Cryoplant
Cryoplant site preparation (2015)
Cryoplant GHE storage tank
Cryoplant GHE storage positioning on site
Cryoplant GHE storage positioning on site
Cryoplant Nitrogen and Helium tanks
Cryoplant RCB transport
Cryoplant ACB transport
Cryoplant Refrigeration and Auxiliaries cold Boxes
Cryoplant RCB ACB positioned
Cryoplant turbine assembly
Cryoplant oil charcoal absorber
Cryoplant KAESER compressors
Cryoplant KAESER compressors
Cryoplant KAESER compressors panoramic view
Cryoplant panoramic view
Cryoplant building panoramic view
Cryoplant general assembly
Cryostat base & Cylindrical Vessel Body (Courtesy CIEMAT)
Cryostat base
(courtesy of CIEMAT)
Cryostat base
(courtesy of CIEMAT)
Cryostat base
(courtesy of CIEMAT)
Cryostat base
(courtesy of CIEMAT)
Cryostat base
(courtesy of CIEMAT)
Cryostat base
(courtesy of CIEMAT)
Cryostat base
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
cryostat body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
Cryostat Body
(courtesy of CIEMAT)
TF Casing Fabrication (Courtesy of ENEA)
TF Coils Fabrication at ASG (courtesy of ENEA)
Hisilicon K3
DCF 1.0
TF coil (Assembly details)
View of the assembled tokamak
View of the assembled tokamak
JT-60SA TF Magnet after its assembly
Assembly phase
Preparation for the assembly
Preparation for the assembly
TF coil assembly temporary storage
TF coil assembly on site
TF coil assembly insulation detail
TF coil assembly IIS inconel conical pin
TF coil IIS fasteners
TF coil assembly
TF coil assembly OIS temperature sensor
TF coil assembly IIS detail
TF coil gravity support
TF coil gravity support
TF coil OIS preparation
TF coil conductor
TF coil conductor cable final stage
TF conductor cables spool ready for jacket
TF coil conductor dimension control station
TF conductor jacketing line
TF coil conductor cable jacketing
TF coil conductor completely inserted in the jackect
TF coil conductor calendering station
TF coil conductor spool removed from calendering station
TF coil conductor spool ready to be positioned inside the leak testing chamber
TF coil conductor inert gas pressure monitor gauge
TF coil conductor located inside the vacuum chamber for leak test
TF Coil Transport
Good morning at airport of Vatry, France – Antonov 124
Two TF Coils are waiting in transport boxes for loading into the airplane
TF Coil transport box on the transport vehicle
Lifting the transport box
Rotating the transport box
Lowering the ttransport box onto the loading rails
Lowering the ttransport box onto the loading rails
Transport box lowered on the loading rails
Transport box lowered on the loading rails
Transport boxes getting loaded
Transport boxes getting loaded
Transport boxes getting loaded
Transport boxes getting loaded
Transport boxes getting loaded
Transport boxes loaded
Closing down
Arriving at airport of Nagoya, Japan
Unloading in Nagoya
Unloading in Nagoya
Lifting the transport boxes in the vessel in the harbour of Nagoya airport
Transport boxes in the vessel
Vessel on its way to port of Hitachi
HTS current leads
Im Rahmen des Broader Approach wird der in Japan befindliche bisherige Tokamak JT-60 in die supraleitende Maschine JT-60SA umgewandelt um ITER auf dem Weg zu DEMO zu unterstützen.KIT wurde mit der Durchführung des Arbeitspakets beauftragt.
Das Design folgt weitgehend der W7-X Stromzuführungen allerdings werden zwei Stromzuführungsversionen benötigt: 20 Stromzuführungen für einen Maximalstrom von 20 kA und 6 Stromzuführungen für einen Maximalstrom von 26 kA.
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Belegexemplar erbeten *** Local Caption *** Im Rahmen des Broader Approach wird der in Japan befindliche bisherige Tokamak JT-60 in die supraleitende Maschine JT-60SA umgewandelt um ITER auf dem Weg zu DEMO zu unterstützen.KIT wurde mit der Durchführung des Arbeitspakets beauftragt.
Das Design folgt weitgehend der W7-X Stromzuführungen allerdings werden zwei Stromzuführungsversionen benötigt: 20 Stromzuführungen für einen Maximalstrom von 20 kA und 6 Stromzuführungen für einen Maximalstrom von 26 kA.
HTS current leads acceptance test in CuLTKa
HTS current leads in CTB
HTS current leads PF11 to PF16 stored in transportation box
HTS current leads PF17 Paschentest
HTS current leads acceptance test in CuLTKa
Phase I diagnostics
Diagnostics optics for visible spectroscopy
Diagnostics CO2 interferometer
Diagnostics langmuir probe
Diagnostics visible cameras view
Diagnostics visible cameras port plug
Diagnostics EDICAM assembly
Diagnostics EDICAM port plug
Diagnostics EDICAM inside vessel view
Diagnostics port plug for SX detector array
Power Supplies
Power Supplies Detail of CS SNU
Power Supplies Detail of DC reactors for EF PS
Power Supplies Detail of Quench Protection Circuit
Power Supplies Detail of the Gyrotron HV PS
Power Supplies Final installation of Anode and Body PS for two Gyrotrons
Power Supplies Final installation Toroidal PS
Power Supplies HV PS for the Gyrotrons
Power Supplies Installation of Switching Network Units for CS
Power Supplies Overall installation of PS for EF magnets
Power Supplies Panoramic view of Poloidal PS
Power Supplies Quench Protection Circuit for Poloidal Magnet