Schlumberger

Mnemonics, Tools, HALS-B


CodeHALS-B
TechnologyResistivity
DisciplinePetrophysics
MethodWIRELINE
DescriptionHILT Azimuthal Laterolog Sonde - B

Related channels
ChannelDescription
CCHLLD HLLD Correction Factor
CCHLLS HLLS Correction Factor
CCHRLD HRLD Correction Factor
CCHRLS HRLS Correction Factor
CDH Hole Diameter computed from HALS borehole identification inversion
DI Diameter of Invasion
ECC HALS Sonde Eccentering computed from HALS borehole identification inversion
HACD 12 Azimuthal Deep Conductivities
HACDEQ 12 Equalized Azimuthal Deep Conductivities
HACS 12 Azimuthal Shallow Conductivities
HACSEQ 12 Equalized Azimuthal Shallow Conductivities
HARD 12 Azimuthal Deep Resistivities
HARDEQ 12 Equalized Azimuthal Deep Resistivities
HARS 12 Azimuthal Shallow Resistivities
HARSEQ 12 Equalized Azimuthal Shallow Resistivities
HART True Formation Resistivity from HALS/MCFL Measurements
HAUD 12 Raw Deep Resistivities before environmental corrections
HAUE 12 Raw Electrical Standoffs before borehole identification inversion
HAUS 12 Raw Shallow Resistivities before environmental corrections
HDI HALS Diameter of Invasion computed from Rt inversion
HLDU Uncorrected Laterolog Deep Resistivity
HLGU Uncorrected Laterolog Groningen Resistivity
HLLD HALS Laterolog Deep Resistivity
HLLE Electrical Standoff Resistivity from monitoring voltage / A0 current ratio
HLLG HALS Laterolog Groningen Resistivity
HLLS HALS Laterolog Shallow Resistivity
HLSU Uncorrected Laterolog Shallow Resistivity
HRDU Uncorrected High Resolution Deep Resistivity
HREU HALS Uncorrected High Resolution Electrical Standoff
HRLD High Resolution Deep Resistivity
HRLE High Resolution Electrical Standoff
HRLS High Resolution Shallow Resistivity
HRM Mud Resistivity from HALS Measurements
HRMD Mud Resistivity based on Deep Measurements
HRSU Uncorrected High Resolution Shallow Resistivity
HSO HALS Standoff computed from HALS borehole identification inversion
LLD Laterolog Deep Resistivity
LLG Laterolog Groningen Resistivity
LLS Laterolog Shallow Resistivity
MRES Mud Resistivity
P1NO_HALS Pad 1 Azimuth in Plane Orthogonal to Tool Axis (0 = True North), memorized to HALS
QCHALS Flag set if one or more of the LQC channels is out of tolerance
QCHLLD Flag set if corrections applied to LLD are out of the specified working range (Processing LQC channel)
QCHLLS Flag set if corrections applied to LLS are out of the specified working range (Processing LQC channel)
RB_HALS Relative Bearing channel memorized at HALS position
RT True Resistivity
RZAP1 12 Uncalibrated Azimuthal Voltages Mode 1, In Phase
RZAP2 12 Uncalibrated Azimuthal Voltages Mode 2, In Phase
RZAP3A Uncalibrated 12 AZ Voltages Mode 3A, in phase
RZAP3B Uncalibrated 12 AZ Voltages Mode 3B, in phase
RZAQ1 12 Uncalibrated Azimuthal Voltages Mode 1, Out Of Phase
RZAQ2 12 Uncalibrated Azimuthal Voltages Mode 2, Out Of Phase
RZAQ3A Uncalibrated 12 AZ Voltages Mode 3A, quadrature
RZAQ3B Uncalibrated 12 AZ Voltages Mode 3B, quadrature
RZI03A Uncalibrated A0 Current 3A, in phase
RZI03AQ Uncalibrated A0 Current 3A, quadrature
RZI03B Uncalibrated A0 Current 3B, in phase
