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User name adev
Log entry time 10:36:51 on May 21, 2000
Entry number 41543
keyword=End_of_Run_1127
****************************
Run Number: 1127
End of Run Comment:
Tar=LH2-15cm,Type=Elastic,Pmom=1.3782,Emom=3.8067,Ene=4.535,Angle_e=16.15,Angle_h=50.33
ps set to 500,500,500,500,1 raster 4x4
Time of run = 12.492708 min
Av. current (on 3x) = 48.25655 uA
Av. current (on 1x) = 48.127941 uA
| on 1x | on 3x | on 10x
Av. charge (mC)| 36.0749 | 36.1713 | 36.2018
up-down (mC)| -0.1740 | -0.1904 | 0.0176
Trigger | Scaler/charge(3x)|Scaler/time/ps| Scaler | Prescale| Scaler/charge(1x)
1 | 475883.6 /mC | 45.929 Hz | 17213329 | 500 | 477155.3 /mC
2 | 30429.9 /mC | 2.937 Hz | 1100688 | 500 | 30511.2 /mC
3 | 57878.3 /mC | 5.586 Hz | 2093534 | 500 | 58033.0 /mC
4 | 7713.6 /mC | 0.744 Hz | 279011 | 500 | 7734.2 /mC
5 | 34706.7 /mC | 1674.825 Hz | 1255386 | 1 | 34799.4 /mC
output 1373.612 Hz
Av. deadtime from accepted triggers = 0.2060
Av. deadtime from gated scalers = 0.2038
Trigger | Plus Helicity | Minus Helicity | Sum
1 | 22990.75 Hz | 22939.499 Hz | 22964.501 Hz
2 | 1470.9557 Hz | 1466.3001 Hz | 1468.4406 Hz
3 | 2794.6739 Hz | 2791.7403 Hz | 2793.0079 Hz
4 | 372.12667 Hz | 372.4598 Hz | 372.2318 Hz
5 | 1675.25 Hz | 1674.4716 Hz | 1674.825 Hz
output | 1373.937 Hz | 1373.3686 Hz | 1373.612 Hz
Accepted triggers = 1029608.0
Time of run = 12.492708 min
Time of run h- = 6.176237 min
Time of run h+ = 6.176302 min
1-(sum of time hel + and -)/( run time) = 1.1220e-02
helicity | Gate on + and run | Gate on - and run | Gate on run
+ | 11.266572 Hz | 0.0 Hz | 11.266572 Hz
- | 0.0 Hz | 11.265238 Hz | 11.266572 Hz
Signal | Gate on + and run | Gate on - and run | Gate on run |
| Charge (C) | Charge (C) | Charge (C)
upstream | 0.0178070 | 0.0177812 | 0.0359879
upstream 3x | 0.0178497 | 0.0178245 | 0.0360761
upstream 10x| 0.0179165 | 0.0178913 | 0.0362106
downstream | 0.0178931 | 0.0178671 | 0.0361619
downstream 3x | 0.0179435 | 0.0179185 | 0.0362665
downstream 10x| 0.0179074 | 0.0178826 | 0.0361930
Signal | Asymmetry
|
upstream | -7.24959400e-04
upstream 3x | -7.06392860e-04
upstream 10x| -7.03757280e-04
downstream | -7.27065280e-04
downstream 3x | -6.97116730e-04
downstream 10x| -6.92930990e-04
****************************
End-of-run EPICS data for Run Number 1127 at Sun May 21 10:36:39 EDT 2000
Electron D1 momentum : 3.8067
Electron arm angle : 16.1493
Hadron D1 momentum : 1.378
Hadron arm angle : 50.3258
Tiefenbach Hall A energy : 4524.97
Electron arm mispointing (HPT) : 4.28282
Hadron arm mispointing (HPT) : 1.01817
