Log entry time 17:31:40 on October 26, 2008

Entry number 244750

****************************
 Run Number: 2196
 End of Run Comment:
Run_type=Calibration,target_type=Empty,beam_e0=1.192,beam_raster=off,leftarm_p=1.000,leftarm_theta=16,leftarm_sieve=out,bbarm_i=0,bbarm_theta=35,bbarm_sieve=out,bbarm_zoff=0,comment_text=check bpm signals
 

PRESCALE FACTORS:can't read "psfacline": no such variable
    while executing
"$w insert end "$psfacline..."
    (procedure "halla_scaler_process" line 367)
    invoked from within
"halla_scaler_process .mid.tex scalerinfo "

****************************
G0 Helicity Cycle Rate Read : 30 Hz
HacL_HPE1313A:0_Ch54 : 0.0898438
End-of-run EPICS data for Run Number 2196 at Sun Oct 26 17:29:56 EDT 2008

RICH Vmon 16 : 2102.6
Current on Unser monitor : -7.03304
Left Arm Q2 power supply polarity : disabled
Current on Upstream bcm : 0.0558032
Current on Downstream bcm : 0.0133158
Wien angle : 0.195965
Left Arm D1 power supply current : 333.205
Left Arm Angle Vernier : 31.5
Half-wave plate (off=out) : OUT
Left Arm D1 momentum : 0.999987
Upstream Cavity Coefficient : 43.377
Left Arm Scattering Angle : 16.0026
Left Arm D1 momentum : 0.999987
Downstream Cavity Coefficient : 42.913
Left VDC -DISC LVL Top : 3.896
Left Arm arm angle : 16.0026
Left Arm D1 NMR : 0.370226
Current on IBC0L02 (source) : 0.00349161
HALLA:p : 2398.71
Left VDC -DISC LVL Bottom : 3.96045
Left Arm Q3 gauss meter : -0.2009
Hall C Current : 3.03901
HALLA:dpp : 0
Left Arm Q3 power supply current : 398.154
Left VDC -DISC LVL Voltage1 : 4.9707
MBSY1c magnet current (amp) : 0.0377197
Tiefenbach Hall A energy : 0
Left Arm Q3 momentum : 1.00009
MBSY1c Bdl : 307332
Hall A momentum (Tiefenbach) (HALLA:p) : 2398.71
Left Arm Top VDC Current : -2.14844
Left VDC -DISC LVL Voltage2 : -5.06494
-----
Left Arm Q3 power supply polarity : disabled
-----
Left Arm Bottom VDC Current : 4.15039
-----
Hall A momentum orbit correction (dpp) : 0
Wien angle : 0.195965
BigBite magnet current setpoint : 0
Left Arm Q1 momentum : 1.00022
Hall A setup momentum (MMSHLAE) : 1232.64
Helicity Mode ON/OFF Random/Toggle : OFF
BigBite magnet current readback : 0
Left Arm Q1 power supply : 752.499
Hall A energy (halla_MeV) : 0
Wien BDL : 0
BigBite Gaussmeter readback : 0.0016531
-----
Left Arm Q1 gauss meter : -0.06376
Hall C energy (hallc_MeV) : 0
Average current of the two cavities : 0.0345595
Wien field : 0
Left Arm Q2 gauss meter : 0.22624
Delta(E)/E width (MV_AI_DXWID) : 0.084215
Current on Unser monitor : -8.38336
Left Arm Q2 power supply current : 430.558
Laser attenuation Hall A : 68
IPM1C12.XPOS : 0
Current on Upstream bcm : 0.0558032
Left Arm Q2 momentum : 0.999903
