LAS Header
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Specific Well--15-097-21787
LAS Header |
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~Version Information
VERS. 2.0: CWLS log ASCII Standard -VERSION 2.0
WRAP. NO: One line per depth step
~Well Information Block
#MNEM.UNIT VALUE/NAME DESCRIPTION
#--------- ----------- ---------------------------
STRT.F 590.0000: START DEPTH
STOP.F 4891.5000: STOP DEPTH
STEP.F 0.5000: STEP DEPTH
NULL. -999.25: NULL VALUE
CTRY. USA: COUNTRY NAME
PROV. KANSAS: PROVINCE
STAT. KANSAS: STATE NAME
IQVR. R3.8.4: WLIQ VERSION
SVCO. Halliburton: SERVICECONAME
DATE. 16-Mar-2014: DATE
COMP. HERMAN L. LOEB, LLC.: COMPANY
WELL. RANDEL 2-20: WELL NAME
FLD . EINSEL NORTH: FIELD NAME
PDAT. GL: PERMANENT DATUM
DMF . KB: DRILL MEAS FROM
SON . 901193792: JOB NUMBER
UWI . 15-097-21787-
00-00: UNIQUE WELL IDENTIFIER
API . 15-097-21787-00-00: API NUMBER
LUL . LIBERAL: LOGGINGUNITLOC
CNTY. KIOWA: COUNTY NAME
RIG . STERLING : RIG NAME
FL1 . 1660' FSL 1660' FWL: LOCATIONLINE1
SECT. 20: SECTION
TOWN. 27S: TOWNSHIP
RANG. 18W: RANGE
LOC . 1660' FSL 1660' FWL: LOCATION
MMDL. IGRF11: MAGNETIC MODEL
MMDD. 16-Mar-14 17 02 31: MAG DATA DATE
SRVC. Halliburton: SERVICE COMPANY
LMF . KB: LOG MEASURED FROM
GVFD.g 1.0000: GRAVITY FIELD
EGL .ft 2207.0000: GROUND ELEVATION
EPD .ft 2207.0000: ELEVATION
TVDS.ft 2220.0000: TVDSS CORRECTN
APD .ft 13.0000: DEPTH ABOVE PD
MFLD.nT 51843.0000: MAGNETIC FIELD
MDIP.deg 65.4390: MAGNETIC DIP
AZTC.deg 5.1810: AZM TOTAL CORR
M
DEC.deg 5.1810: MAGNETIC DECL
GRDC.deg 0.0000: GRID CORRECTION
EKB .ft 2220.0000: KB ELEVATION
EDF .ft 2218.0000: DF ELEVATION
TDL .ft 4900.0000: TOTAL DEPTH (LOGGER)
VSC . 1: VS TO CLOSURE
MAGU. 1918752: MAGUTM CHECKSUM
~Parameter Information Block
#MNEM.UNIT Value Description
#--------- ----------- ---------------------------
CBL .ft 604.0000: Casing Logged
STEM.degF 60.0000: Surface Temp
BHT .degF 104.0000: BottomHole Temp
MTD .ft 4900.0000: Max Temp Depth
RMB .ohmm 0.2500: Rm @ BHT
RMFT.degF 73.0000: Mud Filtrate Sample Temperature
RMFS.ohmm 0.2900: Mud Filtrate Resistivity
MCST.degF 73.0000: Mud Cake Sample Temperature
RMCS.ohmm 0.4000: Mud Cake Resistivity
MST .degF 73.0000: Mud Sample Temperature
RMS .ohmm 0.3500: Mud Resistivity
MRT .degF 104.0000: Maximum Recorded Temperature
TDL .ft 4900.0000: Depth Logger
CDS .ft 0.0000: CasingStartDep
CS .in 8.6250: Casing OD
BS .in 7.8750: Bit Size
CBD .ft 603.0000: Casing Depth
TDD .ft 4900.0000: Depth Driller
R3 . CHLORIDES REPORTED AT 4500 MG/L: Remarks Line 3
R2 . LCM REPORTED AT 2 PPB: Remarks Line 2
R1 . ANNULAR HOLE VOLUME CALCULATED FOR 5.5 INCH CASING: Remarks Line 1
WITN. J. CHRISTENSEN: Witness Name
MFSS. MEASURED: Rmf Source
RMCS. MEASURED: Mud Cake Resistivity
MSS . MUD PIT: Mud Sample Source
DFL .cptm 8.8000: Fluid Loss
PH .pH 11.0000: Mud pH
DFV .s/qt 63.0000: Mud Viscosity
DFD .ppg 9.2000: Mud Density
DFT . WATER BASED: Mud
Type
TCS .hr 8.0000: Time Ciculation Ended
SVCS. CH_HOS, GTET, DSNT, SDLT, IDT, ICT, Wavesonic-I, ACRt Sonde: Services
SVCN. SP-GTET-CSNG-IDT-ICT-WAVE-FLEX-DSN-SDL-ACRT-BN: Service Name
RUN . ONE: Run Number
IQVR. WL INSITE R3.8.4 (Build 5): WLIQ Version
TDCE.ucts 16.10.40 16-Mar-14: Time Circ End
TCS . 16 10: Time Ciculation Ended
DCS . 16-Mar-14: DateCircEndT
ENGI. THOMAS HYDE: Engineer Name
LUN . 11230668: LoggingUnitNum
LUL . LIBERAL: LoggingUnitLoc
LSTM.ucts 17.40.16 16-Mar-14: Log Start Time
DATE. 16-Mar-14: Run Date
TLAB. 17 39: LogStartTimeT
DLAB. 16-Mar-14: LogStartDateT
BRMP. 0: BromidePresent
~Curve Information Block
#MNEM.UNIT API CODE Curve Description
#--------- ----------- -------------------------
--
DEPT.F 00 000 000 000: Depth
RT90.ohmm 00 000 000 000: 90in Resistivity 2ft Res
RT60.ohmm 00 000 000 000: 60in Resistivity 2ft Res
RT30.ohmm 00 000 000 000: 30in Resistivity 2ft Res
