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CHAMBER MECHANICS & MECHANICAL INTEGRATION

This document outlines significant developments in the GEM Workshop III, focusing on the integration of high-voltage dividers, cooling pipes, and electronic GBTs. Key modifications include new positioning of components leading to increased efficiency, an updated cover design, and enhanced pivoting systems for better performance. The integration challenges involve ensuring proper flatness and addressing potential magnetic deformations, while new design geometries are being modeled for future iterations. Our team is committed to refining these components for optimal functionality.

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CHAMBER MECHANICS & MECHANICAL INTEGRATION

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  1. Antonio Conde, PH-CMX • CHAMBER MECHANICS & MECHANICAL INTEGRATION III GEM WORKSHOP

  2. GE1/1 CHAMBER & SC III GEM WORKSHOP

  3. MASS : 9,2 Kg Recent 20mm elongation In this direction (HV Div.) III GEM WORKSHOP

  4. III GEM WORKSHOP

  5. New position of HV Divider New Cooling Pipe and copperSheets DC-DC Converters ElectronicGBT’s III GEM WORKSHOP

  6. The coveris a unique part now (beforewasshield+chimney) VFAT Connectors & Hybrids nowrotated 90° III GEM WORKSHOP

  7. III GEM WORKSHOP

  8. III GEM WORKSHOP

  9. GAP-PAD LARGER THAN CHIP III GEM WORKSHOP

  10. COVER, FRAME & DRIFT EXTENDED 20mm DUE TO NEW LOCATION OF HV DIVIDER III GEM WORKSHOP

  11. ADDING PIVOTS & FEET TO FORM SC STRAIGTH SC (Mass: 18,8 Kg) Pivots 20mm nowshorter due to elongation of the Frame (Surface treatment for slidingneeded) PIVOTING SC (Mass: 18,7 Kg) III GEM WORKSHOP

  12. STRAIGTH SC PATCH-PANELS PIVOTING SC III GEM WORKSHOP

  13. TO BE UPDATED (lackcooling and gap-pad; cover unique part; somescrewsdisappeared) III GEM WORKSHOP

  14. GE1/1 INTEGRATION III GEM WORKSHOP

  15. BACK-FLANGE III GEM WORKSHOP

  16. DETECTOR ENVELOPE 36 SC PER SIDE (18 STRAIGTH+18 PIVOTING) III GEM WORKSHOP

  17. III GEM WORKSHOP

  18. QUESTIONS : • INITIAL FLATNESS OF THE BACK-FLANGE ? • BACK-FLANGE MAGNETIC DEFORMATION ? • ARE THERE NON FORESEEN CABLES OR PIPES ? III GEM WORKSHOP

  19. REDUCING STACKING HEIGHT IN 18mm TO BE STUDIED III GEM WORKSHOP

  20. III GEM WORKSHOP

  21. III GEM WORKSHOP

  22. GE2/1 INTEGRATION III GEM WORKSHOP

  23. WIDTH OF THE ENVELOPE : 150mm III GEM WORKSHOP

  24. RE2/3 RE2/2 GE2/1 III GEM WORKSHOP

  25. - 2 POSSIBLE GEOMETRIES III GEM WORKSHOP

  26. 18 SUPERCHAMBERS PER SIDE NEXT STEP : TO MODEL GE2/1 WITH ALL INTERNAL AND EXTERNAL COMPONENTS III GEM WORKSHOP

  27. ENTRETIENS AVEC JOSÉ SALICIO, CHEFS DE GROUPE, PERSONNEL DEPT. IT III GEM WORKSHOP

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