US ITER TBM Meeting Idaho Fall, Idaho, Aug 10-12-2005 M Dagher P Fogarty 1. TBM/ITER General Arrangement 2. Equatorial Test port Configuration 3. Test Port Assembly 4. Ancillary Systems Layout 1. Port Cell Area 2. TCWS Area
US ITER TBM Meeting Idaho Fall, Idaho, Aug 10-12-2005 M Dagher P Fogarty
Jan 22, 2016
US ITER TBM Meeting Idaho Fall, Idaho, Aug 10-12-2005 M Dagher P Fogarty. TBM/ITER General Arrangement Equatorial Test port Configuration Test Port Assembly Ancillary Systems Layout Port Cell Area TCWS Area. Pipe Shaft Area. Port Cell Area. Bio-shield. Cryostat. Test Port Assy. - PowerPoint PPT Presentation
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US ITER TBM MeetingIdaho Fall, Idaho, Aug 10-12-2005
M DagherP Fogarty
1. TBM/ITER General Arrangement2. Equatorial Test port Configuration3. Test Port Assembly4. Ancillary Systems Layout
1. Port Cell Area2. TCWS Area
Port Cell Area
Pipe Shaft Area
Bio-shield
Cryostat
Test Port Assy
Pipe Shaft Area
Tokamak Building, East-West Section View
TCWS AreaTBM Cooling system
Equipment Room
Bio-Shield
Port Cell Area
Cryostat
TCWS AreaTBM Cooling system
Equipment Room
Bio-Shield
EquatorialPort Cell Area
Shielding Blanket
Equatorial Port Assembly
Test Port General Layout
Equatorial Level Section
Vacuum Vessel
Test Blanket Module
Cryostat Bio-Shield
Pipe Shaft Area
Port Cell AreaEquatorial Level
0.0
Transporter
Frame Assembly
VV Port Extension
VV Closure Plate
Test Port Configuration
VV Port Extension
VV – Cryostat Duct
Cryostat Bio-Shield
TBM Frame Assy
VV Closure Plate
Pb-Li Concentric Pipe
Transporter
Port Cell Area
3.6m
Test Port Configuration
4.8m
TBM
TBM Frame Assy
Transporter
VV Port Extension
VV Closure Plate
Bio-Shield
TBM Frame Assembly
ITER
Overall view of Frame Cooling channels at the front of Frame
Design of “removable back-side shield” structure has been developed to accommodate possible different TBM attachments (support structures,
electrical connection, cooling pipes and instrumentation).
ITER
Fastening the bolts
Lip seal
(B) Removable back-side shield
25
25 mm gap all around inside frame openings25
25
1710
504
5
413
15Divider
413ModuleDepth
28 First Wall
95Inner Back
Plate
4(typ wall)
20(channel)
7(channel)
120PbLiOUT
80PbLi - IN
504 Module Width
Helium IN PlenumFirst Wall
(Upper Channel)
Helium IN PlenumFirst Wall
(Lower Channel)
139.3(typ 3 places)
Helium OUT Plenums(Top & Bottom Plates,Grid Plates & Dividers)
15 Grid Plate
7 (channel)
75Outer Back
Plate
Helium OUTFirst Wall
Helium IN
Helium IN
AllHelium
OUT5(typ wall)
Back Plates
65
85
Helium flow channelsfor actively cooling
The back plates
Dimensions in millimeters
Plan ViewBlanket Module
68mm I.D. Pipe Inlet
68 mm I.D.Pipe Inlet
Ancillary Systems
• Port Cell Area– Primary Coolant Loop Pb-Li – He – Tritium Extraction System
• TCWS Area– Primary FW He Coolant Loop – Secondary Coolant Systems
Pb-Li Primary Coolant Loop
Transporter, Port Cell Area
Secondary He Coolant Loop
TCWS
Test Port
Primary He Coolant Loop
TCWS
Pb-Li Primary Coolant Loop Schematic
Pb-Li Primary Coolant Loop
Pb-Li Concentric Pipe
Pb-Li Dump Tank
Pb-Li Mixing Tank
Pb-Li – He Heat Exchanger
Tritium Extraction System
Pb-Li Pump
Expansion Tank
He Secondary Coolant Loops
He Circulator
Heater Element
He-H2O Heat Exchanger
Pressure Control Sub-System
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