IEEE 95-1977 PDF


IEEE Std ™). IEEE Recommended Practice for. Insulation Testing of AC Electric. Machinery ( V and Above). With High Direct. IEEE Std 95 () IEEE Recommended Practice for Insulation Testing of Large AC Rotating Machinery with High Direct Voltage. (This foreword is not a part of IEEE Std , Recommended Practice for Insulation In the Insulation Subcommittee of the IEEE Rotating Machinery .

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Examples of stator winding partial discharges due to inverter drives. Understanding water treeing mechanisms in the development of diagnostic test methods.

Significance of defects found during high direct voltage ramp tests. The mathematical model developed was based on an artificial intelligence technique, more specifically neural networks. In that sense, it 95-19977 important to pay close attention to overheating, which results from excessive system losses and cooling system inefficiency.

BlanquezCarlos A. References Publications referenced by this paper. Showing of 7 references. Power uprates pose a threat to electrical generators due to possible parasite effects that can develop potential failure sources with catastrophic consequences in most cases. Uniform step, graded step, and ramped test methods.


Skip to search form Skip to main content. Until recent revisions, the basic procedures and standards in use were written ieef 25 years ago. In order to address this methodology, a calculation method was developed to determine temperature increases in 9-1977 last stator package.

Dhirani, Electrical Insulation for Rotating Machines. The method is applied to determine core-end temperature when power is uprated to By clicking accept or continuing to use the site, you agree to the terms outlined in our Privacy PolicyTerms of Serviceand Dataset License.

Uniform stepgraded stepand ramped test methods. This last scenario was also useful to test extrapolation accuracy.

IEEE Std (Revision of IEEE Std ): IEEE Recommended Practice – Google Books

Since the s, motor windings have encountered many changes in their design and manufacture. Use of AC and DC hipot tests to assess stator winding insulation. The most usual methodology is the finite element method, or linear regression.

High – voltage DC tests for evaluating stator winding insulation: Topics Discussed in This Paper. World Journal of Engineering and TechnologyVol. Citations Publications citing this paper. The calculation of magnetic 95-1797, the evaluation of eddy-current losses and the determination of loss-derived temperature increases, are challenging iree requiring the use of simulation methods.

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Diagnostic tests Interpretation logic R. The end region of a stator is the most sensitive part to overheating. On-line and off-line tests M. Stone Published in IEEE Transactions on Industry Applications IEEE standards and test procedures are widely used by motor and generator vendors and users to commission windings in new 95-19777, as well as evaluate the condition of the winding insulation in operating machines.

Online technique for insulation assessment of induction motor stator windings under different load conditions Majid MalekpourB. This paper has 48 citations. Showing of 39 extracted citations.

From This Paper Figures, eiee, and topics from this paper. Scientific Research An Academic Publisher. At that point, the temperature value will be compared to with the values obtained using finite elements method and multivariate regression. Detection of stator winding insulation failures: