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TEST Module in the LAB Accelerating structure Mechanical design update. Input from: A. Samoshkin, C. Garion, L. Faisandel. Dmitry Gudkov BE/RF . Updates. New design of manifolds. 2. Integration of “Unisex” vacuum flanges. 3. New assembly strategy. 4. AS-AS intermodule interconnection.
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TEST Module in the LABAccelerating structure Mechanical design update Input from: A. Samoshkin, C. Garion, L. Faisandel Dmitry Gudkov BE/RF
Updates New design of manifolds 2. Integration of “Unisex” vacuum flanges 3. New assembly strategy 4. AS-AS intermodule interconnection
Manifold design Manifold consists of 4 parts joined together by brazing or bonding: Parts with deep rectangular holes are machined by wire cutting.
Accelerating structure assembly 2. Brazing of manifolds 3. Brazing of bars and manifolds together 1. Brazing of AS-bars
Accelerating structure assembly 5. Brazing of WGs and splitters to accelerating structure 4. Brazing of splitters and WGs with vacuum flanges
Accelerating structure assembly Damping material installation 2 x per manifold
Accelerating structure assembly Damping material installation Installation of single damping loads to the interface covers:
Accelerating structure assembly Damping material installation Sealing the manifolds by EB welding of the covers EBW
AS-AS Intermodule Interconnection 3. EB welding of bellow and vacuum flange 2. Brazing of special SS piece (gray) Brazing of cover on the end of the structure