Version 2 of ...

- re-test chamber/coolant loop with vacuum cycle - done
- install MSL Type W preamp - done
	- to adjust position of support ring, temporarily loosen grub
	  screws of *all* support rings - secure *all* grub screws
	  when finished
	- use 9/16" spanner and adjustable wrench for mechanical support
          for Swagelok connectors - done
	- test for gross leaks at air - done
	- test preamp with pulser - done
	- re-test coolant loop with vacuum cycle - done
- move linear translator from position #3 to #1 - done
- align target ladders & re-entrant flange window
- select appropriate collimator (TUDA chamber entrance flange)
- install & test Faraday cup
	- Ortec 439 or EPICS readout
		for the former, scaler readout is setup
		for the latter, startup EPICS TUDA diagnostics
- install & test CCTV camera to view ZnS scintillator
	- remember we will replace viewport with H2 feedthrough
	- TV monitor in ISAC Control Room
		- connect via cable #2
		- use cable #1 for Keithley 610C Electrometer
		- mark screen with position of 3mm dia. tuning aperture
- install additional thermocouple to monitor ambient gas temperature?
	- TUDA S Cupboard ISAC-I for thermocouple & switch
- install & test re-entrant flange windows with He
	- assumes bypass has been installed
- install detectors
- measure actual positions of detectors

- alpha & pulser calibration

- install detector shields for *all* detectors for beam tuning
- tune all required beam energies up front
	- grab screenshots of each tune from ISAC Ops log to obtain
	  exact beam energy from ToF diagnostic
- remove detector shields

- RF delay timing (with beam)