Laser power Hall A : 100
IPM1H04A.XPOS : 0
Current on Downstream bcm : 0.0133158
IPM1H04A.YPOS : 0
Left Arm Q2 power supply polarity : disabled
Half-wave plate (off=out) : OUT
Upstream Cavity Coefficient : 43.377
IPM1H04B.XPOS : 0
Left Arm D1 power supply current : 333.204
rotating waveplate : 0
Downstream Cavity Coefficient : 42.913
IPM1H04B.YPOS : 0
-----
Beam Half-wave plate (off=out) : OUT
-----
Current on IBC0L02 (source) : 0.00392306
HacL_HPE1313A:0_Ch58 : -0.186523
Left Arm D1 momentum : 0.999987
G0 Helicity Settle Read : 500 usec
Hall C Current : 3.03901
Left Arm D1 NMR : 0.370226
G0 Helicity Delay Read : 8 cycles
HacL_HPE1313A:0_Ch55 : 23.3398
MBSY1c magnet current (amp) : 0.0377197
Left Arm Q3 gauss meter : -0.2009
G0 Helicity Pattern : Quartet
HacL_HPE1313A:0_Ch54 : 0.0898438
MBSY1c Bdl : 307332
Left Arm Angle Vernier : 31.5
G0 Helicity Cycle Rate Read : 30 Hz
Left Arm Q3 power supply current : 398.154
Hall A momentum (Tiefenbach) (HALLA:p) : 2398.71
Left Arm Scattering Angle : 16.0026
RICH Vmon 16 : 2102.6
Left Arm Q3 momentum : 1.00009
Hall A momentum orbit correction (dpp) : 0
Left VDC -DISC LVL Top : 3.896
Left Arm Q3 power supply polarity : disabled
-----
Left VDC -DISC LVL Bottom : 3.96045
BigBite magnet current setpoint : 0
Left VDC -DISC LVL Voltage1 : 4.9707
Hall A setup momentum (MMSHLAE) : 1232.64
BigBite magnet current readback : 0
Hall A energy (halla_MeV) : 0
Left VDC -DISC LVL Voltage2 : -5.06494
-----
BigBite Gaussmeter readback : 0.0016544
-----
Hall C energy (hallc_MeV) : 0
Wien angle : 0.195965
Average current of the two cavities : 0.0345403
Delta(E)/E width (MV_AI_DXWID) : 0.0845168
Helicity Mode ON/OFF Random/Toggle : OFF
Current on Unser monitor : -8.38336
IPM1C12.XPOS : 0
Wien BDL : 0
Current on Upstream bcm : 0.0558032
IPM1H04A.XPOS : 0
Wien field : 0
Current on Downstream bcm : 0.0132774
IPM1H04A.YPOS : 0
Laser attenuation Hall A : 68
Upstream Cavity Coefficient : 43.377
IPM1H04B.XPOS : 0
Laser power Hall A : 100
Downstream Cavity Coefficient : 42.913
IPM1H04B.YPOS : 0
-----
Current on IBC0L02 (source) : 0.00392306
Half-wave plate (off=out) : OUT
HacL_HPE1313A:0_Ch58 : -0.187988
Hall C Current : 3.24555
MBSY1c magnet current (amp) : 0.0377197
rotating waveplate : 0
MBSY1c Bdl : 307332
HacL_HPE1313A:0_Ch55 : 23.3398
Beam Half-wave plate (off=out) : OUT
-----
Hall A momentum (Tiefenbach) (HALLA:p) : 2398.71
HacL_HPE1313A:0_Ch54 : 0.0898438
Hall A momentum orbit correction (dpp) : 0
G0 Helicity Settle Read : 500 usec
Left Arm Angle Vernier : 31.5
Left Arm Scattering Angle : 16.0026
Hall A setup momentum (MMSHLAE) : 1232.64
G0 Helicity Delay Read : 8 cycles
G0 Helicity Pattern : Quartet
Hall A energy (halla_MeV) : 0
