Proceedings of 2005 International Symposium on Electrical Insulating Materials, 2005. (ISEIM 2005). 2005
DOI: 10.1109/iseim.2005.193367 View full text |Buy / Rent full text
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“…Therefore, we developed the PD resistant wire coated with the enamel resin containing nano-fillers as shown in Figure 3. The enameled wire had some ten times longer insulation breakdown time than that of the conventional enameled wire under twisted pair specimen tests [2].…”
Section: Partial Discharge Resistant Coating For Enameled Wirementioning
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“…Therefore, we developed the PD resistant wire coated with the enamel resin containing nano-fillers as shown in Figure 3. The enameled wire had some ten times longer insulation breakdown time than that of the conventional enameled wire under twisted pair specimen tests [2].…”
Section: Partial Discharge Resistant Coating For Enameled Wirementioning
“…Even with such a precaution, their electrical properties are vulnerable to degradation caused by mechanical stress such as elongation, and so far, they have failed to bring remarkable improvement to the performance of motors in actual operation. [2][3][4]. This paper presents a study where one commercially available CR wire was tested to see if the properties of CR wire are sufficient compared to the reference wire.…”
Section: Abb Oy Bu Transformers Finlandmentioning
“…However, because of the property of inorganic nano-fillers, the higher nano-filler contents deteriorate the flexibility of enameled wires. Figure 17 shows (a) insulation breakdown time and (b) number of cracks for twisted enameled wires hybridized with different contents of nano-scale inorganic particles [56]. The insulation breakdown time increased exponentially with the increase in the nano-filler contents, whereas the number of cracks increased rapidly at 10 phr (phr: parts by weight for the 100 parts of the nonvolatile component of the base wire enamel).…”
Section: Nanocomposite Enameled Wirementioning
“…Insulation breakdown time and number of cracks for enameled wires hybridized with different contents of nano-scale inorganic particles[56].…”
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