Here is a rough schedule:

July 25-26 (2 days)

• Compile detailed OMC, OMMT, PZT, hardware list, dissassemble hardware and
  • deliver to Bob for baking.

July 27 (1 day)

• Prepare clean room for in-air clean prealignment of OMC. Clear unneeded equipment
  • from flowbench and remove window (if necessary). Couple the NPRO to two 50m fibers, run fibers through doggy door to clean room. Wipe down all necessary auxilliary equipment: mirror mounts, electronics (lock-in, power supplies, PZT drivers), cables, tools, etc, and move to clean room.

Aug 21 - 25 (5-8 days)

• Receive baked hardware from Bob
• Begin with assembly/alignment of OMMT, (potentially using the autocollimators)
• Align OMC, glue bracket onto body
• Align full breadboarded setup
• Test new tip/tilt PZTs
• Oct 3 - new PZT from PJ; Oct 20 - repaired one
• Fill PD preamp nipple with Krypton 83 (or Xenon - 131, Ne 20)
• fix IPPOS, IPANG

  • Set references on IPANG & IPPOS in vacuum Check IP beam centering on pick-off mirrors in vacuum Check all oplev centering

Sep 5 (1 day)

• Vent

  • Check-reestablish oplevs & IP refs

• Remove AC from OO to IO
• Remove North door of BSC
• Remove North door of ITMX
• Remove North door of OO?

Sep 6-8 (3 days)

• Check beam centering on mc3

• define input beam

  • Measure levelness of OOC, IOC, BS & ITMX

• Install and align in-vac beamline,
  • Output beams: OMCR, OMCT, SV beam
• BS chamber TT mirror installation, cable to ITMX chamber
• align Go's translation stage mirror

Sep 11-13 (3 days)

• Fix-up some OSEMS in the BSC
• seal up, final checks
• pump down Sep 13

Remainder of Sep, October:

• lock IFO in suitable configuration
• establish DC readout beamline with analog electronics / controls,
  • probably no alignment servo
• install and commission new CDS electronics / controls
• commission bridge between PCIX and Refl Mem LSC system
• tune, optimize, measure and understand DC readout signal
  • - mode matching - alignment dither servo optimization - OMC servo optimization - PD readout
• control DARM with DC PD signal
• measure noise, compare with RF readout
• begin squeezed vacuum experiment (Kirk Mckenzie visit)