tsr@hie-isolde, 27 feb 2012 erwin siesling 1 tsr max planck institute heidelberg tsr @ hie-isolde...

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TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan 2012 (K. Blaum, Y. TSR @ Hie-Isolde

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Page 1: TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan

TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1

TSR Max Planck Institute Heidelberg

TSR @ Hie-Isolde

TSR@Hie-ISOLDELOI endored Jan 2011 TDR submitted Jan 2012(K. Blaum, Y. Litvinov)

TSR @ Hie-Isolde

Page 2: TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan

TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 2

Proposed layout to fit the TSR:Installation above the CERN service-tunnelTilted beamline coming up from the machine.

Cost study:Eliseo Perez-Duenas GS/SE

30m25m

Approx 3m higher than Isolde hall floor

TSR @ Hie-Isolde

Jura (west) side

10m (7m between floor and crane hook)

Page 3: TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan

TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 3

TSR @ Hie-Isolde

Building cost study:Eliseo Perez-Duenas GS/SE

Drawing: courtesy Didier Voulot

30m

25m

12.4m

Page 4: TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan

TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 4

TSR @ Hie-Isolde

30m

25m 12.4m 2m

4.5m

5m

Page 5: TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan

TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 5

Possible TSR integration: - TSR building & TSR cooling station

Control room

TSR Integration

TSR building

TSR cooling station

pit

Page 6: TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan

TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 6

Surface & Weight

Total surface TSR floor: 25x30m=750m2 of which 20x20m (400m2) reserved for the ring (final position of the ring within the building to be defined)

10.4x25m =260m2 experimental area

TSR floor approx . 3m above Hie Linac floor

Level of the center of beam at 1.77m above TSR floor Total surface available basement: 12mx30m=360m2 to house power-supplies and additional racks (total 29m length floor space for the TSR equipment and 7m for the e-target equipment + 10 standard 19’’ racks and ECOOL HV cage 4x4m2) 

TSR Building surface

Page 7: TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 1 TSR Max Planck Institute Heidelberg TSR @ Hie-Isolde TSR@Hie-ISOLDE LOI endored Jan 2011 TDR submitted Jan

TSR@HIE-ISOLDE, 27 Feb 2012 Erwin Siesling 7

Surface & WeightWeight in each corner:Dipole: iron 12t + coil 0.8tQuadrupole: iron 1.9t + coil 0.36tSextupole: 0.65tConcrete bases 3.2t (to be verified, unknown)Each corner:2x12.8t + 5x2.26t + 3x0.65t + 2x3.2t= 45.25 ton Electron cooler:ECOOL magnet 6tECOOL supporting structure 4t (to be verified, unknown), total 10ton Total TSR floor weight:4x45.25ton=181ton1 Electron cooler

Total: 191 ton(Exclusive experiments, RF resonator and 19 standard 19’’ racks. Example: HELIOS magnet 12ton)

TSR floor weight