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1.Status of ST1 2.Status of integration of ST1 and ST2 Jean Peyré CERN - Dec 2006

1.Status of ST1 2.Status of integration of ST1 and ST2 Jean Peyré CERN - Dec 2006. 1.Status of ST1 2.Status of integration of ST1 and ST2. Status of ST1. 1st sept: 3 quadrants Ok (Q2, Q6 & Q7) 3 quadrants with relaxed wires (5 wires (Q3), 1 wire (Q)4 & 1 wire (Q8))

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1.Status of ST1 2.Status of integration of ST1 and ST2 Jean Peyré CERN - Dec 2006

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  1. 1.Status of ST12.Status of integration of ST1 and ST2Jean PeyréCERN - Dec 2006 IPNO-RDD-Jean Peyré

  2. 1.Status of ST12.Status of integration of ST1 and ST2 IPNO-RDD-Jean Peyré

  3. Status of ST1 1st sept: • 3 quadrants Ok (Q2, Q6 & Q7) • 3 quadrants with relaxed wires (5 wires (Q3), 1 wire (Q)4 & 1 wire (Q8)) • 3 quadrants with broken wires (5 wires (Q1), 2 wires (Q5), 200 wires (Q9) • 1st Dec: • 8 quadrants Ok (Q1~>Q8) • Q9 under evaluation (chemichal tests are under progress ) IPNO-RDD-Jean Peyré

  4. 1.Status of ST12.Status of integration of ST1 and ST2 • Installation of supports • Installation of cooling pipes IPNO-RDD-Jean Peyré

  5. Integration of ST1 and ST2CAD IPNO-RDD-Jean Peyré

  6. Integration of ST1 and ST2Orsay IPNO-RDD-Jean Peyré

  7. Integration of ST1 and ST2Point 2 Verifying position of “goujons” in FASS IPNO-RDD-Jean Peyré

  8. Assembly tests ST1/ST2Lifting the rails to the ceiling of the FASS IPNO-RDD-Jean Peyré

  9. Integration of ST1 and ST2Point 2 After 3 weeks …… of hard work IPNO-RDD-Jean Peyré

  10. 1.Status of ST12.Status of integration of ST1 and ST2 • Installation of supports • Installation of cooling pipes IPNO-RDD-Jean Peyré

  11. Cooling for ST1/ST2 TOP OUTLET ST1 ST2 Design issued from previous simulations BOTTOM INLET IPNO-RDD-Jean Peyré

  12. Cooling for ST1/ST2 TOP OUTLET ST1 ST2 BOTTOM INLET IPNO-RDD-Jean Peyré

  13. Cooling for ST1/ST2Bottom – Blowing Air 180m3/h 207m3/h 3.0m/s On each outlet, special grids are fixed for settling airflow 160m3/h 210m3/h 6.2m/s 3.4m/s 207m3/h 210m3/h 6.2m/s 1.0m/s 207m3/h 37m3/h 5.5m/s 1.0m/s 207m3/h 37m3/h 6.0m/s 184m3/h 184m3/h 184m3/h 184m3/h Cooling Quadrants 184m3/h 5.1m/s 184m3/h 5.1m/s Cooling CROCUS 5.7m/s 5.1m/s 5.1m/s 37m3/h 5.1m/s 0m3/h 37m3/h Air output speed of 3-4 m/s 0m3/h 2500m3/h 5-6 m/s IPNO-RDD-Jean Peyré

  14. Cooling for ST1/ST2Bottom – Blowing Air IPNO-RDD-Jean Peyré

  15. Cooling for ST1/ST2Top – Inhaling Air IPNO-RDD-Jean Peyré

  16. Cooling for ST1/ST2Top – Inhaling Air 2500m3/h Air input speed of 3-4 m/s 3-5 m/s Cooling CROCUS 158m3/h 37m3/h 3.5m/s 1.0m/s 158m3/h 37m3/h 1.0m/s 3.5m/s Cooling Quadrants 376m3/h 376m3/h 5.1m/s 5.7m/s 15m3/h 164m3/h 15m3/h 4.9m/s 164m3/h 37m3/h 3.6m/s 1.0m/s 443m3/h 37m3/h 443m3/h 1.0m/s 3.8m/s 3.7m/s Special pipes for Hot spots 20m3/h 20m3/h IPNO-RDD-Jean Peyré

  17. Cooling for ST1/ST2TOP – Inhaling Air IPNO-RDD-Jean Peyré

  18. IPNO-RDD-Jean Peyré

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