RT20.ohmm 00 000 000 000: 20in Resistivity 2ft Res
RT10.ohmm 00 000 000 000: 10in Resistivity 2ft Res
CT90.mmo/m 00 000 000 000: 90in Conductivity 2ft Res
RT .ohmm 00 000 000 000: RT
RXO .ohmm 00 000 000 000: RXO
RXRT.NONE 00 000 000 000: RXRT
RMUD.ohmm 00 000 000 000: RMUD
GR .api 00 000 000 000: Gamma API
NPHI.decp 00 000 000 000: Neutron Porosity
NPHL.decp 00 000 000 000: Neu Por Lime
NPHS.decp 00 000 000 000: Neutron Porosity Sand
NPHD.decp 00 000 000 000: Neutron Porosity Dolo
MINV.ohmm 00 000 000 000: MicrologLateral
MNOR.ohmm 0
0 000 000 000: MicrologNormal
CALI.in 00 000 000 000: Caliper
BHVT.ft3 00 000 000 000: Borehole Volume
AHVT.ft3 00 000 000 000: Annular Volume
RHOB.g/cc 00 000 000 000: Density
CORP.g/cc 00 000 000 000: DensityCorrPos
CORM.g/cc 00 000 000 000: DensityCorrNeg
DRHO.g/cc 00 000 000 000: DensityCorr
PE .b/e 00 000 000 000: Pe
QN .NONE 00 000 000 000: NearQuality
QF .NONE 00 000 000 000: FarQuality
DPHI.decp 00 000 000 000: DensityPorosity
DLIM.decp 00 000 000 000: DenPhiLime
DPHD.decp 00 000 000 000: DenPhiDolo
DPHS.decp 00 000 000 000: DenPhiSand
SP .mV 00 000 000 000: SP
XPHI.decp 00 000 000 000: CrossplotPhi
MDT .uspf 00 000 000 000: MonoDeltaT
SPHI.decp 00 000 000 000: Acou Porosity
SPHS.decp 00
000 000 000: Acou Por Sand
SPHL.decp 00 000 000 000: Acou Por Lime
SPHD.decp 00 000 000 000: Acou Por Dolo
~OTHER INFORMATION SECTION
RANDEL_2-20\0001 SP-GTET-CSNG-IDT-ICT-WAVE-FLEX-DSN-SDL-ACRT-BN\003 16-Mar-14 17:39 Up @4904.5f
SERVICE
SP-GTET-CSNG-IDT-ICT-WAVE-FLEX-DSN-SDL-ACRT-BN
-----------------------------------------------------------------------------------------------
Tool Tool Name Serial Weight Length Length
Mnemonic Number (lbs) (ft) Accumulation(ft)
-----------------------------------------------------------------------------------------------
CH_HOS CH_HOS 954 37.50 3.03 113.44
XOHD XOHD 00000001 20.00 0.95 112.49
SP SP Sub
12345678 60.00 3.74 108.75
GTET GTET 10748374 165.00 8.52 100.23
DSNT DSNT* 10735145 180.60 9.69 90.54
SDLT SDLT** 10673803 433.00 10.81 79.73
IQF IQ Flex 954 140.00 5.67 74.06
IDT IDT 10967514 150.00 7.58 66.48
ICT ICT 10880633 330.00 12.83 53.65
WSTT Wavesonic-I** 10753396 536.00 34.07 19.58
ACRt ACRt Instrument* 10929776 70.00 5.03 14.55
ACRt ACRt Sonde 10929775 200.00 14.22 0.33
BLNS Bull Nose 00000001 5.00 0.33
0.00
-----------------------------------------------------------------------------------------------
Total 2327.10 116.47
" * " = Overbody Attached
PARAMETERS
--------------------------------------------------------------------------------------------------------------------------
Tool Name Mnemonic Description Value Units
--------------------------------------------------------------------------------------------------------------------------
TOP --------------------------------------------
SHARED BHT Bottom Hole Temperature 104.0 degF
Depth 4571.42 ft --------------------------------------------
SHARED BS Bit Size
7.875 in
SHARED UBS Use Bit Size instead of Caliper for all applications. No
SHARED MDBS Mud Base Water
SHARED MDWT Borehole Fluid Weight 9.200 ppg
SHARED WAGT Weighting Agent Natural
SHARED BSAL Borehole salinity 0.00 ppm
SHARED FSAL Formation Salinity NaCl 0.00 ppm
SHARED KPCT Percent K in Mud by Weight? 0.00 %
SHARED RMUD Mud Resistivity
0.350 ohmm
SHARED TRM Temperature of Mud 73.0 degF
SHARED CSD Logging Interval is Cased? No
SHARED ICOD AHV Casing OD 5.500 in
SHARED ST Surface Temperature 60.0 degF
SHARED TD Total Well Depth 4900.00 ft
SHARED BHT Bottom Hole Temperature 200.0 degF
SHARED SVTM Navigation and Survey Master Tool IDT
SHARED AZTM High Res Z Accelerometer Master Tool IDT
SHARED TEMM Temperature Master Tool NONE
SHARED BHSM Borehole Size Master Tool ICT
Rwa / CrossPlot XPOK Process Crossplot? Yes
Rwa / CrossPlot FCHO Select Source of F Automatic
Rwa / CrossPlot AFAC Archie A factor 0.6200
