Go to the Indico Home Page Oldest event Older event Up to category
  • Indico style
  • Indico style - inline minutes
  • Indico style - numbered
  • Indico style - numbered + minutes
  • Indico Weeks View
    • Switch to the management area of this event
    Login

    Accelerator Reliability Workshop 2026 (ARW2026)

    15–20 Nov 2026
    Hotel Aomori
    Asia/Tokyo timezone

    Contact

    Session

    Diligent Incident and Fault Tracking and Effective Use of Data

    17 Nov 2026, 15:30
    Hotel Aomori

    Hotel Aomori

    1-1-23 Tsutsumi-machi, Aomori-shi, Aomori, Japan

    Conveners

    Diligent Incident and Fault Tracking and Effective Use of Data

    • Lukas Felsberger (CERN)

    Presentation materials

    There are no materials yet.

    1. 60. From Faults to Availability: A Decade of Operational Experience with CERN's Accelerator Fault Tracking System
      Gian Piero Di Giovanni (CERN)
      17/11/2026, 15:30
      Oral

      More than a decade after its deployment, CERN's Accelerator Fault Tracking (AFT) system has become the primary reference for availability data across the CERN accelerator complex. Its success relies on close collaboration between Accelerator Operators (OP), Equipment Groups, and the Reliability and Availability Working Group (RAWG).
      Extending AFT from the LHC to the full Injector Complex and...

      Go to contribution page
    2. 9. Reliability and Availability at HIPA: A User-Driven Evolution (2024-2026)
      Mr Antonio Barchetti (Paul Scherrer Institut)
      17/11/2026, 16:00
      Diligent Incident and Fault Tracking and Effective Use of Data
      Oral

      Following discussions at ARW2024 and continued exchanges with HIPA users at PSI, we modernized the reliability and availability reporting framework of the PSI High Intensity Proton Accelerator (HIPA) to better reflect experiment‑relevant performance and improve trust in the published statistics. Traditionally, availability was reported only for beam currents above 1000 µA, and outages were...

      Go to contribution page
    3. 58. Fault Analysis of CSNS I Linac DTL RF System and Its Operational Implications for CSNS II Upgrade
      Meifei Liu (Institute of High Energy Physics, Chinese Academy of Sciences)
      17/11/2026, 16:30
      Oral

      The CSNS I linac delivers 80 MeV H⁻ beam as injector for the Rapid Cycling Synchrotron. Its RF system consists of RFQ, bunchers and four klystron based DTL power sources. The digital LLRF control system achieves cavity field stability of 1 % in amplitude and ±1° in phase. Based on operational fault statistics covering the beam production period from Oct. 2025 to Jun. 2026, total RF related...

      Go to contribution page
    Building timetable...