Level meter

1. Knock and hand press method, we often encounter the phenomenon that the instrument runs well for a while and then breaks down. Most of this phenomenon is due to poor contact or welding errors caused by, in this case, you can use knocking and manual pressure. The so-called “knock” is to use a small […]

The ultrasonic level meter is a non-contact measuring instrument, measurement is not affected by the medium density, or dielectric constant, and the application is very wide. However, in practice, the ultrasonic level meter also needs to be temperature compensation, the reasons for doing so and how should it be achieved? An ultrasonic level meter is

The ultrasonic level meter is widely used in chemical, water treatment, water, food, food, and other industries for level measurement. It has the characteristics of safety, cleanliness, high precision, long service life, stability and reliability, easy installation and maintenance, and simple reading. Today we will look at what problems are likely to arise in the

The radar level meter is a measuring instrument based on the time travel principle. The radar wave works at the speed of light and the running time can be converted into a level signal by electronic components. High-frequency pulses are emitted and conducted along the cable and rod. When the pulse meets the material surface,

Radar level meter in the process of use may have some problems, including dead and jumping has a great impact on its use. So, what causes the radar level meter to appear dead and jumping? This situation and how we should solve it? Today on this issue, I made a simple analysis. First of all,

An intelligent radar level meter is used for non-contact continuous level measurement of liquids, slurries, and granular materials. It is suitable for applications with large temperature and pressure variations and the presence of inert gases or vapors. It adopts the microwave pulse measurement method, can work normally in an industrial frequency band, can be installed

Radar level meter is widely used in energy, petrochemical, metallurgy, building materials, water conservancy, grain, and other industries. It has the advantages of low maintenance, high performance, high accuracy, high reliability, and long life. Because the transmission of the microwave signal is not affected by the atmosphere, a radar level meter has more obvious advantages

Intelligent radar level meters are widely used in temperature measurement systems in various industries. In the process of its use, it can be affected by a variety of factors, resulting in an inaccurate measurement. Today, I will talk to you about the interference problem of smart radar level meter, and see what methods are effective

With the need for industrial automation development, the instrumentation industry is developing rapidly, but most of these smart instruments come with a large number of microelectronic devices, which have problems such as low insulation strength. Therefore, the lightning protection of smart meters is very important, especially in the thunderstorm season, so as not to cause

A smart radar level meter can be seen as a special time extension tool that can guarantee the stability and accuracy of measurement in a very short period of time. So how can we make the intelligent radar level meter measure without dead space? 1. The measuring range is counted from the point where the