Fault analysis of transformer : transformer oil cna make easy
By: Sen, Vikram
.
Contributor(s): Lote, U. S.
Publisher: Mumbai Chary Publications 2011Edition: Vol.51(8), Aug.Description: 88-95p.Subject(s): Electrical EngineeringOnline resources: Click here
In:
Electrical IndiaSummary: Transformer is a heart of any electrical system. Without proper functioning of transformer, any industry as well as electrical system can not work reliably. Proper fault analysis in transformer is very important for remedial action. If proper analysis is done by good degree of accuracy, then it can avoid the breakdown or reduce the transformer down time. Any corrective action must be based on analysis and supportive fact. DGA (Dissolved Gas Analysis) is one of the best methods for transformer fault analysis. This article is based on detailed DGA method, different faults in transformer, how it reflects in oil and interpretation of DGA report. It also includes real time case study from RCF Ltd Mumbai.
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Transformer is a heart of any electrical system. Without proper functioning of transformer, any industry as well as electrical system can not work reliably. Proper fault analysis in transformer is very important for remedial action. If proper analysis is done by good degree of accuracy, then it can avoid the breakdown or reduce the transformer down time. Any corrective action must be based on analysis and supportive fact. DGA (Dissolved Gas Analysis) is one of the best methods for transformer fault analysis. This article is based on detailed DGA method, different faults in transformer, how it reflects in oil and interpretation of DGA report. It also includes real time case study from RCF Ltd Mumbai.
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