NEXT
Make New Entry,
Make Followup Entry
User name apar
Log entry time 03:28:27 on December 20, 2009
Entry number 308360
keyword=Start_Parity_Run_14791__CODA_Config=Pvdis_Run_type=Other,beam_energy=4.87,beam_polarization=87,beam_raster=on,comment_text=Oversampling test on tantalum target (oversampling factor 10),dithering_magnet=on,dithering_magnets=,leftarm_p=3660,leftarm_theta=12.9,parity_feedback=on,parity_ihwp=out,rightarm_p=3100,rightarm_theta=12.9,target_fanspeed=60 Hz,target_type=Thick Tantalum
Beginning-of-Parity-run EPICS data for Run Number 14791 at Sun Dec 20 03:27:25 EST 2009
CODA Configuration: Pvdis
# Timing board information: # Integrate Time = 3.25 ms, Ramp Delay = 0.00 us oversamp 10
Compton Run Number : 21678
-----------------------------------------
Wien angle : 90.4685
Wien BDL : 2098.1
Wien field : 60.306
Laser attenuation Hall A : 179
Laser power Hall A : 100
Beam Half-wave plate Set(off=out) : OUT
Beam Half-wave plate Read(off=out) : OUT
Rotating waveplate : 1200
IA Cell Setpoint Hall A : 4.79
IA Cell Setpoint Hall C : 4.87
PZT X Setpoint Hall A : 5.25
PZT Y Setpoint Hall A : 5
PZT X Setpoint Common : 5
PZT Y Setpoint Common : 5
Gun2: PC (PITA) POS : 7.824
Gun2: PC (PITA) NEG : 6.876
Gun3: PC (PITA) POS : 5.0246
Gun3: PC (PITA) NEG : 5
Pockels Cell Voltage POS : 1.75336
Pockels Cell Voltage NEG : 1.55311
Helicity Clock Set : Free Clock
Helicity Delay Set : 8 cycles
Helicity Pattern Set : Quartet
Helicity Clock Read : Free Clock
Helicity Settle Read : 500
Helicity Delay Read : 8 cycles
Helicity Pattern Read : Quartet
Helicity Frequency : 29.5596
-----------------------------------------
Compton stuffs
-----------------------------------------
Laser power : Pwr746mW
Calculated power in cavity : 807.173
Photodiode on table : 382.602
Laser X position on QPD 1 : 170.762
Laser Y position on QPD 1 : 478.935
Laser X position on QPD 2 : -15.6962
Laser Y position on QPD 2 : -600.085
QPD 1 sum : -1.66514
QPD 2 sum : -1.19392
Position set point for adjustable
mirror 1 (either x or y) : -2335[c]
Position set point for adjustable
mirror 2 (either x or y) : 100[c]
Laser minimum temperature (35.8) : 35.8
Laser temperature set point : +47.2832
Polarisation in cavity : LEFT
Reflection photodiode : 0.364402
Gain of locking servo : 168
Tracking level (V) of locking servo : 0.66
Slow locking signal sent to laser : 0.327779
Fast locking signal sent to laser : -4.75554
Calculated polarisation in cavity : 97.8694
Photodiode 1 after Wollaston prism : 0.679598
Photodiode 2 after Wollaston prism : 63.1152
Step size for RHWP scan : 0
Laser temp slow ramp (1 = on) : ON
Extent of laser temp slow ramp (C) : 0.1
