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User name apar
Log entry time 21:54:47 on November 14, 2009
Entry number
keyword=Start_Parity_Run___CODA_Config=Pvdis_Run_type=Production,beam_energy=6.08,beam_polarization=87,beam_raster=on,comment_text=Production,dithering_magnet=on,dithering_magnets=,leftarm_p=3.66,leftarm_theta=12.9,parity_feedback=on,parity_ihwp=out,rightarm_p=2.63,rightarm_theta=20,target_fanspeed=60 Hz,target_type=20cm LD2
Beginning-of-Parity-run EPICS data for Run Number at Sat Nov 14 21:53:55 EST 2009
CODA Configuration: Pvdis
# Timing board information: # Integrate Time = 33.00 ms, Ramp Delay = 0.00 us oversamp 1
Compton Run Number :
-----------------------------------------
Wien angle :
Wien BDL :
Wien field :
Laser attenuation Hall A :
Laser power Hall A :
Beam Half-wave plate Set(off=out) :
Beam Half-wave plate Read(off=out) :
Rotating waveplate :
IA Cell Setpoint Hall A :
IA Cell Setpoint Hall C :
PZT X Setpoint Hall A :
PZT Y Setpoint Hall A :
PZT X Setpoint Common :
PZT Y Setpoint Common :
Gun2: PC (PITA) POS :
Gun2: PC (PITA) NEG :
Gun3: PC (PITA) POS :
Gun3: PC (PITA) NEG :
Pockels Cell Voltage POS :
Pockels Cell Voltage NEG :
Helicity Clock Set :
Helicity Delay Set :
Helicity Pattern Set :
Helicity Clock Read :
Helicity Settle Read :
Helicity Delay Read :
Helicity Pattern Read :
Helicity Frequency :
-----------------------------------------
Compton stuffs
-----------------------------------------
Laser power :
Calculated power in cavity :
Photodiode on table :
Laser X position on QPD 1 :
Laser Y position on QPD 1 :
Laser X position on QPD 2 :
Laser Y position on QPD 2 :
QPD 1 sum :
QPD 2 sum :
Position set point for adjustable
mirror 1 (either x or y) :
Position set point for adjustable
mirror 2 (either x or y) :
Laser minimum temperature (35.8) :
Laser temperature set point :
Polarisation in cavity :
Reflection photodiode :
Gain of locking servo :
Tracking level (V) of locking servo :
Slow locking signal sent to laser :
Fast locking signal sent to laser :
Calculated polarisation in cavity :
Photodiode 1 after Wollaston prism :
Photodiode 2 after Wollaston prism :
Step size for RHWP scan :
Laser temp slow ramp (1 = on) :
Extent of laser temp slow ramp (C) :
Speed of laser temp slow ramp up :
Speed of laser temp slow ramp down :
Left S1 HV
S1 Slot1 ch0 :
S1 Slot1 ch1 :
S1 Slot1 ch2 :
S1 Slot1 ch3 :
S1 Slot1 ch4 :
S1 Slot1 ch5 :
S1 Slot1 ch6 :
S1 Slot1 ch7 :
S1 Slot1 ch8 :
S1 Slot1 ch9 :
S1 Slot1 ch10 :
S1 Slot1 ch11 :
-----
Left S2 HV Left PMTs
S2 Slot0 ch0 Left :
S2 Slot0 ch1 Left :
S2 Slot0 ch2 Left :
S2 Slot0 ch3 Left :
S2 Slot0 ch4 Left :
S2 Slot0 ch5 Left :
S2 Slot0 ch6 Left :
S2 Slot0 ch7 Left :
S2 Slot0 ch8 Left :
S2 Slot0 ch9 Left :
S2 Slot0 ch10 Left :
S2 Slot0 ch11 Left :
S2 Slot13 ch0 Left :
S2 Slot13 ch1 Left :
S2 Slot13 ch2 Left :
S2 Slot13 ch3 Left :
-----
Left S2 HV Right PMTs
S2 Slot12 ch0 Right :
S2 Slot12 ch1 Right :
S2 Slot12 ch2 Right :
S2 Slot12 ch3 Right :
S2 Slot12 ch4 Right :
S2 Slot12 ch5 Right :
