1. Saverio MINUTOLITIG meeting, 10 February 20111 Report on T1 installation activities and achievements made during this shutdown

2. Saverio MINUTOLI2 T1 detector in H8 TIG meeting, 10 February 2011

3. Saverio MINUTOLI T1 minus side  Minus side prepared for installation during Christmas  Installed on 10 th January 2011  2 quarters moved from H8 to IP5 on 16 th Dec. 2010  Moved to –HF platform on 2 risers, in the next days  Preliminary mechanical test  Temporary connections to the services –DAQ, LV, HV, DCS, DSS, Gas, Cooling  DAQ Readout and Slow Control test  Water leak detection cable installed. 3TIG meeting, 10 February 2011

4. Saverio MINUTOLI T1 minus side  Insertion of the two quarters, one by one –CSC and BP clearances verification and adjustment –Frames and CMS envelope clearances verification and adj. –Truss position checked and aligned after survey.  Both quarters inserted into CMS endcaps  No interference of T1 on the alignement lasers  Gas and cooling connections  Cabling and grounding with final cables.  DAQ Readout and Slow Control test  Cabling off  - HF platform moved to 4 risers  Final cabling and readout test 4TIG meeting, 10 February 2011

5. Saverio MINUTOLI 5 th layer4 th layer3 rd layer 1 st layer Clearances between T1 CSC and BP on CMS minus side (mm) - actual size 2 nd layer 24 30 32 26 25 26 25 22 mm 26 23 26 28 27 2 nearfar 27 31 28 27 28 27 26 25 26 25 26 27 28 27 26

6. Saverio MINUTOLI T1 minus side 6TIG meeting, 10 February 2011

7. Saverio MINUTOLI T1 minus side 7TIG meeting, 10 February 2011

8. Saverio MINUTOLI T1 minus side 8TIG meeting, 10 February 2011

9. Saverio MINUTOLI T1 plus side  Installed on 17 th January 2011  Same procedures than the Minus side. 9TIG meeting, 10 February 2011

10. Saverio MINUTOLI 5 th layer4 th layer3 rd layer 1 st layer Clearances between T1 CSC and BP on CMS plus side ( in mm) NEAR 2 nd layer mm nearfar 23 35 Picture from the minus side Measurement done by Roman. 26 35 32 22 27 32 25 27 28 21 27 29 23/24 26 20 27 29 23 26 27 20 27 29 24 27 26 -First closing test -Without shimming mm -Second closing -After shimming

11. Saverio MINUTOLI 5 th layer4 th layer3 rd layer 1 st layer Clearances between T1 CSC and BP on CMS plus side ( in mm) FAR 2 nd layer mm nearfar 26 33 Picture from the minus side Measurement done by Roman. 28 29 26 30 26 29 32 28 29 26 28 26 24 28 30 27 28 27 26 24 28 30 26 28 26 29 28 27 26 -closing value -Closing test without mm - theoretical value Dmitry mm - actual size for the 5 th layer the others layers theoretical value of Roman

12. Saverio MINUTOLI T1 plus side 12TIG meeting, 10 February 2011

13. Saverio MINUTOLI T1 plus side 13TIG meeting, 10 February 2011

14. Saverio MINUTOLI DSS LV OPFCs test 14  Each T1 quarter is powered independently. 4 electro-mechanic breakers installed Tested and deployed within DSS. Electrical drawing updated OPFCs AC input and DC output tested 385V DC connections tested on both sides (rack and platform). TIG meeting, 10 February 2011

15. Saverio MINUTOLI T1 services rack on HF platform 15 4 minirack installed on HF platform Safety smoke detector and Thermostat installed and tested (DSS) All cables from the Counting Room traced and tested Cooling circuit tested on –side, +side. TIG meeting, 10 February 2011

16. Saverio MINUTOLI ¼ T1 DCS and DSS systems 16  DCS system 3 PT100 temperature sensors installed and checked 2 on electronic boards and 1 on cooling plate 2 active Radiation Monitor sensors installed and checked 1 on 1 st plane internal and 1 on 5 th plane external On the adjacent quarter the RadMon sensors are located on the same plane but opposite sides.  DSS system 2 PT100 temperature sensors installed and checked 2 on electronic boards.  2 passive Radiation Monitor sensors installed TIG meeting, 10 February 2011

17. Saverio MINUTOLI17 1 2 3 4 5 5 5 4 4 3 3 2 2 1 1 T T T M M M B B B = CSC = ROC ROCs 45 ROCs 23 ROCs 01 = IP5 6 th frame DOHM = DOHM C C C C C C C C C C C C C C C = CFEC ¼ T1 + Near (Yellow) _ Passive and Active RADMONs position PRM00 6 (IP- Side) PRM004 (~IP- Side) RM 82 (IP- Side) RM 84 (~IP- Side) TIG meeting, 10 February 2011

18. Saverio MINUTOLI18 1 2 3 4 5 5 5 4 4 3 3 2 2 1 1 0x78 0x7E 0x77 0x79 0x76 0x7D 0x7A 0x7B 0x7C = CSC = ROC ROCs 45 ROCs 23 ROCs 01 = IP5 6 th frame DOHM = DOHM = SCR cable Slow Control Ring system SCR distributes Fast Command (L1, BC0, Calib, Reset) and LHC clock Manage the F.E. settings through 16 I 2 C channels. DOHM independent LV channel Redundancy connection checked All the ¼ T1 quarters passed the SCR tests. TIG meeting, 10 February 2011

19. Saverio MINUTOLI Joint test CMS and TOTEM (T1 and T2) 19TIG meeting, 10 February 2011  tested only T1 (10 Jan 2011) with CMS CSC ON, without problem  tested T1 and T2 (3-4 Feb 2011) with almost all CMS apparatus ON, without problem. –PIX, TK, ES (Preshower): out –RPC masked some towers in the trigger (to keep the rate within reason) –ECAL masked one trigger tower (ditto) –CASTOR HV OFF (due to miscommunication and sorted out later) and ON later

20. Saverio MINUTOLI Effect of B on T1 position  Position checks during ramp to 3.8T  Small (order 1mm total) movements recorded on sensors “axial”(YE2 vs YE3) and “radial”(detectors vs vacuum chamber).  Very good correlation and +/- symmetry of displacements indicates that variation is due to the deformation of the end caps with B. TIG meeting, 10 February 2011

21. Saverio MINUTOLI Conclusions 21 We are ready. Thank you for your attention. TIG meeting, 10 February 2011