Speed of laser temp slow ramp up : 150
Speed of laser temp slow ramp down : 150
Left S1 HV
S1 Slot1 ch0 : -1660.9
S1 Slot1 ch1 : -1785.3
S1 Slot1 ch2 : -1621.1
S1 Slot1 ch3 : -1676.5
S1 Slot1 ch4 : -1657.1
S1 Slot1 ch5 : -1870.7
S1 Slot1 ch6 : -1836.6
S1 Slot1 ch7 : -1675.6
S1 Slot1 ch8 : -1556.9
S1 Slot1 ch9 : -1621.1
S1 Slot1 ch10 : -1746.5
S1 Slot1 ch11 : -1760.6
-----
Left S2 HV Left PMTs
S2 Slot0 ch0 Left : -1639.8
S2 Slot0 ch1 Left : -1690.8
S2 Slot0 ch2 Left : -2015.1
S2 Slot0 ch3 Left : -1820.9
S2 Slot0 ch4 Left : -1858.4
S2 Slot0 ch5 Left : -1661.7
S2 Slot0 ch6 Left : -1836.8
S2 Slot0 ch7 Left : -1803.6
S2 Slot0 ch8 Left : -1796.6
S2 Slot0 ch9 Left : -1918.4
S2 Slot0 ch10 Left : -1975.6
S2 Slot0 ch11 Left : -1823.7
S2 Slot13 ch0 Left : -1954.5
S2 Slot13 ch1 Left : -2006.7
S2 Slot13 ch2 Left : -1776.6
S2 Slot13 ch3 Left : -1559.8
-----
Left S2 HV Right PMTs
S2 Slot12 ch0 Right : -1484.3
S2 Slot12 ch1 Right : -1627.6
S2 Slot12 ch2 Right : -1780.8
S2 Slot12 ch3 Right : -1699.9
S2 Slot12 ch4 Right : -1758
S2 Slot12 ch5 Right : -1731.7
S2 Slot12 ch6 Right : -1765.1
S2 Slot12 ch7 Right : -1472.1
S2 Slot12 ch8 Right : -1825.3
S2 Slot12 ch9 Right : -1700
S2 Slot12 ch10 Right : -1829.3
S2 Slot12 ch11 Right : -1550.9
S2 Slot13 ch4 Right : -1553
S2 Slot13 ch5 Right : -1635.9
S2 Slot13 ch6 Right : -1650
S2 Slot13 ch7 Right : -1626.6
-----
Left Cerenkov HV
GCER Slot2 ch0 : -1522.3
GCER Slot2 ch1 : -1436.5
GCER Slot2 ch2 : -1511.2
GCER Slot2 ch3 : -1421.2
GCER Slot2 ch4 : -1766.4
GCER Slot2 ch5 : -1991.3
GCER Slot2 ch6 : -17.1
GCER Slot2 ch7 : -1724.8
GCER Slot2 ch8 : -1960.8
GCER Slot2 ch9 : -1519.7
GCER Slot2 ch10 : -1745.2
GCER Slot2 ch11 : -15.3
-----
Left Pion Rejector Layer 1 HV
PRL1 Slot3 ch0 : -900.3
PRL1 Slot3 ch1 : -815.1
PRL1 Slot3 ch2 : -931.9
PRL1 Slot3 ch3 : -985.8
PRL1 Slot3 ch4 : -787.1
PRL1 Slot3 ch5 : -886.9
PRL1 Slot3 ch6 : -1095
PRL1 Slot3 ch7 : -1012.6
PRL1 Slot3 ch8 : -834.9
PRL1 Slot3 ch9 : -816.1
PRL1 Slot3 ch10 : -886.6
PRL1 Slot3 ch11 : -810.2
PRL1 Slot4 ch0 : -901.1
PRL1 Slot4 ch1 : -931.4
PRL1 Slot4 ch2 : -768.2
PRL1 Slot4 ch3 : -941.2
PRL1 Slot4 ch4 : -921.7
PRL1 Slot4 ch5 : -901.3
PRL1 Slot4 ch6 : -920.2
PRL1 Slot4 ch7 : -796.5
PRL1 Slot4 ch8 : -883.2
PRL1 Slot4 ch9 : -810.7
PRL1 Slot4 ch10 : -911.3
PRL1 Slot4 ch11 : -851.5
PRL1 Slot5 ch0 : -885.9
PRL1 Slot5 ch1 : -829.7
PRL1 Slot5 ch2 : -778.7
PRL1 Slot5 ch3 : -836.2
PRL1 Slot5 ch4 : -840.9
PRL1 Slot5 ch5 : -755.2
PRL1 Slot5 ch6 : -800.4
PRL1 Slot5 ch7 : -860.3
PRL1 Slot5 ch8 : -881.3
PRL1 Slot5 ch9 : -968.3
PRL1 Slot5 ch10 : -5
PRL1 Slot5 ch11 : -14.9
-----
Left Pion Rejector Layer 2 HV
PRL2 Slot9 ch0 : -804.7
PRL2 Slot9 ch1 : -796.3
PRL2 Slot9 ch2 : -820.8
