ADD ALTCODE1 1 C 15 0 ALTERNATE CODE ADD BLEND 1 Z 3 0 FORMULATION BLEND COUNTER ADD BLNDPCT 1 N 4 0 % PERCENTAGE OF OTHER SAMPLE IN BLEND ADD CANDPCT 1 N 4 0 % PERCENTAGE OF CANDIDATE SAMPLE IN BLEND ADD COUNT 1 Z 3 0 FORMULATION TESTED COUNTER ADD DTCOMP 1 C 8 0 YYYYMMDD COMPLETED DATE ADD DTSTRT 1 C 8 0 YYYYMMDD START DATE ADD EOTTIME 1 C 5 0 HH:MM COMPLETED TIME ADD FORM 1 C 45 0 FORMULATION CODE ADD INST 1 C 5 0 INSTRUMENT ADD LAB 1 C 2 0 TEST LAB ADD LABINHS 1 C 30 0 LAB IN-HOUSE NUMBER ADD METHOD 1 C 8 0 DEXRON MANUAL METHOD CODE ADD MOD 1 C 2 0 FORMULATION MODIFICATION ADD OTHERID 1 C 60 0 ID OF OTHER PRODUCT USED FOR BLENDED SAMPLE ADD RUN 1 C 8 0 BATH RUN NUMBER ADD SID 1 C 3 0 GMTDC ASSIGNED SPONSOR ID ADD SPONCODE 1 C 10 0 SPONSOR FORMULATION CODE ADD SPONINHS 1 C 40 0 SPONSOR IN-HOUSE NUMBER ADD STRTTIME 1 C 5 0 HH:MM START TIME ADD SUBLAB 1 C 40 0 SUBMITTED BY: TESTING LABORATORY ADD SUBNAME 1 C 40 0 SUBMITTED BY: SIGNATURE TYPED NAME ADD SUBSIGIM 1 C 70 0 SUBMITTED BY: SIGNATURE IMAGE ADD SUBTITLE 1 C 40 0 SUBMITTED BY: TITLE ADD TESTNUM 1 C 30 0 TEST NUMBER ADD TESTSPON 1 C 40 0 CONDUCTED FOR SPONSOR ADD VALIDOP 1 C 3 0 YES or NO VALIDITY STATEMENT ADD VERSION 1 C 8 0 YYYYMMDD ASD VERSION 20240910 Beta ADD ABDCRxxx 10 C 3 0 DYNAMIC CYCLE - ASD TEST BLOCK ADD ENDCRxxx 10 N 5 1 kJ DYNAMIC CYCLE - ENERGY ADD HTDCRxxx 10 N 6 1 deg C DYNAMIC CYCLE - AVERAGE HEAD TEMPERATURE ADD LCDCRxxx 10 N 6 3 DYNAMIC CYCLE - LOW-SPEED DYNAMIC COEFFICIENT ADD LTDCRxxx 10 N 5 1 Nm DYNAMIC CYCLE - LOW-SPEED TORQUE ADD MCDCRxxx 10 N 6 3 DYNAMIC CYCLE - MID-POINT DYNAMIC COEFFICIENT ADD MMDCRxxx 10 N 5 2 DYNAMIC CYCLE - MU 0 OVER MU D ADD MPDCRxxx 10 N 6 1 kPa DYNAMIC CYCLE - MID-POINT PRESSURE ADD MTDCRxxx 10 N 5 1 Nm DYNAMIC CYCLE - MID-POINT TORQUE ADD STDCRxxx 10 N 5 2 s DYNAMIC CYCLE - STOP TIME ADD TCDCRxxx 10 C 5 0 DYNAMIC CYCLE - ASD TEST CYCLE ADD TTDCRxxx 10 N 7 2 h DYNAMIC CYCLE - TEST HOURS ADD ABSCRxxx 11 C 3 0 STATIC CYCLE - ASD TEST BLOCK ADD APSCRxxx 11 N 6 2 kPa STATIC CYCLE - STATIC APPLY PRESSURE ADD MTSCRxxx 11 N 5 1 Nm STATIC CYCLE - MAX STATIC TORQUE ADD QCSCRxxx 11 N 6 3 STATIC CYCLE - 0.25 SECOND STATIC COEFFICIENT ADD QTSCRxxx 11 N 5 1 Nm STATIC CYCLE - 0.25 SECOND STATIC TORQUE ADD TCSCRxxx 11 C 5 0 STATIC CYCLE - ASD TEST CYCLE ADD TTSCRxxx 11 N 7 2 h STATIC CYCLE - TEST HOURS ADD ABP6Rxxx 12 C 3 0 60C PLATE TEMP SUMMARY - ASD TEST BLOCK ADD FHP6Rxxx 12 N 5 1 deg C 60C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 1.20M/S SLIP SPEED ADD FLP6Rxxx 12 N 5 1 deg C 60C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 0.15M/S SLIP SPEED ADD FMP6Rxxx 12 N 5 1 deg C 60C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 0.35M/S SLIP SPEED ADD HTP6Rxxx 12 N 5 1 deg C 60C PLATE TEMP SUMMARY - AVG HEAD TEMPERATURE ADD RHP6Rxxx 12 N 6 1 deg C 60C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 1.20M/S SLIP SPEED ADD RLP6Rxxx 12 N 6 1 deg C 60C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 0.15M/S SLIP SPEED ADD RMP6Rxxx 12 N 6 1 deg C 60C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 0.35M/S SLIP SPEED ADD TCP6Rxxx 12 C 5 0 60C PLATE TEMP SUMMARY - ASD TEST CYCLE ADD TTP6Rxxx 12 N 7 2 h 60C PLATE TEMP SUMMARY - TEST HOURS ADD ABP8Rxxx 13 C 3 0 80C PLATE TEMP SUMMARY - ASD TEST BLOCK ADD FHP8Rxxx 13 N 5 1 deg C 80C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 1.20M/S SLIP SPEED ADD FLP8Rxxx 13 N 5 1 deg C 80C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 0.15M/S SLIP SPEED ADD FMP8Rxxx 13 N 5 1 deg C 80C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 0.35M/S SLIP SPEED ADD HTP8Rxxx 13 N 5 1 deg C 80C PLATE TEMP SUMMARY - AVG HEAD TEMPERATURE ADD RHP8Rxxx 13 N 6 1 deg C 80C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 1.20M/S SLIP SPEED ADD RLP8Rxxx 13 N 6 1 deg C 80C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 0.15M/S SLIP SPEED ADD RMP8Rxxx 13 N 6 1 deg C 80C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 0.35M/S SLIP SPEED ADD TCP8Rxxx 13 C 5 0 80C PLATE TEMP SUMMARY - ASD TEST CYCLE ADD TTP8Rxxx 13 N 7 2 h 80C PLATE TEMP SUMMARY - TEST HOURS ADD ABPXRxxx 14 C 3 0 118C PLATE TEMP SUMMARY - ASD TEST BLOCK ADD FHPXRxxx 14 N 5 1 deg C 118C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 1.20M/S SLIP SPEED ADD FLPXRxxx 14 N 5 1 deg C 118C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 0.15M/S SLIP SPEED ADD FMPXRxxx 14 N 5 1 deg C 118C PLATE TEMP SUMMARY - FRONT PLATE TEMP @ 0.35M/S SLIP SPEED ADD HTPXRxxx 14 N 5 1 deg C 118C PLATE TEMP SUMMARY - AVG HEAD TEMPERATURE ADD RHPXRxxx 14 N 6 1 deg C 118C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 1.20M/S SLIP SPEED ADD RLPXRxxx 14 N 6 1 deg C 118C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 0.15M/S SLIP SPEED ADD RMPXRxxx 14 N 6 1 deg C 118C PLATE TEMP SUMMARY - REAR PLATE TEMP @ 0.35M/S SLIP SPEED ADD TCPXRxxx 14 C 5 0 118C PLATE TEMP SUMMARY - ASD TEST CYCLE ADD TTPXRxxx 14 N 7 2 h 118C PLATE TEMP SUMMARY - TEST HOURS ADD DMDV6IM 15 200 0 DELTA MU OVER DELTA V PLOT - 60C RAMP CYCLES PLOT IMAGE ADD DMDV8IM 16 200 0 DELTA MU OVER DELTA V PLOT - 80C RAMP CYCLES PLOT IMAGE ADD DMDVIXM 17 200 0 DELTA MU OVER DELTA V PLOT - 118C RAMP CYCLES PLOT IMAGE ADD DMDVDCIM 18 200 0 DELTA MU OVER DELTA V PLOT - DYNAMIC CYCLES PLOT IMAGE ADD DMDVSCIM 19 200 0 DELTA MU OVER DELTA V PLOT - STATIC CYCLES PLOT IMAGE ADD CPCLR 2 6 2 mm ASSEMBLED CLUTCH PACK CLEARANCE ADD FAILBLK 2 N 3 0 ASD BLOCK WHERE FAILURE OCCURRED ADD FAILTEMP 2 N 4 0 TEMPERATURE SETPOINT OF ASD BLOCK WHERE FAILURE OCCURRED ADD FPBAT 2 20 0 FRICTION PLATE BATCH ADD OCOMRxxx 2 70 0 OTHER COMMENTS ADD SPBAT 2 20 0 STEEL PLATE BATCH ADD TOTBLKS 2 N 3 0 TOTAL ASD BLOCKS RUN ADD TOTCYC 2 N 5 0 TOTAL TEST CYCLES RUN ADD TOTHRS 2 C 6 1 h TOTAL TEST HOURS ADD MSMLCIM 20 200 0 MU 0 OVER MU D, STOP TIME, MID-DYNAMIC AND LOW-SPEED FRICTION COEFFICIENT PLOT IMAGE ADD QSSCIM 21 200 0 0.25 SECOND STATIC COEFFICENT PLOT IMAGE ADD APT6IM 22 200 0 AVERAGE PLATE TEMP PLOT - 60C RAMP CYCLES PLOT IMAGE ADD APT8IM 23 200 0 AVERAGE PLATE TEMP PLOT - 80C RAMP CYCLES PLOT IMAGE ADD APTXIM 24 200 0 AVERAGE PLATE TEMP PLOT - 118C RAMP CYCLES PLOT IMAGE ADD CSPIM 25 200 0 CONTINUOUS SLIP PLOT - CONSTANT CYCLES PLOT IMAGE ADD DF23 3 7 4 mm FRICTION PLATE THICKNESS CHANGE, 90 DEGREES ADD DF26 3 7 4 mm FRICTION PLATE THICKNESS CHANGE, 180 DEGREES ADD DF29 3 7 4 mm FRICTION PLATE THICKNESS CHANGE, 270 DEGREES ADD DF2AV 3 7 4 mm FRICTION PLATE THICKNESS CHANGE, AVERAGE ADD DF2T 3 7 4 mm FRICTION PLATE THICKNESS CHANGE, TOP ADD DS13 3 7 4 mm STEEL PLATE 1 THICKNESS CHANGE, 90 DEGREES ADD DS16 3 7 4 mm STEEL PLATE 1 THICKNESS CHANGE, 180 DEGREES ADD DS19 3 7 4 mm STEEL PLATE 1 THICKNESS CHANGE, 270 DEGREES ADD DS1AV 3 7 4 mm STEEL PLATE 1 THICKNESS CHANGE, AVERAGE ADD DS1T 3 7 4 mm STEEL PLATE 1 THICKNESS CHANGE, TOP ADD DS33 3 7 4 mm STEEL PLATE 3 THICKNESS CHANGE, 90 DEGREES ADD DS36 3 7 4 mm STEEL PLATE 3 THICKNESS CHANGE, 180 DEGREES ADD DS39 3 7 4 mm STEEL PLATE 3 THICKNESS CHANGE, 270 DEGREES ADD DS3AV 3 7 4 mm STEEL PLATE 3 THICKNESS CHANGE, AVERAGE ADD DS3T 3 7 4 mm STEEL PLATE 3 THICKNESS CHANGE, TOP ADD FRATRxxx 3 C 70 0 FRICTION PLATE RATING ADD NF23 3 7 4 mm PRE-TEST FRICTION PLATE THICKNESS, 90 DEGREES ADD NF26 3 7 4 mm PRE-TEST FRICTION PLATE THICKNESS, 180 DEGREES ADD NF29 3 7 4 mm PRE-TEST FRICTION PLATE THICKNESS, 270 DEGREES ADD NF2T 3 7 4 mm PRE-TEST FRICTION PLATE THICKNESS, TOP ADD NMDATE 3 C 8 0 YYYYMMDD PRE-TEST MEASUREMENT DATE ADD NMOPR 3 C 30 0 PRE-TEST MEASUREMENT TECHNICIAN ADD NS13 3 7 4 mm PRE-TEST STEEL PLATE 1 THICKNESS, 90 DEGREES ADD NS16 3 7 4 mm PRE-TEST STEEL PLATE 1 THICKNESS, 180 DEGREES ADD NS19 3 7 4 mm PRE-TEST STEEL PLATE 1 THICKNESS, 270 DEGREES ADD NS1T 3 7 4 mm PRE-TEST STEEL PLATE 1 THICKNESS, TOP ADD NS33 3 7 4 mm PRE-TEST STEEL PLATE 3 THICKNESS, 90 DEGREES ADD NS36 3 7 4 mm PRE-TEST STEEL PLATE 3 THICKNESS, 180 DEGREES ADD NS39 3 7 4 mm PRE-TEST STEEL PLATE 3 THICKNESS, 270 DEGREES ADD NS3T 3 7 4 mm PRE-TEST STEEL PLATE 3 THICKNESS, TOP ADD RATER 3 30 0 CLUTCH PLATES RATER ADD RDATE 3 8 0 CLUTCH PLATES RATING DATE ADD SRATRxxx 3 C 70 0 STEEL PLATE RATING ADD UF23 3 7 4 mm POST-TEST FRICTION PLATE THICKNESS, 90 DEGREES ADD UF26 3 7 4 mm POST-TEST FRICTION PLATE THICKNESS, 180 DEGREES ADD UF29 3 7 4 mm POST-TEST FRICTION PLATE THICKNESS, 270 DEGREES ADD UF2T 3 7 4 mm POST-TEST FRICTION PLATE THICKNESS, TOP ADD UMDATE 3 C 8 0 YYYYMMDD POST-TEST MEASUREMENT DATE ADD UMOPR 3 C 30 0 POST-TEST MEASUREMENT TECHNICIAN ADD US13 3 7 4 mm POST-TEST STEEL PLATE 1 THICKNESS, 90 DEGREES ADD US16 3 7 4 mm POST-TEST STEEL PLATE 1 THICKNESS, 180 DEGREES ADD US19 3 7 4 mm POST-TEST STEEL PLATE 1 THICKNESS, 270 DEGREES ADD US1T 3 7 4 mm POST-TEST STEEL PLATE 1 THICKNESS, TOP ADD US33 3 7 4 mm POST-TEST STEEL PLATE 3 THICKNESS, 90 DEGREES ADD US36 3 7 4 mm POST-TEST STEEL PLATE 3 THICKNESS, 180 DEGREES ADD US39 3 7 4 mm POST-TEST STEEL PLATE 3 THICKNESS, 270 DEGREES ADD US3T 3 7 4 mm POST-TEST STEEL PLATE 3 THICKNESS, TOP ADD CURATING 4 C 2 0 COPPER COUPON D130 RATING ADD NRA13 4 N 6 2 STEEL PLATE 1 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, 90 DEGREES ADD NRA16 4 N 6 2 STEEL PLATE 1 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, 180 DEGREES ADD NRA19 4 N 6 2 STEEL PLATE 1 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, 270 DEGREES ADD NRA1AVG 4 N 6 2 STEEL PLATE 1 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, AVERAGE ADD NRA1T 4 N 6 2 STEEL PLATE 1 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, TOP ADD NRA33 4 N 6 2 STEEL PLATE 3 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, 90 DEGREES ADD NRA36 4 N 6 2 STEEL PLATE 3 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, 180 DEGREES ADD NRA39 4 N 6 2 STEEL PLATE 3 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, 270 DEGREES ADD NRA3AVG 4 N 6 2 STEEL PLATE 3 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, AVERAGE ADD NRA3T 4 N 6 2 STEEL PLATE 3 PRE-TEST AVERAGE ROUGHNESS MEASUREMENT, TOP ADD NRDATE 4 C 8 0 YYYYMMDD PRE-TEST PLATE MEASUREMENT DATE ADD NROPR 4 C 30 0 PRE-TEST PLATE MEASUREMENT TECHNICIAN ADD NRZ13 4 N 6 2 STEEL PLATE 1 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 90 DEGREES ADD NRZ16 4 N 6 2 STEEL PLATE 1 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 180 DEGREES ADD NRZ19 4 N 6 2 STEEL PLATE 1 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 270 DEGREES ADD NRZ1AVG 4 N 6 2 STEEL PLATE 1 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, AVERAGE ADD NRZ1T 4 N 6 2 STEEL PLATE 1 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, TOP ADD NRZ33 4 N 6 2 STEEL PLATE 3 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 90 DEGREES ADD NRZ36 4 N 6 2 STEEL PLATE 3 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 180 DEGREES ADD NRZ39 4 N 6 2 STEEL PLATE 3 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 270 DEGREES ADD NRZ3AVG 4 N 6 2 STEEL PLATE 3 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, AVERAGE ADD NRZ3T 4 N 6 2 STEEL PLATE 3 PRE-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, TOP ADD NTP13 4 N 6 2 STEEL PLATE 1 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 90 DEGREES ADD NTP16 4 N 6 2 STEEL PLATE 1 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 180 DEGREES ADD NTP19 4 N 6 2 STEEL PLATE 1 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 270 DEGREES ADD NTP1AVG 4 N 6 2 STEEL PLATE 1 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, AVERAGE ADD NTP1T 4 N 6 2 STEEL PLATE 1 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, TOP ADD NTP33 4 N 6 2 STEEL PLATE 3 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 90 DEGREES ADD NTP36 4 N 6 2 STEEL PLATE 3 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 180 DEGREES ADD NTP39 4 N 6 2 STEEL PLATE 3 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 270 DEGREES ADD NTP3AVG 4 N 6 2 STEEL PLATE 3 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, AVERAGE ADD NTP3T 4 N 6 2 STEEL PLATE 3 PRE-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, TOP ADD URA13 4 N 6 2 STEEL PLATE 1 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, 90 DEGREES ADD URA16 4 N 6 2 STEEL PLATE 1 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, 180 DEGREES ADD URA19 4 N 6 2 STEEL PLATE 1 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, 270 DEGREES ADD URA1AVG 4 N 6 2 STEEL PLATE 1 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, AVERAGE ADD URA1T 4 N 6 2 STEEL PLATE 1 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, TOP ADD URA33 4 N 6 2 STEEL PLATE 3 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, 90 DEGREES ADD URA36 4 N 6 2 STEEL PLATE 3 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, 180 DEGREES ADD URA39 4 N 6 2 STEEL PLATE 3 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, 270 DEGREES ADD URA3AVG 4 N 6 2 STEEL PLATE 3 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, AVERAGE ADD URA3T 4 N 6 2 STEEL PLATE 3 POST-TEST AVERAGE ROUGHNESS MEASUREMENT, TOP ADD URDATE 4 C 8 0 YYYYMMDD POST-TEST PLATE MEASUREMENT DATE ADD UROPR 4 C 30 0 POST-TEST PLATE MEASUREMENT TECHNICIAN ADD URZ13 4 N 6 2 STEEL PLATE 1 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 90 DEGREES ADD URZ16 4 N 6 2 STEEL PLATE 1 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 180 DEGREES ADD URZ19 4 N 6 2 STEEL PLATE 1 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 270 DEGREES ADD URZ1AVG 4 N 6 2 STEEL PLATE 1 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, AVERAGE