Remote transmission ultrasonic water vs ultrasonic flow meter

- Jun 10, 2019-

With the continuous advancement and implementation of the “Scientific Water, Intelligent Management” work, more and more users have begun to love the remote-type ultrasonic water meter. Now, when it comes to the remote-type ultrasonic water meter, the ultrasonic flow meter will be thought of. What is the difference between the two measuring instruments? The answer is in the following article.

ultrasonic flow meter drawing

Difference between remote transmission ultrasonic water meter and ultrasonic flow meter

Ultrasonic water meter is a water meter that uses the time difference generated by ultrasonic beam in reverse flow to calculate the water consumption of the user. Its main features include: small initial flow, high measurement accuracy, wide range ratio, low water quality requirements, and installation. Convenient, wide installation angle, wide application range, high success rate of meter reading, high sensitivity of monitoring system, fast online payment, etc., both large-diameter remote transmission type ultrasonic water meter and small-diameter remote transmission type ultrasonic water meter, which can be used in industry. Use in agriculture, etc., can also be used at home, and its use prospects are broad, which brings surprises to users and water divisions at the same time.

The ultrasonic flowmeter is a meter that measures the flow by detecting the action of fluid flow on the ultrasonic pulse. The main principle is the principle of time difference measurement, in which one probe transmits a signal and passes through the medium, the tube wall and the other side wall. After that, it is then received by another probe. At the same time, the second probe transmits the signal and is received by the previous probe. Due to the influence of the medium flow rate, there is a time difference. Using the conversion formula to calculate the flow value is A non-contact instrument that can measure medium that is difficult to observe and contact, as well as large-diameter media such as chemical liquids, alcohol, water, petroleum, etc., with higher accuracy and wider application range.

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