When making the bus bar, we should pay attention to the application scope of the insulation paper, and ensure that there is no support gap between the layers, so as to ensure the full insulation efficiency. The epoxy resin vulcanized bus bar and 10kV bus bar adopt the design form of three screen bits. This vulcanization operation is relatively reliable, and can play some specific insulation effects. If we want to make the application design of bus bar more effective, we also need to add appropriate insulation operation to make the curing effect of epoxy resin more obvious.
When winding the transistor paper at a specific position, we should pay attention to the unique structure of the bus bar, and choose the layered industrial production, so that the process effect will be more delicate. The support gap between many layers is relatively reliable. Through such insulation design, the vulcanized bus of epoxy resin can be used as a mask layer to play a reasonable role in bus insulation.
At present, the bus bars used in industrial production are relatively stable, which can make the tensile insulation of bus bars to the extreme. In order to ensure the safety characteristics of industrial production, we should also pay attention to the reasonable data processing in different layers, so that the insulation efficiency can play a better role. There are multiple processing design forms outside the mask layer of epoxy resin vulcanized bus bar, so that the insulation effect can be more obvious. This process design concept is better, and can repeat the previous insulation paper design effect.