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⇤ ← Revision 1 as of 2006-09-10 05:07:45
Size: 1544
Comment:
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Size: 1534
Comment:
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| Deletions are marked like this. | Additions are marked like this. |
| Line 14: | Line 14: |
| 2) Fix OSEMS on MC1, MC2, MC3, BS, PRM, SRM | 2) Fix OSEMS on MC2, BS, PRM, SRM |
Detailed Vent Plan:
0) Fill Vacuum with Air
1) Remove Doors and Access Connectors:
- OO: ND and AC
- IO: AC
- BSC: ND and ITMY AC
- ITMY: AC
- ITMX: ND
- MC2: ?
2) Fix OSEMS on MC2, BS, PRM, SRM
Mis-align MC2 to prevent flashes?
2.5) Install half-wave plate to rotate polarization into the MC.
3) *Install fixed mount fiber launch at AP?
- Verify that this fiber beam is co-linear with current darkport beam.
4) *Move OMMT assembly to OO chamber, place according to drawing.
- Place 4 spherical washers to support OMC breadboard.
- Move, and place OMC breadboard.
- Remove handle from OMC breadboard.
- Remove DCPD, install second fiber launch in its place.
- Attach cable for OMC length, wire up a solution to drive it.
- Install RF pickoff mirror. Use reflected beam to lock OMC
- Place remaining optics rougly on table, including squeezer optics.
- Measure levelness of OO optic table.
- Bias tip-tilt PZT2 to the middle of its range.
- Align PZT2 to hit the PZT1
- Drape cable from ITMX to BSC
- Bias PZT1 to middle of its range.
- Align PZT1 so beam hits center of ITM?
- Align RF pickoff mirror so back-reflection from SRM
- can exit chamber. This beam can then be made co-linear
- with that from the first fiber, by moving a steering mirror on the
- AP table.
- Relevel the table, using the bubble and also the beam from the first fiber?
- Comission the squeezer optics. Relevel table again if movement occurs.
5) Pack up and get out.