Rwa / CrossPlot MFAC Archie M factor 2.1500
Rwa / CrossPlot RMFR Rmf Reference 0.10 ohmm
Rwa / CrossPlot TMFR Rmf Ref Temp 75.00 degF
Rw
a / CrossPlot RWA Resistivity of Formation Water 0.05 ohmm
Rwa / CrossPlot ADP Use Air Porosity to calculate CrossplotPhi No
GTET GROK Process Gamma Ray? Yes
GTET GRSO Gamma Tool Standoff 0.000 in
GTET GEOK Process Gamma Ray EVR? No
GTET TPOS Tool Position for Gamma Ray Tools. Eccentered
DSNT DNOK Process DSN? Yes
DSNT DEOK Process DSN EVR? No
DSNT
NLIT Neutron Lithology Limestone
DSNT DNSO DSN Standoff - 0.25 in (6.35 mm) Recommended 0.250 in
DSNT DNTP Temperature Correction Type None
DSNT DPRS DSN Pressure Correction Type None
DSNT SHCO View More Correction Options No
DSNT UTVD Use TVD for Gradient Corrections? No
DSNT LHWT Logging Horizontal Water Tank? No
DSNT UCLA Classic Neutron Parameter utilized? No
SDLT CLOK
Process Caliper Outputs? Yes
SDLT Pad DNOK Process Density? Yes
SDLT Pad DNOK Process Density EVR? No
SDLT Pad CB Logging Calibration Blocks? No
SDLT Pad SPVT SDLT Pad Temperature Valid? Yes
SDLT Pad DTWN Disable temperature warning No
SDLT Pad DMA Formation Density Matrix 2.710 g/cc
SDLT Pad DFL Formation Density Fluid 1.000 g/cc
Microlog Pad MLOK Process Micr
oLog Outputs? Yes
Wavesonic-I WSOK Process WSTT? Yes
Wavesonic-I AFIL Adaptive Filtering? No
Wavesonic-I PINT Process 1 Sample and Skip 0
Wavesonic-I PROM Process Mode: M=1,MX=2,MY=3,MXY=4 4
Wavesonic-I DTSH Delta -T Shale 100.00 uspf
Wavesonic-I DTMT Delta -T Matrix Type User define
Wavesonic-I DTMA Delta -T Matrix 47.60 uspf
Wavesonic-I DTFL Delta -T Fluid
189.00 uspf
Wavesonic-I RHOM Matrix Density 2.7100 g/cc
Wavesonic-I RHOF Fluid Density 1.0000 g/cc
Wavesonic-I SMTH Semblance Threshold 0.25
Wavesonic-I VPVS VPVS Ratio for Porosity 1.40
Wavesonic-I APEQ Acoustic Porosity Equation Wylie
Wavesonic-I NAVS Navigation Source Tool IDT
ACRt Sonde RTOK Process ACRt? Yes
ACRt Sonde MNSO Minimum Tool Standoff
1.50 in
ACRt Sonde TCS1 Temperature Correction Source FP Lwr & FP Up
r
ACRt Sonde TPOS Tool Position Free Hanging
ACRt Sonde RMOP Rmud Source Mud Cell
ACRt Sonde RMIN Minimum Resistivity for MAP 0.20 ohmm
ACRt Sonde RMIN Maximum Resistivity for MAP 200.00 ohmm
ACRt Sonde THQY Threshold Quality 0.50
ACRt Sonde RMBH Use RMud from BHPT?
No
ACRt Sonde MRFX Fixed mud resistivity 2000 ohmm
BOTTOM --------------------------------------------
INPUTS, DELAYS AND FILTERS
------------------------------------------------------------------------------------------------------------------------
Mnemonic Input Description Delay Filter Length Filter Type
(ft) (ft)
------------------------------------------------------------------------------------------------------------------------
SP Sub
PLTC Plot Control Mask 110.716 NO
SP Spontaneous Potential
110.716 1.250 BLK
SPR Raw Spontaneous Potential 110.716 NO
SPO Spontaneous Potential Offset 110.716 NO
GTET
TPUL Tension Pull 102.694 NO
GR Natural Gamma Ray API 102.694 1.750 TRI
GRU Unfiltered Natural Gamma Ray API 102.694 NO
EGR Natural Gamma Ray API with Enhanced Vertical Resolution 102.694 1.416 , 0.750 W
ACCZ Accelerometer Z 0.000 0.083 BLK
DEVI
Inclination 0.000 NO
DSNT
TPUL Tension Pull 92.449 NO
RNDS Near Detector Telemetry Counts 92.549 1.417 BLK
RFDS Far Detector Telemetry Counts 93.299 0.583 TRI
DNTT DSN Tool Temperature 92.549 NO
DSNS DSN Tool Status 92.449 NO
ERND Near Detector Telemetry Counts EVR 92.549 0.000 BLK
ERFD Far Detector Telemetry Counts EVR 93.299 0.000
BLK
ENTM DSN Tool Temperature EVR 92.549 NO
SDLT
TPUL Tension Pull 82.551 NO
PCAL Pad Caliper 82.551 0.250 TRI
ACAL Arm Caliper 82.551 0.250 TRI
Wavesonic-I
TPUL Tension Pull 31.083 NO
DPSX Dipole Source X Structurel 19.583 NO
DPSY Dipole Source Y Structurel 19.583 NO
DPSM Monopole Source Structure 19.583 NO
WVST Wavesonic Compressed Data 31.083 NO
TPUL Tension Pull 31.083 NO
