This section is aimed at helping the Device Physicist remember the list of things that need to be done prior to the S800 tuning.

• Install the focal-plane scintillator with the right thickness (1mm or 5mm)

• Ensure that the object scintillator is in good conditions and has enough shimming positions to withstand the expected rates during the course of the experiment. The guideline document describing the installation and shimming procedure can be accessed here

• Arm dump switches

• Make sure object ion gauge is off

• Ensure viewer is ready in S800 target station (pivot point)

• Make sure gas bottles for FP detectors are open

• Make sure Intermediate PPACs have gas

• Start Software applications (in computer u6pc5)

• Source the environment file to run the DAQ:
  • Open a terminal in u6pc5 and type ssh -Y spdaq50
  • Type . /usr/opt/nscldaq/xxxx/daqsetup.bash, where xxxx is the nscldaq version number (11.0-015 on Oct 26, 2015)

• Verify with S800 Device Physicist that S800 DAQ has been installed and it is ready for the experiment. S800 DAQ can be installed by typing command goinstalldaq and following the script instructions (please, contact the S800 Device Physicist if you are not sure of what you're doing).

• Verify that stagearea in u6pc5 is pointing to the right place. After typing ls -l ~/stagearea in a u6pc5 terminal, you should see: /user/s800/stagearea → /mnt/daqtesting/s800/exxxxx, where xxxxx corresponds to the experiment number. If the experiment number is not right, contact S800 Device Physicist.

• Set S800 DAQ in Slave mode and enable multilogger to record S800 data in the s800 stagearea.

• Check scalers while running S800 DAQ

• Put 10 Amps in Spectrograph dipoles

• Start gas in detectors

• Enable CRAD04 with a rate limit of 20 kHz (CRAD04 looks at E1 up FP scintillator) via PanelMate CRAD_RF_Intlks.ui (PAGE 01) located in directory \\exp\files\control\ncsdata\General\Qt\Templates

• Set spectrograph Brho (coordinate with experimenters)