1. HiRadMat Collimator Jaws HRMT23 03/07/2014EN/MME - E. Berthomé1

2. 215/05/2014

3. GENERAL OVERVIEW EN/MME - E. Berthomé315/05/2014 Beam

4. EN/MME - E. Berthomé415/05/2014

5. EN/MME - E. Berthomé515/05/2014 JAW WORKING ZONE

6. EN/MME - E. Berthomé615/05/2014 Nominal travel between jaws= 118mm (Total range available= 284mm) VERTICAL ACTUATION

7. Z=0mm2 Lower switch Meca end stop 24142 260 Meca end stop Upper switch 284mm 282 Z value Position range on upper jaws (+/- 20mm from middle of the jaws) Position range on central jaws (+/- 20mm from middle of the jaws) Position range on lower jaws (+/- 20mm from middle of the jaws) 4 44 122 162 240 280 EN/MME - E. Berthomé715/05/2014

8. 3x Sferax ø40/ø60 LAM Technologies motor Nema 34 EN/MME - E. Berthomé815/05/2014

9. LAM Technologies motor Nema 34 Nozag Rotating jack 25kN EN/MME - E. Berthomé915/05/2014

10. Vertical LVDT(s) Recycling of HRM14 ones End stop switches (range of adjustment +/-5mm) EN/MME - E. Berthomé1015/05/2014

11. LATERAL ACTUATIONS Lateral actuations make moving all purple parts EN/MME - E. Berthomé1115/05/2014

12. Collimator stepper motor Collimator LVDT 4x Sferax 2032 XA-GO (idem collimator) Same screw/bearing and spring as collimator EN/MME - E. Berthomé1215/05/2014

13. EN/MME - E. Berthomé1315/05/2014 -15mm -14 Lower switch Mecha. end stop (adjustable) Y=0mm Mecha. end stop (adjustable) Upper switch 15mm 14 Position with beam 14mm inside the jaw (switch adjustable +/- 5mm) Position with beam tangent to jaw surface Position with beam 14mm from the jaw (switch adjustable +/- 5mm)

14. EN/MME - E. Berthomé1415/05/2014 Adjustable mechanic end stop

15. EN/MME - E. Berthomé1515/05/2014 Separating aluminum sheets = protection between each jaws Protection windows for material projection 2 independent frames, each one composed of 3 protection glasses 3 vacuum windows

16. EN/MME - E. Berthomé1615/05/2014 Mobil glasses protection system Glass clamp Duralit slider

17. EN/MME - E. Berthomé1715/05/2014 Pneumatic actuation for glasses frame Duralit bearing Pneumatic alimentation is needed in the tunnel!

18. EN/MME - E. Berthomé1815/05/2014 Front viewBack view OPTICAL POINT OF VIEW

19. EN/MME - E. Berthomé1915/05/2014 93.1° All windows shouldn’t be at 90° with optical measurements to avoid parasite reflexion. Front view windows Back view windows

20. EN/MME - E. Berthomé2015/05/2014 Disposal for optical measurement Translating mirror equipment have to be design in details 3 points of view: front / lateral / back Back view Front view Lateral view

21. EN/MME - E. Berthomé2115/05/2014 MANUFACTURE General materials needed to build HRMT23: -Aluminium (6082 T6 principally) in sheet (maximum thickness : 40mm) and block -Stainless steel: sheet/bar of 304L and 304L vacuum Only 2 standard CF flanges 1xCF63 and 1xCF16 All others flanges in 304L vacuum (EPDM “o-ring” seal everywhere) Machining quality needed: -All seal interfaces should have a good quality of machining (flatness, roughness, size) - Vacuum tank 2.2m long (around 200Kg)

22. EN/MME - E. Berthomé2215/05/2014 PLANNING 1)Set of drawings of HRMT23 (as presented) available->Beginning of Sept.2014 The first 50 drawings already done. Total set estimated around 100 drawings 2) Set of drawings of accessories for HRMT23->End of Oct. 2014 (mirrors support, all electronic/electric integration, …) 3)Start to assemble HRMT23 -> End of nov. 2014 4)All parts received and end of assembly ->End of Jan. 2014