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User name adev
Log entry time 10:19:55 on June 12, 2000
Entry number 43556
keyword=End_of_Run_1970
****************************
Run Number: 1970
End of Run Comment:
Tar=LH2-15cm,Type=pion_prod,Thcm=-155.,Pmom=0.7418,Emom=3.66,Ene=4.535,Angle_e=14.079,Angle_h=49.72
Time of run = 15.259326 min
Av. current (on 3x) = 56.046708 uA
Av. current (on 1x) = 55.91717 uA
| on 1x | on 3x | on 10x
Av. charge (mC)| 51.1955 | 51.3141 | 48.4568
up-down (mC)| -0.4226 | -0.4565 | 0.6194
Trigger | Scaler/charge(3x)|Scaler/time/ps| Scaler | Prescale| Scaler/charge(1x)
1 | 1786736.6 /mC | 7.703 Hz | 91684780 | 13000 | 1790875.8 /mC
2 | 187282.0 /mC | 8.074 Hz | 9610205 | 1300 | 187715.8 /mC
3 | 2022626.1 /mC | 8.097 Hz | 103789240 | 14000 | 2027311.8 /mC
4 | 4428.0 /mC | 1.034 Hz | 227217 | 240 | 4438.2 /mC
5 | 34046.2 /mC | 1908.175 Hz | 1747048 | 1 | 34125.0 /mC
output 1424.600 Hz
Av. deadtime from accepted triggers = 0.2630
Av. deadtime from gated scalers = 0.2200
Trigger | Plus Helicity | Minus Helicity | Sum
1 | 100295.08 Hz | 100011.29 Hz | 100140.7 Hz
2 | 10526.262 Hz | 10470.342 Hz | 10496.537 Hz
3 | 113536.36 Hz | 113217.0 Hz | 113361.53 Hz
4 | 248.68353 Hz | 247.5442 Hz | 248.17282 Hz
5 | 1915.2022 Hz | 1910.7585 Hz | 1908.1751 Hz
output | 1429.0443 Hz | 1420.5241 Hz | 1424.600 Hz
Accepted triggers = 1304306.0
Time of run = 15.259326 min
Time of run h- = 7.543636 min
Time of run h+ = 7.54292 min
1-(sum of time hel + and -)/( run time) = 1.1322e-02
helicity | Gate on + and run | Gate on - and run | Gate on run
+ | 11.237936 Hz | 0.0 Hz | 11.237936 Hz
- | 0.0 Hz | 11.237936 Hz | 11.239028 Hz
Signal | Gate on + and run | Gate on - and run | Gate on run |
| Charge (C) | Charge (C) | Charge (C)
upstream | 0.0252363 | 0.0251738 | 0.0509842
upstream 3x | 0.0252856 | 0.0252247 | 0.0510859
upstream 10x| 0.0241302 | 0.0240866 | 0.0487665
downstream | 0.0254455 | 0.0253823 | 0.0514068
downstream 3x | 0.0255108 | 0.0254506 | 0.0515424
downstream 10x| 0.0238242 | 0.0237802 | 0.0481471
Signal | Asymmetry
|
upstream | -1.23983090e-03
upstream 3x | -1.20569470e-03
upstream 10x| -9.04249140e-04
downstream | -1.24341400e-03
downstream 3x | -1.18128620e-03
downstream 10x| -9.24284310e-04
****************************
End-of-run EPICS data for Run Number 1970 at Mon Jun 12 10:19:44 EDT 2000
Electron D1 momentum : 3.66001
Electron arm angle : 0
Hadron D1 momentum : 0.7418
Hadron arm angle : 49.7202
Tiefenbach Hall A energy : 4524.96
Electron arm mispointing (HPT) : 0
Hadron arm mispointing (HPT) : 1.42219
Electron Q1 power supply current : 2753.8
Electron Q1 momentum : 3.66035
Electron Q1 gauss meter : -0.23318
Electron Q1 power supply polarity : 0
Electron Q2 power supply current : 1576.18
Electron Q2 momentum : 3.66042
Electron Q2 gauss meter : 0.8296
Electron Q2 power supply polarity : 1
Electron D1 power supply current : 1325.01
Electron D1 momentum : 3.66001
Electron D1 NMR : 1.35574
Electron Q3 power supply current : 1457.12
Electron Q3 momentum : 3.66002
Electron Q3 gauss meter : -0.7265
Electron Q3 power supply polarity : 1
Hadron Q1 power supply current : 557.97
Hadron Q1 momentum : 0.742046
Hadron Q1 gauss meter : 0.014172
Hadron Q1 power supply polarity : 1
Hadron Q2 power supply current : 319.232
Hadron Q2 momentum : 0.741767
Hadron Q2 gauss meter : -0.16884
Hadron Q2 power supply polarity : 1
Hadron D1 power supply current : 255.372
Hadron D1 momentum : 0.7418
Hadron D1 NMR : 0.275273
Hadron Q3 power supply current : 295.089
Hadron Q3 momentum : 0.741599
Hadron Q3 gauss meter : -0.13283
Hadron Q3 power supply polarity : 0
Average current of the two cavities : 70.1734
