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  • Fusion world | Mobilizing for long-pulse operation

    One of the key operational challenges in the development of fusion energy is the achievement, simultaneously, of high fusion performance and long-pulse operatio [...]

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  • ITER science | What is burning plasma?

    The dream of fusion power depends first and foremost on a self-sustaining fusion reaction, with most of the heating power needed coming from within the reaction [...]

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  • Plasma modelling | New SOLPS-ITER code version launched

    The widely used SOLPS-ITER tool for plasma edge modelling has evolved since its launch in 2015. At recent workshop at KU Leuven in Belgium, European specialists [...]

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  • Open Doors Day | Accessing the very heart of ITER

    Small or tall, knowledgeable or neophyte, from near or far ... the 600 people who took part in ITER's latest Open Doors Day all departed with the sense that som [...]

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  • Local | A question and answer session

    Nuclear safety policy in France requires that a local information commission (Commission locale d'information, CLI) be established every time a nuclear installa [...]

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Of Interest

See archived entries

Of coils, large and small

One of the 400 outer vessel coils, showing the long cable tail and parts of the external case. (Click to view larger version...)
One of the 400 outer vessel coils, showing the long cable tail and parts of the external case.
In ITER, one finds all kinds of magnets: a central solenoid weighing approximately 1,000 tonnes; 18 vertical, D-shaped coils, each as heavy as a fully-loaded 747; 6 ring magnets up to 24 metres in diameter; a set of 18 planar and non-planar correction coils, some of them banana-shaped and ... 400 much smaller coils that are 11 millimetres thick, with external dimensions ranging from 150 to 300 millimetres, that will be fitted in the narrow space between the ITER vacuum vessel and its surrounding heat shields.

Designed to measure the magnetic field around the tokamak's core, these smallish outer vessel coils belong to the ITER diagnostics system. They will be manufactured by the Spanish company Elytt Energy, which just signed a EUR 2 million contract with the European Domestic Agency.

Delivery to ITER for installation on the ITER vacuum vessel is foreseen for mid-2018.

Read the full article on the website of the European Domestic Agency.


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