2DU16R

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A 2DU16R (Two-Dimensional Pipe Type Ultrasonic Flowmeter) is an ultrasonic flowmeter used for industrial flow measuring applications. It is also known as a transit-time flowmeter. This type of flowmeter is used to measure the volumetric flow rate of a fluid through a pipe. It works on the principle of the Doppler shift, which allows the measurement of the flows of liquids, gases, and sometimes even steam.

The 2DU16R is composed of two transducers mounted opposite each other across a pipe. The transducers send and receive ultrasonic pulses of energy that travel through the media. The time taken for the pulse to travel from one side to the other provides information about the flow rate. The two signals (One from each transducer) will arrive with different amplitudes due to the Doppler effect – which is the effect of the flow on the frequency of the pulse. This difference in amplitude is used to calculate the flow rate.

The 2DU16R flowmeter is a versatile tool that can be used in many different applications. It has been used in the oil and gas industry for flow measurement in pipelines, as well as in process control applications for fluid monitoring. It is also used for sewage and drainage systems, irrigation systems, aquaculture, and industrial production lines. In each application, it can provide accurate flow measurements from a few centimetres per second up to 50 meters per second or more.

One unique application of the 2DU16R flowmeter is in the field of research. For example, it has been used to measure flows in rivers and canals, and to observe the effects of differing water levels and other flow altering factors, such as river channel morphology. It can also be used to measure flow rates in oceans or lakes. The 2DU16R flowmeter has been used in scientific research to study turbulent flows, salinity levels, and other factors that affect water movement.

In addition to its versatility and uses in the field, the 2DU16R flowmeter is also known for its accuracy and reliability. It is capable of producing highly accurate readings that are within 1-2% of the actual flow rate. It can also operate in a wide range of temperatures, with a maximum measured differential temperature of 450K. This allows the flowmeter to be used in a variety of extreme environments.

The 2DU16R flowmeter is a reliable and accurate flow measurement device. Its Doppler shift operating principle makes it suitable for measuring the flow of liquids, gases, and steam. Its versatility and accuracy make it a useful tool for many industrial and research applications, from oil and gas pipelines to scientific studies of rivers and lakes.

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