XMS1 Wave Sonic Status Word 1 19.583 NO
XMS2 Wave Sonic Status Word 2 19.583 NO
XMS1 Wave Sonic XMITStatus Word 1 19.583 NO
XMS1 Wave Sonic XMITStatus Word 2 19.583 NO
F1HA Dipole 1 HV After 19.583 NO
F1HB Dipole 1 HV
Before 19.583 NO
F2HA Dipole 2 HV After 19.583 NO
F2HB Dipole 2 HV Before 19.583 NO
F3HA Monopole HV After 19.583 NO
F3HB Monopole HV Before 19.583 NO
INVT Input Voltage 19.583 NO
5VOL 5 Volts 19.583 NO
MI5A Minus 5 Volts Analog 19.583 NO
ITMP Instrument Temperature
19.583 NO
PL5A Plus 5 Volts Analog 19.583 NO
5VD Plus 5 Volts Digital 19.583 NO
TCUR Tool Current 19.583 NO
SUPV Supply Voltage 19.583 NO
PRVT Preregulated voltage 19.583 NO
PRVT Pre-regulated voltage Xmter 19.583 NO
TEMP Temperature 19.583 NO
ACQN Acquisition Number 19.583
NO
XDP Delay Reference 31.083 NO
MITM MIT Mode 31.083 NO
VERS Version 19.583 NO
D1CT Dipole 1 Compressed Word Count 31.083 NO
D2CT Dipole 2 Compressed Word Count 31.083 NO
MCNT Monopole Compressed Word Count 31.083 NO
SEQN Sequence Number 19.583 NO
FREV Firmware Revision 19.583 NO
MSMP
Monopole Sample Rate 19.583 NO
MSMP Dipole Sample Rate 19.583 NO
MFWF Monopole Firing Waveform 19.583 NO
MFRQ Monopole Frequency 19.583 NO
MDLY Monopole Delay 19.583 NO
DXWF Dipole X Firing Waveform 19.583 NO
XFRQ Dipole X Frequency 19.583 NO
XDLY Dipole X Delay 19.583 NO
DYWF Dipole Y Firing Wa
veform 19.583 NO
YFRQ Dipole Y Frequency 19.583 NO
YDLY Dipole Y Delay 19.583 NO
DPSX Dipole Source X Structurel 19.583 NO
DPSY Dipole Source Y Structurel 19.583 NO
DPSM Monopole Source Structure 19.583 NO
WVST Wavesonic Compressed Data 31.083 NO
AUTM Auto Mode 19.583 NO
SONM tool mode for sonic - 0 for normal or 3 for calibr
ation 19.583 NO
MSL Monopole Lower Travel Time 31.083 NO
MSH Monopole Upper Travel Time 31.083 NO
MLFC Monopole-1 Lower Filter Bandpass Frequency Cut-off 19.583 NO
MUFC Monopole-1 Upper Filter Bandpass Frequency Cut-off 19.583 NO
DLTT Dipole Lower Travel Time 19.583 NO
DUTT Dipole Upper Travel Time 19.583 NO
DLFC Dipole Lower Filter Bandpass Frequency Cut-off 19.583 NO
DUFC Dipole Upper Filter Bandpass Frequency Cut-off 19.583
NO
MUTE WaveSonic Mute/Enable Channels and Sides map 19.583 NO
MUTS Mute/Enable Sides 19.583 NO
WSRB Relative Bearing 31.083 NO
WSAZ WSX Azimuth Pad 1 31.083 NO
TPUL Tension Pull 31.083 NO
WMP Summed array of Monopole for SIDES - A,B,C,D 31.083 NO
WXX Dipole X for SIDES - A-C 31.083 NO
WYY Dipole Y for SIDES - B-D 31.083 NO
WXY
Dipole X for SIDES - B-D 31.083 NO
WYX Dipole Y for SIDES - A-C 31.083 NO
TPUL Tension Pull 31.083 NO
WMA Monopole Waveform Side A - Channel 1 to Channel 8 Receivers 31.083 NO
WMB Monopole Waveform Side B - Channel 1 to Channel 8 Receivers 31.083 NO
WMC Monopole Waveform Side C - Channel 1 to Channel 8 Receivers 31.083 NO
WMD Monopole Waveform Side D - Channel 1 to Channel 8 Receivers 31.083 NO
WXA Dipole X Waveform Side A - Channel 1 to Channel 8 Receivers 31.083 NO
WXB Dipole X Waveform Side B
- Channel 1 to Channel 8 Receivers 31.083 NO
WXC Dipole X Waveform Side C - Channel 1 to Channel 8 Receivers 31.083 NO
WXD Dipole X Waveform Side D - Channel 1 to Channel 8 Receivers 31.083 NO
WYA Dipole Y Waveform Side A - Channel 1 to Channel 8 Receiver 31.083 NO
s
WYB Dipole Y Waveform Side B - Channel 1 to Channel 8 Receiver 31.083 NO
s
WYC Dipole Y Waveform Side C - Channel 1 to Channel 8 Receivers 31.083 NO
WYD Dipole Y Waveform Side D - Channel 1 to Channel 8 Receiv
ers 31.083 NO
GAR1 Gain Side A Receiver 1 19.583 NO
GAR2 Gain Side A Receiver 2 19.583 NO
GAR3 Gain Side A Receiver 3 19.583 NO
GAR4 Gain Side A Receiver 4 19.583 NO
GAR5 Gain Side A Receiver 5 19.583 NO
GAR6 Gain Side A Receiver 6 19.583 NO
GAR7 Gain Side A Receiver 7 19.583 NO
GAR8 Gain Side A Receiver 8 19.583 N
O
GBR1 Gain Side B Receiver 1 19.583 NO
GBR2 Gain Side B Receiver 2 19.583 NO
GBR3 Gain Side B Receiver 3 19.583 NO
