Application scenarios of ultrasonic flowmeters

Handheld ultrasonic flowmeters are widely used in industries such as water supply, heating, water conservancy, metallurgy, chemical engineering, and machinery. They can be used for production monitoring, flow comparison, temporary detection, and flow inspection, and are commonly used instruments for flow detection.

Measuring medium: single sound conducting liquid medium
Measuring range: ± 0.03ft /s~ ± 40ft /s (± 0.01m /s~ ± 12m /s)
Accuracy class: ±1%
Pipe diameter range: 1″~48″(25mm~1200mm)
Handheld (portable) ultrasonic flowmeter with external clip-on sensing to measure liquid flow. The installation process is extremely simple, and the all-Chinese man-machine interface makes it easier to operate.

Ultrasonic flowmeters, as very important flow measurement devices in various industrial fields, have a particularly significant adverse impact on measurement accuracy due to their sensors. Different types of sensors should be selected based on the differences in application environments. Today, Aister Instruments, a flowmeter manufacturer, will provide the following explanations regarding several different sensors.

Ultrasonic flowmeters are flowmeters that measure flow by detecting the effect of fluid movement on ultrasonic beams (or ultrasonic pulses). Ultrasonic flowmeters can all be installed outside the pipe and measure flow in a non-contact manner. Their surface cost is basically independent of the size of the pipe diameter being measured, making them excellent instruments for measuring the flow of large pipes.

The installation of ultrasonic flowmeter is relatively simple and fast compared with other meters. However, the flowmeter manufacturer has to remind you that no matter how well the flowmeter is installed, it should also follow the installation requirements during the installation process.

Handheld ultrasonic flowmeters are commonly used tool instruments for flow detection. It is designed to enhance the convenience of flow measurement. It features high measurement accuracy, a large range ratio, no pressure loss, no moving parts, and is compact and lightweight. The flow measurement can be completed simply by installing the sensor on the outer wall of the pipeline.

Ultrasonic flow meters have become integral tools across various industries due to their versatility and non-intrusive nature. One prominent application of ultrasonic flow meters is in the field of water and wastewater management. Municipalities and water treatment plants employ these meters to measure the flow rates of water in pipes without disrupting the flow itself. The non-contact nature of ultrasonic technology minimizes the risk of contamination and allows for accurate measurement, contributing to efficient water distribution and conservation efforts.

Ultrasonic flowmeters are instruments that measure flow by detecting the effect of fluid flow on an ultrasonic beam (or ultrasonic pulse). The ultrasonic flowmeter is mainly composed of an ultrasonic transducer (or an ultrasonic flow sensor composed of a transducer and a measuring tube) and a transducer mounted on the measuring pipe.

Ultrasonic flowmeter has the advantage of its working principle. In the large pipeline water flow measurement has a large proportion, today the ultrasonic flowmeter manufacturer Aister for the installation method and main points of the external clamp ultrasonic flowmeter for you to make the following explanation.

Ultrasonic flowmeter is a non-contact instrument, so it has the advantages of simple installation and maintenance, and is very popular with customers. However, because of this advantage of ultrasonic flowmeters, it is precisely after a period of use that the signal will be weak.

The various advantages of ultrasonic flowmeter we don’t talk about today, today the flowmeter manufacturer Aister meter mainly for you to briefly introduce the ultrasonic flowmeter after the use of maintenance problems, we should not put a lot of time and money on the cost of here, I hope to help you, there is a need to collect.

The external ultrasonic flowmeter is convenient to apply and favored by a large number of users. However, due to improper installation or debugging, inaccurate readings of the flowmeter occur from time to time. So, in general, how should we conduct self-checks?

Ultrasonic flowmeter in view of different installation methods, then the requirements for installation are also different, today the flowmeter manufacturer Aister meter mainly for the installation requirements of different installation methods of ultrasonic flowmeter, for you to make the following explanation.

The correct selection of ultrasonic flowmeter can ensure the better use of ultrasonic flowmeter. What kind of ultrasonic flowmeter should be selected should be determined according to the physical and chemical properties of the measured flow medium. Today, flowmeter manufacturers tell you what to pay attention to before choosing ultrasonic flowmeter

Ultrasonic flowmeter installation, use and maintenance is simple and fast, but there are still some points can not be ignored, today the flowmeter manufacturer Aister meter for the maintenance of ultrasonic flowmeter points to make the following explanation.

