Summary
Turbine flow meters utilize a spinning rotor to measure fluid flow within a pipe, providing accurate readings with a customizable accuracy of 1% or higher. These meters are ideal for custody transfer trading and high-pressure measurements, constructed from durable materials to reduce wear and tear. While offering a repeatability of 0.005%, turbine flow meters are best suited for measuring clean fluids of low viscosity such as water, wine, alcohol, and gasoline, though their effectiveness across all fluid types remains uncertain.
Technology and Working Principle of Turbine Flow Meters
Turbine flow meters use a spinning rotor with blades inside a pipe. Fluid flow makes the rotor turn, generating signals that measure the flow rate.
Accuracy and Customization
Accuracy of 1% and higher with customization. Repeatability of 0.005%. Suitable for custody transfer trading and high-pressure measurements.
Durable Materials and Wear Reduction
Body made of durable materials to reduce wear and tear on turbine flow meters. Can measure clean fluids only, not applicable for all fluids.
Suitability for Fluids of Low Viscosity
Turbine flow meters suitable for fluids of low viscosity like water, wine, alcohol, and gasoline. Uncertainty remains regarding their suitability for various applications.
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