Transformer structure capable of rapidly replacing sleeve and used in high-seismic-intensity areas
An earthquake intensity and transformer technology, applied in the field of transformer manufacturing, can solve problems such as damage, transformer high-voltage bushing intact, oil pollution inside the transformer, etc.
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[0013] The present invention will be further described through the embodiments below in conjunction with the accompanying drawings.
[0014] A transformer structure that can quickly replace bushings used in areas with high seismic intensity, including windings 1 connected to the external high-voltage side bushings of the transformer, cooling device 2, rising seat and oil tank fixing bracket 3, high-voltage bushing 4, and high-voltage rising seat heat dissipation Device 5, high voltage riser seat 6, high voltage lead wire 7, oil and oil bushing for separating transformer riser seat and oil tank 9, transformer oil tank 10; high voltage bushing 4 is set on high voltage riser seat 6, high voltage lead wire 7 is set on high voltage riser seat 6 Inside and outside the high-voltage rising seat 6, there is a high-voltage rising seat cooling device 5, and the transformer in the transformer oil tank 10 is connected to the external high-voltage side bushing. The high-voltage bushing 4 is...
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