A.Levin, IHEP, Protvino, RussiaApril 27, nd PANDA Russia Workshop Status-report on the barrel mechanical design work. A.Levin Institute for High Energy Physics Protvino, Russia

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Mechanical structure design status. 1. Preliminary design for types 1, 6, 10 and 11 of the crystal module mechanical structure is done for the normal slice. 2. Preliminary design for individual mechanical parts of crystal modules (carbon fibre alveole, aluminium inserts and intermediate plates etc.) is done. 3. Drawings for the tooling (mould) to produce alveole prototype are done. Mould was made at the beginning of 2010.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Crystal module design. Individual slice with worked out modules. Support module plate Module type 1 Module type 6 Module type 11 Module type 10

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Crystal module design. Module type 6. Assembled view. Intermediate plate Alveole insert Crystal with APD Carbon alveole pack Module type 6. Exploded view.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 6. Module type 6. Intermediate plates.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 6. Alveole insert.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 6. Individual carbon alveole. Alveles pack.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Crystal module design. Module type 1. Assembled view.Module type 1. Exploded view. Intermediate plate Alveole insert Crystal with APD Carbon alveole pack Finger with screw

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Urgent necessity. Finger with screw Support module plate Intermediate plate Alveole insert Capsule frame Area of APD and Asic chip ??? Scintillator crystal PWO Carbon fiber alveole Module type 1. Local cross section.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 1. Module type 1. Intermediate plates.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 1. Alveole inserts.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 1. Individual carbon alveole. Alveles pack.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Crystal module design. Super module type 10/11. Assembled view. Module type 10 Module type 11

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Crystal module design. Super module type 10/11. Exploded view. Intermediate plate Alveole insert Finger with screw Crystal with APD Carbon alveole pack. Type 11. Carbon alveole pack. Type 10. Crystal with APD Alveole insert

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Super module type 10/11. Super module type 10/11. Intermediate plates.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Super module type 10/11. Alveole inserts.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 10. Individual carbon alveole. Alveles pack.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Design for individual mechanical parts. Module type 11. Individual carbon alveole. Alveles pack.

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Tool design. Mould for alveole prototype production. Assembled view. Side plate Mandrel Tightening screw End plate

A.Levin, IHEP, Protvino, RussiaApril 27, 2010 Nearest plans 1.Final design for types 1, 6, 10 and 11 of crystal modules. 2.Preliminary design for remaining types of crystal modules for the normal slice. 3.Production drawings for moulds to make types 1 and 11 of alveoles.