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Klisch, M.

Paper Title Page
WEPD016 Electrical Quality Assurance of the Superconducting Circuits during LHC Machine Assembly 2440
 
  • S. Russenschuck, D. Bozzini, V. Chareyre, O. Desebe, K. H. Mess
    CERN, Geneva
  • M. Bednarek, D. P. Dworak, E. Gornicki, P. Jurkiewicz, P. J. Kapusta, A. Kotarba, J. Ludwin, S. Olek, M. Talach, M. Zieblinski
    HNINP, Kraków
  • M. Klisch, B. Prochal
    AGH, Cracow
 
  Based on the LHC powering reference database, all-together 1712 superconducting circuits have been electrically wired and interconnected in the various cryogenic lines of the LHC machine. Continuity, magnet polarity, and the quality of the electrical insulation have been the main objectives of the Electrical Quality Assurance (ELQA) activities during the LHC machine assembly. Another activity aimed at ensuring the coherence between the reference database on one side, and the polarity conventions used for beam simulation and magnetic measurements. With the assembly of the LHC now completed, the paper reviews the methods and procedures established for the ELQA, as well as the employed time and resources. The qualification results will be presented with the emphasis on the detected electrical non-conformities and their possible impact on the performance of the LHC machine.