Current on Unser monitor : 65.5077
Current on Upstream bcm : 70.1491
Current on Downstream bcm : 70.1976
Upstream Cavity Coefficient : 77
Downstream Cavity Coefficient : 77.57
Current on IBC0L02 (source) : 69.5047
MBSY1c Hall A Beam energy : 4537.98
MBSY1c magnet current (amp) : 189.27
MBSY1c Bdl : 1.13246e+06
MBSY3c Hall C Beam energy : 6729.4
Tiefenbach Hall A energy : 4524.96
Tiefenbach Hall C energy : 6702.57
Delta(E)/E width (MV_AI_DXWID) : 18.8767
IPM1C12.XPOS : 0.0103576
IPM1H04A.XPOS : 0.682424
IPM1H04A.YPOS : -0.993334
IPM1H04B.XPOS : 0.0424391
IPM1H04B.YPOS : 0.0560571
Electron Arm Collimator : 0.868506
Hadron Arm Collimator : 0.865381
HacE_HPM_LVDT:VALr : -6814
HacE_VPM_LVDT:VALr : 1594
HacE_HPE1313A:0_Ch58 : -0.186523
HacE_HPE1313A:0_Ch55 : 27.1484
HacE_HPE1313A:0_Ch54 : 0.00732422
HacE_alignROLL : 0
HacE_alignPITCH : 0
HacE_alignHPT : 0
HacH_HPM_LVDT:VALr : -3847
HacH_VPM_LVDT:VALr : -720
HacH_HPE1313A:0_Ch58 : -0.48291
HacH_HPE1313A:0_Ch55 : 25.9277
HacH_HPE1313A:0_Ch54 : -0.787598
HacH_alignROLL : -0.302065
HacH_alignPITCH : -0.0723014
HacH_alignHPT : 1.42194
haBDSPOS : 5.35401e+06
haL1_Fan_frequency_R : 0
haL2_Fan_frequency_R : 63
haL3_Fan_frequency_R : 0
haH2_P_Fill_Target_R : 25.19
haH2_P_Exhaust_R : 24.19
haH2_P_Fill_Bottle_R : 21.57
haH2_DP_Fill_Exhaust_R : 0.2768
haD2_P_Fill_Target_R : 0
haD2_P_Exhaust_R : 0
haD2_P_Fill_Bottle_R : 0
haD2_DP_Fill_Exhaust_R : 26.698
haSC200_6_Sensor_1_R : 247.46
haSC200_6_Sensor_2_R : 22.64
haSC200_6_Sensor_3_R : 102.81
haSC200_6_Sensor_4_R : 103.48
haHe_Omega_DPG_Sensor_R : -0.038
haITC502_1_Sensor_1_R : 52.25
haITC502_1_Sensor_2_R : 52.6
haITC502_1_Sensor_3_R : 62.53
haITC502_2_Sensor_1_R : 19.38
haITC502_2_Sensor_2_R : 19.38
haITC502_2_Sensor_3_R : 19.75
haITC502_4_Sensor_1_R : 81.2
haITC502_4_Sensor_2_R : 19.6
haITC502_4_Sensor_3_R : 73
haITC502_5_Sensor_1_R : 52.96
haITC502_5_Sensor_2_R : 52.82
haITC502_5_Sensor_3_R : 112.2
haITC502_6_Sensor_1_R : 54.98
haITC502_6_Sensor_2_R : 60.16
haITC502_6_Sensor_3_R : 13.58
Electron VDC Top HV : 3.99414
Electron VDC Bottom HV : 3.98828
Hadron VDC Top HV : 4.00146
Hadron VDC Bottom HV : 3.99756
Electron Arm Collimator : 0.868457
Hadron Arm Collimator : 0.86543
FPP Chamber 1 Threshold : 3.88525
FPP Chamber 2 Threshold : 4.01807
FPP Chamber 3 Threshold : 6.94629
FPP Chamber 4 Threshold : 7.05029
FPP Chamber 1 Output gasflow : 5.42397
FPP Chamber 2 Output gasflow : 5.40993
FPP Chamber 3 Output gasflow : 3.49025
FPP Chamber 4 Output gasflow : 4.01907
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 : 1
FPP 9.0 inch door left IN limit : 1
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 : 1
FPP 9.0 inch door right IN limit : 1
FPP Front Master HV Channel 0 : 0
FPP Front Master HV Channel 1 : 1874.2
FPP Front Master HV Channel 2 : 1876.2
FPP Front HV Channel 0 : 1877.3
FPP Front HV Channel 1 : 1877.3
FPP Front HV Channel 2 : 1877.3
FPP Front HV Channel 3 : 1877.3
FPP Front HV Channel 4 : 1877.3
FPP Front HV Channel 5 : 1877.3
FPP Front HV Channel 8 : 1874.2
FPP Front HV Channel 9 : 1874.2
FPP Front HV Channel 16 : 1876.2
FPP Front HV Channel 11 : 1874.2
FPP Front HV Channel 12 : 1874.2
FPP Front HV Channel 13 : 1874.2
FPP Rear Master HV Channel 0 : 1875
FPP Rear Master HV Channel 1 : 1876.2
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 : 1876.2
FPP Rear HV Channel 10 : 1876.2
FPP Rear HV Channel 11 : 1876.2
FPP Rear HV Channel 12 : 1876.2
FPP Rear HV Channel 13 : 1876.2
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 : 72.1753
Helicity Mode ON/OFF Random/Toggle : ON
Wien BDL : 1644.7
Wien field : 48.405
Laser attenuation Hall A : 600
Laser power Hall A : 72