E.Kako (KEK) 2009.Dec. 26 1 S1-Global Cryomodule Overview No connection No beam tube No gate-valve Closed by Blind Flange Gate-valve Pumping system Pumping.

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Presentation transcript:

E.Kako (KEK) 2009.Dec. 26 1 S1-Global Cryomodule Overview No connection No beam tube No gate-valve Closed by Blind Flange Gate-valve Pumping system Pumping system Up stream Down stream FNAL#1,#2 AES004, ACC011 DESY#1,#2 Z108, Z109 KEK#1,#2 MHI05, MHI06 KEK#3,#4 MHI07, MHI09

E.Kako (KEK) 2009.Dec. 26 2 Eight Cavities for S1-G ; HLRF 1. AES-004 (?27./25 MV/m); Blade tuner (center) 2. ACC-011 (?33. MV/m) ; Blade tuner (center) 3. Zanon-108 (31.3 MV/m) ; Saclay tuner (end) 4. Zanon-109 (30.7 MV/m) ; Saclay tuner (end) 5. MHI-05 (27.1 MV/m) ; Slide-Jack tuner (center) 6. MHI-06 (27.7 MV/m) ; Slide-Jack tuner (center) 7. MHI-07 (33.6 MV/m) ; Slide-Jack tuner (end) 8. MHI-09 (27.0 MV/m) ; Slide-Jack tuner (end)

E.Kako (KEK) 2009.Dec. 26 3 Cavity Q t P 30MV/m 1. AES-004 ??? ??? 2. ACC-011 ??? ??? 3. Zanon x W 4. Zanon x W 5. MHI x W 6. MHI x W 7. MHI x W 8. MHI x W Eight Cavities for S1-G ; LLRF

E.Kako (KEK) 2009.Dec. 26 4 Cavity Eacc,max Po(cw) Po( 5Hz ) 1. AES-004 ?? ( 1x10 10, 31 MV/m) (100 W) (0.8 W) 2. ACC-011 ?? (1x10 10, 31 MV/m) (100 W) (0.8 W) 3. Zanon x MV/m 106 W 0.8 W 4. Zanon x MV/m 76 W 0.6 W 5. MHI x MV/m 103 W 0.8 W 6. MHI x MV/m 163 W 1.3 W 7. MHI x MV/m 247 W 2.0 W 8. MHI x MV/m 192 W 1.5 W Eight Cavities for S1-G ; Cryogenics Estimated cavity dynamic Eacc,max (5Hz)  8.6 W