MED9 Abbreviations in English (U-Z)
From Nefmoto
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UADPACMN |
minimum input voltage for pressure sensor AC diagnosis |
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UADPACMX |
maximum input voltage for pressure sensor AC diagnosis |
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UADPSRMN |
Maximum voltage value for diagnostic pressure sensor |
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UADPSRMX |
Minimum voltage value for diagnostic pressure sensor |
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UANAUFRP |
Step width for OPEN ramp |
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UANLATS |
Upper inlet air temperature threshold for release of learning |
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UANLATSNL |
Upper inlet air temperature threshold for release of learning in afterrun |
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UANNMAX |
Engine speed threshold for the release of the UMA learning and gain adjustment |
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UANPEDMAX |
Pedal threshold for UMA learning allowed |
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UANPEDMAX |
Pedal threshold for UMA learning allowed |
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UANPIDMIN |
Abort threshold PID-sum for CLOSE ramp |
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UANPIDMINA |
Abort threshold PID-sum for OPEN ramp |
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UANUATS |
Lower inlet air temperature threshold for release of learning |
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UANUATSNL |
Lower inlet air temperature threshold for release of learning in afterrun |
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UANVFZG |
Car velocity threshold for DV-E check/adaption |
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UANZURP |
Step width for CLOSE ramp |
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UAN_O_MT |
upper engine temperature threshold for stop limit |
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UAN_O_MTNL |
upper engine temperature threshold for stop limit in afterrun |
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UAN_STORE |
Threshold for storage of new learning values |
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UAN_U_MT |
lower engine temperature threshold for stop limit |
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UAN_U_MTNL |
lower engine temperature threshold for stop limit in afterrun |
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UAOCUNMN |
lower plausible IC output voltage UA to detect open circuit at sensor line UN |
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UAOCUNMX |
upper plausible IC output voltage UA to detect open circuit at sensor line UN |
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UAOCVMMN |
lower plausible IC output voltage UA to detect open circuit at sensor line VM |
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UAOCVMMX |
upper plausible IC output voltage UA to detect open circuit at sensor line VM |
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UASNAMN |
lower threshold to detect open circut at sensor line IP |
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UASNAMX |
upper threshold to detect open circut at sensor line IP |
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UBALSUMX |
battery voltage threshold for switching off oxygen sensor heater of LSU |
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UBBLSUMX |
max. battery voltage threshold |
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UBBSPMN |
Min. Ubat-threshold f. release of the BSP752R-power stage diagnosis |
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UBBSPMX |
Max. Ubat-threshold f. release of the BSP752R-power stage diagnosis |
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UBCJMN |
Min. Ubat-threshold f. release of the BSP752R-power stage diagnosis |
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UBCJMN |
Min. Ubat-threshold f. release of the BSP752R-power stage diagnosis |
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UBCJMN |
Min. Ubat-threshold f. release of the BSP752R-power stage diagnosis |
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UBCJMX |
Max. Ubat-threshold f. release of the BSP 752 R-power stage diagnosis |
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UBCJMX |
Max. Ubat-threshold f. release of the BSP 752 R-power stage diagnosis |
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UBCJMX |
Max. Ubat-threshold f. release of the BSP 752 R-power stage diagnosis |
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UBCRTMN |
Threshold for ubatt cuases a shorter crank time |
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UBDFSTMN |
Minimum battery voltage for Fuel-level diagnostics |
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UBDFSTMX |
Maximum battery voltage for Fuel-level diagnostics |
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UBDHLSHMN |
lower battery voltage threshold for release the sensor heater diagnosis |
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UBDHLSHMX |
upper battery voltage threshold for the sensor heater diagnosis |
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UBDICLSUMX |
Max. operating voltage to activate the DICLSU |
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UBDMN1 |
min. battery voltage (power supply) |
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UBDMN2 |
min. battery voltage (ADC) |
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UBDMX |
max. battery voltage |
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UBDYLSHMN |
minimum battery voltage for dynamic diagnosis |
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UBDZMN |
Minimum threshold for DZKU calculation |
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UBDZMX |
Maximum threshhold for DZKU calculation |
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UBEONVMN |
Min. system voltage below which EONV Diagnoses is not enabled |
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UBEVAB |
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UBHFMMN |
Minimal supply voltage for MAF-Sensor |
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UBHFMSQ |
Battery voltage threshold for the switch to substitute load signal in standard q |
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UBHRLSUMN |
Minimum supply voltage for LSU for diagnosis DHRLSU / DHRLSUE |
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UBHRLSUMN |
Minimum supply voltage for LSU for diagnosis DHRLSU / DHRLSUE |