RZI03BQ Uncalibrated A0 Current 3B, quadrature
RZIA1 Uncalibrated Auxiliary Current 1, in phase
RZIA1Q Uncalibrated Auxiliary Current 1, quadrature
RZIA2 Uncalibrated Auxiliary Current 2, in phase
RZIA2Q Uncalibrated Auxiliary Current 2, quadrature
RZIT1 Uncalibrated Total Current 1, in phase
RZIT1Q Uncalibrated Total Current 1, quadrature
RZVA1 Uncalibrated Auxiliary Monitoring Voltage 1, in phase
RZVA1Q Uncalibrated Auxiliary Monitoring Voltage 1, quadrature
RZVA2 Uncalibrated Auxiliary Monitoring Voltage 2, in phase
RZVA2Q Uncalibrated Auxiliary Monitoring Voltage 2, quadrature
RZVA3 Uncalibrated Auxiliary Monitoring Voltage 3, in phase
RZVA3Q Uncalibrated Auxiliary Monitoring Voltage 3, quadrature
RZVB1 Uncalibrated Bridle Upper Electrode Voltage 1, in phase
RZVBQ Uncalibrated Bridle Upper Electrode Voltage 1, quadrature
RZVD1 Uncalibrated A0*-A0*' Difference Voltage 1, in phase
RZVD1Q Uncalibrated A0*-A0*' Difference Voltage 1, quadrature
RZVD2 Uncalibrated A0*-A0*' Difference Voltage 2, in phase
RZVD2Q Uncalibrated A0*-A0*' Difference Voltage 2, quadrature
RZVD3A Uncalibrated A0*-A0*' Difference Voltage 3A, in phase
RZVD3AQ Uncalibrated A0*-A0*' Difference Voltage 3A, quadrature
RZVD3B Uncalibrated A0*-A0*' Difference Voltage 3B, in phase
RZVD3BQ Uncalibrated A0*-A0*' Difference Voltage 3B, quadrature
RZVH1 Uncalibrated A0*-M1 Monitoring Voltage 1, in phase
RZVH1Q Uncalibrated A0*-M1 Monitoring Voltage 1, quadrature
RZVH2 Uncalibrated A0*-M1 Monitoring Voltage 2, in phase
RZVH2Q Uncalibrated A0*-M1 Monitoring Voltage 2, quadrature
RZVH3 Uncalibrated A0*-M1 Monitoring Voltage 3, in phase
RZVH3Q Uncalibrated A0*-M1 Monitoring Voltage 3, quadrature
RZVM1 Uncalibrated M1-M2 Monitoring Voltage 1, in phase
RZVM1Q Uncalibrated M1-M2 Monitoring Voltage 1, quadrature
RZVM2 Uncalibrated M1-M2 Monitoring Voltage 2, in phase
RZVM2Q Uncalibrated M1-M2 Monitoring Voltage 2, quadrature
RZVM3 Uncalibrated M1-M2 Monitoring Voltage 3, in phase
RZVM3Q Uncalibrated M1-M2 Monitoring Voltage 3, quadrature
RZVT1 Uncalibrated Torpedo Voltage 1, in phase
RZVT2 Uncalibrated Torpedo Voltage 2, in phase
RZVT2Q Uncalibrated Torpedo Voltage 2, quadrature
RZVT3 Uncalibrated Torpedo Voltage 3, in phase
RZVT3Q Uncalibrated Torpedo Voltage 3, quadrature
RZVTQ Uncalibrated Torpedo Voltage 1, quadrature
RZVV1 Uncalibrated Vertical Voltage 1, in phase
RZVV1Q Uncalibrated Vertical Voltage 1, quadrature
RZVV2 Uncalibrated Vertical Voltage 2, in phase
RZVV2Q Uncalibrated Vertical Voltage 2, quadrature
TETA HALS Angle between electrode #1 and maximum standoff
ZAQ3 HALS 12 Azimuthal Voltages Mode 3, Out Of Phase
ZI0 HALS A0 Current
ZIA HALS Auxiliary Current
ZIT HALS Total Current
ZIT1 Total Current Module
ZVA HALS A1*-A2 Aux Monitoring Voltage
ZVAD HALS A0*-A0*' Differential Voltage
ZVB1 upper bridle Voltage in Mode 1, in phase
ZVBL HALS Bridle Lower Electrode Voltage
ZVBQ upper bridle Voltage in Mode 1, quadrature
ZVBU HALS Bridle Upper Electrode Voltage
ZVM HALS M1-M2 Monitoring Voltage
ZVMH HALS M1-A0* Monitoring Voltage
ZVT HALS Torpedo Voltage
ZVT1 Torpedo Voltage in Mode 1, in phase
ZVTQ Torpedo Voltage in Mode 1, quadrature