GBR4 Gain Side B Receiver 4 19.583 NO
GBR5 Gain Side B Receiver 5 19.583 NO
GBR6 Gain Side B Receiver 6 19.583 NO
GBR7 Gain Side B Receiver 7 19.583 NO
GBR8 Gain Side B Receiver 8 19.583 NO
GCR1
Gain Side C Receiver 1 19.583 NO
GCR2 Gain Side C Receiver 2 19.583 NO
GCR3 Gain Side C Receiver 3 19.583 NO
GCR4 Gain Side C Receiver 4 19.583 NO
GCR5 Gain Side C Receiver 5 19.583 NO
GCR6 Gain Side C Receiver 6 19.583 NO
GCR7 Gain Side C Receiver 7 19.583 NO
GCR8 Gain Side C Receiver 8 19.583 NO
GDR1 Gain Side D Receiver 1
19.583 NO
GDR2 Gain Side D Receiver 2 19.583 NO
GDR3 Gain Side D Receiver 3 19.583 NO
GDR4 Gain Side D Receiver 4 19.583 NO
GDR5 Gain Side D Receiver 5 19.583 NO
GDR6 Gain Side D Receiver 6 19.583 NO
GDR7 Gain Side D Receiver 7 19.583 NO
GDR8 Gain Side D Receiver 8 19.583 NO
ACRt Sonde
TPUL
Tension Pull 2.727 NO
F1R1 ACRT 12KHz - 80in R value 8.977 0.000 BLK
F1X1 ACRT 12KHz - 80in X value 8.977 0.000 BLK
F1R2 ACRT 12KHz - 50in R value 6.477 0.000 BLK
F1X2 ACRT 12KHz - 50in X value 6.477 0.000 BLK
F1R3 ACRT 12KHz - 29in R value 4.977 0.000 BLK
F1X3 ACRT 12KHz - 29in X value 4.977 0.000 BLK
F1R4 ACRT 12KHz - 17in R value 3.977 0.000 BLK
F1X4 ACRT 12KHz - 17in X value
3.977 0.000 BLK
F1R5 ACRT 12KHz - 10in R value 3.477 0.000 BLK
F1X5 ACRT 12KHz - 10in X value 3.477 0.000 BLK
F1R6 ACRT 12KHz - 6in R value 3.227 0.000 BLK
F1X6 ACRT 12KHz - 6in X value 3.227 0.000 BLK
F2R1 ACRT 36KHz - 80in R value 8.977 0.000 BLK
F2X1 ACRT 36KHz - 80in X value 8.977 0.000 BLK
F2R2 ACRT 36KHz - 50in R value 6.477 0.000 BLK
F2X2 ACRT 36KHz - 50in X value
6.477 0.000 BLK
F2R3 ACRT 36KHz - 29in R value 4.977 0.000 BLK
F2X3 ACRT 36KHz - 29in X value 4.977 0.000 BLK
F2R4 ACRT 36KHz - 17in R value 3.977 0.000 BLK
F2X4 ACRT 36KHz - 17in X value 3.977 0.000 BLK
F2R5 ACRT 36KHz - 10in R value 3.477 0.000 BLK
F2X5 ACRT 36KHz - 10in X value 3.477 0.000 BLK
F2R6 ACRT 36KHz - 6in R value 3.227 0.000 BLK
F2X6 ACRT 36KHz - 6in X value 3.227 0.000 BLK
F3R1 ACRT 72KHz - 80in R value 8.977 0.000 BLK
F3X1 ACRT 72KHz - 80in X value 8.977 0.000 BLK
F3R2 ACRT 72KHz - 50in R value 6.477 0.000 BLK
F3X2 ACRT 72KHz - 50in X value 6.477 0.000 BLK
F3R3 ACRT 72KHz - 29in R value 4.977 0.000 BLK
F3X3 ACRT 72KHz - 29in X value 4.977 0.000 BLK
F3R4 ACRT 72KHz - 17in R value 3.977 0.000 BLK
F3X4 ACRT 72KHz - 17in X value 3.977 0.000 BLK
F3R5 ACR
T 72KHz - 10in R value 3.477 0.000 BLK
F3X5 ACRT 72KHz - 10in X value 3.477 0.000 BLK
F3R6 ACRT 72KHz - 6in R value 3.227 0.000 BLK
F3X6 ACRT 72KHz - 6in X value 3.227 0.000 BLK
RMUD Mud Resistivity 12.517 0.000 BLK
F1RT Transmitter Current Raw 12K X Receiver 2.727 0.000 BLK
F1XT Transmitter Reference 12 KHz Imaginary Signal 2.727 0.000 BLK
F2RT Transmitter Reference 36 KHz Real Signal 2.727 0.000 BLK
F2XT Transmitter Reference 36 KHz Imagin
ary Signal 2.727 0.000 BLK
F3RT Transmitter Reference 72 KHz Real Signal 2.727 0.000 BLK
F3XT Transmitter Reference 72 KHz Imaginary Signal 2.727 0.000 BLK
TFPU Upper Feedpipe Temperature Calculated 2.727 0.000 BLK
TFPL Lower Feedpipe Temperature Calculated 2.727 0.000 BLK
ITMP Instrument Temperature 2.727 0.000 BLK
TCVA Temperature Correction Values Loop Off 2.727 NO
TIDV Instrument Temperature Derivative 2.727 NO
TUDV Upper Temperature Derivative 2.727
NO
TLDV Lower Temperature Derivative 2.727 NO
TRBD Receiver Board Temperature 2.727 NO
SDLT Pad
TPUL Tension Pull 82.541 NO
NAB Near Above 82.366 0.920 BLK
NHI Near Cesium High 82.366 0.920 BLK
NLO Near Cesium Low 82.366 0.920 BLK
NVA Near Valley 82.366 0.920 BLK
NBA Near Barite
82.366 0.920 BLK
NDE Near Density 82.366 0.920 BLK
NPK Near Peak 82.366 0.920 BLK
NLI Near Lithology 82.366 0.920 BLK
NBAU Near Barite Unfiltered 82.366 0.250 BLK
NLIU Near Lithology Unfiltered 82.366 0.250 BLK
FAB Far Above 82.716 0.250 BLK
FHI Far Cesium High 82.716 0.250 BLK
FLO Far Cesium Low 82.