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UBHRLSUMN |
Minimum supply voltage for LSU for diagnosis DHRLSU / DHRLSUE |
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UBHRLSUMX |
Maximum supply voltage for LSU for diagnosis DHRLSU |
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UBHRLSUMX |
Maximum supply voltage for LSU for diagnosis DHRLSU |
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UBHRLSUMX |
Maximum supply voltage for LSU for diagnosis DHRLSU |
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UBHSHK |
battery voltage threshold for switching off oxygen sensor heater |
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UBKOHOFF |
Upper batt. volt. thresh. for compress. sw.off |
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UBKOHON |
Upper batt. volt. thresh. for compress. sw.off |
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UBKOKOE |
minimum battery voltage to re-engage compressor |
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UBKOLOFF |
Lower battery voltage threshold f. compressor switch-off |
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UBKOLON |
Lower battery voltage threshold f. compressor switch-on |
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UBKOSLUG |
Battery voltage for antislugging action |
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UBKST |
battery-voltage limit for ZUBKSTMX |
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UBKSTMX |
Threshold number of Ubat measurements lower than UBKST for adaptation blocking |
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UBLF |
minimal battery voltage for fan afterrun |
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UBLFSNOM |
nominal system voltage with the engine running |
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UBMNDCAN |
Min. battery voltage for enabling of CAN diagnosis |
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UBMNPUP |
minimum threshold of onboarb voltage for enabling pullup resistor |
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UBMNWFS |
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UBMSVMN |
Minimum allowed battery voltage MSV5 output stage diagnosis |
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UBMSVMX |
Maximum allowed battery voltage control MSV |
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UBMSVMX |
Maximum allowed battery voltage control MSV |
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UBMXDCAN |
Max. battery voltage for enabling of CAN diagnosis |
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UBNLMN |
Lower limit for Batterey target voltage |
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UBRESMIN |
lower threshold for onboard battery voltage via main relay to enable injection |
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UBRUVO |
upper limit ubr for driving output stage of dump valve |
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UBSQBKVMN |
min. battery voltage threshold for control brake booster pump possible |
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UBSQBKVMN |
min. battery voltage threshold for control brake booster pump possible |
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UBSQBKVMX |
max. battery voltage threshold for control brake booster pump possible |
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UBSQBKVMX |
max. battery voltage threshold for control brake booster pump possible |
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UBSQDKUPPL |
battery voltage threshold for releasing the clutch pedal position sensor diagno |
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UBSQDLS |
battery voltage threshold for release the sensor diagnosis with standard quantiz |
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UBSQDLS |
battery voltage threshold for release the sensor diagnosis with standard quantiz |
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UBSTADCL |
Minimal battery voltage to allow the starter relay device control |
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UBT2DCMN |
Minimum battery voltage for EKP-Tester device control |
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UBT2DCMX |
Maximum battery voltage for EKP-Tester device control |
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UBTEDO |
maximum battery voltage for diagnosis |
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UBTEDU |
minimum battery voltage for evap leakage diagnosis |
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UBTEMN |
minimum battery voltage fuel purge control |
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UBTEMX |
maximum battery voltage fuel purge control |
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UB_UANL |
Battery voltage threshold for release of learning |
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UB_UANL |
Battery voltage threshold for release of learning |
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UCLRELTRT1 |
threshold triggering the learning of the clutch pedal released position |
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UCLRELTRT2 |
threshold triggering the learning of the clutch pedal released position |
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UCLRPSCAL |
scaling value for clutch pedal released position |
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UCLURPADMX |
max. increase rate for learning the clutch pedal released position |
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UCLUTCHMN |
CPP sensor voltage, threshold for min. error |
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UCLUTCHMX |
CPP sensor voltage, threshold for max. error |
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UCLUTRELBD |
initial value reduction (bump-down) for learning the clutch pedal released posit |
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UCPPFAPMN |
min. learning window clutch pedal released position |
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UCPPFAPMX |
max. learning window clutch pedal released position |
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UCPPLRNSTX |
max. threshold for detection of clutch pedal position being stable |
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UCPPRELMN |
min. learning window clutch pedal fully applied position |
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UCPPRELMX |
max. learning window clutch pedal fully applied position |
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UDCJ840MN |
min. battery threshold for enable CJ840 diagnosis |
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UDCJ840MX |
max. battery threshold for enable CJ840 diagnosis |
