High-frequency radar level meter can meet the needs of many different environments

　　The minimum distance that can be measured between the upper dead zone liquid surface and the upper reference point is approximately 0.1m~0.5m; the lower dead zone is at the bottom of the probe, and as the actual liquid level in the tank changes, the measurement result does not change. When measuring the interface position, the dielectric constant of the upper liquid is required to be 10 greater than the dielectric constant of the lower liquid surface. If the dielectric constants of the two interfaces are not much different, it will become a wave type. During measurement, since the time used for the liquid level and the interface position is basically the same, the two returned signals will overlap, affecting the measurement results.

　　The working performance of the high-frequency radar level meter is very stable, with a higher reliability resolution. As long as you can use it in the right way and maintain it in a reasonable way, it has a long service life. There is no need to worry about various malfunctions, and it can also avoid various unnecessary safety hazards in rigorous work. It has better advantages in the progress of measurement results and brings a better quality use experience.

　　At the same time, the instrument can meet the use requirements of a variety of different environments, and even has the advantage of reliable use in extreme environments. The main reason is that it can measure a variety of different media, and the application environment will naturally be promoted, and it can measure the kinetic energy of liquids, solids, and gases. In terms of accuracy, it will meet more rigorous standards, so the application reliability will be stronger and the applicability will be better.

　　Each high-frequency radar level meter has a cavity that holds a float, called a main tube or shell, which forms a communicating vessel with the container through a flange or other interface; in this way, the liquid level in its cavity is at the same height as the liquid level in the container, so the float in the cavity will rise and fall with the rise and fall of the liquid level in the container; a flip column display is installed outside the cavity, because when we manufacture the float, we install a magnetic steel at the junction of the float sinking into the liquid and the floating part. When it and the float rise and fall with the liquid level, its magnetism is transmitted to the flip column display through the shell, pushing the magnetic flip column to flip 180°; because the magnetic flip column is a cylinder composed of two semi-cylinders, red and white, it will change color after flipping 180° towards the outside of the flip column display, and the junction of the two colors is the height of the liquid level.