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The advantages of clamp-on ultrasonic flowmeters compared to other flowmeters
Installation -Non-intrusive installation: Clamp-on ultrasonic flowmeters are installed on the outside of the pipe without the need to cut the pipe or stop the fluid flow, which is extremely convenient and does not affect the normal operation of the pipeline system. - Easy installation: They us...Read more -
How to recommend the suitable transit time ultrasonic flow meter ?
1. Applicable situations of clamp-on ultrasonic flowmeter For non-intrusive measurement requirements: When the medium inside the pipeline is corrosive, toxic, of high purity or has extremely high hygiene requirements and any operations that would damage the integrity of the pipeline such as op...Read more -
Application of Ultrasonic Flow Meters in Wastewater Management
Ultrasonic flow meters have found widespread use in various industries, including wastewater management, due to their versatility, non-invasive measurement capabilities, and ease of installation. In wastewater applications, accurate flow measurement is essential for ensu...Read more -
Comparison Between Electromagnetic Flow Meters and Ultrasonic Flow Meters
Flow measurement is a crucial part of various industrial processes, and selecting the right flow meter for a specific application is vital for achieving accurate and reliable results. Two common types of flow meters used in industries today are electromagnetic flow meter...Read more -
Comparing Turbine and Ultrasonic Flow Meters: A Complete Overview
In many industrial applications, selecting the right flow meter is crucial for ensuring efficiency and accuracy in monitoring and controlling fluid systems. Two popular types of flow meters—turbine flow meters and ultrasonic flow meters—each offer distinct benefits depen...Read more -
Flow meter types
Flow meters measure the flow rate or quantity of a liquid, gas, or slurry moving through a system. There are several types of flow meters based on different principles and applications. Here’s a comprehensive overview: 1. Differential Pressure (DP) Flow Meters Use the pressure drop across an ob...Read more -
What is the sandwich water meter ?
A sandwich water meter refers to a compact, flange-less design of water meter that is installed directly between two pipe flanges, similar to a “wafer-style” fitting. This design allows for easy installation without requiring additional support or fittings, making it a space-saving an...Read more -
Clamp on Doppler flow meter Limitations
Clamp on Doppler flow meter Limitations Requires Particulates or Bubbles: The Doppler effect relies on reflections from particles or bubbles, so it won’t work well with clean, particle-free fluids. Accuracy: May be less accurate compared to other technologies like transit-time ultrasonic or ...Read more -
Advantages of Doppler Clamp-On Flow Meters
A Doppler clamp-on flow meter is used to measure the flow rate of fluids in a pipe without requiring penetration or direct contact with the fluid. This type of flow meter works on the Doppler effect, where ultrasonic signals are reflected off particles or bubbles in the fluid, and the frequency s...Read more -
What is Electromagnetic flow meter used for ?
An electromagnetic flow meter (mag meter) is a highly accurate and versatile flow measurement device that is used to measure the flow of conductive liquids and slurries. It works based on Faraday’s Law of Induction, which states that a voltage is induced when a conductive fluid flows throug...Read more -
What application is Doppler velocity sensor suitable for ?
A Doppler velocity sensor is primarily used to measure the flow velocity of fluids by detecting the shift in frequency of reflected sound waves, a principle known as the Doppler Effect. These sensors are highly effective for measuring the velocity of fluids that contain suspended particles or bub...Read more -
Why does insertion transit time ultrasonic flow meter shall be installed by Z method ?
An insertion transit-time ultrasonic flow meter is typically installed using the Z-method (also known as the “Z” configuration) to ensure accurate and reliable flow measurements. The Z-method involves the installation of the ultrasonic transducers at a specific angle to the flow, ensu...Read more
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