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UDKNLP1N |
Nominal value voltage DK-Poti 1 in NLP-position |
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UDKNLP2N |
Nominal value voltage DK-Poti 2 in NLP-position |
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UDKP1AMAX |
Max. voltage DK-Poti 1 at lower DK limit stop |
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UDKP1AMIN |
Min. voltage DK-Poti 1 at lower DK limit stop |
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UDKP1AURI |
Voltage DK-poti 1 at the lower DK limit stop, initial. value |
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UDKP1MN_UC |
min. voltage for throttle sensor 1 output at lower mechanical stop in instructio |
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UDKP1MN_UM |
min. voltage for throttle sensor 1 output at lower mechanical stop |
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UDKP1O |
maximum permissible voltage from throttle potentiometer 1 |
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UDKP1U |
minimum permissible voltage from throttle potentiometer 1 |
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UDKP1UES |
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UDKP2AMAX |
Max. voltage DK-Poti 2 at lower DK limit stop |
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UDKP2AMIN |
Min. voltage DK-Poti 2 at lower DK limit stop |
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UDKP2AURI |
Voltage DK-poti 2 at the lower DK limit stop, initial. value |
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UDKP2MX_UC |
max. voltage for throttle sensor 2 output at lower mechanical stop in instructio |
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UDKP2MX_UM |
max. voltage for throttle sensor 2 output at lower mechanical stop |
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UDKP2O |
maximum permissible voltage from throttle potentiometer 2 |
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UDKP2U |
minimum permissible voltage from throttle potentiometer 2 |
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UDKP2UES |
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UDKPALOS |
Voltage offset for detection of the breakaway |
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UDKPAOFF |
Voltage offset at lower limit stop |
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UDKPATMX |
Max. possible offset of the temp. UMA adaptation |
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UDKRTP |
integr.volt.thresh. f.diagn. knock eval.circ. test pulse |
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UDKSNO |
upper reference voltage threshold for diagnosis knock sensors |
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UDKSNU |
lower reference voltage threshold for diagnosis knock sensors |
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UDSBKVMN |
min. input voltage for brake booster pressure sensor diagnosis |
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UDSBKVMX |
Max. input voltage for brake booster pressures sensor diagnosis |
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UDSTMN |
Minimum Tank Pressure Sensor Voltage |
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UDSTMX |
Maximum Tank Pressure Sensor Voltage |
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UDSUMN |
minimum input voltage for pressure sensor diagnosis |
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UDSUMX |
maximum input voltage for pressure sensor diagnosis |
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UDSVDMN |
minimum input voltage for pressure sensor upstream throttle valve diagnosis |
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UDSVDMX |
maximum input voltage for pressure sensor upstream throttle valve diagnosis |
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UEVERG |
Gear ratio depending of the gear |
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UFGRAOFMX |
max. voltage of analog cruice control switch (main switch off) |
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UFGRAONMN |
min. voltage of analog cruice control switch (main switch on) |
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UFGRAONMX |
max. voltage of analog cruice control switch (main switch on) |
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UFGRARAMN |
min. voltage of analog cruice control switch (main switch on and Resume/Accel) |
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UFGRARAMX |
max. voltage of analog cruice control switch (main switch on and Resume/Accel) |
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UFGRASDMN |
min. voltage of analog cruice control switch (main switch on and Set/Delay) |
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UFGRASDMX |
max. voltage of analog cruice control switch (main switch on and Set/Delay) |
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UFHSMN_UM |
lower threshold for detection ""CC main switch ON"" |
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UFHSMX_UM |
upper threshold for detection ""CC main switch ON"" |
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UFLTSTADMN |
Min voltage threshold for the injection flow test device control when the starte |
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UFLTSTAEMN |
Min voltage threshold for the injection flow test device control when the starte |
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UFMX_UM |
threshold for detection ""voltage from CC lever too high"" |
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UFOLV_T_UC |
Time Constant for UFOLF_C_UM in Instruction Test |
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UFOLV_T_UM |
Time Constant for UFOLF_C_UM in Function Monitoring |
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UFST1MN |
Minimum primary-fueltank level-signal for ground-short detection |
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UFST1MX |
Maximum primary-fueltank level-signal for supply-short detection |
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UFST2MN |
Minimum secondary-fueltank level-signal for ground-short detection |
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UFST2MX |
Maximum secondary-fueltank level-signal for supply-short detection |
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UFSVMN_UM |
lower threshold ""voltage from CC lever SET/COAST"" |
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UFSVMX_UM |
upper threshold ""voltage from CC lever SET/COAST"" |
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UFWBMN_UM |
lower threshold ""voltage from CC lever RESUME/ACCELERATE"" |
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UFWBMX_UM |
