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Powering the Transfer Lines TI2 and TI8

Electrical power for the transfer tunnels will be distributed from the LHC side and the SPS side. For the injection tunnel TI2, buildings LHC SR2, SPS BA6 and BA7 will be used to house the power converters and MV/LV switchboards. Galleries and ducts will facilitate cabling between power transformers...

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Autor principal: Akhtar, S
Lenguaje:eng
Publicado: 2001
Materias:
Acceso en línea:http://cds.cern.ch/record/490015
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author Akhtar, S
author_facet Akhtar, S
author_sort Akhtar, S
collection CERN
description Electrical power for the transfer tunnels will be distributed from the LHC side and the SPS side. For the injection tunnel TI2, buildings LHC SR2, SPS BA6 and BA7 will be used to house the power converters and MV/LV switchboards. Galleries and ducts will facilitate cabling between power transformers and converters. For TI8, buildings LHC SR8 and SPS BA4 will be used. MBI magnets will be powered by water-cooled cables whilst rest of the magnets will be powered by conventional copper and aluminium cables. A load of 16.15 MVA and 30 MVA was intended for the existing SPS 18 kV pulsed loop by TI2 and TI8 respectively. The main compensator associated with this loop will almost reach its capacity with the load of TI2 alone. Therefore a new 18 kV pulsed link from Prevessin to BA4 will be installed, compensated by the third compensator. This paper explains how the above tasks will be achieved.
id cern-490015
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2001
record_format invenio
spelling cern-4900152019-09-30T06:29:59Zhttp://cds.cern.ch/record/490015engAkhtar, SPowering the Transfer Lines TI2 and TI8EngineeringElectrical power for the transfer tunnels will be distributed from the LHC side and the SPS side. For the injection tunnel TI2, buildings LHC SR2, SPS BA6 and BA7 will be used to house the power converters and MV/LV switchboards. Galleries and ducts will facilitate cabling between power transformers and converters. For TI8, buildings LHC SR8 and SPS BA4 will be used. MBI magnets will be powered by water-cooled cables whilst rest of the magnets will be powered by conventional copper and aluminium cables. A load of 16.15 MVA and 30 MVA was intended for the existing SPS 18 kV pulsed loop by TI2 and TI8 respectively. The main compensator associated with this loop will almost reach its capacity with the load of TI2 alone. Therefore a new 18 kV pulsed link from Prevessin to BA4 will be installed, compensated by the third compensator. This paper explains how the above tasks will be achieved.CERN-ST-2001-019oai:cds.cern.ch:4900152001-01-31
spellingShingle Engineering
Akhtar, S
Powering the Transfer Lines TI2 and TI8
title Powering the Transfer Lines TI2 and TI8
title_full Powering the Transfer Lines TI2 and TI8
title_fullStr Powering the Transfer Lines TI2 and TI8
title_full_unstemmed Powering the Transfer Lines TI2 and TI8
title_short Powering the Transfer Lines TI2 and TI8
title_sort powering the transfer lines ti2 and ti8
topic Engineering
url http://cds.cern.ch/record/490015
work_keys_str_mv AT akhtars poweringthetransferlinesti2andti8