Gas ultrasonic flowmeter transducer works - Database & Sql Blog Articles

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How the Gas Ultrasonic Flowmeter Transducer Works

Ultrasonic transducers are widely used in flow measurement applications, especially for gas flow meters. But how exactly do they work? Let's take the titanium alloy gas flowmeter transducer model DYAU-200-01C as an example to understand its operation.

The ultrasonic pulse travels through the pipe from one transducer to another, and during this process, a time interval T is recorded. Using this time, we can calculate the velocity of the fluid. However, it's important to note that the flow may have both forward and reverse directions, which leads to two different measurements. When the direction of the ultrasonic wave aligns with the flow, the time taken is called T1. Conversely, when the wave moves against the flow, the time is referred to as T2.

T1 = L / (C + V) * (X / L)
T2 = L / (C - V) * (X / L)

Now, do you know how to calculate the actual flow rate using these equations? By analyzing the difference between T1 and T2, we can determine the fluid’s velocity and ultimately the flow rate.

Science is constantly evolving, and so are the technologies we use. At Hangzhou Ambrella, we're dedicated to helping our customers improve their products through innovation and high-quality solutions. Whether you're looking for an ultrasonic transducer or need assistance with your application, we're here to help.

As a leading manufacturer and expert in ultrasonic technology, we provide not only top-tier products but also comprehensive support to ensure your success. If you're interested in our ultrasonic ranging transducers or have any questions, feel free to reach out to our online customer service. Ambrella – your trusted purchasing advisor.