DocumentCode :
3165956
Title :
Selection of silicon steel for transformer cores
Author :
Lin, K.C. ; Hsu, Jong-Sen
Author_Institution :
Div.-Fortune Electr. Co. Ltd., Fortune Enterprises Int. Co., Hermitage, PA, USA
fYear :
1995
fDate :
18-21 Sep 1995
Firstpage :
147
Lastpage :
152
Abstract :
The performance of a transformer core greatly depends upon the quality of electrical steel used in the core. There is regular grain oriented silicon steel, high permeability grain oriented silicon steel, and domain refined high permeability grain oriented silicon steel available. The decision of selecting electrical steel, among other things, is based upon the gauge and grade. In addition, there are factors which will help the user select the steel usage. They are a minimum core loss increase from the core processing, permeability and magnetostriction of steel, proper surface insulation coating, strip flatness, space factor of a lamination stack, a minimum formation of burrs along the sheared or punched edges, and strip edges of being parallel. An excellent core can be assembled if these factors are optimized
Keywords :
insulating coatings; insulation; iron alloys; laminations; losses; magnetic cores; magnetic permeability; magnetostriction; silicon alloys; transformer cores; transformer insulation; transformers; burrs formation; domain refined high permeability grain oriented silicon steel; grain oriented silicon steel; high permeability grain oriented silicon steel; lamination stack space factor; magnetostriction; punched edges; sheared edges; silicon steel selection; steel gauge; steel grade; strip edges; strip flatness; surface insulation coating; transformer cores; Core loss; Insulation; Magnetic cores; Magnetostriction; Permeability; Refining; Silicon; Steel; Strips; Transformer cores;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Electrical Electronics Insulation Conference, 1995, and Electrical Manufacturing & Coil Winding Conference. Proceedings
Conference_Location :
Rosemont, IL
Print_ISBN :
0-941783-15-4
Type :
conf
DOI :
10.1109/EEIC.1995.482355
Filename :
482355
Link To Document :
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