1. HIE-ISOLDE HEBT: characteristics Beamline diameter: 40 mm (REX: 100 mm) Beamline height: 1.75 m Beamline vacuum: low 1e-7- high 1e-8 mbar Connection of setups: Beamline ends with fast vacuum valve, DN40 On the setup’s side: permanent KF40 double cross with a Penning and Pirani connected to ISOLDE vacuum interlock Space for experiments – between cable trench and Jura wall Moving equipment: from new SAS, along the wall

2. Trench 88cm Beamine cable trays Space for experiments – on this side of the trench Setup Electronics + dewars Cable path Patch panel Surveyors’ reference pole (position to be discussed) Miniball cables length is 15m 5.1 m 2.6 m 1:100 MINIBALL

3. Miniball - Requirements: Electricity needs: Power – setup, pumps: Power – electronics: 3 phase plugs: 63A 32A electronics, 10A PC, 16A setup one 3 phase plug Signals from/to ISOLDE (e.g. proton or laser pulse) SC, Proton on target, EBIS, laser pulse Cable traysyes Gases- Cryogenicsyes Mechanical support structures-

4. trench Ca. 1.3 m Trench below experiments will be reinforced to keep stability and withstand the weight 1.75 mCa. 1.2 m

5. 235 cm 87 cm 270 cm

6. 90 cm

8. trench Beamine cable trays Space for experiments – on this side of the trench Please mark: Setup Electronics Cable path Surveyors’ reference pole (position to be discussed) Ion beam focus: in the middle of the trench

9. trench Beamine cable trays Space for experiments – on this side of the trench Please mark: Setup Electronics Cable path Surveyors’ reference pole (position to be discussed) Ion beam focus: in the middle of the trench ACTAR

10. Requirements for ACTAR TPC: Electricity needs: Power – setup, pumps: Power – electronics: 3 phase plugs: Standard vacuum system, vol ≈100 lt ≈2 kW detector power supplies --- Signals from/to ISOLDE (e.g. proton or laser pulse) Proton, gate, Laser, EBIS Cable traysDetector to electronic racks: not necessary GasesC4H10, D2, He, Ar, CO2… CryogenicsNo Mechanical support structuresTo be decided

11. Beam focal point Middle of the trench Active target chamber Gas control/ bottles Gas control Electronics Beam pipe, auxiliary detectors, safety valves Mk: Can it move to the right?

12. trench CF40 valve If possible: leave space for a CF40 cross with vacuum gauges Beam focus Ca. 1.3 m Trench below experiments will be reinforced to keep stability and withstand the weight 1.75 mCa. 1.2 m Active target chamber Beam pipe, auxiliary detectors, safety valves

13. Requirements: Electricity needs: Power – setup, pumps: Power – electronics: 3 phase plugs: Signals from/to ISOLDE (e.g. proton or laser pulse) Cable trays Gases Cryogenics Mechanical support structures

14. Please mark your setup and electronics Beam focal point Middle of the trench

15. Please mark your setup and connections Movable trench CF40 valve If possible: leave space for a CF40 cross with vacuum gauges Beam focus Ca. 1.3 m Trench below experiments will be reinforced to keep stability and withstand the weight 1.75 mCa. 1.2 m Demineralised 27-deg water Compressed air, gas lines power Movable power box

16. Requirements - CORSET: Electricity needs: 2 racks for NIM crates Signals from/to ISOLDE (e.g. proton or laser pulse) Pulse arrival Cable trays- Gases- Cryogenics- Mechanical support structures ▪ Reaction chamber with diameter of 0.75 - 1 m ▪ 2 racks for NIM crates; can be installed remote ▪ No special devices for the mounting of CORSET are needed

17. The CORSET Spectrometer rotatable Si stop detector TOF (MCP detectors) 0.5 – 1 m Si detector TOF detector

18. The CORSET Spectrometer CORSET reaction chamber at GSI 1 m

19. Needs for the Installation of CORSET ▪ Reaction chamber with diameter of 0.75 - 1 m ▪ 2 racks for NIM crates; can be installed remote ▪ No special devices for the mounting of CORSET are needed

20. Please mark your setup and electronics Beam focal point Middle of the trench rotatable Si stop detector TOF (MCP detectors) 0.5 – 1 m electronics

21. Requirements – tilted foils: Tilted Foils  -NMR setup Electricity needs: Power – setup, pumps: Power – electronics: 3 phase plugs: 1 x 64 Amp (magnet supply + pumps) 2 x 16 Amp not required Signals from/to ISOLDE (e.g. proton or laser pulse) signals from EBIS Cable traysNo special trays required GasesNo CryogenicsNot considered for the moment Mechanical support structuresAdjustable height

22. General overview

24. Magnet support –adjustable height