APTM and GRID interface requirement PBIP and PBW

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Presentation transcript:

APTM and GRID interface requirement PBIP and PBW Mattias Wilborgsson Work Unit Leader PBW and PBIP, Target Division European Spallation Source ERIC 2019-01-09

Target Station Layout Proton Beam Instrumentation Plug Proton beam envelop representation Proton Beam Window Proton Beam Instrumentation Plug Target Wheel Moderator and Reflector Plug Neutron Beam Extraction

Target Station Components Proton Beam Instrumentation Plug (PBIP) Function Support, cool and align the PBI (APTM and GRID) Allow an optical view of the PBW and the BEW PBIP components Beam instrumentation slices (3) Optical slices (2) Support Structure Minimum lifetime of PBI parts Two years at full power operation (5 MW) Instrumentation slices Position of first mirror Optical slices Shielding block Actively cooled support structure

Target Station Components Proton Beam Window System (PBW) Function Separating the monolith atmosphere from the high vacuum in the accelerator beam pipe Support, cool and align the PBI (APTM) PBW components Proton Beam Window Inflatable pillow seals APTM flange Minimum lifetime of PBI part Two years at full power operation (5 MW)

Proton Beam Instrumentation APTM and GRID interface requirements Mechanical interface Outer dimensions must be less than APTM: TCS-X: 25 mm, TCS-Y: 260 mm, TCS-Z: 140 mm GRID: TCS-X: 44 mm, TCS-Y: 260 mm, TCS-Z: 140 mm PBIP and PBW will position APTM and GRID within ±0.5 mm in TCS-Y and TCS-Z directions APTM and GRID need to have the possibility for ± 5 mm adjustment along TCS-Y and TCS-Z during installation. (PBW and PBIP will be equipped with 4xM6 holes)

Proton Beam Instrumentation APTM and GRID interface requirements Cable routing Cables specified in ICD-R System Cable type Diameter (mm) Quantity APTM K-type thermocouples 5 24 Triax 10 16 GRID 16PR20WCTC3V 32 8 cables (≈150 channels) 1C10SLW 2

Proton Beam Instrumentation APTM and GRID interface requirements Cooling of PBI parts Conductively cooled through mechanical interface with PBIP slices and PBW structure Each APTM and GRID shall not heat the PBIP and PBW with more than 300 W Allowed temperatures for in-beam PBI parts not defined

Proton Beam Instrumentation APTM and GRID interface requirements Cable feedthroughs 3 x DN250 CF in Connection Ring 1 x DN250 CF in PBW Vessel 1 x DN63 CF in PBW plug Design pressure 2 bar(g) ESS Vacuum handbook