716 0.250 BLK
FVA Far Valley 82.716 0.250 BLK
FBA Far Barite 82.716 0.250 BLK
FDE Far Density 82.716 0.250 BLK
FPK Far Peak 82.716 0.250 BLK
FLI Far Lithology 82.716 0.250 BLK
PTMP Pad Temperature 82.551 0.920 BLK
NHV Near Detector High Voltage 81.946 NO
FHV Far Detector High Voltage 81.946 NO
ITMP Instrument Temperature 81.946 NO
DDHV Detector High Voltage 81.946 NO
Microlog Pad
TPUL Tension Pull 82.736 NO
MINV Microlog Lateral 82.736 0.750 BLK
MNOR Microlog Normal 82.736 0.750 BLK
OUTPUTS
------------------------------------------------------------------------------------------------------------
Mnemonic Output Description Filter Length Filter Type
(ft)
------------------------------------------------------------------------------------------------------------
Rwa / CrossPlot
F Formation Factor NO
RWA Resistivity of Formation Water NO
XPHI Crossplot Porosity NO
RXRT RXO/RT NO
RMF Resistivity Mud Filtrate 1.750 BLK
SXO Flushed Zone Saturation 1.750 BLK
SWA Apparent Water Saturation 1.750 BLK
MFVL Mud Filtrate Volume 1.750 BLK
CUMV Cumm.Mud Filtrate Volume 1.750 BLK
SP Sub
PLTC Plot Control Mask NO
SP Spontaneous Potential NO
SPR Raw Spontaneous Potential NO
SPO Spontaneous Potential Offset NO
GTET
ACCZ Accelerometer Z NO
DEVI Inclination NO
BTMP
BoreHole Temperature NO
PLTC Plot Control Mask NO
EGR Natural Gamma Ray API with Enhanced Vertical Resolution NO
EGRC Natural Gamma Ray API with Enhanced Vertical Resolution and NO
BHC
PLTC Plot Control Mask NO
BHAB Borehole Absorption NO
BHCN Borehole Correction NO
ICID Inner Casing ID NO
KCTN Pott
asium Correction NO
PLTC Plot Control Mask NO
GR Natural Gamma Ray API NO
GRCO Natural Gamma Ray API Borehole Corrected NO
PLTC Plot Control Mask NO
BHAB Borehole Absorption NO
BHCN Borehole Correction NO
ICID Inner Casing ID NO
KCTN Pottasium Correction NO
DSNT
PLTC Plot Control Mask NO
NLIT Neutron Lithology NO
ENPH Neutron Porosity EVR NO
ENPS Neutron Porosity Sandstone Matrix EVR NO
ENLI Neutron Porosity Limestone Matrix EVR NO
ENPD Neutron Porosity Dolomite Matrix EVR NO
ENRA DSN Near to Far Ratio EVR NO
ENDS Near Detector Telemetry Counts EVR NO
EFDS Far Detector Telemetry Counts EVR NO
PLTC
Plot Control Mask NO
NPHI Neutron Porosity NO
NDSN Near Detector Telemetry Counts NO
FDSN Far Detector Telemetry Counts NO
NRAT DSN Near to Far Ratio NO
NLIT Neutron Lithology NO
NLIM Neutron Porosity Limestone Matrix NO
NPHS Neutron Porosity Sandstone Matrix NO
NPHD Neutron Porosity Dolomite Matrix NO
NPHU Ne
utron Limestone Porosity No Salinity NO
PLTC Plot Control Mask NO
UNPL Uncorrected Neutron Porosity Lime NO
UNPS Uncorrected Neutron Porosity Sand NO
UNPD Uncorrected Neutron Porosity Dolo NO
BSC Borehole Size Correction NO
MCTC Mud Cake Thickness Correction NO
BHSC Bore Hole Salinity Correction NO
MWC Mud Weight Correction NO
FTC Formation Temperature
Correction NO
FPC Formation Pressure Correction NO
TSOC Tool Standoff Correction NO
FSCL Formation Salinity Correction LS NO
FSCS Formation Salinity Correction SS NO
FSDO Formation Salinity Correction DO NO
FSIL Formation Sigma & HI Correction LS NO
FSIS Formation Sigma & HI Correction SS NO
FSID Formation Sigma & HI Correction DO NO
MUDW Computed Mud Weight
NO
CSGT Casing Thickness Correction NO
CMTC Cement Thickness Correction NO
BSCN Neutron Porosity - Bore Hole Size Corrected NO
BSCL Neutron Porosity - Bore Hole Size Corrected Lime NO
BSCS Neutron Porosity - Bore Hole Size Corrected Sand NO
BSCD Neutron Porosity - Bore Hole Size Corrected Dolomite NO
TEMP Temperature NO
PRES Presssure NO
CALU Caliper Used
NO
SDOU StandOff Used NO
SDLT
PLTC Plot Control Mask NO
CALI Caliper Measurement NO
DCAL Differential Caliper Measurement NO
BHV Borehole Volume Increment NO
AHV Annular Hole Volume Increment NO
BHVT Bore Hole Volume NO
AHVT Annular Hole Volume NO
HDIA Measured Hole Diame
ter NO
ACAL Arm Caliper NO
PCAL Pad Caliper NO
Wavesonic-I
PLTC Plot Control Mask NO
MDT Monopole Delta T NO
MDT2 Monopole Peak Slowness filtered NO
MSBP Monopole Semblance Peak Value NO
SPHI Acoustic Porosity NO
SPHS Acoustic Porosity Sandstone NO
SPHL Acoustic Porosity Limestone NO
SPHD Acoustic Porosity Dolomite NO
SPHW Acoustic Porosity Wylie NO
SPHA Acoustic Porosity - Argentime NO
SPHR Aco Por - Raymer, Hunt, Gardner NO
SPHH Acoustic Porosity - Empirical HLS NO
ITTI Travel Time Per Depth Sample NO
ITTT Integrated Travel Time Total NO