Left VDC -DISC LVL Top : 3.896
Hall C energy (hallc_MeV) : 0
G0 Helicity Cycle Rate Read : 30 Hz
Left VDC -DISC LVL Bottom : 3.96045
Delta(E)/E width (MV_AI_DXWID) : 0.0846441
RICH Vmon 16 : 2102.6
Left VDC -DISC LVL Voltage1 : 4.9707
IPM1C12.XPOS : 0
Left VDC -DISC LVL Voltage2 : -5.06494
-----
IPM1H04A.XPOS : 0
Wien angle : 0.195965
IPM1H04A.YPOS : 0
IPM1H04B.XPOS : 0
Helicity Mode ON/OFF Random/Toggle : OFF
IPM1H04B.YPOS : 0
-----
Wien BDL : 0
HacL_HPE1313A:0_Ch58 : -0.1875
Wien field : 0
HacL_HPE1313A:0_Ch55 : 23.291
HacL_HPE1313A:0_Ch54 : 0.0898438
Left Arm Angle Vernier : 31.5
Left Arm Scattering Angle : 16.0026
Left VDC -DISC LVL Top : 3.896
Left VDC -DISC LVL Bottom : 3.96045
Left VDC -DISC LVL Voltage1 : 4.9707
Left VDC -DISC LVL Voltage2 : -5.06494
-----
Laser attenuation Hall A : 68
Wien angle : 0.195965
Laser power Hall A : 100
Helicity Mode ON/OFF Random/Toggle : OFF
Wien BDL : 0
Half-wave plate (off=out) : OUT
Wien field : 0
rotating waveplate : 0
Laser attenuation Hall A : 68
Beam Half-wave plate (off=out) : OUT
-----
Laser power Hall A : 100
G0 Helicity Settle Read : 500 usec
Half-wave plate (off=out) : OUT
G0 Helicity Delay Read : 8 cycles
rotating waveplate : 0
G0 Helicity Pattern : Quartet
Beam Half-wave plate (off=out) : OUT
-----
G0 Helicity Cycle Rate Read : 30 Hz
RICH Vmon 16 : 2102.8
G0 Helicity Settle Read : 500 usec
G0 Helicity Delay Read : 8 cycles
G0 Helicity Pattern : Quartet
G0 Helicity Cycle Rate Read : 30 Hz
RICH Vmon 16 : 2102.8
RICH Imon 16 : CAENdatC --- Invalid channel name 1M2Ch16.NLK --- Invalid channel name
RICH Vmon 17 : 0.2
RICH Imon 17 : 0
RICH Radiator Oxygen : -0.976562
RICH Radiator Moisture : 492.383
RICH Radiator Pressure : 8.02783
RICH Condensor temperature : -9.13281
RICH Imon 16 : CAENdatC --- Invalid channel name 1M2Ch16.NLK --- Invalid channel name
RICH Gas Oxygen : 6.05469
RICH Vmon 17 : 0.2
RICH Gas Moisture : 29.7852
RICH Imon 17 : 0
RICH Argon Flow : 0.292969
RICH Radiator Oxygen : -0.976562
RICH Methane Flow : 1548.83
RICH Radiator Moisture : 492.383
RICH A Volts : 4.67236
RICH Radiator Pressure : 8.02783
RICH B Volts : 2.60596
-----
RICH Condensor temperature : -9.13281
RICH Gas Oxygen : 6.05469
SLI data valid? : No
RICH Gas Moisture : 29.7852
SLI horiz size mm : 0
RICH Argon Flow : 0.292969
SLI Energy spread *10^5 : 0
RICH Methane Flow : 1548.83
SLI x position : 0
RICH A Volts : 4.67236
SLI vert. size mm : 0
RICH B Volts : 2.60596
-----
SLI y position : 0
-----
Polarized 3He Target
SLI data valid? : No
RTD1 (upstream) : 44.9414
RTD2 : 105.596
SLI horiz size mm : 0
SLI Energy spread *10^5 : 0
RTD3 : 124.414
SLI x position : 0
RTD4 : 68.4277
SLI vert. size mm : 0