ADD URZ1T 4 N 6 2 STEEL PLATE 1 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, TOP ADD URZ33 4 N 6 2 STEEL PLATE 3 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 90 DEGREES ADD URZ36 4 N 6 2 STEEL PLATE 3 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 180 DEGREES ADD URZ39 4 N 6 2 STEEL PLATE 3 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, 270 DEGREES ADD URZ3AVG 4 N 6 2 STEEL PLATE 3 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, AVERAGE ADD URZ3T 4 N 6 2 STEEL PLATE 3 POST-TEST AVG MAX HEIGHT OF PROFILE MEASUREMENT, TOP ADD UTP13 4 N 6 2 STEEL PLATE 1 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 90 DEGREES ADD UTP16 4 N 6 2 STEEL PLATE 1 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 180 DEGREES ADD UTP19 4 N 6 2 STEEL PLATE 1 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 270 DEGREES ADD UTP1AVG 4 N 6 2 STEEL PLATE 1 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, AVERAGE ADD UTP1T 4 N 6 2 STEEL PLATE 1 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, TOP ADD UTP33 4 N 6 2 STEEL PLATE 3 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 90 DEGREES ADD UTP36 4 N 6 2 STEEL PLATE 3 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 180 DEGREES ADD UTP39 4 N 6 2 STEEL PLATE 3 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, 270 DEGREES ADD UTP3AVG 4 N 6 2 STEEL PLATE 3 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, AVERAGE ADD UTP3T 4 N 6 2 STEEL PLATE 3 POST-TEST PROFILE BEARING LENGTH RATIO MEASUREMENT, TOP ADD AGICPN 5 N 6 0 ppm SILVER (D5185) ICP ELEMENTAL ANALYSIS ADD AGICPU 5 N 6 0 ppm SILVER (D5185) ICP ELEMENTAL ANALYSIS ADD ALICPN 5 N 6 0 ppm ALUMINUM (D5185) ICP ELEMENTAL ANALYSIS ADD ALICPU 5 N 6 0 ppm ALUMINUM (D5185) ICP ELEMENTAL ANALYSIS ADD BAICPN 5 N 6 0 ppm BARIUM (D5185) ICP ELEMENTAL ANALYSIS ADD BAICPU 5 N 6 0 ppm BARIUM (D5185) ICP ELEMENTAL ANALYSIS ADD BICPN 5 N 6 0 ppm BORON (D5185) ICP ELEMENTAL ANALYSIS ADD BICPU 5 N 6 0 ppm BORON (D5185) ICP ELEMENTAL ANALYSIS ADD CAICPN 5 N 6 0 ppm CALCIUM (D5185) ICP ELEMENTAL ANALYSIS ADD CAICPU 5 N 6 0 ppm CALCIUM (D5185) ICP ELEMENTAL ANALYSIS ADD CDICPN 5 N 6 0 ppm CADMIUM (D5185) ICP ELEMENTAL ANALYSIS ADD CDICPU 5 N 6 0 ppm CADMIUM (D5185) ICP ELEMENTAL ANALYSIS ADD CRICPN 5 N 6 0 ppm CHROMIUM (D5185) ICP ELEMENTAL ANALYSIS ADD CRICPU 5 N 6 0 ppm CHROMIUM (D5185) ICP ELEMENTAL ANALYSIS ADD CUICPN 5 N 6 0 ppm COPPER (D5185) ICP ELEMENTAL ANALYSIS ADD CUICPU 5 N 6 0 ppm COPPER (D5185) ICP ELEMENTAL ANALYSIS ADD FEICPN 5 N 6 0 ppm IRON (D5185) ICP ELEMENTAL ANALYSIS ADD FEICPU 5 N 6 0 ppm IRON (D5185) ICP ELEMENTAL ANALYSIS ADD H2OCON 5 N 7 3 % WATER CONTENT (D7546) MASS