Related parameters
ParameterDescription
A2EX A2 Extended (Groningen effect)
ARIP_LTS Long Tool String Correction Option
ARIP_SHOULDER Shoulder Correction Option
BHCC Borehole Correction Option
CALIBRATION_TEMP Calibration Temperature
DHOP Sonde Position for HALS Borehole Correction
EQUAL_CORR Equalization Correction Switch
GRCC Groningen Correction Option
HLMO Depth Resolution Mode
HMSO HALS Mechanical Standoff, used by Borehole Correction
IMOS Azimuthal Laterolog Image Orientation
KFAC K Factor
KFAC_HALS K Factor Options
LGN1 Mode 1 Loop Gain
LGN2 Mode 2 Loop Gain
LGN3 Mode 3 Loop Gain
LIMP Azimuthal Laterolog Left Image Processing
LOP1 Mode 1 Loop Mode
LOP2 Mode 2 Loop Mode
LOP3 Mode 3 Loop Mode
PROCSPO Sonde Position
RIMP Azimuthal Laterolog Right Image Processing
RTCOMP Option for computing HALS Rt Inversion
RTRE Resistivity Threshold
SPCO Special Power Connection
TCOR TLC Correction Option
UNSPK Switch to enable a filter removing spikes on HALS Azimuthal data
UNSPK_THOLD Threshold used to detect a spike
UNSPK_WINDOW Window used to detect a spike
ZAP1_GAIN ZAP1 Calibration Gain
ZAP1_PHASE_SHIFT ZAP1 Calibration Phase
ZAP2_GAIN ZAP2 Calibration Gain
ZAP2_PHASE_SHIFT ZAP2 Calibration Phase
ZAP3A_GAIN ZAP3A Calibration Gain
ZAP3A_PHASE_SHIFT ZAP3A Calibration Phase
ZAP3B_GAIN ZAP3B Calibration Gain
ZAP3B_PHASE_SHIFT ZAP3B Calibration Phase
ZI03A_GAIN ZI03A Calibration Gain
ZI03A_PHASE_SHIFT ZI03A Calibration Phase
ZI03B_GAIN ZI03B Calibration Gain
ZI03B_PHASE_SHIFT ZI03B Calibration Phase
ZIA1_GAIN ZIA1 Calibration Gain
ZIA1_PHASE_SHIFT ZIA1 Calibration Phase
ZIA2_GAIN ZIA2 Calibration Gain
ZIA2_PHASE_SHIFT ZIA2 Calibration Phase
ZIT1_GAIN ZIT1 Calibration Gain
ZIT1_PHASE_SHIFT ZIT1 Calibration Phase
ZVA1_GAIN ZVA1 Calibration Gain
ZVA1_PHASE_SHIFT ZVA1 Calibration Phase
ZVA2_GAIN ZVA2 Calibration Gain
ZVA2_PHASE_SHIFT ZVA2 Calibration Phase
ZVA3_GAIN ZVA3 Calibration Gain
ZVA3_PHASE_SHIFT ZVA3 Calibration Phase
ZVB1_GAIN ZVB1 Calibration Gain
ZVB1_PHASE_SHIFT ZVB1 Calibration Phase
ZVD1_GAIN ZVD1 Calibration Gain
ZVD1_PHASE_SHIFT ZVD1 Calibration Phase
ZVD2_GAIN ZVD2 Calibration Gain
ZVD2_PHASE_SHIFT ZVD2 Calibration Phase
ZVD3A_GAIN ZVD3A Calibration Gain
ZVD3A_PHASE_SHIFT ZVD3A Calibration Phase
ZVD3B_GAIN ZVD3B Calibration Gain
ZVD3B_PHASE_SHIFT ZVD3B Calibration Phase
ZVH1_GAIN ZVH1 Calibration Gain
ZVH1_PHASE_SHIFT ZVH1 Calibration Phase
ZVH2_GAIN ZVH2 Calibration Gain
ZVH2_PHASE_SHIFT ZVH2 Calibration Phase
ZVH3_GAIN ZVH3 Calibration Gain
ZVH3_PHASE_SHIFT ZVH3 Calibration Phase
ZVM1_GAIN ZVM1 Calibration Gain
ZVM1_PHASE_SHIFT ZVM1 Calibration Phase
ZVM2_GAIN ZVM2 Calibration Gain
ZVM2_PHASE_SHIFT ZVM2 Calibration Phase
ZVM3_GAIN ZVM3 Calibration Gain
ZVM3_PHASE_SHIFT ZVM3 Calibration Phase
ZVT1_GAIN ZVT1 Calibration Gain
ZVT1_PHASE_SHIFT ZVT1 Calibration Phase
ZVT2_GAIN ZVT2 Calibration Gain
ZVT2_PHASE_SHIFT ZVT2 Calibration Phase
ZVT3_GAIN ZVT3 Calibration Gain
ZVT3_PHASE_SHIFT ZVT3 Calibration Phase
ZVV1_GAIN ZVV1 Calibration Gain
ZVV1_PHASE_SHIFT ZVV1 Calibration Phase
ZVV2_GAIN ZVV2 Calibration Gain
ZVV2_PHASE_SHIFT ZVV2 Calibration Phase


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