Dissolved Gas Analysis: It Can Save Your Transformer

IEEE Electrical Insulation Magazine

Volumn 5, Issue 6, 1989, Pages 22-27

  Duval, M ^a  

^a HYDRO QUÉBEC   (Canada)

Author keywords

[No Author keywords available]

Indexed keywords

ARTIFICIAL INTELLIGENCE--EXPERT SYSTEMS; ELECTRIC INSULATION--MONITORING; GASES--CHEMICAL ANALYSIS; INSULATING OIL--GAS ABSORPTION;

DISSOLVED GAS ANALYSIS; FUEL-CELL-TYPE DETECTOR; HYDROGEN CONCENTRATION MEASUREMENT; HYDROGEN-IN-OIL DETECTORS;

ELECTRIC TRANSFORMERS;

EID: 0024768426     PISSN: 08837554     EISSN: None     Source Type: Journal    
DOI: 10.1109/57.44605     Document Type: Article

References (22)

1. IEC Publication 567, “Guide for the Sampling of Gases and of Oil from Oil-Filled Electrical Equipment and for the Analysis of Free and Dissolved Gases,” 1977.
2. ASTM Method D 3612, “Analysis of Gases Dissolved in Electrical Insulating Oil by Gas Chromatography,” 1979.
3. J.E. Morgan, “Transformer Fault Detection,” “Transfo-Tester” available from Morgan Schaffer Corp., Montreal, Canada, US Patent 4,112,737, 1978.
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6. E. Juelke, “Method and Device for Continuous Determination of Acetylene Produced by Glow Discharge,” Swiss Patent CH 677740 A5, 1988.
7. R.R. Roger, “IEEE and IEC Codes to Interpret Incipient Faults in Transformers, Using Gas-In-Oil Analysis,” IEEE Trans. Elect. Insul, Vol. El-13, No. 5, pp. 348–354, 1978.
8. M. Duval, “Fault Gases Formed in Oil-Filled Breathing EHV Power Transformers. The Interpretation of Gas Analysis Data,” IEEE-PES Conf. Paper C 74-476-8, 1974.
9. J.O. Church et al. “Analyze Incipient Faults with Dissolved-Gas Nomograph,” Electrical World, pp. 40–44, Oct. 1987.
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13. ANSI-IEEE C 57, 104, “American National Standard Guide for the Detection and Determination of Generated Gases in Oil-Immersed Transformers and Their Relation to the Serviceability of the Equipment,” 1978.
14. M. Duval, F. Langdeau, P. Gervais, G. Belanger, “Interpretation of Dissolved Gas-in-Oil Levels in Power Transformers,” Minutes of the 55th Annual International Conference of Doble Clients, Sec. 10-7.1/10-7.10, 1988.
15. M. Duval, F. Langdeau, P. Gervais, G. Belanger, “Acceptable Dissolved Gas-in-oil Concentration Levels Versus Age in Power and Instrument Transformers,” Minutes of the 56th Annual International Conference of Doble Clients, Sec. 10-3.1/10-3-9, 1989
16. M. Duval, F. Langdeau, P. Gervais, G. Belanger, “Influence of Paper Insulation on Acceptable Gas-in-Oil Levels in Transformers,” Annual Report of the CEIDP, 1989.
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18. C.E. Riese, J.D. Stuart, “TOGA—An Expert System for Transformer Fault Diagnosis,” Artificial Intelligence Applications in Chemistry American Chemical Society Ed., pp. 25–30, 1986.
19. N. Recrosio, Y. Jegou, M. Carballeira, “Dyonysos: Aide au Diagnostic de Defauts Dans les Transformateurs,” SEE Club 11—Etudes Generates—Diagnostic et Maintenance Par Systeme Expert, Paris, Oct. 8, 1987.
20. M.A. Marin, J.L. Jasmin, “Cooperating Expert Systems for Diagnoses of Electrical Apparatus,” Conf on Expert Systems Applications for the Electric Power Industry EPRI, Orlando, Florida, June 5–8, 1989.
21. M, Duval, Y. Giguere, “Preparation of Standard Samples of Dissolved Gases in Insulating Oils,” Minutes of the 51st Annual International Conference of Doble Clients, Sec. 10C-01/10C-07, 1984.
22. IEC Publication 599, “Interpretation of the Analysis of the Gases in Transformers and Other Oil-Filled Electical Equipment in Service,” 1978.