Formal Engineering Drawings for Support Structure Design Existing

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Formal Engineering Drawings for Support Structure Design

Formal Engineering Drawings for Support Structure Design

Existing MI-40 abort line Existing Wall extension Absorber block 3. 5’’ 6’’ Water pipe

Existing MI-40 abort line Existing Wall extension Absorber block 3. 5’’ 6’’ Water pipe SWIC Beam pipe 12’’ Beam height 8. 5’ 2 8/07/18 Propose new support structure, Yonehara

MI-40 Abort Line Layout with Cavity Included • The diagram below shows a possible

MI-40 Abort Line Layout with Cavity Included • The diagram below shows a possible new layout of the MI-40 abort line components with the RF Cavity based detector and its new support structure implemented behind the SWIC: J. Waters 3 8/07/18 Propose new support structure, Yonehara

Front View of Cavity Support Structure • The drawing below shows the design for

Front View of Cavity Support Structure • The drawing below shows the design for where the support structure of the RF cavity based detector will be connected to the wall extension: 1. 75’’ J. Waters 4 8/07/18 Propose new support structure, Yonehara

Top Plate Engineering Drawing Side View: 2. 5” ¼” 1. 578” 3” Front View:

Top Plate Engineering Drawing Side View: 2. 5” ¼” 1. 578” 3” Front View: 8” 3. 625” ¼” 0. 625” 0. 922”

Intermediate Plate Engineering Drawing Side View: 2. 5” ¼” 3. 828” *Note: Vertical dotted

Intermediate Plate Engineering Drawing Side View: 2. 5” ¼” 3. 828” *Note: Vertical dotted lines in the side and front views represent the hole/adjuster diameters. Front View: 4. 26” 8” 1. 5” 0. 25”

Clamp Bottom View (where top plate attaches to clamp): Side View: 1. 75” 2.

Clamp Bottom View (where top plate attaches to clamp): Side View: 1. 75” 2. 5” 1. 375” ¼” 1. 75” 0. 281” 3” Back View: 1. 375” 3”