RTD5 (downstream) : 47.1289
SLI y position : 0
-----
Polarized 3He Target
RTD6 (pump cell up) : 208.652
RTD1 (upstream) : 44.9414
RTD2 : 105.596
RTD7 (pump cell down) : 204.199
RTD3 : 124.414
HacAi_hpchan7: Temp at Ref. Cell : 31.2988
RTD4 : 68.4277
HacAi_hpchan8: Temp at Ref. Cell : 29.9316
RTD5 (downstream) : 47.1289
HacAi_hpchan9: Temp at Ref. Cell : 30.166
RTD6 (pump cell up) : 208.652
Reference Cell Gas Pressure (psi) : -195.508
RTD7 (pump cell down) : 204.199
Reference Cell System Vacuum (Torr) : -143.422
HacAi_hpchan7: Temp at Ref. Cell : 31.2988
Cooling Jets Flow Rate : 318.933
HacAi_hpchan8: Temp at Ref. Cell : 29.9316
Target position : -2.25
RICH Imon 16 :
Oven Air Flow : 0
-----
HacAi_hpchan9: Temp at Ref. Cell : 30.166
RICH Imon 16 :
RICH Vmon 17 : 0.2
HaGenTargBrake : enabled
RICH Imon 17 : 0
Reference Cell Gas Pressure (psi) : -203.419
RICH Vmon 17 : 0.2
HaGenTargBrake : enabled
RICH Radiator Oxygen : -1.95312
RICH Imon 16 :
Reference Cell System Vacuum (Torr) : -143.422
RICH Imon 17 : 0
Cooling Jets Flow Rate : 318.933
HacOMEGA_AL1 : 0
RICH Vmon 17 : 0.2
RICH Radiator Moisture : 492.48
RICH Radiator Oxygen : -1.95312
RICH Imon 16 :
Target position : -2.25
HacOMEGA_READ : string
RICH Imon 17 : 0
Oven Air Flow : 0
RICH Vmon 17 : 0.2
HacOMEGA_SP1 : 0
RICH Radiator Moisture : 492.285
-----
RICH Radiator Pressure : 8.03125
RICH Radiator Pressure : 8.03125
HacOMEGA_PROP1 : 0
RICH Radiator Oxygen : -1.95312
HaGenTargBrake : enabled
RICH Imon 17 : 0
RICH Condensor temperature : -9.13281
HacOMEGA_RST1 : 0
RICH Condensor temperature : -9.13281
RICH Radiator Moisture : 492.285
HaGenTargBrake : enabled
RICH Radiator Oxygen : -1.95312
RICH Gas Oxygen : 5.27344
HacOMEGA_RATE : 0
-----
RICH Radiator Moisture : 492.285
RICH Gas Oxygen : 5.27344
HacOMEGA_AL1 : 0
RICH Radiator Pressure : 8.03125
RICH Gas Moisture : 29.4922
RICH Radiator Pressure : 8.03125
RICH Gas Moisture : 29.4922
HacOMEGA_READ : string
RICH Condensor temperature : -9.13281
RICH Argon Flow : 0.390625
RICH Argon Flow : 0.390625
RICH Condensor temperature : -9.13281
HacOMEGA_SP1 : 0
RICH Methane Flow : 1543.36
RICH Gas Oxygen : 5.27344
RICH Gas Oxygen : 5.27344
HacOMEGA_PROP1 : 0
RICH A Volts : 4.66211
RICH Methane Flow : 1543.36
RICH Gas Moisture : 29.4922
HacOMEGA_RST1 : 0
RICH A Volts : 4.66211
RICH B Volts : 2.60059
RICH Gas Moisture : 29.4922
RICH Argon Flow : 0.390625
-----
HacOMEGA_RATE : 0
-----
RICH B Volts : 2.60059
-----
RICH Argon Flow : 0.390625
RICH Methane Flow : 1543.36
SLI data valid? : No
SLI data valid? : No
RICH Methane Flow : 1543.36
RICH A Volts : 4.66211
SLI horiz size mm : 0
SLI horiz size mm : 0
RICH B Volts : 2.60059
RICH A Volts : 4.66211
-----
