Turbine Flowmeter (Thread/Flange/Clamp Connections)

Turbine Flow Meter (Thread / Flange / Clamp Connections) – Accurate, Durable, and Versatile Flow Measurement

Elevate your fluid flow measurement capabilities with our versatile Turbine Flow Meter, designed to deliver high-precision readings for clean liquids and gases. With threaded, flanged, and clamp-on connection options, these meters are adaptable to a wide range of installation needs and industrial environments.

Why Choose Our Turbine Flow Meter?

• Precision & Repeatability: Offers high accuracy—typically ±0.25 /% to /±0.5 /% of rate—with excellent repeatability often within 0.1 /% for reliable process control and custody transfer. 

• Wide Turndown Ratio: Measures across a broad flow range—up to 30:1 or higher—enabling accurate readings from low to high flow rates. 

• Minimal Pressure Drop: Low obstruction design maintains system efficiency and reduces energy losses. 

• Fast Response Time: Light rotor inertia ensures rapid signal output—ideal for batching and dynamic flow monitoring.

Connection Options

• Threaded Connection: Ideal for small-diameter lines and systems requiring easy installation or periodic removal.

• Flange Connection: Recommended for higher-pressure or industrial systems—ensures a robust, leak-free seal.

• Clamp-On (External Mount): Non-intrusive installation method—avoids pipe cutting, ideal for hazardous, high-temperature, or sanitary systems .

Key Features

• Utilizes a magnetic pick-up sensor to convert rotor pulses into electrical output, facilitating totalized flow monitoring and control .

• Built with durable materials like stainless steel and specialty alloys to withstand high pressure and harsh fluid media .

• Compact and lightweight design allows for flexible mounting and minimal system impact .

Ideal Applications

• Oil, Gas & Petrochemical: Perfect for custody transfer, refined product batching, and fuel monitoring.

• Water & Wastewater Management: Low pressure-loss flow measurement in large-scale distribution pipelines.

• Chemical & Industrial Processes: Monitoring low-viscosity chemical feed or lubricant lines.

• Food & Beverage, Pharmaceuticals, HVAC, and Aerospace: When clean, precise flow measurement is essential.

Considerations

• Best suited for clean, low-viscosity fluids. Avoid use with particulate-laden or abrasive media without upstream filtration .

• Requires straight pipe runs upstream/downstream (typically 10× diameter upstream, 5× downstream) for flow profile stability and accuracy .

• Subject to mechanical wear—regular calibration and maintenance may be required in heavy-duty service .

Technical Performance Parameters