The reasonable selection of ultrasonic flowmeter model can ensure the more effective application of ultrasonic flowmeter. The choice of which type of ultrasonic flowmeter should be based on the physical and chemical properties of the measured medium to choose, so that the nominal diameter of the ultrasonic flowmeter, flow range, lining material, electrode material and output current can adapt to the nature of the measured medium and flow measurement requirements.

Ultrasonic flowmeter installation, easy maintenance, cost-effective. However, no matter how good the flowmeter is, it also needs special attention in daily use. Otherwise, it will affect the measuring accuracy and service life of the flowmeter. Today, flowmeter manufacturer Aister meter mainly explains the maintenance and maintenance of ultrasonic flowmeters as follows.

Correction methods for ultrasonic flowmeters are essential to ensure accurate and reliable measurements. Here are some specific correction methods commonly used in practice:

Measuring medium: single sound conducting liquid medium
Measuring range: ± 0.03ft /s~ ± 40ft /s (± 0.01m /s~ ± 12m /s)
Accuracy class: ±1%
Pipe diameter range: 1″~48″(25mm~1200mm)

Measuring medium: single sound conducting liquid medium
Measuring range: ± 0.03ft /s~ ± 40ft /s (± 0.01m /s~ ± 12m /s)
Accuracy class: ±1%
Pipe diameter range: 1″~48″(25mm~1200mm)
Handheld (portable) ultrasonic flowmeter with external clip-on sensing to measure liquid flow. The installation process is extremely simple, and the all-Chinese man-machine interface makes it easier to operate.

ultrasonic flow meters find applications in HVAC systems for measuring the flow of heating or cooling fluids. Their non-intrusive installation makes them an ideal choice for retrofits and upgrades to existing systems, allowing for accurate measurement without disrupting the infrastructure. This application contributes to the efficient operation of HVAC systems, optimizing energy consumption and ensuring optimal environmental conditions in buildings.

Ultrasonic flowmeters can be used to measure the flow of fluids and large pipe runoff that are not easily accessible. In practical applications, if the temperature, pressure, the nature of the medium and other conditions are different from the calibration, it is necessary to calibrate the ultrasonic flowmeter, today we talk about the calibration method.

Common faults and solutions encountered in the use of ultrasonic flowmeters for sewage

When installing the ultrasonic flow meter, it is necessary to determine the installation position first, so that the ultrasonic flow can be better measured. Today, flowmeter manufacturer Aister meter mainly makes the following explanation for the probe position selection of ultrasonic flowmeter, everyone remember to collect.

When the ultrasonic flowmeter experiences unstable signals and inaccurate readings during operation, many users tend to think that there is a problem with the ultrasonic flowmeter sensor. However, this is not always the case. Today, Aister Instruments, a flowmeter manufacturer, will explain to you the reasons why the ultrasonic flowmeter sensor is good but the flow rate is low or there is no flow rate fault.

External clamp ultrasonic flowmeter is a very suitable for pipe full pipe measurement flow meter, with easy installation, non-contact type, can measure the medium flow of large pipe diameter can also be used for measuring the medium that is not easy to contact and observe.

Ultrasonic flowmeters are instruments that measure flow by detecting the effect of fluid flow on an ultrasonic beam (or ultrasonic pulse). The ultrasonic flowmeter is mainly composed of an ultrasonic transducer (or an ultrasonic flow sensor composed of a transducer and a measuring tube) and a transducer mounted on the measuring pipe.

Measuring medium: single sound conducting liquid medium
Measuring range: ± 0.03ft /s~ ± 40ft /s (± 0.01m /s~ ± 12m /s)
Accuracy class: ±1%
Pipe diameter range: 1″~48″(25mm~1200mm)
Handheld (portable) ultrasonic flowmeter with external clip-on sensing to measure liquid flow. The installation process is extremely simple, and the all-Chinese man-machine interface makes it easier to operate.

Ultrasonic flowmeter is a non-contact flow measuring instrument, which has developed rapidly in the past 20 years and has become an indispensable flowmeter in flow measuring instruments.

Ultrasonic flowmeters usually have high accuracy in flow measurement. Ultrasonic flowmeters are easy to install and maintain, which makes them widely used in various fields such as petrochemicals, water conservancy projects, and energy.