upper threshold ""voltage from CC lever RESUME/ACCELERATE"" |
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UHRMN |
voltage threshold for diagnosis of relay contact |
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UHSHAN |
Characteristic for the Lambda- sensor heater voltage after start |
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UHSHMX |
maximum battery voltage for lambda sensor heating |
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UHSHNENN |
Nominal battery voltage for lambda sensor heating |
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UHSHOFF |
battery offset-voltage for lambda sensor heating |
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UHSHTP |
battery voltage for lambda sensor heating during dewpoint downstream catalyst |
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UMDYLDR |
change over threshold for dynamic boost control |
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UMSRLNMN |
min. umsrln_w for desired mass flow calculation |
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UMSVOFFMN |
Lower limit for short circuit to ground recognition at MSV output stage diagnosi |
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UMSVONMX |
Upper limit for short circuit to Ubatt. recognition at MSV output stage diagnos |
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UNEGHSH |
Value for the reduction of the sensor heating after start |
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UNWDHFM |
camshaft rotations for debouncing diagnosis DHFM |
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UNWDPLPSR |
camshaft rotations for debouncing diagnosis DSS |
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UNWDPLPVD |
camshaft rotations for debouncing diagnosis PVD |
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UOSCMEHI |
Voltage threshold rich for OSC measurement |
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UOSCMELO |
Voltage threshold lean for OSC measurement |
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UOSCMEPTY |
Threshold for post-cat voltage for the detection of an empty catalyst |
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UPOSHSH |
Value for the increase of the sensor increase voltage after start |
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UPRMMNPL |
minimum value for plausible uprm_w |
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UPRMMXPL |
maximum value for plausible uprm_w |
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UPWG12U |
Lower limit for PWG potentiometer volt. before comparison potentiometer 1 and 2 |
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UPWG1O |
Upper barrier for PWG potentiometer-1 voltage |
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UPWG1U |
Lower barrier for PWG potentiometer-1 voltage |
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UPWG2O |
Upper barrier for PWG potentiometer-2 voltage |
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UPWG2U |
Lower barrier for PWG potentiometer-2 voltage |
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UPWGADAPOF |
Offset for the adapted pedal idle position (equals repeatability) |
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UPWGKDMN |
Lower volt. limit of accelerator pedal poti for tolerance range of kick-down pos |
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UPWGKDMX |
Upper volt. limit of accelerator pedal poti for tolerance range of kick-down pos |
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UPWGKDO |
Upper hyst. switching point for kick-down detection from potentiometer voltage |
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UPWGKDU |
Lower hyst. switching point for kick-down detection from potentiometer voltage |
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UPWGLRNMN |
Minimum allowed pedal value for learning |
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UPWGLRNMX |
Maximum allowed pedal value for learning |
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UPWGO |
Upper PWG voltage value for re-scaling to pedal value |
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UPWGTG |
PWG voltage threshold for partial throttle range |
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UPWGTL |
Partial load threshold of the PWG voltage in high resistance testing |
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UPWGU |
Lower PWG voltage value for re-scaling to standard value |
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UPWGUR |
Reduced lower PWG voltage value for re-scaling to pedal value |
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UPWGVG |
PWG voltage threshold for full-throttle range |
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UPWGVGS |
WOT threshold for switching of idle threshold |
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UPWKDDF |
Default value of accelerator pedal poti voltage for learned kick-down pos |
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URINOFF |
voltage of CJ120 if internal resistance rinlsu_w = 0 |
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USABGL |
LSU voltage for zero pump current |
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USEVABMN |
Minimal post-cat voltage at cut-off start for validation of the measurement |
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USEVABMX |
Maximal post-cat voltage at cut-off start for validation of the measurement |
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USHKAMXW |
downstream sensor voltage for cancelation of cat oxygen neutralization (word) |
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USHKLEANRP |
Lower threshold for the end of responsetime of sensor downstream cat. |
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USHKLEANTR |
Lower threshold for the end of transienttime of sensor downstream cat. |
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USHKLSOF |
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USHKRICHEN |
Threshold for rich volt. for valid dyn. measurement of sensor downstream cat. |
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USHKRICHTR |
Upper threshold for beginning transienttime of sensor downstream cat. |
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USHKRLUMX |
max. correction value sensor voltage (hydrogen) downstream catalyst |
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USHKRSOF |
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USHKTDM |
Lean threshold for rear sensor signal, cat monitoring |
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USHKTDR |
threshold of rear sensor voltage for reference test |
