Correlation Analysis of Insulation Resistance of Electric Stirrer

Due to the ultrafiltration, reverse osmosis, ion exchange equipment, operation and production process of EDI deionization equipment for electric stirrer design, there are requirements for the pure water temperature of the stirring medium in the mixer, and the water treatment in the mixer System.

Usually, it is necessary to heat the tap water or underground deep well water in the agitation equipment medium in the agitator; in the oil treatment system, the electric agitator handles some oils with higher viscosity and is treated with an electric agitator vacuum oil filtration method. The oil in the oil also has certain requirements for the oil temperature of the electric agitator. Usually, the electric agitator needs to heat the oil that enters the filter.

The commonly used electric stirrer stirring methods include heating and stirring of a coal-fired oil-fired boiler, steam heating and stirring of pipes, and electric heating and stirring. There are usually many places where there is no condition to use the stirring method of the first two stirrers, so the electric stirrer has become the only choice.

How to properly select and use the stirrer in the filter system of the electric mixer is also of vital importance to every one of us who are working on the electric stirrer. The stirrer's heat can be fully absorbed and utilized. The first electric stirrer in the filter in the stirrer can be filled with liquid in the liquid line.

Since the second electric agitator enters the lower mouth through the upper mouth, the liquid flows away from the lower mouth without overflowing the tube, causing the heat pipe “dry-heated” in the upper tube of the electric agitator to be not fully absorbed by the liquid. It will also cause premature failure of the electric mixer due to dry burning.

The filter device in the electric stirrer uses 220V 3KW to heat the stirring medium in the stirrer. The water temperature of the stirrer in the electric stirrer is required to rise to 25° C. The temperature in the electric stirrer can reach the electric stirrer. In the test of the stirring medium in the test, there was a phenomenon of electric leakage. One by one was investigated where electric leakage of the electric agitator was likely to occur. As a result, the cold insulation resistance in the electric agitator was found to be 10 MΩ, and the electric agitator was placed on the electric agitator. After heating in the oven, use a 500V rocker to measure and debug a 1T/H water and oil separation and filtration device.

The electric agitator's insulation resistance is close to zero. The apron of the original electric stirrer was not temperature resistant and the electric stirrer insulation was reduced during use. This is very important in the production of electric mixers and their daily operation.