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Product Brochure
AC Series Coriolis Mass Flowmeter
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Product introduction
The AC Series Micro-bend Coriolis Mass Flowmeter operates based on the Coriolis effect, wherein fluid flowing through an oscillating bent tube induces measurable deflection due to inertial forces. The micro-bend configuration enhances sensitivity while reducing pressure loss and footprint. As fluid enters the measuring tube, the flow-induced Coriolis force causes a phase shift between inlet and outlet sensors. This phase difference is directly proportional to the mass flow rate. Simultaneously, the fluid's density is derived from the oscillation frequency, and temperature is monitored via integrated RTD sensors.
Physical Properties
★ High-Precision Mass Flow Measurement
Provides direct mass flow measurement with accuracies up to ±0.1% of reading (liquid applications), independent of temperature, pressure, viscosity, or flow profile.
★ Multivariable Measurement Capability
Simultaneously delivers mass flow, density, and temperature readings—ideal for custody transfer, real-time process monitoring, control, and product quality assurance.
★ High Fluid Compatibility
Performs reliably with a wide range of fluids, including high-viscosity, non-Newtonian, slurry, and light gas-liquid multiphase mixtures.
★ Compact and Low Pressure Loss Design
The micro-bend tube geometry offers a compact footprint and significantly lower pressure drop than traditional dual-loop Coriolis designs—suitable for skid mounting or mobile installations.
★ Robust and Corrosion-Resistant Construction
Available in 316L stainless steel, Hastelloy C, or other special alloys, offering resistance to aggressive chemicals, high-pressure fluids, and CIP/SIP environments.
Ingredient Content
★ Chemical & Fine Chemicals
Precise batching of acids, alkalis, solvents, and specialty chemicals
Real-time density-based quality assurance
★ Petrochemical Industry
Transfer and blending of LPG, diesel, gasoline, and aromatics
Mass-based custody transfer and terminal loading/unloading
★ Food & Beverage
Mass flow measurement of syrup, honey, dairy fat, vegetable oil, and flavorings
Inline quality control via density monitoring
★ Energy & Biofuel
Biodiesel and ethanol production control
★ Automotive Industry
AdBlue (urea) dosing systems
Engine oil and fuel additive blending
★ Water Treatment
Precision dosing of coagulants, pH adjusters, and antiscalants
★ Mining & Metallurgy
Acidic reagent feeding in leaching
Slurry and pulp mass flow control in flotation or sedimentation units
Product parameters
✬ Mass-Based Blending in Refining and Petrochemicals
Used in skid-mounted blending systems to control the ratio of multiple hydrocarbons, improving final product quality and reducing material waste.
✬ Chemical Injection in Offshore Oil & Gas Platforms
Micro-bend design allows integration into confined piping spaces for precise low-flow chemical dosing in high-pressure, hazardous zones.
✬ Custody Transfer of Biofuels in Distribution Terminals
Supports legally traceable mass measurements in line with metrological standards, reducing disputes and ensuring contract compliance.
✬ Syrup and Oil Filling in Food Packaging Lines
Enables high-speed filling with mass accuracy, compensating for density variations to maintain precise net weight across different product types.
ABOUT US
We are renowned for manufacturing professional and high-precision industrial instruments. Our expertise lies in providing unparalleled flow measurement resources, backed by over 12 years of experience solving complex applications.
Our precision flow metering devices are used by a diverse range of users, ranging from major oil and gas companies to photovoltaic providers, pharmaceutical manufacturers, and municipal services. We continuously contribute to the development of flow measurement in the domestic energy and chemical industries due to our expertise in measuring variable component gases and peculiar mediums.
