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Development of the Coil Terminal Boxes for the ITER Magnet Feeder Systems

机译:ITER电磁馈线系统的线圈接线盒的开发

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The nuclear radiation levels, magnetic fields and general access restrictions in the ITER Tokamak are such that it is undesirable to place remote control helium supply valves close to the coils. The Coil Terminal Boxes (CTB), which are further away from the coils, are therefore designed for easy access and contain as much as possible the components needing maintenance, such as the cryo-valves. The CTBs also house the electrical cold-warm transitions with the HTS current leads and the NbTi feeder busbars. Also most of the feeder instrumentation is located in the CTB. Based on the functional specification by ITER, ASIPP has manufactured and tested a prototype CTB for the ITER magnet system. This test allowed for the verification of the mechanical design of the cryostat and the thermal shield design. Following a discussion of the ITER CTB design, with particular emphasis on the concepts of flow distribution for the large ITER magnet system, considering safety and maintenance, this paper will also present the results of the prototype CTB development.
机译:ITER托卡马克(ITER Tokamak)中的核辐射水平,磁场和一般访问限制使得不宜将遥控氦气供应阀放置在靠近线圈的位置。因此,线圈接线盒(CTB)距离线圈较远,因此易于操作,并包含尽可能多的需要维护的组件,例如低温阀。 CTB还通过HTS电流引线和NbTi馈线母线容纳了冷热电过渡。同样,大多数馈线仪器都位于CTB中。根据ITER的功能规范,ASIPP已为ITER磁铁系统制造并测试了CTB原型。该测试可以验证低温恒温器的机械设计和隔热罩设计。在讨论了ITER CTB设计之后,特别着重于大型ITER磁体系统的流量分配概念,同时考虑了安全性和维护性,本文还将介绍CTB原型开发的结果。

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