PERCENTAGE ADD H2OPRC 5 C 1 0 A,B D7546 PROCEDURE USED ADD KICPN 5 N 6 0 ppm POTASSIUM (D5185) ICP ELEMENTAL ANALYSIS ADD KICPU 5 N 6 0 ppm POTASSIUM (D5185) ICP ELEMENTAL ANALYSIS ADD MGICPN 5 N 6 0 ppm MAGNESIUM (D5185) ICP ELEMENTAL ANALYSIS ADD MGICPU 5 N 6 0 ppm MAGNESIUM (D5185) ICP ELEMENTAL ANALYSIS ADD MNICPN 5 N 6 0 ppm MANGANESE (D5185) ICP ELEMENTAL ANALYSIS ADD MNICPU 5 N 6 0 ppm MANGANESE (D5185) ICP ELEMENTAL ANALYSIS ADD MOICPN 5 N 6 0 ppm MOLYBDENUM (D5185) ICP ELEMENTAL ANALYSIS ADD MOICPU 5 N 6 0 ppm MOLYBDENUM (D5185) ICP ELEMENTAL ANALYSIS ADD NAICPN 5 N 6 0 ppm SODIUM (D5185) ICP ELEMENTAL ANALYSIS ADD NAICPU 5 N 6 0 ppm SODIUM (D5185) ICP ELEMENTAL ANALYSIS ADD NIICPN 5 N 6 0 ppm NICKEL (D5185) ICP ELEMENTAL ANALYSIS ADD NIICPU 5 N 6 0 ppm NICKEL (D5185) ICP ELEMENTAL ANALYSIS ADD PBICPN 5 N 6 0 ppm LEAD (D5185) ICP ELEMENTAL ANALYSIS ADD PBICPU 5 N 6 0 ppm LEAD (D5185) ICP ELEMENTAL ANALYSIS ADD PICPN 5 N 6 0 ppm PHOSPHORUS (D5185) ICP ELEMENTAL ANALYSIS ADD PICPU 5 N 6 0 ppm PHOSPHORUS (D5185) ICP ELEMENTAL ANALYSIS ADD SBICPN 5 N 6 0 ppm ANTIMONY (D5185) ICP ELEMENTAL ANALYSIS ADD SBICPU 5 N 6 0 ppm ANTIMONY (D5185) ICP ELEMENTAL ANALYSIS ADD SICPN 5 N 6 0 ppm SULFUR (D5185) ICP ELEMENTAL ANALYSIS ADD SICPU 5 N 6 0 ppm SULFUR (D5185) ICP ELEMENTAL ANALYSIS ADD SIICPN 5 N 6 0 ppm SILICON (D5185) ICP ELEMENTAL ANALYSIS ADD SIICPU 5 N 6 0 ppm SILICON (D5185) ICP ELEMENTAL ANALYSIS ADD SNICPN 5 N 6 0 ppm TIN (D5185) ICP ELEMENTAL ANALYSIS ADD SNICPU 5 N 6 0 ppm TIN (D5185) ICP ELEMENTAL ANALYSIS ADD TIICPN 5 N 6 0 ppm TITANIUM (D5185) ICP ELEMENTAL ANALYSIS ADD TIICPU 5 N 6 0 ppm TITANIUM (D5185) ICP ELEMENTAL ANALYSIS ADD VICPN 5 N 6 0 ppm VANADIUM (D5185) ICP ELEMENTAL ANALYSIS ADD VICPU 5 N 6 0 ppm VANADIUM (D5185) ICP ELEMENTAL ANALYSIS ADD WATERCON 5 N 7 3 % WATER CONTENT (D6304) MASS PERCENTAGE ADD WATERPRC 5 C 1 0 A,B,C D6304 PROCEDURE USED ADD ZNICPN 5 N 6 0 ppm ZINC (D5185) ICP ELEMENTAL ANALYSIS ADD ZNICPU 5 N 6 0 ppm ZINC (D5185) ICP ELEMENTAL ANALYSIS ADD DAFMRxxx 6 C 1 0 Y,N WAS AIRFLOW TO THE HEAD MAINTAINED DURING THE DOWNTIME ADD DCOMRxxx 6 C 60 0 DOWNTIME COMMENTS ADD DHRSRxxx 6 C 6 0 HHH:MM DOWNTIME HOURS ADD DTOCR 6 N 3 0 TOTAL DOWNTIME OCCURRENCES ADD DTTHRxxx 6 C 7 2 h DOWNTIME TEST HOURS ADD TOTDOWN 6 C 6 0 HHH:MM TOTAL DOWNTIME HOURS ADD ABR6Rxxx 7 C 3 0 60C RAMP DATA - ASD TEST BLOCK ADD DMR6Rxxx 7 N 6 3 60C RAMP DATA - DYNAMIC DELTA MU OVER DELTA V ADD HMR6Rxxx 7 N 6 3 60C RAMP DATA - HIGH SPEED COEFFICIENT ADD HPR6Rxxx 7 N 6 1 kPa 60C RAMP DATA - HIGH SPEED PRESSURE ADD HSR6Rxxx 7 N 5 2 m/s 60C RAMP DATA - HIGH SPEED SLIP SPEED ADD HTR6Rxxx 7 N 5 2 Nm 60C RAMP DATA - HIGH SPEED TORQUE ADD LMR6Rxxx 