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Installation notes for ultrasonic level meter
1) The distance from the transmitter surface of the sensor to the low liquid level should be less than the range of the optional instrument. 2) The distance from the transmitter surface of the sensor to the highest liquid level should be greater than the blind area of the optional instrument. 3) ...Read more -
Ultrasonic level gauges measure liquid levels
In industrial chemical plants, external ultrasonic level meters and ultrasonic level meters are often used to measure the liquid level of storage tanks and reactors because of the following advantages. First, easy to install, do not need to open the tank top can be installed, you do not need to d...Read more -
Common liquid level meter for Chemical industry
Ultrasonic level meter Ultrasonic level meter is a kind of instrument that uses ultrasonic principle to measure liquid level. It consists of ultrasonic probe, controller, display screen and other components. When the liquid level changes, the ultrasonic probe transmits the ultrasonic signal, whic...Read more -
Explosion-proof ultrasonic level meter
Explosion-proof ultrasonic level meter is a kind of measurement equipment widely used in various industrial occasions, especially in those environments where there are explosive gases, its role is more prominent. Next, we will discuss the application and selection scheme of explosion-proof ultras...Read more -
Ultrasonic liquid level meter features
Ultrasonic level meter is a commonly used liquid level measuring instrument, which has many characteristics. First of all, the ultrasonic level meter has the characteristics of non-contact measurement, which means that it does not need to be in direct contact with the liquid to make accurate meas...Read more -
How to choose ultrasonic level meter?
The principle of ultrasonic level meter propagation in the medium shows that if the medium pressure, temperature, density, humidity and other conditions are certain, the ultrasonic propagation speed in the medium is a constant. Therefore, when the time required for the ultrasonic wave to be recei...Read more -
Ultrasonic flowmeter’s application
Ultrasonic flowmeter is a common non-contact flow meter, which has a wide range of applications in petroleum, chemical, electric power, sewage treatment and other industries. Where is it mainly used? 1 Environmental protection: municipal sewage measurement 2 Oil field: Primary flow measurement ...Read more -
Why is the ultrasonic water meter widely used in the industrial field?
Ultrasonic water meter has the advantages of high measuring accuracy, wide measuring range ratio, strong reliability and long life. The table uses a high-quality low-voltage electric ceramic transducer to ensure high accuracy and stability. The table has no mechanical movement, no wear, is not af...Read more -
The difference and application of electromagnetic and ultrasonic water meters
The difference and application of electromagnetic and ultrasonic water meters With the continuous development of science and technology, the types and functions of water meters are becoming increasingly rich. Among them, electromagnetic water meter and ultrasonic water meter, as two mainstream wa...Read more -
Which aspects will affect the results of ultrasonic flowmeters?
Ultrasonic flowmeter is a kind of non-contact measuring fluid flow instrument, which is widely used in industrial, civil and environmental protection fields. Its working principle is to use the time difference of ultrasonic wave propagation in the fluid to calculate the flow rate and flow rate of...Read more -
Electromagnetic water meter
Intelligent choice of electromagnetic water meter for accurate measurement of water consumption An electromagnetic water meter is a device that uses the principle of electromagnetic induction to measure water flow. It can help users accurately measure water consumption for accurate billing and mo...Read more -
The common faults and treatment in the application of ultrasonic flowmeter
1, the fault phenomenon: instantaneous flow meter fluctuation. ⑴ Cause of failure: signal strength fluctuation; The fluid itself measures large fluctuations. (2) Treatment countermeasures: adjust the position of the probe, improve the signal strength (keep above 3%) to ensure that the signal stre...Read more