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Initial flow characteristics
1.Accurate measurement under extremely low flow conditions: Ultrasonic Water Meter, especially Ultrasonic Water Meter With Valve, can accurately measure under extremely low flow conditions, significantly reducing the measurement blind area. It enables the water meter to maintain high accuracy when the flow changes slightly, and is suitable for application scenarios that require fine management of water resources.
2. Reduce measurement blind areas: Due to its extremely low initial flow characteristics, Ultrasonic Water Meter can capture tiny flow changes that are difficult to detect with traditional mechanical water meters, reduce measurement blind areas, and improve the accuracy and reliability of overall measurement.
3. Design considerations of Ultrasonic Water Meter Factory: Ultrasonic Water Meter Factory fully considers the measurement needs under low flow conditions during design. By adopting highly sensitive sensors and advanced signal processing technology, it ensures that the product can maintain high accuracy and stability under low flow conditions.
Application principle of time difference method
1. Ultrasonic propagation time difference measurement: The time difference method is one of the core technologies of Ultrasonic Water Meter. It calculates the flow rate by measuring the propagation time difference of ultrasonic waves in the water flow, and then outputs the flow rate. This method uses the difference in the propagation time of ultrasonic waves in the downstream and upstream directions to accurately calculate the water flow velocity and flow rate.
2. Not affected by water quality and fluid state: Since the time difference method is based on the measurement of ultrasonic propagation time, it is not affected by water quality and fluid state, ensuring the accuracy and reliability of measurement. Regardless of how the water quality changes, Ultrasonic Water Meter can provide stable measurement results.
3. High-precision measurement: The measurement accuracy of the time difference method is extremely high, and it can accurately capture tiny flow changes. It is suitable for application scenarios that require high-precision measurement. Ultrasonic Water Meter With Valve achieves accurate measurement of water flow through the application of the time difference method.
Reasons for extremely low initial flow
1. Design without moving parts: The reason why Ultrasonic Water Meter has extremely low initial flow is mainly due to its design without moving parts. Since there are no mechanical parts inside, the metering performance degradation caused by wear is avoided, ensuring long-term stable metering.
2. High-sensitivity ultrasonic sensor: Ultrasonic Water Meter Factory uses a high-sensitivity ultrasonic sensor in its design, so that the water meter can still capture tiny flow changes under extremely low flow conditions. This high-sensitivity sensor can accurately detect tiny water flow changes and achieve precise metering.
3. Advanced signal processing technology: By adopting advanced signal processing technology, Ultrasonic Water Meter can accurately process the tiny signals captured by the ultrasonic sensor, improving the accuracy and reliability of metering. The application of this technology enables the water meter to maintain high accuracy even under low flow conditions.