SLI Energy spread *10^5 : 0
SLI Energy spread *10^5 : 0
RICH B Volts : 2.60059
-----
SLI x position : 0
SLI x position : 0
SLI data valid? : No
SLI data valid? : No
SLI vert. size mm : 0
SLI vert. size mm : 0
SLI horiz size mm : 0
SLI horiz size mm : 0
SLI y position : 0
-----
Polarized 3He Target
SLI y position : 0
-----
RTD1 (upstream) : 44.9219
SLI Energy spread *10^5 : 0
Polarized 3He Target
SLI Energy spread *10^5 : 0
SLI x position : 0
CLASER_STATE_MB :
SLI x position : 0
RTD1 (upstream) : 44.9219
RTD2 : 105.576
SLI vert. size mm : 0
SLI y position : 0
-----
SLI vert. size mm : 0
RTD2 : 105.576
RTD3 : 124.531
Polarized 3He Target
SLI y position : 0
-----
Polarized 3He Target
RTD3 : 124.531
RTD4 : 68.7988
RTD1 (upstream) : 44.9219
RTD1 (upstream) : 44.9219
RTD4 : 68.7988
RTD5 (downstream) : 47.0801
RTD2 : 105.576
RTD2 : 105.576
RTD5 (downstream) : 47.0801
RTD6 (pump cell up) : 208.652
RTD6 (pump cell up) : 208.652
RTD3 : 124.531
RTD3 : 124.531
CLASER_STATE_MB :
RTD7 (pump cell down) : 204.258
RTD7 (pump cell down) : 204.258
RTD4 : 68.7988
HacAi_hpchan7: Temp at Ref. Cell : 31.2109
RTD4 : 68.7988
HacAi_hpchan7: Temp at Ref. Cell : 31.2109
RTD5 (downstream) : 47.0801
HacAi_hpchan8: Temp at Ref. Cell : 29.9121
HacAi_hpchan8: Temp at Ref. Cell : 29.9121
RTD5 (downstream) : 47.0801
RTD6 (pump cell up) : 208.652
HacAi_hpchan9: Temp at Ref. Cell : 30.1758
HacAi_hpchan9: Temp at Ref. Cell : 30.1758
RTD6 (pump cell up) : 208.652
Reference Cell Gas Pressure (psi) : -192.442
Reference Cell Gas Pressure (psi) : -192.442
RTD7 (pump cell down) : 204.258
RTD7 (pump cell down) : 204.258
Reference Cell System Vacuum (Torr) : -122.83
Reference Cell System Vacuum (Torr) : -122.83
HacAi_hpchan7: Temp at Ref. Cell : 31.2109
HacAi_hpchan7: Temp at Ref. Cell : 31.2109
Cooling Jets Flow Rate : 316.699
Cooling Jets Flow Rate : 316.699
HacAi_hpchan8: Temp at Ref. Cell : 29.9121
Target position : -2.25
HacAi_hpchan8: Temp at Ref. Cell : 29.9121
Target position : -2.25
HacAi_hpchan9: Temp at Ref. Cell : 30.1758
Oven Air Flow : 0
-----
HacAi_hpchan9: Temp at Ref. Cell : 30.1758
Oven Air Flow : 0
-----
Reference Cell Gas Pressure (psi) : -190.602
Reference Cell Gas Pressure (psi) : -190.602
HaGenTargBrake : enabled
HaGenTargBrake : enabled
Reference Cell System Vacuum (Torr) : -122.83
Reference Cell System Vacuum (Torr) : -122.83
CLASER_RDCUR :
HaGenTargBrake : enabled
HaGenTargBrake : enabled
Cooling Jets Flow Rate : 316.699
Target position : -2.25
HacOMEGA_AL1 : 0
HacOMEGA_AL1 : 0
Cooling Jets Flow Rate : 316.699
Oven Air Flow : 0
-----
HacOMEGA_READ : string
HacOMEGA_READ : string
Target position : -2.25
HacOMEGA_SP1 : 0
HaGenTargBrake : enabled
HacOMEGA_SP1 : 0
