Difference between revisions of "Run Group M"

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** Fill the target with LH, see instructions at [https://github.com/JeffersonLab/clas12-manuals/raw/master/target/Target_Shift_Worker_RGM_2021.pdf] and turn ON CLAS12 detectors
 
** Fill the target with LH, see instructions at [https://github.com/JeffersonLab/clas12-manuals/raw/master/target/Target_Shift_Worker_RGM_2021.pdf] and turn ON CLAS12 detectors
 
** Ask for 10 nA beam, check if rates in the detectors are reasonable
 
** Ask for 10 nA beam, check if rates in the detectors are reasonable
** Establish production current for LH2 target (limit 80 nA), run DAQ with the production trigger Configuration <b> PROD66 </b>, trigger <b> rgm_6GeV_inb_v1_0.trg </b> and increase beam current to 80 nA with steps of 5 nA. At every step record detector and DAQ rates (dump GUIs into logbook), run the monitoring and record DC R1 occupancy. Select the beam current when DC R1 occupancy are <5% and/or the DAQ LT is >95%(consult with RC).
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** Establish production current for LH2 target (limit 80 nA), run DAQ with the production trigger Configuration <b> PROD66 </b>, trigger <b> rgm_6GeV_inb_v1_0.trg </b> and increase beam current to 80 nA with steps of 5 nA. At every step record detector and DAQ rates (dump GUIs into logbook), run the monitoring and record DC R1 occupancy. After the run is done (went up to 80 nA), call Valery on th ePDL phone.
** Start a new run with the selected beam current, use Configuration <b>PROD66_PIN</b> and the production trigger <b> rgm_6GeV_inb_v1_0.trg </b>, take 2 hours of data.
+
 
 +
Select the beam current when DC R1 occupancy are <5% and/or the DAQ LT is >95%(consult with RC).
 +
** Start a new run with the selected beam current, use Configuration <b>PROD66_PIN</b> and the production trigger <b> rgm_6GeV_inb_v1_0.trg </b>, take 100 M events.
 
** Trigger Validation Runs with the established conditions (Config. <b> PROD66_PIN </b>:
 
** Trigger Validation Runs with the established conditions (Config. <b> PROD66_PIN </b>:
 
# Random trigger @30 kHz 4 hours with the trigger <b> rgm_6GeV_inb_RNDM_30kHz_v1_0.trg </b>
 
# Random trigger @30 kHz 4 hours with the trigger <b> rgm_6GeV_inb_RNDM_30kHz_v1_0.trg </b>
 
# Trigger without DC roads: 1 hour with the trigger <b> rgm_6GeV_inb_No_Dc_Roads_v1_0.trg </b>
 
# Trigger without DC roads: 1 hour with the trigger <b> rgm_6GeV_inb_No_Dc_Roads_v1_0.trg </b>
  
* Production data taking with <b> rgm_6GeV_inb_v1_0.trg </b> 2 hour runs
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* Production data taking with <b> rgm_6GeV_inb_v1_0.trg </b> 100 M events per run.
  
 
===Hall Access Items (Wednesday, November 3rd):===
 
===Hall Access Items (Wednesday, November 3rd):===

Revision as of 16:54, 10 November 2021

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