1. Dean R Walters drw@aps.anl.gov November 15, 2004 Integration of the Vacuum and Diagnostics with the Undulator By Dean R Walters APS

2. Dean R Walters drw@aps.anl.gov November 15, 2004 Talk Outline Vacuum Chamber Design Current Chamber Design Assembly of Chamber and Undulator Chamber Supports Tolerance Stack-up Future Design Component Layout System Layout Short Diagnostics Break Long Diagnostics Break Integration of Vacuum/Diagnostics with Undulator

3. Dean R Walters drw@aps.anl.gov November 15, 2004 Vacuum Chamber Design Current Chamber Design Undulator Vacuum System

4. Dean R Walters drw@aps.anl.gov November 15, 2004 Vacuum Design Assembly of Undulator and Chamber Vacuum Design Assembly of Undulator and Chamber Undulator Moves In & Out Undulato r Vacuum Chamber with Supports

5. Dean R Walters drw@aps.anl.gov November 15, 2004 Vacuum Design Chamber Supports Supports Chamber Strongback Tubular Chamber 6 mm OD X 5 mm ID

6. Dean R Walters drw@aps.anl.gov November 15, 2004 Vacuum Design Tolerance Stack-up

7. Dean R Walters drw@aps.anl.gov November 15, 2004 Vacuum Design Future Design Aluminum Chamber

8. Dean R Walters drw@aps.anl.gov November 15, 2004 Component Layout System Layout

9. Dean R Walters drw@aps.anl.gov November 15, 2004 Component Layout Short Diagnostics Break

10. Dean R Walters drw@aps.anl.gov November 15, 2004 Component Layout Long Diagnostics Break

11. Dean R Walters drw@aps.anl.gov November 15, 2004 Integration of Vacuum/Diagnostics with Undulator Conclusions Current chamber designs are well developed to continue the design of the cradle Current designs are well integrated together to allow progress to continue Future designs are going to have interior surfaces of aluminum rather than copper, this will necessitate a new approach to the chamber design Questions ?