Electron Q1 power supply current : 2864.08
Electron Q1 momentum : 3.80695
Electron Q1 gauss meter : -0.24245
Electron Q1 power supply polarity : 0
Electron Q2 power supply current : 1639.12
Electron Q2 momentum : 3.80659
Electron Q2 gauss meter : 0.8626
Electron Q2 power supply polarity : 1
Electron D1 power supply current : 1397.99
Electron D1 momentum : 3.8067
Electron D1 NMR : 1.41018
Electron Q3 power supply current : 1515.46
Electron Q3 momentum : 3.80655
Electron Q3 gauss meter : -0.7557
Electron Q3 power supply polarity : 1
Hadron Q1 power supply current : 1036.18
Hadron Q1 momentum : 1.37801
Hadron Q1 gauss meter : 0.02616
Hadron Q1 power supply polarity : 1
Hadron Q2 power supply current : 592.997
Hadron Q2 momentum : 1.37789
Hadron Q2 gauss meter : -0.3124
Hadron Q2 power supply polarity : 1
Hadron D1 power supply current : 472.077
Hadron D1 momentum : 1.378
Hadron D1 NMR : 0.511359
Hadron Q3 power supply current : 548.269
Hadron Q3 momentum : 1.37788
Hadron Q3 gauss meter : -0.2461
Hadron Q3 power supply polarity : 0
Average current of the two cavities : 48.6557
Current on Unser monitor : 43.6864
Current on Upstream bcm : 48.4813
Current on Downstream bcm : 48.8255
Upstream Cavity Coefficient : 77
Downstream Cavity Coefficient : 77.57
Current on IBC0L02 (source) : 48.5869
MBSY1c Hall A Beam energy : 4537.99
MBSY1c magnet current (amp) : 189.27
MBSY1c Bdl : 1.13246e+06
MBSY3c Hall C Beam energy : 6729.4
Tiefenbach Hall A energy : 4524.97
Tiefenbach Hall C energy : 6702.57
Delta(E)/E width (MV_AI_DXWID) : 10.7185
IPM1H04A.XPOS : 0.606068
IPM1H04A.YPOS : -1.05132
IPM1H04B.XPOS : 0.000417226
IPM1H04B.YPOS : 0.0897494
Electron Arm Collimator : 0.617041
Hadron Arm Collimator : 0.61499
HacE_HPM_LVDT:VALr : -7325
HacE_VPM_LVDT:VALr : 1962
HacE_HPE1313A:0_Ch58 : -0.152832
HacE_HPE1313A:0_Ch55 : 26.3672
HacE_HPE1313A:0_Ch54 : -0.00244141
HacE_alignROLL : 0.344682
HacE_alignPITCH : -0.13265
HacE_alignHPT : 4.28282
HacH_HPM_LVDT:VALr : -3471
HacH_VPM_LVDT:VALr : -568
HacH_HPE1313A:0_Ch58 : -0.489258
HacH_HPE1313A:0_Ch55 : 25.1465
HacH_HPE1313A:0_Ch54 : -0.817871
HacH_alignROLL : -0.334102
HacH_alignPITCH : -0.0658253
HacH_alignHPT : 1.0182
haBDSPOS : 5.354e+06
haL1_Fan_frequency_R : 0
haL2_Fan_frequency_R : 60
haL3_Fan_frequency_R : 0
haH2_P_Fill_Target_R : 24.42
haH2_P_Exhaust_R : 23.87
haH2_P_Fill_Bottle_R : 20.91
haH2_DP_Fill_Exhaust_R : 0.0051
haD2_P_Fill_Target_R : 0
haD2_P_Exhaust_R : 0
haD2_P_Fill_Bottle_R : 0
haD2_DP_Fill_Exhaust_R : 26.846
haSC200_6_Sensor_1_R : 246.47
haSC200_6_Sensor_2_R : 22.92
haSC200_6_Sensor_3_R : 119.98
haSC200_6_Sensor_4_R : 121.1
haHe_Omega_DPG_Sensor_R : -0.054
