News
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Small Pipe Flow Measurement: How to Meter DN6–DN100 Lines Accurately
Metering flow on small-bore pipe is where most conventional technologies run into trouble. Magnetic meters need a minimum line size and conductive fluid; turbine and gear meters introduce a pressure drop and wear out; cutting in an inline meter means shutdown, welding and downtime. A small pipe flow meter based on clamp-on ultrasonic technology avoids…
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Clamp-On Ultrasonic Flow Meters in HVAC, District Energy and Building Services
Chilled and hot water flow, BTU/kWh energy metering, hydronic balancing and BMS integration — how clamp-on ultrasonic meters serve HVAC, district cooling/heating and building services without shutting anything down.
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What Is the Difference Between Portable and Fixed Ultrasonic Flow Meters?
Portable ultrasonic meters move between pipes for surveys, pump tests and meter verification; fixed meters stay on one point for permanent monitoring. The differences in use, accuracy, outputs and cost, and which to choose.
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Clamp-On Ultrasonic Flow Meter Installation: V-Method and Z-Method Guide
90% of clamp-on accuracy problems come from mounting. Location rules, pipe preparation and V/Z/N transducer methods explained in one guide.
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Can a Clamp-On Flow Meter Be Installed Without Shutting Down the Pipeline?
Clamp-on ultrasonic meters mount on the outside of a live, pressurised pipe — no cutting, no hot tap, no drain-down, no shutdown. How live installation works, how long it takes, and the conditions that matter.
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How to Choose an Ultrasonic Flow Meter: 7 Factors That Actually Matter
A practical buyer checklist: the seven specifications that decide which clamp-on ultrasonic flow meter fits your pipe, liquid and budget.
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Clamp-On vs Inline Flow Meters: Which One Fits Your Application?
Inline meters are accurate but require pipe cutting; clamp-on meters install in minutes without downtime. A practical comparison to help you choose.
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How Do I Choose the Right Ultrasonic Flow Meter for My Application?
A practical, application-by-application guide to choosing a clamp-on ultrasonic flow meter — water networks, HVAC, energy/BTU, large and small pipes, and portable surveys — with the right YS-Flux model for each job.
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What Factors Affect Clamp-On Ultrasonic Flow Meter Accuracy?
A clamp-on meter can read to ±0.5% — or far worse — depending on installation. The nine factors that determine accuracy, from pipe data and surface prep to signal quality, and how to optimise each one.
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Clamp-On Ultrasonic Flow Meters in Water and Wastewater Treatment
Clamp-on meters give water and wastewater plants non-intrusive flow measurement without shutdown — on raw water and distribution mains, pump stations, DMA leakage surveys and filter/backwash lines. Applications and model choices.