1 MICE CM28 STEP III or STEP IV? – some practicalities Andy Nichols/Tim Hayler, STFC 4 th October 2010 Considerations Step II Step III Step IV Conclusions.

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Presentation transcript:

1 MICE CM28 STEP III or STEP IV? – some practicalities Andy Nichols/Tim Hayler, STFC 4 th October 2010 Considerations Step II Step III Step IV Conclusions

2 Our famous picture

Considerations: –Delivery of spectrometer solenoid (s) now the major driver of the top-level schedule –We might be able to get (almost) back on track by omitting Steps II & III –Go straight to STEP IV, sometime in early ? –Am only attempting to discuss technical/schedule constraints here –Will cover the traditional route – STEPS II & III –Against straight to STEP IV –Important to decide this week as we need to set a course of action in the MICE Hall for the next FY –Assembly/disassembly times taken from Tim & Matt’s schedules –Have uploaded the MS Project file with these slides for detail enthusiasts 3

4 Step II Time to install Step II complete – 168 days (about six months) Step II data-taking period – need some help here Dismantle KL & downstream & re-position – 20 days

Important point here Intermediate floor plates for Step III need to be considered at this stage Step III encroaches on the steel false floor Need to build the plates up, then dismantle them and re- install for Step IV Complicated, will let Tim explain! But we will save time by only laying them once, that is for Step IV 5

Step III Intermediate plates presently installed on the false floor Steel plate Aluminium plate Tracker 1 & 2 spacer plate 6

Step III tracker base and shear plates with floor beams installed on top of the concrete and false floor intermediate plates 7

Step IV intermediate plates Changing from step III to step IV means taking up the tracker 1 & 2 spacer plate, the tracker base plate and the tracker shear plate and replacing the step III intermediate plates with the step IV intermediate plates Steel plateAluminium plate 8

9 Time to install solid absorber/spool – 2 days Install solenoid #2 – 92 days (about three months) Reposition KL & downstream – 10 days Step III running period - ???? Reposition solenoid #2, KL & downstream –20 days Step III.1

10 Step IV Time to install Step IV – 168 days (about six months) Step IV running time – xxx days Time to substitute solid absorber in FC – 8 days Important assumptions at this stage: AFC module is ready and tested LH2 infrastructure in MICE Hall is ready

Conclusions With what ever we decide to do, the clock starts ticking when the spectrometer solenoids arrive We could save a lot of playing about, especially with the floor, by moving straight to Step IV We need to watch the delivery of LH2 system and the AFC Probably realistic to believe we could have Step IV running about six months after solenoid/AFC delivery We could also reduce the amount of parallel activity, risk of damage to fragile equipment with unnecessary moving Some input on experiment running times would be helpful Would like to be invited to make the new Step IV project plan