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The liquid turbine flowmeter is a viscosity-sensitive flowmeter. When the fluid viscosity increases, the linear region of the meter coefficient becomes narrower, and the lower limit flow rate increases. When the viscosity increases to a value, even the wireless region. The situation with spiral blades is much better than with straight blades. For liquids, the […]

Turbine flow meter low flow, if it is lower than the lower limit of the measurement, it may not be displayed, or the accuracy may not be good. Make sure to measure the flow rate at 5% of maximum flow.

As a common precision instrument in modern industry, a turbine flowmeter is simply an instrument used to measure fluid flow in pipes or open channels. The development of measurement can be traced back to ancient water conservancy projects and urban water supply systems. In the ancient Roman Caesar era, orifice plates have been used to

Required Lengths of Straight Runs Flow altering devices such as elbows, valves, and reducers can affect accuracy. See the diagram below for typical flow meter system installation.   The recommended guidelines are given to enhance accuracy and maximize performance. The distance given here are minimum requirements; double them for desired straight pipe lengths. Upstream: allow

Turndown ratio is also commonly referred to as rangeability. A turbine flow meter measurement Ratio Standard is 10:1 and has an Option of 20:1.

The installation of DN200 Plug-in type target flowmeter. The application is for air. Others application such as air and Chlorine gas.

Calculation of pressure loss of liquid turbine flowmeter To calculate whether the pressure loss has an effect on the process pipelines, the following formula is used: △P=1.2ρ. v2(Pa) △P: PRESSURE LOSS (Pa) P: Medium density (KG/M3) V: Average velocity in Tube (m/s) When the medium under test is liquid, in order to prevent vaporization and

The turbine flow meter output signal has the options of 4-20ma, pulse output, or Modbus RS485 communication.

A rotameter consists of a tapered tube, typically made of glass with a ‘float’ (a shaped weight, made either of anodized aluminum or a ceramic), inside that is pushed up by the drag force of the flow and pulled down by gravity. The drag force for a given fluid and float cross-section is a function