______________________________________________________ 3 june 2003
DESCRIPTION
TIB/TID Services Organization. ______________________________________________________ 3 June 2003. ______________________________________________________ 3 June 2003. ______________________________________________________ 3 June 2003. ______________________________________________________ - PowerPoint PPT PresentationTRANSCRIPT
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CMS – Inner Barrel Mechanical Engineering Division
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______________________________________________________3 June 2003
TIB/TID
Services Organization
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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Sect. N°
Analog fiber( TIB + TID )
Control fiber( TIB + TID )
MS cable36 APV
MS cable48 APV
Control cable
Supply Pipes (TIB)
Sect. 2 29 (23+6) 4 (3+1) 14 (10+4) 4 (4+0) 4 (3+1) 2
Sect. 3 28 (22+6) 4 (3+1) 13 (9+4) 4 (4+0) 4 (3+1) 2
Sect. 4 29 (23+6) 4 (3+1) 14 (10+4) 4 (4+0) 4 (3+1) 2
Sect. 5 20 (14+6) 3 (2+1) 13 (9+4) 0 3 (2+1) 1
Sect. 6 28 (16+12) 4 (2+2) 13 (5+8) 4 (4+0) 4 (2+2) 2
Sect. 7 19 (15+4) 2 (2+0) 5 (5+0) 6 (4+2) 2 (2+0) 1
Sect. 8 25 (21+4) 3 (3+0) 9 (9+0) 6 (4+2) 3 (3+0) 2
Sect. 9 23 (19+4) 3 (3+0) 7 (7+0) 6 (4+2) 3 (3+0) 2
Sect. 11
29 (23+6) 4 (3+1) 14 (10+4) 4 (4+0) 4 (3+1) 2
Sect. 12
28 (22+6) 4 (3+1) 13 (9+4) 4 (4+0) 4 (3+1) 2
Sect. 13
29 (23+6) 4 (3+1) 14 (10+4) 4 (4+0) 4 (3+1) 2
Sect. 14
20 (14+6) 3 (2+1) 13 (9+4) 0 3 (2+1) 1
Sect. 15
28 (16+12) 4 (2+2) 13 (5+8) 4 (4+0) 4 (2+2) 2
Sect. 16
19 (15+4) 3 (2+1) 5 (5+0) 6 (4+2) 3 (2+1) 1
Sect. 17
25 (21+4) 4 (3+1) 9 (9+0) 6 (4+2) 4 (3+1) 2
Sect. 18
23 (19+4) 4 (3+1) 7 (7+0) 6 (4+2) 4 (3+1) 2
Total 402 57 176 68 57 28
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Sect. N°
Services related to:
Sect. 2 TIB: L1, CL1: 5 out+ 4 in; L4, CL1: 7 out + 6 in. TID: D1 R1 half
Sect. 3 TIB: L2, CL1: 4 out+ 4 in; L3, CL1: 8 out + 7 in. TID: D2 R1 half
Sect. 4 TIB: L1, CL2: 5 out+ 5 in; L4, CL2: 7 out + 6 in. TID: D3 R1 half
Sect. 5 TIB: L2, CL2: 5 out+ 4 in. TID: D1 R2 half
Sect. 6 TIB: L2, CL3: 5 out; L3, CL2: 7 out + 8 in. TID: D2 R2 half + D3 R2 half
Sect. 7 TIB: L2, CL3: 4 in; L4 CL3: 6 out + 8 in. TID: D1 R3 half
Sect. 8 TIB: L1, CL3:5 out + 4 in; L4 CL4:8 out + 6 in. TID: D2 R3 half
Sect. 9 TIB: L2, CL4: 4 out+ 3 in; L3, CL3: 8 out + 7 in. TID: D3 R3 half
Sect. 11
TIB: L1, CL4: 5 out+ 4 in; L4, CL5: 7 out + 6 in. TID: D1 R1 half
Sect. 12
TIB: L2, CL5: 4 out+ 4 in; L3, CL4: 8 out + 7 in. TID: D2 R1 half
Sect. 13
TIB: L1, CL5: 5 out+ 5 in; L4, CL6: 7 out + 6 in. TID: D3 R1 half + D1 R2 half
Sect. 14
TIB: L2, CL6: 5 out+ 4 in. TID: D2 R2 half
Sect. 15
TIB: L2, CL7: 5 out; L3, CL5: 7 out + 8 in. TID: D3 R2 half
Sect. 16
TIB: L2, CL7: 4 in; L4 CL7: 6 out + 8 in. TID: D1 R3 half
Sect. 17
TIB: L1, CL6: 5 out + 4 in; L4 CL8: 8 out + 6 in. TID: D2 R3 half
Sect. 18
TIB: L2, CL8: 4 out+ 3 in; L3, CL6: 8 out + 7 in. TID: D3 R3 half
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003
Conclusions
•The TIB service organization mach the slots and the number of elements that are considered by the integration group.•A better rearrangement of the ribbon in the tracker cylinder slots can avoid cable crossing on the service end of the TIB+TID.•This is possible and is going to give an improvement on the physical location of the read-out ribbon and on the mechanical design.•Once we set this, we have all elements to define the optical ribbons length.•In practice we need to reorder from the starting point the position of the ribbon.
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CMS – Inner Barrel Mechanical Engineering Division
_____________________________________________________________________________________________________________
______________________________________________________3 June 2003