Crab Cavity in SPS LSS6 S.Mehanneche, F.Galleazzi, G.Vandoni.

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Presentation transcript:

Crab Cavity in SPS LSS6 S.Mehanneche, F.Galleazzi, G.Vandoni

BA6 S.Mehanneche _edms# LSS6 Position Crab Cavity Situation

S.Mehanneche _edms#

S.Mehanneche _edms# Positionnement théorique des éléments Volume transport Echelles à câbles DewarModule de service Flexible DN200 Cryo-module Table Position repos Pompes à hélium Pilier géomètre

S.Mehanneche _edms# Positionnement théorique des éléments Position travail Volume transport Echelles à câbles Module de service Flexible DN200 Cryo-module Table Pompes à hélium Pilier géomètre Dewar

S.Mehanneche _edms# Position du flexible entre la dewar et le module de service 3 m 1,280 m Position repos Ø 1,2 m DN 200 Volume de transport

S.Mehanneche _edms# Position du flexible entre la dewar et le module de service 3 m 1 m Ø 1,2 m DN 200 Position travail 0,510 m Volume de transport

S.Mehanneche _edms# Vue générale Position repos

S.Mehanneche _edms# Vue générale Position travail

S.Mehanneche _edms# ,280 m 1,925 m Volume de transport Table de transfert Position repos Vue en coupe

S.Mehanneche _edms# Position travail Vue en coupe 1 m 1,925 m Volume de transport Table de transfert

S.Mehanneche _edms# Orientation côté mur Position repos 1,925 m Volume de transport Table de transfert Vue en coupe

CC There are 3 reasons underlying this layout –and specifically the sectorizing valves: 1. Ultimate pressure: requirement came from WP4 that operation pressure is mbar. 2. Beam parameters: these determine operation pressure 3. Time to condition the vacuum chambers after pumpdown: 1 Technical stop Coffee meeting, V.Baglin, G.Vandoni, 10/12/2016

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