Quality assurance for Manufacturing Dressed Cavities for SPS prototype cryomodule C. Parente (HL-LHC Technical Quality Officer) Date: 02.10.2014.

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Presentation transcript:

Quality assurance for Manufacturing Dressed Cavities for SPS prototype cryomodule C. Parente (HL-LHC Technical Quality Officer) Date: 02.10.2014

Contents Overview of project schedule Requirements for manufacturing readiness Mandatory manufacturing and quality control steps Quality controls points Management of non-conformities Conclusions

Project schedule Constraint: fixed time window Today Presented during Crab Cavities Workshop, December 2013 Constraint: fixed time window for SPS installation Today

Requirements for Manufacturing Readiness Due 1 month before start of manufacturing for CERN approval # Requirements Y/N 1 Niobium material samples according to Section 3.2 N 2 Material certificates and quality control of raw materials (including RRR measurements) 3 Material certificates of welding consumables (whenever applicable) 4 Functional and manufacturing drawings (with tolerances) Y? 5 Design reports demonstrating that welds are designed to withstand the specified load cases (refer to Section 3.6.1) 6 Welding plan including: Welding maps Welding and brazing procedure qualification record including CERN acceptance criteria in Section 4.2 (WPQR and BPQR) Welding and brazing procedure specification (WPS and BPS) Welders performance qualification (GTAW), Welding and Brazing Operators Performance Qualifications (electron-beam welding and vacuum brazing) – WPQ, WOPQ and BOPQ 7 Manufacturing procedures (whenever required in Annex 6.3) 8 Test procedures (whenever required in Annex 6.3) 9 EB welded and vacuum brazed samples according to the requirements specified in Section 3.8.4 10 NDT personnel qualifications 11 Manufacturing and inspection plan (MIP) – list of all manufacturing and quality control operations.

Mandatory manufacturing and quality control steps Step ID Step name CERN control ACFCA-1-QA Shaping and machining N/A ACFCA-2-QC Dimensional control HP ACFCA-3-QA Cleaning and chemical polishing ACFCA-4-QA Vacuum brazing ACFCA-5-QC Visual examination ACFCA-6-QC ACFCA-7-QC Helium leak tightness test NP ACFCA-8-QC Ultrasonic examination ACFCA-9-QA Chemical polishing ACFCA-10-QA Electron-beam (EB) welding ACFCA-11-QC ACFCA-12-QC Radiographic examination ACFCA-13-QC ACFCA-14-QC Resonator frequency check & tuning ACFCA-15-QC ACFCA-16-QC ACFCA-17-QA Packaging & shipping ACFCA-18-QA Bulk chemical polishing ACFCA-19-QA Heat treatment ACFCA-20-QA Light chemical polishing ACFCA-21-QA High pressure water rinse ACFCA-22-QC RF acceptance tests at cold temperature Input for CERN Any further steps in the MIP shall be communicated to CERN ! Required specific manufacturing and test procedures

Quality controls points According to Section 1.3 of the engineering specification Notification Point (NP): CERN, or its authorized representative, is informed 5 working days in advance that a specific step has been completed and that the following step in the approved work-flow will be performed. A NP does not affect the work-flow. Work can continue without CERN, or its authorized representative, reply. Hold Point (HP): CERN, or its authorized representative, is informed that a specific step has been completed. The work-flow is stopped until CERN, or its authorized representative, provides a HP Clearance. The clearance is provided within 5 working days upon submission of the quality control documentation relative to the performed step. In case of clearance the work-flow can continue. In case of rejection, a recovery plan shall be discussed with CERN and submitted to CERN for final approval within 10 working days.

Management of non-conformities According to Section 1.3 of the engineering specification Non-conformities observed during the specified quality controls in the different processes shall be appropriately managed and handled by the supplier. All reports of non-conformities, including corrective and preventive measures, shall be submitted to CERN for approval before implementation. Non-conform parts/materials shall be appropriately labelled as “non-conform” and removed from the manufacturing chain

Conclusions Where we are today? Schedule: about 3 months delay in the manufacturing process Requirements for manufacturing readiness not fulfilled  CERN clearance for manufacturing can not be provided. What is the action plan from the Supplier to recover from delays/provide missing information as soon as possible? Where can CERN provide assistance?