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USHKTDRMX |
maximum value of rear sensor voltage for reference test |
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USHKTDTO |
threshold of rera sensor voltage for repeat of richgas overflow |
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USLEER |
Threshold of rear lambda sensor voltage for defined catalyst state full |
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USMAX |
threshold for short circuit of sensor to Ubat |
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USMAX |
threshold for short circuit of sensor to Ubat |
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USMAX |
threshold for short circuit of sensor to Ubat |
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USMGMNSA |
min. lean detected lambda sensor voltage for signal output |
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USMGMNSA |
min. lean detected lambda sensor voltage for signal output |
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USMIN |
threshold for short circuit of sensor to ground |
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USREFH |
threshold for operation readiness of sensor downstream CAT at rich mixture |
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USREFHHOT |
threshold for operation readiness of sensor at rich mixture on hot op (downstrea |
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USREFHKLT |
threshold for operat. readiness of sens. downstr. CAT at rich mixture on cold op |
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USREMH |
threshold for operation readiness of sensor downstream CAT at lean mixture |
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USRHKMINH |
Min. threshold for sensor downstream mean cat. |
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USRIMINH |
Minimum voltage threshold for Ri-measurement of the sensor downstream catalyst |
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USRIOH |
Upper voltage threshold for Ri-measurement of the sensor downstream catalyst |
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USRIUH |
Lower voltage threshold for Ri-measurement of the sensor downstream catalyst |
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USSCHUB |
Threshold for sensor voltage downstream catalyst after fuel cut-off |
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USSCHUB |
Threshold for sensor voltage downstream catalyst after fuel cut-off |
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USSCHUB |
Threshold for sensor voltage downstream catalyst after fuel cut-off |
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USVOLL |
Threshold of rear lambda sensor voltage for defined catalyst state full |
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VANF |
Speed threshold for approach support |
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VARAU |
vehicle speed for anti-jerk active |
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VBAKEO |
upper vehicle speed threshold for cooling down recognition |
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VBAKEU |
lower vehicle speed threshold for cooling down recognition |
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VBGFGRAQ |
speed range during aquaplaning detection |
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VBKLHO |
upper vehicle speed threshold for condition radiation power high |
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VBKLHU |
lower vehicle speed threshold for condition radiation power high |
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VBKLNO |
upper vehicle speed threshold for condition radiation power low |
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VBKLNU |
lower vehicle speed threshold for condition radiation power low |
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VDASH |
Minimum speed for dashpot |
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VDASHTIP |
Speed threshold for tip in |
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VDDSTDMX |
Maximum velocity for check of tank pressure sensor for drift |
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VDKUPPLMN |
min. vfzg-threshold for diagnosis clutch switch |
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VDMN |
vehicle speed threshold; fault detection vhehicle speed signal |
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VDMN1 |
Vehicle speed threshold for error detection |
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VDSTMN |
minimum velocity for plausibility check of the tank pressure sensor |
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VDSTMX |
maximum velocity for plausibility check of the tank pressure sensor |
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VDTHMU |
lower vehicle speed threshold to enable thermostat monitoring |
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VFGREMAX |
Maximum FGR switching-on rate |
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VFGREMIN |
Minimum FGR switching-on rate |
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VFGRMAX |
max. permitted velocity during active cruise control |
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VFGRMAX |
max. permitted velocity during active cruise control |
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VFGRMIN |
Minimum permissible speed during FGR-operation |
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VFGRMIN |
Minimum permissible speed during FGR-operation |
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VFZG0 |
threshold for vehicle speed = 0 |
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VFZGDEF |
Vehicle speed default value for the transmission temperature model. |
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VFZGFA |
Vehicle speed limit for disable service test request |
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VFZGFAZUE |
Vehicle speed limit for disable spark angle freeze service test request |
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VFZGMILOWM |
Max. vehicle velocity for masking out MIL-blinking due to cat damaging misfire |
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VFZGMNIMPV |
Vehicle speed minimum f. condition on general denominator |
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VFZGMXIMPI |
Vehicle speed maximum f. idle condition on general denominator |
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VFZGRVSMX |
max. vehicle speed for RVS |
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VFZGSA |
Limiting speed f. overrun fuel cut-off |
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VFZGSCH |
threshold for vehicle speed |