S2 Slot12 ch6 Right :
S2 Slot12 ch7 Right :
S2 Slot12 ch8 Right :
S2 Slot12 ch9 Right :
S2 Slot12 ch10 Right :
S2 Slot12 ch11 Right :
S2 Slot13 ch4 Right :
S2 Slot13 ch5 Right :
S2 Slot13 ch6 Right :
S2 Slot13 ch7 Right :
-----
Left Cerenkov HV
GCER Slot2 ch0 :
GCER Slot2 ch1 :
GCER Slot2 ch2 :
GCER Slot2 ch3 :
GCER Slot2 ch4 :
GCER Slot2 ch5 :
GCER Slot2 ch6 :
GCER Slot2 ch7 :
GCER Slot2 ch8 :
GCER Slot2 ch9 :
GCER Slot2 ch10 :
GCER Slot2 ch11 :
-----
Left Pion Rejector Layer 1 HV
PRL1 Slot3 ch0 :
PRL1 Slot3 ch1 :
PRL1 Slot3 ch2 :
PRL1 Slot3 ch3 :
PRL1 Slot3 ch4 :
PRL1 Slot3 ch5 :
PRL1 Slot3 ch6 :
PRL1 Slot3 ch7 :
PRL1 Slot3 ch8 :
PRL1 Slot3 ch9 :
PRL1 Slot3 ch10 :
PRL1 Slot3 ch11 :
PRL1 Slot4 ch0 :
PRL1 Slot4 ch1 :
PRL1 Slot4 ch2 :
PRL1 Slot4 ch3 :
PRL1 Slot4 ch4 :
PRL1 Slot4 ch5 :
PRL1 Slot4 ch6 :
PRL1 Slot4 ch7 :
PRL1 Slot4 ch8 :
PRL1 Slot4 ch9 :
PRL1 Slot4 ch10 :
PRL1 Slot4 ch11 :
PRL1 Slot5 ch0 :
PRL1 Slot5 ch1 :
PRL1 Slot5 ch2 :
PRL1 Slot5 ch3 :
PRL1 Slot5 ch4 :
PRL1 Slot5 ch5 :
PRL1 Slot5 ch6 :
PRL1 Slot5 ch7 :
PRL1 Slot5 ch8 :
PRL1 Slot5 ch9 :
PRL1 Slot5 ch10 :
PRL1 Slot5 ch11 :
-----
Left Pion Rejector Layer 2 HV
PRL2 Slot9 ch0 :
PRL2 Slot9 ch1 :
PRL2 Slot9 ch2 :
PRL2 Slot9 ch3 :
PRL2 Slot9 ch4 :
PRL2 Slot9 ch5 :
PRL2 Slot9 ch6 :
PRL2 Slot9 ch7 :
PRL2 Slot9 ch8 :
PRL2 Slot9 ch9 :
PRL2 Slot9 ch10 :
PRL2 Slot9 ch11 :
PRL2 Slot10 ch0 :
PRL2 Slot10 ch1 :
PRL2 Slot10 ch2 :
PRL2 Slot10 ch3 :
PRL2 Slot10 ch4 :
PRL2 Slot10 ch5 :
PRL2 Slot10 ch6 :
PRL2 Slot10 ch7 :
PRL2 Slot10 ch8 :
PRL2 Slot10 ch9 :
PRL2 Slot10 ch10 :
PRL2 Slot10 ch11 :
PRL2 Slot11 ch0 :
PRL2 Slot11 ch1 :
PRL2 Slot11 ch2 :
PRL2 Slot11 ch3 :
PRL2 Slot11 ch4 :
PRL2 Slot11 ch5 :
PRL2 Slot11 ch6 :
PRL2 Slot11 ch7 :
PRL2 Slot11 ch8 :
PRL2 Slot11 ch9 :
PRL2 Slot11 ch10 :
PRL2 Slot11 ch11 :
-----
-----------------------------------------
Left Arm Magnets
-----------------------------------------
Left Arm Q1 power supply current :
Left Arm Q1 momentum :
Left Arm Q1 gauss meter :
Left Arm Q1 power supply polarity :
Left Arm Q2 power supply current :
Left Arm Q2 momentum :
Left Arm Q2 gauss meter :
Left Arm Q2 power supply polarity :
Left Arm D1 power supply current :
Left Arm D1 momentum :
Left Arm D1 NMR :
Left Arm Q3 power supply current :
Left Arm Q3 momentum :
Left Arm Q3 gauss meter :
Left Arm Q3 power supply polarity :
-----------------------------------------
Right Arm Magnets
-----------------------------------------
Right Arm Q1 power supply current :
Right Arm Q1 momentum :
Right Arm Q1 gauss meter :
Right Arm Q1 power supply polarity :
Right Arm Q2 power supply current :
Right Arm Q2 momentum :
Right Arm Q2 gauss meter :
Right Arm Q2 power supply polarity :
Right Arm D1 power supply current :
Right Arm D1 momentum :
Right Arm D1 NMR :
Right Arm Q3 power supply current :
Right Arm Q3 momentum :
Right Arm Q3 gauss meter :
Right Arm Q3 power supply polarity :
-----------------------------------------
VDC Currents & Voltages
-----------------------------------------