7 N 6 3 60C RAMP DATA - LOW SPEED COEFFICIENT ADD LPR6Rxxx 7 N 6 1 kPa 60C RAMP DATA - LOW SPEED PRESSURE ADD LSR6Rxxx 7 N 5 2 m/s 60C RAMP DATA - LOW SPEED SLIP SPEED ADD LTR6Rxxx 7 N 5 2 Nm 60C RAMP DATA - LOW SPEED TORQUE ADD MMR6Rxxx 7 N 6 3 60C RAMP DATA - MIDDLE SPEED COEFFICIENT ADD MPR6Rxxx 7 N 6 1 kPa 60C RAMP DATA - MIDDLE SPEED PRESSURE ADD MSR6Rxxx 7 N 5 2 m/s 60C RAMP DATA - MIDDLE SPEED SLIP SPEED ADD MTR6Rxxx 7 N 5 2 Nm 60C RAMP DATA - MIDDLE SPEED TORQUE ADD SMR6Rxxx 7 N 7 3 60C RAMP DATA - STATIC DELTA MU OVER DELTA V ADD TCR6Rxxx 7 C 5 0 60C RAMP DATA - ASD TEST CYCLE ADD TTR6Rxxx 7 N 7 2 h 60C RAMP DATA - TEST HOURS ADD ABR8Rxxx 8 C 3 0 80C RAMP DATA - ASD TEST BLOCK ADD DMR8Rxxx 8 N 6 3 80C RAMP DATA - DYNAMIC DELTA MU OVER DELTA V ADD HMR8Rxxx 8 N 6 3 80C RAMP DATA - HIGH SPEED COEFFICIENT ADD HPR8Rxxx 8 N 6 1 kPa 80C RAMP DATA - HIGH SPEED PRESSURE ADD HSR8Rxxx 8 N 5 2 m/s 80C RAMP DATA - HIGH SPEED SLIP SPEED ADD HTR8Rxxx 8 N 5 2 Nm 80C RAMP DATA - HIGH SPEED TORQUE ADD LMR8Rxxx 8 N 6 3 80C RAMP DATA - LOW SPEED COEFFICIENT ADD LPR8Rxxx 8 N 6 1 kPa 80C RAMP DATA - LOW SPEED PRESSURE ADD LSR8Rxxx 8 N 5 2 m/s 80C RAMP DATA - LOW SPEED SLIP SPEED ADD LTR8Rxxx 8 N 5 2 Nm 80C RAMP DATA - LOW SPEED TORQUE ADD MMR8Rxxx 8 N 6 3 80C RAMP DATA - MIDDLE SPEED COEFFICIENT ADD MPR8Rxxx 8 N 6 1 kPa 80C RAMP DATA - MIDDLE SPEED PRESSURE ADD MSR8Rxxx 8 N 5 2 m/s 80C RAMP DATA - MIDDLE SPEED SLIP SPEED ADD MTR8Rxxx 8 N 5 2 Nm 80C RAMP DATA - MIDDLE SPEED TORQUE ADD SMR8Rxxx 8 N 7 3 80C RAMP DATA - STATIC DELTA MU OVER DELTA V ADD TCR8Rxxx 8 C 5 0 80C RAMP DATA - ASD TEST CYCLE ADD TTR8Rxxx 8 N 7 2 h 80C RAMP DATA - TEST HOURS ADD ABRXRxxx 9 C 3 0 118C RAMP DATA - ASD TEST BLOCK ADD DMRXRxxx 9 N 6 3 118C RAMP DATA - DYNAMIC DELTA MU OVER DELTA V ADD HMRXRxxx 9 N 6 3 118C RAMP DATA - HIGH SPEED COEFFICIENT ADD HPRXRxxx 9 N 6 1 kPa 118C RAMP DATA - HIGH SPEED PRESSURE ADD HSRXRxxx 9 N 5 2 m/s 118C RAMP DATA - HIGH SPEED SLIP SPEED ADD HTRXRxxx 9 N 5 2 Nm 118C RAMP DATA - HIGH SPEED TORQUE ADD LMRXRxxx 9 N 6 3 118C RAMP DATA - LOW SPEED COEFFICIENT ADD LPRXRxxx 9 N 6 1 kPa 118C RAMP DATA - LOW SPEED PRESSURE ADD LSRXRxxx 9 N 5 2 m/s 118C RAMP DATA - LOW SPEED SLIP SPEED ADD LTRXRxxx 9 N 5 2 Nm 118C RAMP DATA - LOW SPEED TORQUE ADD MMRXRxxx 9 N 6 3 118C RAMP DATA - MIDDLE SPEED COEFFICIENT ADD MPRXRxxx 9 N 6 1 kPa 118C RAMP DATA - MIDDLE SPEED PRESSURE ADD MSRXRxxx 9 N 5 2 m/s 118C RAMP DATA - MIDDLE SPEED SLIP SPEED ADD MTRXRxxx 9 N 5 2 Nm 118C RAMP DATA - MIDDLE SPEED TORQUE ADD SMRXRxxx 9 N 7 3 118C RAMP DATA - STATIC DELTA MU OVER DELTA V ADD TCRXRxxx 9 C 5 0 118C RAMP DATA - ASD TEST CYCLE ADD TTRXRxxx 9 N 7 2 h 118C RAMP DATA - TEST HOURS