Oven Air Flow : 0
HacOMEGA_PROP1 : 0
-----
HaGenTargBrake : enabled
HaGenTargBrake : enabled
HacOMEGA_PROP1 : 0
HacOMEGA_RST1 : 0
HacOMEGA_AL1 : 0
HaGenTargBrake : enabled
HacOMEGA_RST1 : 0
HacOMEGA_RATE : 0
-----
HacOMEGA_READ : string
HacOMEGA_AL1 : 0
HacOMEGA_RATE : 0
-----
HacOMEGA_SP1 : 0
HacOMEGA_READ : string
HacOMEGA_PROP1 : 0
CLASER_RDCUR :
HacOMEGA_SP1 : 0
HacOMEGA_RST1 : 0
HacOMEGA_RATE : 0
-----
HacOMEGA_PROP1 : 0
HacOMEGA_RST1 : 0
HacOMEGA_RATE : 0
-----
CLASER_TEMP :
-----
CLASER_STATE_MB :
CLASER_STATE_MB :
CLASER_TEMP :
-----
CLASER_STATE_MB :
CLASER_STATE_MB :
CLASER2_STATE_MB :
CLASER_RDCUR :
CLASER_RDCUR :
CLASER2_STATE_MB :
CLASER_RDCUR :
CLASER_RDCUR :
CLASER2_RDCUR :
CLASER_TEMP :
-----
CLASER_TEMP :
-----
CLASER2_RDCUR :
CLASER_TEMP :
-----
CLASER_TEMP :
-----
CLASER2_TEMP :
-----
CLASER2_STATE_MB :
CLASER2_STATE_MB :
CLASER2_TEMP :
-----
CLASER2_STATE_MB :
CLASER2_STATE_MB :
CLASERAB_STATE_MB :
CLASER2_RDCUR :
CLASER2_RDCUR :
CLASERAB_STATE_MB :
CLASER2_RDCUR :
CLASER2_RDCUR :
CLASERAB_GETCUR0 :
CLASER2_TEMP :
-----
CLASER2_TEMP :
-----
CLASERAB_GETCUR0 :
CLASER2_TEMP :
-----
CLASER2_TEMP :
-----
CLASERAB_GETCUR1 :
CLASERAB_STATE_MB :
CLASERAB_STATE_MB :
CLASERAB_GETCUR1 :
CLASERAB_STATE_MB :
CLASERAB_STATE_MB :
CLASERAB_GETTEMP0 :
CLASERAB_GETCUR0 :
CLASERAB_GETCUR0 :
CLASERAB_GETTEMP0 :
CLASERAB_GETCUR0 :
CLASERAB_GETCUR0 :
CLASERAB_GETTEMP1 :
-----
CLASERAB_GETCUR1 :
CLASERAB_GETCUR1 :
CLASERAB_GETTEMP1 :
-----
CLASERAB_GETCUR1 :
CLASERAB_GETCUR1 :
CLASER3_STATE_MB :
CLASERAB_GETTEMP0 :
CLASERAB_GETTEMP0 :
CLASER3_STATE_MB :
CLASERAB_GETTEMP0 :
CLASERAB_GETTEMP0 :
CLASER3_RDCUR :
CLASERAB_GETTEMP1 :
-----
CLASERAB_GETTEMP1 :
-----
CLASER3_RDCUR :
CLASERAB_GETTEMP1 :
-----
CLASERAB_GETTEMP1 :
-----
CLASER3_TEMP :
-----
CLASER3_STATE_MB :
CLASER3_STATE_MB :
CLASER3_TEMP :
-----
CLASER3_STATE_MB :
CLASER3_STATE_MB :
CLASER4_STATE_MB :
CLASER3_RDCUR :
CLASER3_RDCUR :
CLASER4_STATE_MB :
CLASER3_RDCUR :
CLASER3_RDCUR :
CLASER4_RDCUR :
CLASER3_TEMP :
-----
CLASER3_TEMP :
-----
CLASER4_RDCUR :
CLASER3_TEMP :
-----
CLASER3_TEMP :
-----
CLASER4_TEMP :
-----
CLASER4_STATE_MB :
CLASER4_STATE_MB :
CLASER4_TEMP :
-----
CLASER4_STATE_MB :
CLASER4_STATE_MB :
CLASER5_STATE_MB :
CLASER4_RDCUR :
CLASER4_RDCUR :
CLASER5_STATE_MB :
CLASER4_RDCUR :
CLASER4_RDCUR :
CLASER5_RDCUR :
CLASER4_TEMP :
-----
CLASER4_TEMP :
-----
CLASER5_RDCUR :
CLASER4_TEMP :
-----
CLASER4_TEMP :
-----
CLASER5_TEMP :
-----
CLASER5_STATE_MB :
CLASER5_STATE_MB :
CLASER5_TEMP :
-----
CLASER5_STATE_MB :
CLASER5_STATE_MB :
CLASER6_STATE_MB :
CLASER5_RDCUR :
CLASER5_RDCUR :
CLASER6_STATE_MB :
CLASER5_RDCUR :
CLASER5_RDCUR :
CLASER6_RDCUR :
CLASER5_TEMP :
