The HPS Run Wiki

[edit]

• Shift Documentation
• Short Term Schedule
• Long Term Schedule
• Monitoring

Important Phone Numbers Shift Schedule Checklists Shift-Taker's Checklist Hot Checkout Beam Time Accounting

Procedures Commissioning Plans: Beamline Trigger ECal SVT SVT TOSP (1,2,3)

Manuals SVT ECal Annex DAQ CLAS Wiki (copy) Beamline Turning ON/OFF chicane Slow Controls

JLab Logbooks MCC Hall-A Hall-B Hall-C Hall-D

RC: Stepan Setpanyan (757) 575-7540 9 575 7540 from Counting Room PDL: Harut Avagyan Every Shift: Follow run plan as outlined by RC Keep shift summery up-to-date in HBLOG Document any beam condition change and send scaler GUIs to HBLOG Send "scaler_hps" GUI to logbook at least twice per shift or any time run conditions change Continuously check quality of data Every Run: a b c d MCC Daily Meetings

Run Plan: Dec. 8 - Dec. 10 Beamline commissioning studies using the Hall B dump, followed by studies of the ECal and Trigger. The goal is to get usable CW beam to the Hall-B dump, set up the chicane, and begin to study beam backgrounds and trigger rates. Re-establish CW 1 pass beam to the Hall-B dump, setting beam to specified settings at the dump screen and the 2H02 harp. Chicane off. 5 nA. Study the dependence of halo counter rates on beam position. Vary x and y of beam by +/- 7.5 mm, with beams parallel to specified settings above. Record scaler rates, BPMs, 2H02 harp, and beam location on dump screen. Choose nominal position close to rate minimum, at old nominal, if possible. With beam at nominal, set up chicane to specified currents for the -7% field point. Instructions provided in Counting House. Verify harp scan and record location on dump screen. Tweak Frascati current if necessary, and record. Record scaler rates. Ditto for -9% beam position. If little change in scaler rates, use -7% setting as chicane standard. If large improvement in scaler rates in going to -9%, try -11%. Select standard chicane settings. Commission the HPS target, including measuring noise rates in the Ecal and halo counters vs beam current. Call Stepan before first use of target. With 1.5 um Pt target, measure scalers and Ecal occ vs beam current.Record Ecal Scalers and scalaer display for each beam current. If time allows, begin commissioning the Ecal and trigger with beam on target and data taking. Expect beam off Tuesday day shift for machine studies. Beam recovery starts on Swing. See Full PDF, Click Here With any issue, contact Beamline Expert, Ecal Expert, DAQ Expert or RC. Beam Energy ~2.0 GeV Current < 200.0 nA CW Position X Y ~0 mm ~0 mm Profile X Y < 0.1 mm < 0.1 mm Target #1 0 mm Magnets PS Current 0 A Chicane Dipole #1 0 A Chicane Dipole #2 0 A DAQ Configuration ___________________ Configuration file Prescales Thresholds Events Per Run Dead Time

Accelerator White Board Schedule Weekly Run Coordinator Reports MCC Daily Meetings HPS Shift Schedule

Run Coordinator March 1 - March 11 Stepan Stepanyan March 12 - March 18 Francios-Xavier Girod March 19 - April 1 John Jaros April 2 - April 8 Nathan Baltzell April 9 - April 15 Takashi Maruyama April 16 - April 22 Maurik Holtrop April 23 - April 29 Raphael Dupre April 30 - May 6 Takashi Maruyama

Physics Division Liaison Harut Avakian

DAQ On-Call March 1 - ? Sergey Boyarinov

ECAL On-Call March 1 - March 9 Andrea Celentano March 9 - March 23 Nathan Baltzell March 23 - March 30 Holly Vance March 30 - April 13 Gabriel Charles April 13 - April 20 Raphael Dupre April 20 - April 27 Michel Garcon April 27 - May 4 Holly Vance

SVT On-Call March 1 - ? Sho Uemura

SlowControls On-Call March 1 - ? ?

Webcams: Tagger Beam Dump Viewer Faraday Cup Viewer ECal Chiller Viewer ECal LV Supply Viewer Alcove Viewer

Slow Controls: HPS MYA Variables Hall B EPICS Database

Accelerator: End Station Status Accelerator Ops 1 Accelerator Ops 2 Accelerator White Board Schedule

Offline: HPS Data Catalog