1 IBL Integration Stave Review Université de Genève About the stave 2 Drawings 3 Drawings on EDMS cern Stave assembly ATUSYSED0007 version 5 Stave ID: 636247
Download Presentation The PPT/PDF document "31 août 2011 Didier Laporte – LPNHE P..." is the property of its rightful owner. Permission is granted to download and print the materials on this web site for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.
Slide1
31 août 2011Didier Laporte – LPNHE Paris
1
IBL
Integration
Stave
Review
Université de GenèveSlide2
About the stave
2Slide3
Drawings :
3
Drawings
on
EDMS
(
cern
) :
Stave
assembly
:
ATU-SYS-ED-0007, version 5
,
Stave
omega
:
ATU-SYS-ED-0005, version 3
,
Stave
pipe :
ATU-SYS-ED-0011, version 3
,
Stave
foam
:
ATU-SYS-ED-0004, version 3
,
Stave
face plate :
ATU-SYS-ED-0008, version 2
,
Stave
end block –
side
A :
ATU-SYS-ED-0006, version 5
,
Stave
end block –
side
C :
ATU-SYS-ED-0009, version 5
,
Stave
middle
leg
:
ATU-SYS-ED-0010, version 5
,
Half
central ring :
ATU-SYS-ED-0027, version 1
,
Blocage central :
ATU-SYS-ED-0028, version 1
,
3D model on EDMS (in2p3): I-027361, V.2 : 16 aout 2011Slide4
Modules drawings
4
ATU-SYS-ED-0012 :
Chip 3D
sensor
position,
ATU-SYS-ED-0013 :
Double chip
planar
sensor position layout,ATU-SYS-ED-0014 : Simple chip planar sensor position layout,
No
drawing
about mix
sensor
choice
!!! Slide5
Module on stave
5Slide6
IBL layout
Stave orientation
If
α
12,24°
Flex
gap : 0,28 mm/1,058mm
Module radius : R 33,25mm
If
α
14°Flex gap : 0,8 mm/1,405 mmModule radius : R 32,77mm6Slide7
Prototype
7Slide8
Next step : part I
We
need
to
validate
details
drawings
,tolerancesIBL layout, (12,24° / 14°),Sensors drawing (mix choice), Interface : Flex,
Beam Pipe, IST,….)Reduce material
(yes or no ?)Prototype aluminium -> prototype PEEK PEEK
from CERN,Machining at LPNHE Paris,
Planning…8Slide9
Stave assembly
on support
With
Unige
9Slide10
container
10
Length
: 8900 mm !!!Slide11
Dummy stave -> Final
stave
11
Length
: 7000 mm (2750+1500+2750)Slide12
Assembly scenario
12Slide13
Next step : part II
We
need
:
Final
pieces
(LPNHE Paris):
End ring
side
AEnd ring side C Centrale ring : Dummy stave (x14) (who?),All interfaces pièces,
Planning.13