DXDT Dipole X Delta T, no dispersion correction NO
XDT2
X Dipole Peak Slowness filtered NO
XSBP X Dipole Semblance Peak Value NO
VPVX Velocity Ratio X NO
PRX Poisson's Ratio X NO
DYDT Dipole Y Delta T, no dispersion correction NO
YDT2 Y Dipole Peak Slowness filtered NO
YSBP Y Dipole Semblance Peak Value NO
VPVY Velocity Ratio Y NO
PRY Poisson's Ratio Y NO
FRMC Tool Frame Co
unt NO
WSRB Relative Bearing NO
WSAZ WSX Azimuth Pad 1 NO
SBM Monopole Semblance Waveform NO
SBX Dipole X Semblance Waveform NO
SBY Dipole Y Semblance Waveform NO
MWV Monopole Waveform NO
DXXW Dipole X Waveform NO
DYYW Dipole Y Waveform NO
PLTC Plot Control Mask
NO
XMS1 Wave Sonic Status Word 1 NO
XMS2 Wave Sonic Status Word 2 NO
XMS1 Wave Sonic XMITStatus Word 1 NO
XMS1 Wave Sonic XMITStatus Word 2 NO
F1HA Dipole 1 HV After NO
F1HB Dipole 1 HV Before NO
F2HA Dipole 2 HV After NO
F2HB Dipole 2 HV Before NO
F3HA Monopole HV After
NO
F3HB Monopole HV Before NO
INVT Input Voltage NO
5VOL 5 Volts NO
MI5A Minus 5 Volts Analog NO
ITMP Instrument Temperature NO
PL5A Plus 5 Volts Analog NO
5VD Plus 5 Volts Digital NO
TCUR Tool Current NO
SUPV Supply Voltage
NO
PRVT Preregulated voltage NO
PRVT Pre-regulated voltage Xmter NO
TEMP Temperature NO
ACQN Acquisition Number NO
XDP Delay Reference NO
MITM MIT Mode NO
VERS Version NO
D1CT Dipole 1 Compressed Word Count NO
D2CT Dipole 2 Compressed Word Count NO
M
CNT Monopole Compressed Word Count NO
SEQ Sequence Number NO
FREV Firmware Revision NO
MSMP Monopole Sample Rate NO
MSMP Dipole Sample Rate NO
MFWF Monopole Firing Waveform NO
MFRQ Monopole Frequency NO
MDLY Monopole Delay NO
DXWF Dipole X Firing Waveform NO
XFRQ
Dipole X Frequency NO
XDLY Dipole X Delay NO
DYWF Dipole Y Firing Waveform NO
YFRQ Dipole Y Frequency NO
YDLY Dipole Y Delay NO
MWLV Monopole Left Value NO
MWRV Monopole Right Value NO
MSL Monopole Lower Travel Time NO
MSH Monopole Upper Travel Time NO
MMUT Monopole Mute
NO
DXLV Dipole X Left Value NO
DXRV Dipole X Right Value NO
XSL X Dipole Lower Slowness NO
XSH X Dipole Upper Slowness NO
XMUT X Dipole Mute NO
DYLV Dipole Y Left Value NO
DYRV Dipole Y Right Value NO
YSL Y Dipole Lower Slowness NO
YSH Y Dipole Upper Slowness
NO
YMUT Y Dipole Mute NO
EMA Monopole Total Spectral Energy on A NO
EMB MonopoleTotal Spectral Energy on B NO
EMC MonopoleTotal Spectral Energy on C NO
EMD MonopoleTotal Spectral Energy on D NO
ELMA Monopole 400 - 2000 Hz filtered Spectral Energy on A NO
ELMB Monopole 400 - 2000 Hz filtered Spectral Energy on B NO
ELMC Monopole 400 - 2000 Hz filtered Spectral Energy on C NO
ELMD Monopole 400 - 2000 Hz filtered Spectral Energy on D
NO
EHMA Monopole Normalized to A Total Spectral Energy on A NO
EHMB Monopole Normalized to A Total Spectral Energy on B NO
EHMC Monopole Normalized to A Total Spectral Energy on C NO
EHMD Monopole Normalized to A Total Spectral Energy on D NO
EMON Monopole signal energy on A+B+C+D NO
EXAC x-inline signal energy NO
EXBD x-crossline signal energy NO
EYAC y-crossline signal energy NO
EYBD y-inline signal energy
NO
ENMA Monopole Normalized to A 400 - 2000 Hz Spectral Energy on A NO
ENMB Monopole Normalized to A 400 - 2000 Hz Spectral Energy on B NO
ENMC Monopole Normalized to A 400 - 2000 Hz Spectral Energy on C NO
ENMD Monopole Normalized to A 400 - 2000 Hz Spectral Energy on D NO
ETMA Monopole Total RMS Time energy on A NO
ETMB Monopole Total RMS Time energy on B NO
ETMC Monopole Total RMS Time energy on C NO
ETMD Monopole Total RMS Time energy on D NO
ETFA Monopole 400-2000Hz filtered RMS Time energy on A NO
ETFB
Monopole 400-2000Hz filtered RMS Time energy on B NO
ETFC Monopole 400-2000Hz filtered RMS Time energy on C NO
ETFD Monopole 400-2000Hz filtered RMS Time energy on D NO
ETNA Monopole Normalized Total RMS Time energy on A NO
ETNB Monopole Normalized Total RMS Time energy on B NO
ETNC Monopole Normalized Total RMS Time energy on C NO
ETND Monopole Normalized Total RMS Time energy on D NO
ENFA Monopole Normalized 400-2000Hz filtered RMS Time energy on A NO
ENFB Monopole Normalized 400-2000Hz filtered RMS Time energy on B NO
ENFC Mono
pole Normalized 400-2000Hz filtered RMS Time energy on C NO
ENFD Monopole Normalized 400-2000Hz filtered RMS Time energy on D NO
PLTC Plot Control Mask NO
DT Sonic Delta-T NO
QT1 Semblance Quality NO
ITTT Integrated Travel Time Total NO
ITTI Travel Time Per Depth Sample NO
SPHI Acoustic Porosity NO
ACRt Sonde
