- Traditional mechanical water meters rely on the flow of water to rotate a turbine for measurement. Over long-term use, bearing wear or turbine blockage by impurities can cause the meter to slow down, resulting in inaccurate measurements. , fundamentally eliminating wear and maintaining higher measurement accuracy throughout their lifecycle.
- They use the "transit-time method", measuring the time difference of ultrasonic waves traveling with and against the water flow. This time difference is proportional to the flow velocity, which, when multiplied by the pipe's cross-sectional area, gives the flow rate.
- Ultrasonic Water meter can measure extremely low flow rates (high sensitivity) and can detect flow direction (capable of measuring backflow).
- This is a key performance indicator for water meters. Mechanical water meters typically have a range ratio of R80 or R100, whereas ultrasonic water meters can reach R400 or even R800.
- This means that whether it is a tiny drip at home (from a loosely closed faucet) or a large flow from a fully opened tap, ultrasonic water meters can measure accurately, effectively reducing losses from "unmeasured small flows."
Ultrasonic water meters require calibration both before leaving the factory and during use. S.H. Meters' independently developed can perform high-standard, traceable inspections on every ultrasonic water meter before it leaves the factory. The testing process is precise and efficient, minimizing human error and ensuring accurate measurement and long-term stable operation for each water meter, thereby significantly reducing losses or disputes caused by measurement errors.
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