Left Arm Top VDC Current :
Left Arm Bottom VDC Current :
Right Arm Top VDC Current :
Right Arm Bottom VDC Current :
Left Arm Top VDC voltage :
Left Arm Bottom VDC voltage :
Right Arm Top VDC voltage :
Right Arm Bottom VDC voltage :
-----------------------------------------
HallA & Injector BCMs and Energy
-----------------------------------------
Average current of the two cavities :
Current on Unser monitor :
Current on Upstream bcm :
Current on Downstream bcm :
Upstream Cavity Coefficient :
Downstream Cavity Coefficient :
Current on IBC0L02 (source) :
Tiefenbach Hall A energy :
Tiefenbach Hall C energy :
Delta(E)/E width (MV_AI_DXWID) :
MBSY1c Hall A Beam energy :
MBSY3c Hall C Beam energy :
MBSY1c magnet current (amp) :
MBSY1c Bdl :
-----------------------------------------
ARC stuff and Raster
-----------------------------------------
Arc1 dp/p :
Arc2 dp/p :
Raster X width :
Raster Y width :
-----------------------------------------
Target BPMs
-----------------------------------------
IPM1C12.XPOS :
IPM1C12.YPOS :
IPM1H04A.XPOS :
IPM1H04A.YPOS :
IPM1H04B.XPOS :
IPM1H04B.YPOS :
Survey X offset bpm4A :
Survey Y offset bpm4A :
Survey X offset bpm4B :
Survey Y offset bpm4B :
Survey X offset bpm12 :
Survey Y offset bpm12 :
Survey X HI SAT bpm12 :
Survey Y HI SAT bpm12 :
-----------------------------------------
Left Arm Collimator
-----------------------------------------
Left Arm Collimator :
HacL_HPE1313A:0_Ch58 :
HacL_HPE1313A:0_Ch55 :
HacL_HPE1313A:0_Ch54 :
Left Arm Angle Floor Angle :
Left Arm Angle Vernier :
Left Arm Scattering Angle :
-----------------------------------------
Right Arm Collimator
-----------------------------------------
Right Arm Collimator :
HacR_HPE1313A:0_Ch58 :
HacR_HPE1313A:0_Ch55 :
HacR_HPE1313A:0_Ch54 :
Right Arm Angle Floor Angle :
Right Arm Angle Vernier :
Right Arm Scattering Angle :
-----------------------------------------
CRYO TARGET INFO
-----------------------------------------
Target :
Encoder position :
fan frequency loop 1 :
fan frequency loop 2 :
fan frequency loop 3 :
temperature loop 1-1 :
temperature loop 1-2 :
temperature loop 1-3 :
temperature loop 2-1 :
temperature loop 2-2 :
temperature loop 2-3 :
temperature loop 3-1 :
temperature loop 3-2 :
temperature loop 3-3 :
pressure fill target H2 :
pressure fill bottle H2 :
pressure ballast H2 :
pressure exhaust H2 :
cryogen input temp :
crogen return flow :
JT valve setting :
-----------------------------------------
Parameters used for HAPPEX feedback
-----------------------------------------
Parity DAQ Feedback Control (ON=1) : 1
anatype fdbk
curmon bcm1
feedback IA off 2 bcm1
feedback PITA on 1 bcm1
feedback PZT off 20 bpm4b
IAHallCparam slope 200.0
IAparam slope -1.0
PITAparam slope -28790
ncuts 6
cutnames Low_beam Beam_burp Evt_seq Pair_seq Startup Low_beam_c
extlo 10 10 25 25 0 10
exthi 1200 40 25 25 1 1200
#
# command to log run in database (should already have been done)\n
/adaqfs/home/apar/pvdis/runlistDB/addRun2runlist.pl -r -d '2009-11-14 21:53:55' -t -s