PLTC Plot Control Mask
NO
RO90 90in Resistivity 1ft Res NO
RO60 60 in Radial Resistivity 1ft NO
RO30 30 in Radial Resistivity 1ft NO
RO20 20 in Radial Resistivity 1ft NO
RO10 10 in Radial Resistivity 1ft NO
RO06 6 in Radial Resistivity 1ft NO
RT90 90 in Radial Resistivity 2ft NO
RT60 60 in Radial Resistivity 2ft NO
RT30 30 in Radial Resistivity 2ft NO
R
T20 20 in Radial Resistivity 2ft NO
RT10 10 in Radial Resistivity 2ft NO
RT06 6 in Radial Resistivity 2ft NO
RF90 90 in Radial Resistivity 4ft NO
RF60 60 in Radial Resistivity 4ft NO
RF30 30 in Radial Resistivity 4ft NO
RF20 20 in Radial Resistivity 4ft NO
RF10 10 in Radial Resistivity 4ft NO
RF06 6 in Radial Resistivity 4ft NO
CO90
90 in Radial Conductivity 1ft NO
CO60 60 in Radial Conductivity 1ft NO
CO30 30 in Radial Conductivity 1ft NO
CO20 20 in Radial Conductivity 1ft NO
CO10 10 in Radial Conductivity 1ft NO
CO6 6 in Radial Conductivity 1ft NO
CT90 90 in Radial Conductivity 2ft NO
CT60 60 in Radial Conductivity 2ft NO
CT30 30 in Radial Conductivity 2ft NO
CT20 20 in Radial Condu
ctivity 2ft NO
CT10 10 in Radial Conductivity 2ft NO
CT6 6 in Radial Conductivity 2ft NO
CF90 90 in Radial Conductivity 4ft NO
CF60 60 in Radial Conductivity 4ft NO
CF30 30 in Radial Conductivity 4ft NO
CF20 20 in Radial Conductivity 4ft NO
CF10 10 in Radial Conductivity 4ft NO
CF6 6 in Radial Conductivity 4ft NO
LMAN Left Mandrel
NO
RMAN Right Mandrel NO
RSO Right Standoff NO
LSO Left Standoff NO
TMPF Upper Feedpipe Temperature Calculated NO
ECC Eccentricity - Distance from tool center to hole center NO
CDIA Calculated Diameter NO
RT Uninvaded Zone Resistivity NO
RXO Invaded Zone Resistivity NO
RXRT RXO/RT
NO
DI Radial Depth of Invasion NO
DIIN Radial Depth of Inner Invasion NO
DIOU Radial Depth of Outer Invasion NO
SMUD Mud Restivity - Calculated NO
RMUD Mud Restivity NO
X4PL X4Planner=RT90/RMUD*square(0.125-caliper) NO
BCD1 Borehole Corrections D1 NO
BCD2 Borehole Corrections D2 NO
BCD3 Borehole Corrections D3
NO
BCD4 Borehole Corrections D4 NO
BCU5 Borehole Corrections U5 NO
BCD6 Borehole Corrections D6 NO
SED1 Skin Effect Corrections D1 NO
SED2 Skin Effect Corrections D2 NO
SED3 Skin Effect Corrections D3 NO
SED4 Skin Effect Corrections D4 NO
SEU5 Skin Effect Corrections U5 NO
SED6 Skin Effect Corrections D6 NO
QBC1
BHC Quality 1 NO
QBC2 BHC Quality 2 NO
QBC3 BHC Quality 3 NO
QBC4 BHC Quality 4 NO
QBC5 BHC Quality 5 NO
QBC6 BHC Quality 6 NO
QFBHC0 BHC Quality Status 1 NO
QFBHC1 BHC Quality Status 2 NO
QFBHC2 BHC Quality Status 3 NO
QFBHC3 BHC
Quality Status 4 NO
QFBHC4 BHC Quality Status 5 NO
QFBHC5 BHC Quality Status 6 NO
CALU Caliper Used NO
CALM caliper measurement indicator NO
RMGD Rmud Gradient Calculation NO
HRM1 Rt Resistivity MAP - One Foot NO
HRM2 Rt Resistivity Map - Two Ft NO
HRM4 Rt Resistivity Map - Four Ft NO
SDLT Pad
PLTC Plot Control Mask NO
ERHO Formation Density Enhanced Vertical Resolution 1.080 , 0.750 W
EDCP Density Correction EVR Positive 1.080 , 0.750 W
EDCN Density Correction EVR Negative 1.080 , 0.750 W
EDCT Density Correction EVR 1.080 , 0.750 W
EDPH Formation Density Porosity - Enhanced Vertical Resolution 1.080 , 0.750 W
EDLI Formation Density Porosity - Limestone EVR 1.080 , 0.750 W
EDPD Formation Density Porosity - Dolomite - EVR 1.080 , 0.750 W
EDPS Formation Density Porosity - Sandstone - EVR 1.080 , 0.750 W
EP
E Photoelectric Factor Enhanced Vertical Resolution 1.080 , 0.580 W
EPMF Photoelectric Factor EVR - Minimum Filtering 0.420 , 0.250 W
EDMF Formation Density EVR - Minimum Filtering 0.420 , 0.250 W
PLTC Plot Control Mask NO
RHOB Formation Density 1.750 TRI
CORP Positive Density Correction 1.750 TRI
CORM Negative Density Correction 1.750 TRI
DRHO Density Correction 1.750 TRI
PE Photoelectric Factor 1.750 TRI
DPE
Photoelectric Factor Correction 1.750 TRI
SDSO Tool Standoff 1.750 TRI
QN Near Quality 1.750 TRI
QF Far Quality 1.750 TRI
DPHI Formation Density Porosity 1.750 TRI
DLIM Formation Density Porosity - Limestone 1.750 TRI
DPHD Formation Density Porosity - Dolomite 1.750 TRI
DPHS Formation Density Porosity - Sandstone 1.750 TRI
NBAC Near Barite Corrected NO
NDEC Near Density Correc
ted NO
NPKC Near Peak Corrected NO
NLIC Near Lithology Corrected NO
FBAC Far Barite Corrected NO
FDEC Far Density Corrected NO
Microlog Pad
PLTC Plot Control Mask NO
MINV Microlog Lateral NO
MNOR Microlog Normal NO
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