Fault Diagnosis and Performance Evaluation of Auxiliary Block for Korean High-Speed Railway

한국형 고속열차 보조전원장치 고장진단과 성능평가

  • Published : 2006.10.31

Abstract

As the on-board electric devices determine the performances of vehicles, production of reliable devices is important. To keep the reliability of devices constant, management of performance evaluation of the on-board devices is crucial. Because temperature has a serious effect on failures of the components of the devices, its measurement is the first step for good management. In this study, we described performance characteristics of domestic auxiliary block developed through G7 project. We measured the performances of auxiliary block during test running by the developed on-line measurement system. After we save the input real-time data from each signal of Korean High Speed Train through the network line, we can acquire necessary information through post-processing program. We verify the motor block characteristics of Korean High Speed Train by this system.

Keywords

References

  1. Parker (1997), 'The Overview of Trends of High-Speed Trains', Parker & Associations Inc
  2. G. Coset (1986), 'The New Generation of SNCF high-speed rolling stock: The TGV-Atlantique Train', Rail Engineering Internation Edition No.3, pp.15-19
  3. J. Ito, Y. Hagiwara, N. Yoshie (1998), 'Development of The IGBT Applied Traction Traction System For The Series 700 Shinkansen High-Speed Train', International Conference on Developments in Mass Transit System, 20-23 April, No.543, pp. 25-30
  4. W.T. Tomson (1994), 'On-line Monitoring to Detect Electrical and Mechenical Faults in Three-phase Induction Motor Drives', Life management of plants, Conference Publication No.401, December, pp.12-14
  5. Paolo Masini and Giovanni Puliatti (1997), 'Virtual Acquisition Systems for Global Analysis (VASGA) in Experimentation', WCRR, pp.279-286
  6. Y. J. Han et al. (2003), 'A study on traction system characteristics of high speed train', ICCAS, pp.1720-1723
  7. 김석원,김영국,백광선,김진환,한영재(2002),'고속철도 시운전시험 및 평가용 측정시스템 개발(1)-하드웨어', 철도학회 추계학술대회, pp.168-173
  8. 김석원,김진환,최강윤,박찬경,김기환(2002),'고속철도 시운전시험 및 평가용 측정시스템 개발(2)-소프트웨어', 철도학회 추계학술대회, pp.174-181