-----
CLASER5_TEMP :
-----
CLASER6_RDCUR :
CLASER5_TEMP :
-----
CLASER5_TEMP :
-----
CLASER6_TEMP :
-----
CLASER6_STATE_MB :
CLASER6_STATE_MB :
CLASER6_TEMP :
-----
CLASER6_STATE_MB :
CLASER6_STATE_MB :
CLASERAB2_STATE_M :
CLASER6_RDCUR :
CLASER6_RDCUR :
CLASERAB2_STATE_M :
CLASER6_RDCUR :
CLASER6_RDCUR :
CLASERAB2_GETCUR0 :
CLASER6_TEMP :
-----
CLASER6_TEMP :
-----
CLASERAB2_GETCUR0 :
CLASER6_TEMP :
-----
CLASER6_TEMP :
-----
CLASERAB2_GETCUR1 :
CLASERAB2_STATE_M :
CLASERAB2_STATE_M :
CLASERAB2_GETCUR1 :
CLASERAB2_STATE_M :
CLASERAB2_STATE_M :
CLASERAB2_GETTEMP0 :
CLASERAB2_GETCUR0 :
CLASERAB2_GETCUR0 :
CLASERAB2_GETTEMP0 :
CLASERAB2_GETCUR0 :
CLASERAB2_GETCUR0 :
CLASERAB2_GETTEMP1 :
----
CLASERAB2_GETCUR1 :
CLASERAB2_GETCUR1 :
CLASERAB2_GETTEMP1 :
----
CLASERAB2_GETCUR1 :
CLASERAB2_GETCUR1 :
CLASERAB3_STATE_M :
CLASERAB2_GETTEMP0 :
CLASERAB2_GETTEMP0 : CLASERAB2_GETTEMP0 --- Invalid channel name
CLASERAB3_STATE_M : CLASERAB3_STATE_MB --- Invalid channel name
CLASERAB2_GETTEMP0 : CLASERAB2_GETTEMP0 --- Invalid channel name
CLASERAB2_GETTEMP0 : CLASERAB2_GETTEMP0 --- Invalid channel name
CLASERAB3_GETCUR0 : CLASERAB3_GETCUR0 --- Invalid channel name
CLASERAB2_GETTEMP1 : CLASERAB2_GETTEMP1 --- Invalid channel name
----
CLASERAB2_GETTEMP1 : CLASERAB2_GETTEMP1 --- Invalid channel name
----
CLASERAB3_GETCUR0 : CLASERAB3_GETCUR0 --- Invalid channel name
CLASERAB2_GETTEMP1 : CLASERAB2_GETTEMP1 --- Invalid channel name
----
CLASERAB2_GETTEMP1 : CLASERAB2_GETTEMP1 --- Invalid channel name
----
CLASERAB3_GETCUR1 : CLASERAB3_GETCUR1 --- Invalid channel name
CLASERAB3_STATE_M : CLASERAB3_STATE_MB --- Invalid channel name
CLASERAB3_STATE_M : CLASERAB3_STATE_MB --- Invalid channel name
CLASERAB3_GETCUR1 : CLASERAB3_GETCUR1 --- Invalid channel name
CLASERAB3_STATE_M : CLASERAB3_STATE_MB --- Invalid channel name
CLASERAB3_STATE_M : CLASERAB3_STATE_MB --- Invalid channel name
CLASERAB3_GETTEMP0 : CLASERAB3_GETTEMP0 --- Invalid channel name
CLASERAB3_GETCUR0 : CLASERAB3_GETCUR0 --- Invalid channel name
CLASERAB3_GETCUR0 : CLASERAB3_GETCUR0 --- Invalid channel name
CLASERAB3_GETTEMP0 : CLASERAB3_GETTEMP0 --- Invalid channel name
CLASERAB3_GETCUR0 : CLASERAB3_GETCUR0 --- Invalid channel name
CLASERAB3_GETCUR0 : CLASERAB3_GETCUR0 --- Invalid channel name
CLASERAB3_GETTEMP1 : CLASERAB3_GETTEMP1 --- Invalid channel name
----
haPolHe3_Spin_State : 1
haPolHe3_Flip_Sequence_ID : 160
haPolHe3_Flip_Count : 987
haPolHe3_EPR_ID : 123
haPolHe3_EPR_POL : 19.3858
haPolHe3_Last_Flip_Start : 17:31:16 10/26/2008
haPolHe3_Last_Flip_End : 17:31:18 10/26/2008
haPolHe3_FLIP_NMR_PHASE : 0
haPolHe3_FLIP_NMR_Mag : 0
haPolHe3_FLIP_NMR_Pol : 0
HaGenTargSpin1 : disabled