haITC502_1_Sensor_1_R : 51.51
haITC502_1_Sensor_2_R : 51.88
haITC502_1_Sensor_3_R : 60.59
haITC502_2_Sensor_1_R : 19.01
haITC502_2_Sensor_2_R : 19.01
haITC502_2_Sensor_3_R : 19.28
haITC502_4_Sensor_1_R : 79.5
haITC502_4_Sensor_2_R : 19.2
haITC502_4_Sensor_3_R : 74.6
haITC502_5_Sensor_1_R : 51.56
haITC502_5_Sensor_2_R : 51.99
haITC502_5_Sensor_3_R : 97.1
haITC502_6_Sensor_1_R : 54.25
haITC502_6_Sensor_2_R : 58.07
haITC502_6_Sensor_3_R : 10.98
Electron VDC Top HV : 3.99805
Electron VDC Bottom HV : 3.99805
Hadron VDC Top HV : 3.99463
Hadron VDC Bottom HV : 3.99219
Electron Arm Collimator : 0.616992
Hadron Arm Collimator : 0.61499
FPP Chamber 1 Threshold : 3.8916
FPP Chamber 2 Threshold : 4.01123
FPP Chamber 3 Threshold : 6.94629
FPP Chamber 4 Threshold : 7.05713
FPP Chamber 1 Output gasflow : 5.40431
FPP Chamber 2 Output gasflow : 5.39121
FPP Chamber 3 Output gasflow : 3.56513
FPP Chamber 4 Output gasflow : 4.15292
For Fpp carbon door IN Limit= 0 means door is IN
For Fpp carbon door IN Limit= 1 means door is OUT
FPP 1.5 inch door left IN limit : 0
FPP 3.0 inch door left IN limit : 0
FPP 6.0 inch door left IN limit : 0
FPP 9.0 inch door left IN limit : 0
FPP 1.5 inch door right IN limit : 0
FPP 3.0 inch door right IN limit : 0
FPP 6.0 inch door right IN limit : 0
FPP 9.0 inch door right IN limit : 0
FPP Front Master HV Channel 0 : 1876.4
FPP Front Master HV Channel 1 : 1875.1
FPP Front Master HV Channel 2 : 1874.4
FPP Front HV Channel 0 : 1876.4
FPP Front HV Channel 1 : 1876.4
FPP Front HV Channel 2 : 1876.4
FPP Front HV Channel 3 : 1876.4
FPP Front HV Channel 4 : 1876.4
FPP Front HV Channel 5 : 1876.4
FPP Front HV Channel 8 : 1875.1
FPP Front HV Channel 9 : 1875.1
FPP Front HV Channel 16 : 1874.4
FPP Front HV Channel 11 : 1875.1
FPP Front HV Channel 12 : 1875.1
FPP Front HV Channel 13 : 1875.1
FPP Rear Master HV Channel 0 : 1875
FPP Rear Master HV Channel 1 : 1874.3
FPP Rear Master HV Channel 2 : 1875
FPP Rear HV Channel 0 : 1875
FPP Rear HV Channel 1 : 1875
FPP Rear HV Channel 2 : 1875
FPP Rear HV Channel 3 : 1875
FPP Rear HV Channel 4 : 1875
FPP Rear HV Channel 5 : 1875
FPP Rear HV Channel 9 : 1874.3
FPP Rear HV Channel 10 : 1874.3
FPP Rear HV Channel 11 : 1874.3
FPP Rear HV Channel 12 : 1874.3
FPP Rear HV Channel 13 : 1874.3
FPP Rear HV Channel 16 : 1875
FPP Rear HV Channel 17 : 1875
FPP Rear HV Channel 18 : 1875
FPP Rear HV Channel 19 : 1875
FPP Rear HV Channel 20 : 1875
FPP Rear HV Channel 21 : 1875
Wien angle : 72.0696
Helicity Mode ON/OFF Random/Toggle : ON
Wien BDL : 1644.7
Wien field : 48.405
Laser attenuation Hall A : 425
Laser power Hall A : 72