Log entry time 17:13:09 on December 1, 1999

Entry number 30500

Beginning-of-run EPICS data for Run Number 1048 at Wed Dec  1 17:12:48 EST 1999
Electron Q3 power supply current        : 63.9791
; Prescale factors for runs.
; This file is read at start of every run.
; Do NOT put spaces in string, NOR add 2nd  string
; The default factor is essentially infinite. 
; ps8 = 65535 turns off the 1 kHz pulser on T8.
; Keep enough T2 and T4 to measure efficiency
;
ps1=1,ps2=4,ps3=1,ps4=4,ps5=1,ps8=65000

Electron Q3 momentum                    : 0.161588
Electron Q3 gauss meter                 : 0.02638
Electron Q3 power supply polarity       : 0
Electron Q1 power supply current        : 0.42
Hadron Q1 power supply current          : 0
Electron Q1 momentum                    : 0.000561335
Hadron Q1 momentum                      : 0
Hadron Q1 gauss meter                   : 2.96e-05
Hadron Q1 power supply polarity         : 0
Hadron Q2 power supply current          : 0.0916775
Hadron Q2 momentum                      : 0.000214193
Hadron Q2 gauss meter                   : -0.0011353
Hadron Q2 power supply polarity         : 0
Hadron D1 power supply current          : 1.96193
Hadron D1 momentum                      : 0
Hadron D1 NMR                           : 0.417058
Hadron Q3 power supply current          : 0.159394
Hadron Q3 momentum                      : 0.000402782
Electron Q1 gauss meter                 : 0.0004709
Electron Q1 power supply polarity       : 1
Electron Q2 power supply current        : 266.179
Electron Q2 momentum                    : 0.621558
Electron Q2 gauss meter                 : 0.1301
Electron Q2 power supply polarity       : 1
Electron D1 power supply current        : 1.11156
Hadron Q3 gauss meter                   : 0.0003131
Electron D1 momentum                    : 0
Hadron Q3 power supply polarity         : 1
Average current of the two cavities     : 0.0147094
Electron D1 NMR                         : 0.158016
Current on Unser monitor                : -3.5411
Electron Q3 power supply current        : 68.4178
Current on Upstream bcm                 : 0.0180459
Electron Q3 momentum                    : 0.172798
Electron Q3 gauss meter                 : 0.031
Current on Downstream bcm               : 0.0113729
Electron Q3 power supply polarity       : 0
Upstream Cavity Coefficient             : 77
Downstream Cavity Coefficient           : 77
Hadron Q1 power supply current          : 0
 Current on IBC0L02 (source)            : 0.00138676
Hadron Q1 momentum                      : 0
Beam energy                             : 845.59
Hadron Q1 gauss meter                   : 2.65e-05
MBSY1c magnet current (amp)             : 0.0377178
Hadron Q1 power supply polarity         : 0
 Radiator 5V Linear Supply              : 5.0232
Hadron Q2 power supply current          : 0.210048
 Radiator Encoder                       : 0.500611
Hadron Q2 momentum                      : 0.000490752
Hadron Q2 gauss meter                   : -0.0011316
Hadron Q2 power supply polarity         : 0
Hadron D1 power supply current          : 1.96382
Hadron D1 momentum                      : 0
Hadron D1 NMR                           : 0.425768
Hadron Q3 power supply current          : 0.173683
Hadron Q3 momentum                      : 0.00043889
Hadron Q3 gauss meter                   : 0.0003246
Hadron Q3 power supply polarity         : 1
Average current of the two cavities     : 0.0145376
Current on Unser monitor                : -3.5411
Current on Upstream bcm                 : 0.0177921
Current on Downstream bcm               : 0.0112831
Upstream Cavity Coefficient             : 77
Downstream Cavity Coefficient           : 77
 Current on IBC0L02 (source)            : 0.00138676
Temp of fore heater on Loop 2 of cryotarget: 
Beam energy                             : 845.59