HaGenTargSpin2 : enabled
----
CLASERAB3_GETCUR1 : CLASERAB3_GETCUR1 --- Invalid channel name
CLASERAB3_GETCUR1 : CLASERAB3_GETCUR1 --- Invalid channel name
CLASERAB3_GETTEMP1 : CLASERAB3_GETTEMP1 --- Invalid channel name
----
haPolHe3_Spin_State : 1
CLASERAB3_GETCUR1 : CLASERAB3_GETCUR1 --- Invalid channel name
haPolHe3_Flip_Sequence_ID : 160
haPolHe3_Flip_Count : 987
haPolHe3_EPR_ID : 123
haPolHe3_EPR_POL : 19.3858
haPolHe3_Last_Flip_Start : 17:31:16 10/26/2008
haPolHe3_Last_Flip_End : 17:31:18 10/26/2008
haPolHe3_FLIP_NMR_PHASE : 0
haPolHe3_FLIP_NMR_Mag : 0
CLASERAB3_GETCUR1 : CLASERAB3_GETCUR1 --- Invalid channel name
haPolHe3_FLIP_NMR_Pol : 0
HaGenTargSpin1 : disabled
HaGenTargSpin2 : enabled
----
CLASERAB3_GETTEMP0 : CLASERAB3_GETTEMP0 --- Invalid channel name
CLASERAB3_GETTEMP0 : CLASERAB3_GETTEMP0 --- Invalid channel name
CLASERAB3_GETTEMP0 : CLASERAB3_GETTEMP0 --- Invalid channel name
CLASERAB3_GETTEMP0 : CLASERAB3_GETTEMP0 --- Invalid channel name
CLASERAB3_GETTEMP1 : CLASERAB3_GETTEMP1 --- Invalid channel name
----
haPolHe3_Spin_State : 1
haPolHe3_Flip_Sequence_ID : 160
haPolHe3_Flip_Count : 987
haPolHe3_EPR_ID : 123
haPolHe3_EPR_POL : 19.3858
haPolHe3_Last_Flip_Start : 17:31:16 10/26/2008
haPolHe3_Last_Flip_End : 17:31:18 10/26/2008
haPolHe3_FLIP_NMR_PHASE : 0
haPolHe3_FLIP_NMR_Mag : 0
haPolHe3_FLIP_NMR_Pol : 0
HaGenTargSpin1 : disabled
HaGenTargSpin2 : enabled
----
CLASERAB3_GETTEMP1 : CLASERAB3_GETTEMP1 --- Invalid channel name
----
haPolHe3_Spin_State : 1
haPolHe3_Flip_Sequence_ID : 160
CLASERAB3_GETTEMP1 : CLASERAB3_GETTEMP1 --- Invalid channel name
----
haPolHe3_Flip_Count : 987
haPolHe3_Spin_State : 1
haPolHe3_EPR_ID : 123
haPolHe3_Flip_Sequence_ID : 160
haPolHe3_EPR_POL : 19.3858
CLASERAB3_GETTEMP1 : CLASERAB3_GETTEMP1 --- Invalid channel name
----
haPolHe3_Flip_Count : 987
haPolHe3_EPR_ID : 123
haPolHe3_Last_Flip_Start : 17:31:16 10/26/2008
haPolHe3_Spin_State : 1
haPolHe3_EPR_POL : 19.3858
haPolHe3_Flip_Sequence_ID : 160
haPolHe3_Last_Flip_End : 17:31:18 10/26/2008
haPolHe3_Last_Flip_Start : 17:31:16 10/26/2008
haPolHe3_Flip_Count : 987
haPolHe3_Last_Flip_End : 17:31:18 10/26/2008
haPolHe3_FLIP_NMR_PHASE : 0
haPolHe3_EPR_ID : 123
haPolHe3_FLIP_NMR_PHASE : 0
haPolHe3_FLIP_NMR_Mag : 0
haPolHe3_EPR_POL : 19.3858
haPolHe3_Last_Flip_Start : 17:31:16 10/26/2008
haPolHe3_FLIP_NMR_Pol : 0
haPolHe3_FLIP_NMR_Mag : 0
haPolHe3_FLIP_NMR_Pol : 0
haPolHe3_Last_Flip_End : 17:31:18 10/26/2008
HaGenTargSpin1 : disabled
haPolHe3_FLIP_NMR_PHASE : 0
HaGenTargSpin2 : enabled
HaGenTargSpin1 : disabled
----
haPolHe3_FLIP_NMR_Mag : 0
haPolHe3_FLIP_NMR_Pol : 0
HaGenTargSpin2 : enabled
----
HaGenTargSpin1 : disabled
HaGenTargSpin2 : enabled
----