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A platform for research: civil engineering, architecture and urbanism
Indoor transformers
Comparison of askarel filled and dry type transformers; conclusion is that, askarel is more universally applicable; it is suitable for indoor use, outdoor use, semihazardous locations, vaults, roofs, or balconies; its dielectric strength is so high that it can be provided with liberal margin of protection by available lightning arresters, etc.
Indoor transformers
Comparison of askarel filled and dry type transformers; conclusion is that, askarel is more universally applicable; it is suitable for indoor use, outdoor use, semihazardous locations, vaults, roofs, or balconies; its dielectric strength is so high that it can be provided with liberal margin of protection by available lightning arresters, etc.
Indoor transformers
Distribution
Hunter, E.M. (author) / Rodhouse, T.E. (author)
Distribution ; 11
1949
4 pages
Article (Journal)
English
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Analysis of indoor transformers
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