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Price of Anuba flowmeter

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What is the measurement range of Annubar flowmeter? The measurement range of the Annubar flowmeter is generally applicable between DN20 and DN12000. Specifically, the pipeline diameter range covers a wide range of pipeline diameters, from small to DN20 to large to DN12000. Fluid type: Annubar flowmeter can be used to measure various fluids, including slippery liquids, fuel gases, vapors, and gases. Gas flow measurement: In terms of gas measurement, if equipped with a micro differential pressure transmitter, it can detect gas flow rates greater than 4 m3/h. The Anuba flowmeter has been widely used in batch processing and continuous measurement of various energy sources in industrial processes due to its advantages of simple structure, low pressure loss, easy installation and disassembly, and low maintenance.

2. What is the working principle of the Annubar flowmeter? The working principle of the Annubar flowmeter is based on the fundamental laws of fluid dynamics, which calculates the flow rate by measuring the pressure difference formed when the fluid flows in the pipeline. Specifically, throttling element and pressure difference: When fluid fills the pipeline and flows through the throttling element inside the Annubar flowmeter, the flow velocity will sharply increase at the throttling element due to pipeline contraction, resulting in a decrease in static pressure. This change creates a significant pressure difference before and after the throttle component. Measurement and Calculation: The Annubar flowmeter measures the pressure difference between the dynamic pressure upstream of the throttling element and the static pressure downstream, and calculates the flow rate using the flow continuity equation and Ber
Price of Anuba flowmeter
noulli equation. These two equations ensure the stability and repeatability of the measurement. Scope of application: The Annubar flowmeter is suitable for pipeline diameters ranging from DN20 to DN12000, particularly for flow measurement of liquids, fuel gases, steam, and gases in industrial production, such as fuel transportation and energy efficiency monitoring. Design Theory and Performance: The design theory of the Annubar flowmeter is based on the Bernoulli equation, and its performance complies with the JJG64090 standard, which can accept standard inspection and verification, thereby ensuring its measurement accuracy and reliability.

3. Introduction to Uniformity Tube Flow Meter

Annubar Flow Meter (also known as Flute Uniformity Tube Flow Meter and Toba Tube Flow Meter) belongs to differential pressure flow meters.

. The Anuba flowmeter uses the pitot tube measurement principle to measure the pressure difference between the dynamic pressure upstream of the baffle and the static pressure downstream, in order to achieve the purpose of measuring flow rate. Measure the diameter of the pipeline between DN20 and DN12000. Anuba flowmeter is mainly used for measuring various energy sources such as liquids, fuel gases, vapors, and gases in industrial processes, with high stability and repeatability. The design theory conforms to the Bernoulli equation principle and can be verified using the JJG/640-90 standard. The Anuba flowmeter has become an ideal product to replace orifice plates due to its simple installation, low pressure loss, high strength, resistance to wear and tear, and no leakage. It can be widely used for flow measurement of blast furnace gas, compressed air, steam, and other liquids and gase

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