Magnetic Sensitive dual color Level Gauge instruments can be used for medium level detection of various towers, tanks, tanks, spherical containers, boilers, and other equipment. This series of magnetic type level gauge can achieve high sealing, leak proof, and suitable for high-temperature, high-pressure, and corrosion-resistant situations. It compensates for defects such as poor clarity and easy breakage of glass plate (tube) level gauges, and there is no blind spot in the entire measurement process, with clear display and a large measurement range.

Magnetic Sensitive dual color Level Gauge is an instrument with high measurement accuracy, specifically used in the chemical industry to measure liquid levels and ensure real-time observation of liquid level data. Nowadays, there are more and more manufacturers using Magnetic Sensitive dual color Level Gauge. People have also found many problems in the use of Magnetic Sensitive dual color Level Gauge. For example, when using Magnetic Sensitive dual color Level Gauge, they often encounter false liquid levels, which can seriously affect the actual measurement accuracy. Many people are not particularly familiar with the cause of this problem and do not know how to solve it. The solution is as follows:

When using a Magnetic Sensitive dual color Level Gauge for measurement, both the gas and liquid phases should be connected. If there is a false liquid level phenomenon, we can first check if there is a disconnection in the gas and liquid phases. There are many methods we can use. Firstly, we can use a magnet to scan along the surface of the Magnetic Sensitive dual color Level Gauge, and you will roughly see the corrected state. If the Magnetic Sensitive dual color Level Gauge is not measuring a dangerous liquid, we can first release its liquid phase and then continue with the above operation, using a magnet to correct it. Of course, the occurrence of false liquid levels may also be due to the presence of a large number of interference factors in the surrounding area, resulting in inaccurate measurement of the Magnetic Sensitive dual color Level Gauge. We need to first investigate the surrounding environment. If there are obvious sources, magnetic field interference, and heat source interference, we need to promptly investigate and eliminate them. The signal distortion of the magnetic level gauge with transmitter is also an important reason, and the failure and looseness of its wave guide wire are the key reasons for signal distortion. We can also check the internal wave guide wire parts more frequently and promptly replace them if any damage is found.

The above is an explanation for the problem of false liquid level when using a Magnetic Sensitive dual color Level Gauge for measurement. If we encounter such a situation in actual use of a Magnetic Sensitive dual color Level Gauge, we can also try to solve it ourselves. There is still a lot of knowledge about the use of Magnetic Sensitive dual color Level Gauge, and everyone should learn and train their skills in advance during their daily use.