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TM0 components inventory and procurement schedule

TM0 components inventory and procurement schedule. In lab testing facility. Inventory layout. RF system Accelerating structure (x16) PETS structure (x8) RF network and loads Vacuum system BI and Vacuum systems BPM-DBQ chamber assembly Magnet system Cooling system Supporting system

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TM0 components inventory and procurement schedule

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  1. TM0 componentsinventory and procurement schedule In lab testing facility A.Bartalesi

  2. Inventory layout • RF system • Accelerating structure (x16) • PETS structure (x8) • RF network and loads • Vacuum system • BI and Vacuum systems • BPM-DBQ chamber assembly • Magnet system • Cooling system • Supporting system • Pre-alignment system A.Bartalesi

  3. Accelerating structureoverview Flange (VS) Compact load (RS) MB Unit (Assembly) Waveguides (RS) Manifold (RS) Intermodule interconnection (VS) Cooling tubes (RS) A.Bartalesi

  4. A. Bartalesi

  5. RF systemAccelerating structure (1 of 4) A.Bartalesi

  6. RF systemAccelerating structure (2 of 4) A.Bartalesi

  7. RF systemAccelerating structure (3 of 4) A.Bartalesi

  8. RF systemAccelerating structure (4 of 4) A.Bartalesi

  9. PETS structureoverview DRIVE BEAM – PETS ASSEMBLY PETS On-Off (Coupler)(RS) Cooling adapter (RS) Cooling tubes (RS) PETS Minitanks(RS) Cooling fittings adapter (RS) PETS Mock-Up (RS) Interconnection Flanges (Fixed) (VS) Interconnection Flanges (Fixed) (VS) A.Bartalesi

  10. A. Bartalesi

  11. RF systemPETS structure (1 of 3) A.Bartalesi

  12. RF systemPETS structure (2 of 3) A.Bartalesi

  13. RF systemPETS structure (3 of 3) A.Bartalesi

  14. RF network and loadsoverview TYPE 1 TYPE 2 PETS Connection WG (RS) RF Load (RS) RF Load (RS) Choke Mode Flange (RS) Hybrid (RS) Splitter (RS) AS Connection WG (RF) A.Bartalesi

  15. RF systemRF network and loads A.Bartalesi

  16. Vacuum systemoverview Tube network Bellows Connection to central tank A.Bartalesi

  17. Vacuum system (1 of 2) A.Bartalesi

  18. Vacuum system (2 of 2) A.Bartalesi

  19. BI systemoverview Rotating flange Ceramic Feed-through Vacuum chamber RF finger A.Bartalesi

  20. BI System (1 of 3)(BPM-DBQ assembly) A.Bartalesi

  21. BI System (2 of 3) (BPM-DBQ assembly) A.Bartalesi

  22. BI System (3 of 3) (BPM-DBQ assembly) A.Bartalesi

  23. Magnet systemoverview DBQ mock-up A.Bartalesi

  24. Magnet system A.Bartalesi

  25. Cooling system A.Bartalesi

  26. Supporting systemoverview DB (boostec) MB (microcontrole) A.Bartalesi

  27. Supporting system A.Bartalesi

  28. Pre-alignment systemDB components only (1 of 2) A.Bartalesi

  29. Pre-alignment systemDB components only (2 of 2) A.Bartalesi

  30. Pre-alignment systemMB components only (1 of 2) A.Bartalesi

  31. Pre-alignment systemMB components only (2 of 2) A.Bartalesi

  32. Thanks for you interest -and- Thanks to all the procurement responsible people for their precious help! A.Bartalesi

  33. Introduction to priority levels A “priority level” has been assigned to parts basing on their “indent level” in the project structure. Example: Priority level 0 Supplementary information Priority level 1 Priority level 1 Priority level 2 Priority level 2 The higher the priority level, the sooner we will need the part during assembly phase, if we are going to follow the assembling sequence defined by the drawings. If some changes in the mounting order are required for some few components, we can modify their priority level and keep the rest as is.

  34. RF systemAccelerating structure (1 of 4) Supplementary information A.Bartalesi

  35. RF systemAccelerating structure (2 of 2) Supplementary information A.Bartalesi

  36. RF systemPETS structure Supplementary information A.Bartalesi

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