Early diagnosis + filtration regeneration

Industry initiative
Active condition monitoring trend analysis system
Remind and suggest before failure / failure!
Through the establishment of database and advanced algorithm model, we can not only monitor the status of equipment and oil products in real time, but also modify the model continuously through the self-learning function of neural network element, so as to accurately analyze and predict the future development trend of equipment and oil products!
We will not meet the current situation, and we are still carrying out continuous and in-depth research and development on our products. Later, we will give our products higher value through upgrading.

I Wilson ® Early wear monitoring of ws3000 rotary and hydraulic equipment

I working principle

Weissens ® Ws3000 system advantages

●   Real time monitoring of important oil parameters
  (conductivity, dielectric constant, acid value, water content, water activity and other kinds of pollution, early wear)
●   Deterioration analysis of oil products and additives
●   High monitoring accuracy and sensitivity
●   It can accurately judge the early wear of gears and bearings
●   Relationship between monitoring equipment and oil state and load change
●   The patented online temperature simulation compensation technology can eliminate the influence of temperature change on various parameters and judgments
●   Monitor the real-time status of oil change and oil flushing
●   According to the real state of lubricating oil and additives, the user is recommended to take measures such as filtration, oil supplement and oil change
●   According to the set value, the equipment status can be monitored, early warning and alarm all day

Oil is the non conductor of electricity. The residual conductivity of pure oil is less than 1ps / m. In contrast, the conductivity of electrical non-conductor distilled water is 6 orders of magnitude higher. Broken oil molecules, acid oxides, abrasive (metal) wear, ions, oil soap, etc., can cause oil conductivity κ It increases with the increase of ion concentration and mobility. Almost all impurities have high conductivity, while the original pure oil has very low conductivity.
Any extremely fine initial cracks and fine metal debris (Fig. 1 and Fig. 2) can be reacted by dielectric constant and conductivity, and these changes at the very early stage can not be found by offline laboratory oil detection and vibration analysis. At present, the most advanced particle counter can only monitor 4 μ However, it is less than 0.1 M that causes the geometric wear in the later stage μ Fine debris less than 5 m. Our equipment is designed for these very early subtle changes.