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iter newsline 11 Dec, 2009 - #111
Moving toward winding trials in Japan
-Frédéric Savary, TF Coil Section Leader
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A short piece of the TF Coil Case (TFCC) for ITER was viewed at Kawasaki Heavy Industry, Japan.  (Click to view larger version...)
A short piece of the TF Coil Case (TFCC) for ITER was viewed at Kawasaki Heavy Industry, Japan.
Technicians are busy with welding trials for the pre-compression ring flange that will be attached to the TFCC. (Click to view larger version...)
Technicians are busy with welding trials for the pre-compression ring flange that will be attached to the TFCC.
Significant industrial progress has been made in Japan relative to the Toroidal Field (TF) Coils and the TF Coil Structures, for which the Procurement Arrangements were signed with Japan in November 2008.

Last week, representatives of the TF Coil Section from the ITER Organization and Responsible Officers from the Japanese Atomic Energy Agency (JAEA) in Naka joined together to visit Toshiba in Yokohama and Kawasaki Heavy Industries in Kobe for an unforgettable progress meeting on these procurements. A winding machine is now in place at the Toshiba factory. It is in the course of being commissioned, which will allow the commencement of winding trials soon. These trials are foreseen by the Procurement Arrangement (PA), and are an essential step before continuing on to the fabrication of a one-third scale dummy Double Pancake (DP). JAEA requires this reduced-scale dummy from its main contractor prior to the fabrication of a full-scale DP.

At Kawasaki Heavy Industry, another terrific surprise awaited the visitors: a short piece of TF Coil Case (TFCC) was viewed (picture 1) and the visitors met with technicians who were working on welding trials for the pre-compression ring flange (picture 2) that is attached to the TFCC. These preparatory works precede the tasks defined in Phase II of the TF Coil Structures PA. Kawasaki Heavy Industry presented its preliminary manufacturing plan for the TF Coil Structures, which demonstrated its understanding of the challenging technical requirements.



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