INTRODUCTION
On this page I'm uploading 2D/3D drawings of the CU-ISC and OSC configurations.
LIST of configurations:
1) CU-ISC Test Configuration
CU-ISC test configuration is a result of the final setup in the T9 beam test area (see setup photos at Geometry)
2) CU-ISC Handling Configuration
3) CU-ISC Shipping Configuration
4) CU-ISC-OSC Shipping Configuration
NOTES
Drawings are created from CU-ISC and OSC I-DEAS models combining design dimensions with final setup measurements, than they are translated to pdf, dxf and other formats.
CU/ISC 2D DRAWINGS
ACD TILES position (2D drawings)
Drawings created combining Moiseev-Ylinen and INFN-Pisa Team measurements.
PDF version:
CU-ISC_setup_test_config_ACD_Tiles_position_2D.pdf
DXF version:
037xx-003-001_CU_ACD_TILES_POSITION.dxf
NOTES
see also ACD tiles photos and dimensions at Geometry
CALs-Trackers and Theodolite Targets position (2D drawing)
Targets and Instruments distances are given with respect to ISC base plate -X/-Z borders.
CALs distances are measured wrt CsI layers (see note below).
CALs distances IMPORTANT NOTE:
1. Consider that each CsI crystal has a wrapper around 0.75mm thick.
This wrapper thickness must be subtracted to have the exact distances.
Hext (CsI layer height)=21.34mm
Hint (CsI crystal height)=19.9mm
DH=Hext - Hint=1.44mm --> wrapper thickness=0.72mm
2. At each CsI crystal end there are both gap and endcap.
The gap+endcap length is around 6mm (the length is variable reffering to NLR drawings, link below)
Lext (CsI layer length)=338mm
Lint (CsI crystal length)=226mm
DL=Lext - Lint=12mm --> gap+endcap length=6mm
PDF version:
037x7-001-001CU_Theodolite_TARGETS-INSTRUMENTS_POSITION.pdf
DXF version:
037x7-001-001CU_Theodolite_TARGETS-INSTRUMENTS_POSITION.dxf
NOTES:
CAL CsI crystals drawings can be found here: NRL CALs drawings
CU/ISC 3D DRAWINGS
The following CU/ISC 3D drawings can be viewed (not measured) with Acrobat Reader 7.08.
Direct measurements can be taken using Acrobat 3D, available only for Windows OS (30 days trial version downloadable here http://www.adobe.com/products/acrobat3d/tryout.html).
PDF version: