Module Vessel Connection Concept Steve Virostek Lawrence Berkeley National Laboratory AFC Module Meeting April 23, 2004.

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Presentation transcript:

Module Vessel Connection Concept Steve Virostek Lawrence Berkeley National Laboratory AFC Module Meeting April 23, 2004

AFC Module Meeting Module Vessel Connection Concept S. Virostek - LBNL Page 2 Proposed Vacuum Vessel Joint

April 23, 2004 AFC Module Meeting Module Vessel Connection Concept S. Virostek - LBNL Page 3 Joint Detail – Sealed Position RF Module AFC Module Weld ~36 Bolts Metal Wire Seal Commercial Bellows

April 23, 2004 AFC Module Meeting Module Vessel Connection Concept S. Virostek - LBNL Page 4 Joint Detail – Open Position RF Module AFC Module ~8 Retracting Studs Compressed Bellows 12.7 mm Gap

April 23, 2004 AFC Module Meeting Module Vessel Connection Concept S. Virostek - LBNL Page 5 Joint Bellows Specification  Hyspan Precision Products, Inc.  Series 7500 formed metal bellows (75101S)  54” I.D. x 57” O.D. x 2” long x 0.030” thick  36 psi (2.4 atm) maximum pressure  8800 lb/in axial spring rate  40,700 lb/in lateral spring rate  +0.90” axial deflection for 2000 cycles  Bellows cost: $1500 to $2000

April 23, 2004 AFC Module Meeting Module Vessel Connection Concept S. Virostek - LBNL Page 6 Other Joint Issues/Information  Bellows with flanges would be welded to both sides of RF Modules  Bellows can accommodate large axial, pitch and yaw misalignments between vessels  Lateral and roll misalignments are provided for by oversized holes in flanges  Magnetic forces are not transmitted through the joint (taken to the floor by supports)  Adaptor plate to detector modules would incorporate bellows assembly