Current position >About Us
1. Detailed explanation of the principle of ultrasonic flowmeter (Ultrasonic f
Ultrasonic flowmeter principle detailed description) I. The principle of ultrasonic flow meter: ultrasonic wave carriers infor
2. Detailed explanation of the working principle of ultrasonic flowmeter: the measurement force of "invisible" sound waves
In industrial fluid measurement and hydraulic engineering, the application of flow meters is crucial. Although electromagnetic and mechanical flow meters are widely used, ultrasonic flow meters have become a better choice in certain situations that require high accuracy, non-contact, and safety. This article will provide a detailed analysis of the working principle, classification methods, advantages, and application scenarios of ultrasonic flowmeters, and explain why "invisible sound waves" can be accurate 3. Detailed Description of Ultrasonic Flow Meter Principle I. The principle of ultrasonic flow meter: ultrasonic wave carriers information about the velocity of fluid when it travels in a flowing fluid. There, the flow rate of the fluid can be detected by the received ultrasonic...
4. Detailed Description of Flow Meter Principle Ultrasonicflowmeterprincipledetaileddescription I.Theprincipleofultrasonicflowmeter:ultrasonicwavecarriesinformationaboutthevelocityoffluidwhenittravelsinaflowingfluid.Therefore,theflowrateofthefluidcanbedetectedbythereceivedultrasonicwave,thusconvertingtotheflowrate.Theultrasonicpulsetravelsthrough...5.Ultrasonic Flowmeters
Choose the right ultrasonic flow meter for your application Ultrasonic Flowmeter with Totalization These ultrasonic flowmeters are for applications with 100 PPM of 100 microns in size particulates or bubbles in the liquid. They are good for pipe sizes 0.25 to 120". These flow meters are used for...
6. Ultrasonic flow meter
The flow rate of fluid can be measured using ultrasonic sensors, which are designed based on the time difference of time of flight (ToF) when ultrasound propagates in the fluid. Ultrasonic flow meters are gradually being widely used in gas and water meters. Through the connection of IoT network systems, energy efficiency can be promoted, and bills and security monitoring can be remotely managed. The principle is shown in the following figure: ..
7.UFM-D Ultrasonic Flow Met
1.Ultrasonic flowmeter name and model number at top. 2. 2.The left side of the blue background is the current time, and the right side is the current working status of the flow meter (see the following). 3.The top half of the display area is the current instantaneous flow value (the...