MBSY1c magnet current (amp)             : 0.0377178
 Radiator 5V Linear Supply              : 5.0232
 Radiator Encoder                       : 0.503053
Temp of fore heater on Loop 3 of cryotarget: 
Temp of fore heater on Loop 2 of cryotarget: 
Temp of aft heater on Loop 2 of cryotarget: 
Temp of fore heater on Loop 3 of cryotarget: 
Temp of aft heater on Loop 3 of cryotarget: 
Temp of aft heater on Loop 2 of cryotarget: 
Pressure of Fill Bottle Deuterium Loop  of cryotarget: 
Temp of aft heater on Loop 3 of cryotarget: 
Pressure of Fill Bottle Hydrogen Loop  of cryotarget: 
Pressure of Fill Bottle Deuterium Loop  of cryotarget: 
Diff Pressure of Fill Exhaust  Deuterium Loop  of cryotarget: 
Pressure of Fill Bottle Hydrogen Loop  of cryotarget: 
Diff Pressure of Fill Exhaust Hydrogen Loop  of cryotarget: 
Diff Pressure of Fill Exhaust  Deuterium Loop  of cryotarget: 
 Pressure of Exhaust  Deuterium Loop  of cryotarget: 
Diff Pressure of Fill Exhaust Hydrogen Loop  of cryotarget: 
Pressure of Exhaust Hydrogen Loop  of cryotarget: 
 Pressure of Exhaust  Deuterium Loop  of cryotarget: 
Pressure of Fill Target Dueterium Loop  of cryotarget: 
Pressure of Exhaust Hydrogen Loop  of cryotarget: 
Pressure of Fill Target Hydrogen Loop  of cryotarget: 
Pressure of Fill Target Dueterium Loop  of cryotarget: 
Readback of L2 set fan frequency         : 
Pressure of Fill Target Hydrogen Loop  of cryotarget: 
Readback of L3 set fan frequency         : 
Readback of L2 set fan frequency         : 
Target position        : 
Electron Arm Collimator                 : 0.616846
Hadron Arm Collimator                   : 0.614941
Readback of L3 set fan frequency         : 
FPP Chamber 1 Threshold                  : 0.17334
FPP Chamber 2 Threshold                  : 0.18457
FPP Chamber 3 Threshold                  : 0.17627
FPP Chamber 4 Threshold                  : 0.189941
FPP Chamber 1 Output gasflow             : 5.61678
FPP Chamber 2  Output gasflow            : 5.48668
 The output gas flow meter fluctuates from 0 to about 5 for FPP ch3 and 4
 in normal operation
FPP Chamber 3  Output gasflow            : 2.27816
FPP Chamber 4  Output gasflow            : 0.00842377
 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
Target position        : 
Electron Arm Collimator                 : 0.616895
FPP 6.0 inch door left IN limit        : 0
Hadron Arm Collimator                   : 0.614844
FPP 9.0 inch door left IN limit       : 0
FPP Chamber 1 Threshold                  : 0.17334
FPP 1.5 inch door right IN limit          : 0
FPP Chamber 2 Threshold                  : 0.18457
FPP Chamber 3 Threshold                  : 0.17627
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 Chamber 4 Threshold                  : 0.189941
Electron Angle Floor Angle               : 12.5
FPP Chamber 1 Output gasflow             : 5.61678
Electron Angle Vernier                   : 16
FPP Chamber 2  Output gasflow            : 5.48668
 The output gas flow meter fluctuates from 0 to about 5 for FPP ch3 and 4
 in normal operation
FPP Chamber 3  Output gasflow            : 2.27816
FPP Chamber 4  Output gasflow            : 0.00842377
 For Fpp carbon door IN Limit= 0 means door is IN
 For Fpp carbon door IN Limit= 1 means door is OUT
Electron Scattering Angle                : 12.3962
Hadron Angle Floor Angle                 : 45
Hadron Angle Vernier                     : 0
FPP 1.5 inch door left IN limit          : 0
Hadron Scattering Angle                  : 45.2169
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
Electron Angle Floor Angle               : 12.5
Electron Angle Vernier                   : 16
Electron Scattering Angle                : 12.3962
Hadron Angle Floor Angle                 : 45
Hadron Angle Vernier                     : 0
Hadron Scattering Angle                  : 45.2169