PRL2 Slot9 ch3 : -772.6
PRL2 Slot9 ch4 : -720.6
PRL2 Slot9 ch5 : -901
PRL2 Slot9 ch6 : -795.8
PRL2 Slot9 ch7 : -990.2
PRL2 Slot9 ch8 : -924.2
PRL2 Slot9 ch9 : -865.2
PRL2 Slot9 ch10 : -1080.7
PRL2 Slot9 ch11 : -1054.4
PRL2 Slot10 ch0 : -807
PRL2 Slot10 ch1 : -861.3
PRL2 Slot10 ch2 : -1009.7
PRL2 Slot10 ch3 : -904.5
PRL2 Slot10 ch4 : -864.8
PRL2 Slot10 ch5 : -825.6
PRL2 Slot10 ch6 : -838.1
PRL2 Slot10 ch7 : -829.4
PRL2 Slot10 ch8 : -1190.4
PRL2 Slot10 ch9 : -1041.2
PRL2 Slot10 ch10 : -1081.1
PRL2 Slot10 ch11 : -836.5
PRL2 Slot11 ch0 : -1075.5
PRL2 Slot11 ch1 : -900.4
PRL2 Slot11 ch2 : -946.3
PRL2 Slot11 ch3 : -765.8
PRL2 Slot11 ch4 : -914.8
PRL2 Slot11 ch5 : -823.8
PRL2 Slot11 ch6 : -839
PRL2 Slot11 ch7 : -890.5
PRL2 Slot11 ch8 : -785.9
PRL2 Slot11 ch9 : -840.6
PRL2 Slot11 ch10 : -2.9
PRL2 Slot11 ch11 : -11.7
-----
-----------------------------------------
Left Arm Magnets
-----------------------------------------
Left Arm Q1 power supply current : 2670.76
Left Arm Q1 momentum : 3.54997
Left Arm Q1 gauss meter : -0.22505
Left Arm Q1 power supply polarity : 1
Left Arm Q2 power supply current : 1528.48
Left Arm Q2 momentum : 3.54965
Left Arm Q2 gauss meter : 0.8025
Left Arm Q2 power supply polarity : disabled
Left Arm D1 power supply current : 1269.93
Left Arm D1 momentum : 3.54992
Left Arm D1 NMR : 1.3149
Left Arm Q3 power supply current : 1412.88
Left Arm Q3 momentum : 3.54889
Left Arm Q3 gauss meter : -0.71228
Left Arm Q3 power supply polarity : disabled
-----------------------------------------
Right Arm Magnets
-----------------------------------------
Right Arm Q1 power supply current : 2331.3
Right Arm Q1 momentum : 3.10041
Right Arm Q1 gauss meter : -0.05786
Right Arm Q1 power supply polarity : 1
Right Arm Q2 power supply current : 1334.13
Right Arm Q2 momentum : 3.09997
Right Arm Q2 gauss meter : 0.6974
Right Arm Q2 power supply polarity : enabled
Right Arm D1 power supply current : 1118.97
Right Arm D1 momentum : 3.09998
Right Arm D1 NMR : 1.15037
Right Arm Q3 power supply current : 1233.47
Right Arm Q3 momentum : 3.09987
Right Arm Q3 gauss meter : 0.5519
Right Arm Q3 power supply polarity : disabled
-----------------------------------------
VDC Currents & Voltages
-----------------------------------------
Left Arm Top VDC Current : -0.976562
Left Arm Bottom VDC Current : 0.244141
Right Arm Top VDC Current : 19.7266
Right Arm Bottom VDC Current : -4.29688
Left Arm Top VDC voltage : 3.99756
Left Arm Bottom VDC voltage : 4.00098
Right Arm Top VDC voltage : 3.99805
Right Arm Bottom VDC voltage : 3.99512
-----------------------------------------
HallA & Injector BCMs and Energy
-----------------------------------------
