beam losses that otherwise would hit the downstream magnets. This will, however, not have any negative influence on the global aperture. Impedance: The impedance has been studied by the impedance team for a preliminary design and no issues were found. Checks of the final design are on-going. Electron cloud No change (NEG coating, solenoid…) Insulation (enamelled No change flange, grounding…) Vacuum performance: No change. The collimator will be qualified by VCS before installation. Others: IMPACT ON OPERATIONAL SAFETY ÉLÉMENT(S) IMPORTANT(S) DE SECURITÉ Requirement Yes No Comments EIS-Access X -- EIS-Beam X -- EIS-Machine X -- OTHER OPERATIONAL SAFETY ASPECTS Have new hazards been no created or changed? Could the change affect no existing risk control measures? What risk controls have none to be put in place? Safety documentation to update after the modification Define the need for training or information after the change
beam losses that otherwise would hit the downstream magnets. This will, however, not have any negative influence on the global aperture. Impedance: The impedance has been studied by the impedance team for a preliminary design and no issues were found. Checks of the final design are on-going. Electron cloud (NEG coating, solenoid…) No change Insulation (enamelled flange, grounding…) No change Vacuum performance: No change. The collimator will be qualified by VCS before installation. Others: IMPACT ON OPERATIONAL SAFETY ÉLÉMENT(S) IMPORTANT(S) DE SECURITÉ Requirement Yes No Comments EIS-Access X -- EIS-Beam X -- EIS-Machine X -- OTHER OPERATIONAL SAFETY ASPECTS Have new hazards been created or changed? no Could the change affect existing risk control measures? no What risk controls have to be put in place? none Safety documentation to update after the modification Define the need for training or information after the change