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The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme.

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Presentation on theme: "The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme."— Presentation transcript:

1 The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme 7 Capacities Specific Programme, Grant Agreement 284404. SC Links Point 7 Status Integration 7.10.2014 Jean-Pierre Corso EN-MEF-INT Speaker Yvon Muttoni EN-MEF-INT EDMS ; No. 1419773 4 th Joint HiLumi LHC-LARP Annual Meeting November 17-21, 2014 KEK

2 2 Outline Remind of requirements Overview of Point 7 ; Remind Routings TZ76  UJ76  R771  RR77 Tricky Points Open Points Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

3 Remind of requirements Relocate DFBA (80% of powering) and their power convertors from RR73 & RR77 inside the TZ76 gallery Replace DFBA by a DFA with same bulkiness, keeping current leads for Quench protection 3 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

4 Remind of requirements Connect DFA in RR73 & RR77 to two DFHA inside the TZ76 gallery via LSS7 & UJ76 by the mean of a  200mm semi-rigid pipe (supra link) Connect DFM to DFA (size to be defined) Connect DFA to the DFHA with a DN80 rigid warm pipe (Helium) 4 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

5 IP7 Overview of Point 7 : Remind 5 DFAM position DFAN position DFHA positions SC links Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

6 Routing along TZ76 Position of DFHAN & DFHAM into the TZ76 6 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

7 Routing along TZ76 Connection to the DFHA’s grouped with their corresponding power converters 7 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

8 Routing along TZ76 Detailed view on the DFHAN and its converters 8 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

9 Routing along TZ76 Only one practical solution: under existing cable trays 9 Racks SC links Links during installation ? Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

10 Routing along TZ76 Detailed view and Section on the DFHAN 10 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

11 Routing along TZ76 Section along TZ76 and detailed view of the exit UJ76 11 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

12 Routing UJ76 junction - Options Tunnel to UJ76 service area: existing ducts are full! 2 “small” ducts  400mm must be drilled Between 2m & 3m long, depends on the angle… UJ76 to TZ76 gallery: 2 main options without long ducts, along UJ76 bottleneck… with 2 new long ducts ( ̴19m each) 12 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

13 Routing UJ76 – Option 1 2 shorts ducts from LHC tunnel to service area NO new long ducts 13 SC Links UJ76 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

14 Routing UJ76 – Option 1 Along UJ76 bottleneck 14 SC Links UJ76 TZ76 SC Links TZ76 View Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

15 Routing UJ76 – Option 2 2 shorts ducts from LHC tunnel to service area With 2 new long ducts from UJ76 to the TZ76 gallery 15 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

16 Routing UJ76 – Option 2 Detailed view on DSHAN link (R7) 16 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

17 Routing UJ76 – Option 2 Detailed view on DSHAM link (L7) 17 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

18 Routing Options – UJ76 Overview of the two options: 1 st option (no long ducts) requires more bends and smaller bending radius 18 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

19 Routing He.Re pipes DN80 into UJ76 19 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

20 Routing He.Re pipes DN80 into UJ76 Detailed views right and left side 20 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

21 Routing He.Re pipes DN80 into UJ76 View from L7 side 21 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

22 Routing He.Re pipes DN80 into UJ76 Detailed views 22 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

23 Routing R771 – Typical Section 23 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

24 Routing R771 towards RR77 Principle is similar for R74 and RR73 24 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

25 Routing R771 towards RR77 design of DFAN module in stand-by Characteristics of DSLMN to be defined General view of the area : Sections next slide 25 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

26 Routing R771 towards RR77 3 Sections with various positions of the link & pipe 26 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

27 27 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773 Click on the image and click on C4R7 on ICL website

28 Routing R771 towards RR77 First change of disposition to cross ventilation door 28 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

29 Routing R771 towards RR77 Second change of disposition after ventilation door, to fit with pipes’ change of position ; top view 29 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

30 Routing R771 towards RR77 Second change of disposition after ventilation door ; left view 30 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

31 Routing R771 towards RR77 Third change of disposition to cross shielding 31 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

32 32 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773 Click on the image and click on C7R7 on ICL website

33 Routing inside RR77 General view 33 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

34 Routing inside RR77 View from passage 34 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

35 Routing inside RR77 ; lateral view 35 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

36 Routing R74  RR73 Remind: the principle for routing of all the links and pipes shown in the previous slides is similar for R74 and RR73 as for R771 and RR77 ! 36 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

37 Tricky Points RR73/77 to LHC tunnel: Many constraints due to shieldings, metallic structures and supports to avoid and cross UJ76 crossing: many bends in multiple directions 37 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

38 Open Points How to connect the link to the service module ? Vertically ? Horizontally ? Constraints on the SC link ? Supporting? Fixed points? Limited space for that 38 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

39 Open Points “Accessories” on the link inside the tunnel: Instrumentation? Services (controls, etc…)? RR devices to be relocated in TZ76 ? Inventory under progress (converters, lead control, etc… ) Size of DFH elements to be transported? Space required for assembly and maintenance? 39 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

40 40 Thanks for your attention Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

41 The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme 7 Capacities Specific Programme, Grant Agreement 284404.

42 Annex 42 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

43 Access to Point 7 for SC links 43 Point 7 Point 6 Point 8 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773 ~3,3 km

44 Access to Point 7 for SC links 44 Access Pit PM 65Access Pit PM 85 Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773

45 Access to Point 7 for SC links 45 500m link ready for handling Pt7 Links Integration Status 2014 - JPC 7/10/2014 EDMS:1419773 Space inside PM 85 Surface Building SD8 1,8  5,5

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