Average current of the two cavities : 81.762
Current on Unser monitor : 100.276
Current on Upstream bcm : 77.8636
Current on Downstream bcm : 85.6604
Upstream Cavity Coefficient : 42.6
Downstream Cavity Coefficient : 43.8
Current on IBC0L02 (source) : 79.5735
Tiefenbach Hall A energy : 4867.37
Tiefenbach Hall C energy : 6070.48
Delta(E)/E width (MV_AI_DXWID) : 0.59319
MBSY1c Hall A Beam energy : 4877.58
MBSY3c Hall C Beam energy : 6090.49
MBSY1c magnet current (amp) : 203.554
MBSY1c Bdl : 1.21721e+06
-----------------------------------------
ARC stuff and Raster
-----------------------------------------
Arc1 dp/p : 0
Arc2 dp/p : 0
Raster X width : 6
Raster Y width : 6
-----------------------------------------
Target BPMs
-----------------------------------------
IPM1C12.XPOS : 0.0105407
IPM1C12.YPOS : -0.389941
IPM1H04A.XPOS : -0.727047
IPM1H04A.YPOS : -0.0572588
IPM1H04B.XPOS : -0.689336
IPM1H04B.YPOS : -0.132283
Survey X offset bpm4A : -0.63
Survey Y offset bpm4A : -0.9
Survey X offset bpm4B : 0.77
Survey Y offset bpm4B : -1
Survey X offset bpm12 : 0.0105407
Survey Y offset bpm12 : -0.389941
Survey X HI SAT bpm12 : 0
Survey Y HI SAT bpm12 : 0
-----------------------------------------
Left Arm Collimator
-----------------------------------------
Left Arm Collimator : 0.870654
HacL_HPE1313A:0_Ch58 : -0.250977
HacL_HPE1313A:0_Ch55 : 23.2422
HacL_HPE1313A:0_Ch54 : 0.0439453
Left Arm Angle Floor Angle : 13
Left Arm Angle Vernier : 16
Left Arm Scattering Angle : 12.9132
-----------------------------------------
Right Arm Collimator
-----------------------------------------
Right Arm Collimator : -0.000244141
HacR_HPE1313A:0_Ch58 : -0.632324
HacR_HPE1313A:0_Ch55 : 22.2656
HacR_HPE1313A:0_Ch54 : -1.021
Right Arm Angle Floor Angle : 13
Right Arm Angle Vernier : -50.5
Right Arm Scattering Angle : 12.9059
-----------------------------------------
CRYO TARGET INFO
-----------------------------------------
Target : Thick Tantalum
Encoder position : 6128624
fan frequency loop 1 : 14.5
fan frequency loop 2 : 0
fan frequency loop 3 : 0
temperature loop 1-1 : 30
temperature loop 1-2 : 30.04
temperature loop 1-3 : 36.8
temperature loop 2-1 : 100.09
temperature loop 2-2 : 95.14
temperature loop 2-3 : 119.99
temperature loop 3-1 : 0
temperature loop 3-2 : 0
temperature loop 3-3 : 0
pressure fill target H2 : 25.4795
pressure fill bottle H2 : 25.452
pressure ballast H2 : 25.9266
pressure exhaust H2 : 24.8127
cryogen input temp : 214.9
crogen return flow : 0.41655
JT valve setting : 0.195312
-----------------------------------------
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 14791 -d '2009-12-20 03:27:15' -t 6128624 -s OUT