Sclink DSHXDSHM point 5 RIGTH SIDE Stephane Maridor
- Slides: 9
Sclink DSHX-DSHM point 5 RIGTH SIDE Stephane Maridor, on behalf WP 15 1
UR 55 US 57 UL 57 UA 57 2
DFX DFM UL 57 UA 57 US 57 DFHX DFHM UR 55 3
DFX DFM UL 57 DSHM UA 57 DSHM US 57 DFHX DFHM UR 55 4
DSHM ROUTING WITH BOUNDARY CONDITION (edms 238058) (WAVE(w) = 4000 x 250 & with all radius at 2000 ) 4 w 7 w 1 w Total length : 1 w DFHM DSHM integration model ST 1374890_01 8 w DFM 5
DSHM ROUTING WITH BOUNDARY CONDITION (edms 238058) (WAVE = 4000 x 250 with radius 2000 + minimum radius at 1500 mm for extremity and the 3 90 angles : (to help potentially the integration in tunnel ) 117. 5 DFHM DSHM integration model ST 1374890_01 DFM 6
DSHX DFHX ROUTING WITH BOUNDARY CONDITION (edms 238058) 4 w (WAVE = 4000 x 250 with all radius at 2000 ) 7 w 1 w 1 w DFX DSHX integration model : ST 1374922_01 7
Information about wave length w 4000 x 250 r 2000 248. 71 1515. 564 4025. 97 straight line Delta w 3000 x 400 r 2000 4000 26 456. 303 620. 067 3065. 35 1532. 67 Dshm (exemple : length if wave 3 m OR 4 m) si 3 m si 4 m nbre w 26 65 DELTA 1 1. 33 4 4 1 26 65 5 5. 33 16 4 4 104 325 9 9. 33 28 4 7 182 585 1 1. 33 4 4 1 26 65 10 10. 67 32 4 8 208 650 21 546 26 1690 1144 OR w 5000 x 250 r 2000 199. 3 2112. 5 5022. 3 2511. 1 OR w 4000 x 250 r 5000 621. 775 765. 564 4018. 23 +663 mm in UR-UL +481 mm in LHC tunnel 8
Possible extra lenght L = + 2. 2 m 9
