional to the turbine speed. These pulses are amplified by a preamplifier and fed into a display instrument for counting and display. By measuring the number of pulses per unit of time, the instantaneous flow rate can be calculated; and by accumulating the pulse signals, the cumulative flow rate can be derived.
Turbine flowmeter can stand out in a large number of flowmeters, mainly due to its high accuracy and fast response characteristics. Firstly, the measurement accuracy of turbine flowmeters is usually within ±0.5%. This high accuracy makes the turbine flowmeter very suitable for the need to accurately measure the flow of occasions, such as petrochemical, metallurgical, electric power and environmental protection industries. In these industries, accurate measurement of flow is critical to the control and optimisation of production processes.
The fast response characteristic of the turbine flowmeter is also one of its significant advantages. Because the rotational speed of the turbine responds quickly to changes in flow rate, turbine flowmeters are able to capture dynamic changes in flow rate in real time. This makes turbine flowmeters excel in dynamic flow measurements, such as flow monitoring in liquid transport pipelines and fuel filling processes in aerospace. In these applications, rapid changes in flow require a flowmeter that can respond quickly and measure accurately, and turbine flowmeters are ideally suited to meet this need.
In addition to high accuracy and fast response, the turbine flowmeter has a wide range of applications. It can measure a variety of liquids, including water, oil, chemical solutions, and even some models of turbine flowmeter can be used to measure gas flow. This wide range of applicability makes turbine flowmeters widely used in several industries.
Hangzhou Economic Development Area，Hangzhou 310018，China