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VFZGSFO |
max. vehicle speed for oil level monitoring |
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VFZGSFU |
min. vehicle speed for oil level monitoring |
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VFZGSLMN |
minimum vehicle speed for locking injection |
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VFZGTFA |
Maximum vehicle speed to enable the electrical check of the intake air temperatu |
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VFZGTLDEB |
threshold vehicle speed of enable tank leak diagnosis |
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VFZGWOTMX |
vehicle speed threshold device control WOT self test |
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VFZLFMN |
vehicle speed below which the vehicle is considered at idle |
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VFZLFNMN |
vehicle speed below which no fan speed adjustment is allowed |
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VFZLFNMX |
vehicle speed below which no fan speed adjustment is allowed |
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VFZMN |
Detection of driving-standing |
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VFZMNGD |
Vehicle speed limit for calculation of General Denominator |
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VFZMXIDGD |
Vehicle speed limit for calculation of idle operation f. General Denominator |
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VHA |
Speed threshold for altitude adaptation |
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VHDISTMN |
Mileage at which the EONV Diagnostic can begin running |
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VHUBZYL |
combustion chamber volume |
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VKOB |
Speed threshold for compr. control during acceleration |
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VKSTEBF |
Volume flow at initial filling |
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VKSTPVLAB |
Volume flow EKP lead time from soak time |
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VKSTPVLNL |
Volume flow EKP lead time from ECU after running |
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VLLR2 |
vehicle speed limit for idle speed control (fine quantization) |
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VLMXVZ |
Max. value for vlast_w |
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VLSD |
Minimum speed for load-shock damping |
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VMAXLF |
maximum speed of the vehicle |
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VMAXNB |
Maximum permissible vehicle speed during normal operation |
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VMAXTOP |
vehicle speed limit at error control of transmission oil pump |
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VMDUB |
Lower threshold of vehicle speed for battery voltage diagnosis |
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VMIBBR |
min. vehicle speed to allow torque limitation with regular brake switch |
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VMIBGR |
v-threshold for enabling of torque limitation |
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VMIBGRK |
velocity threshold for clutch torque limitation |
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VMINBSP |
Min vehicle speed for BSP max error detection |
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VMIN_UC |
Minimum speed for cruise control operation in instruction test |
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VMIN_UM |
Minimum speed for cruise control operation in function monitoring |
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VMKBRMX |
Vehicle speed threshold for clutch torque limitation when brake is applied |
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VMNSTCH |
Min. speed threshold for stuck check |
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VMSVZPA |
velocity for deactivate MSV two-point-control |
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VMSVZPAH |
hysteresis of vehicle speed threshold of MSV two-point-control |
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VMXANF |
Max. velocity for activating of pedal idle threshold for take-off |
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VMXHSPKH |
Maximum vehicle speed at idle for request of hom.split injection for CH |
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VMXPVDKPU |
plausibility-check of TFA2-sensor: maximum ratio of air-charge for enabling diag |
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VMXSTCH |
Max. speed threshold for stuck check |
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VNMX |
Vehicle speed threshold for activation of increased engine speed limit |
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VNVKVHK |
Volume between front catalyst outlet and main catalyst intake |
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VNWLLPA |
Application value speed threshl. at idle (exhaust) |
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VPDKSE |
Desired pressure ratio throttle plate in stationary condition |
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VPOSTCRASH |
vehicle speed threshold after a crash |
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VPSPVDMNFA |
min. pressure ration ps/pvdkds for enabling of throttle adaption |
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VPSRSVDSFD |
Press. ratio for enabling DK overtravel |
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VPSRVDUGD |
ratio of intake manifold pressure to pressure upstream throttle is 0.95 |
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VPSRVDUGD |
ratio of intake manifold pressure to pressure upstream throttle is 0.95 |
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VPSRVDUGD |
ratio of intake manifold pressure to pressure upstream throttle is 0.95 |
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VPSRVDUGD |
ratio of intake manifold pressure to pressure upstream throttle is 0.95 |
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VPSRVDUGD |
ratio of intake manifold pressure to pressure upstream throttle is 0.95 |
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VPSRVDUGD |
ratio of intake manifold pressure to pressure upstream throttle is 0.95 |
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VPSRVDUGD |
ratio of intake manifold pressure to pressure upstream throttle is 0.95 |
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VPVLKPVVVP |
Surge line from the tc |
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VPVLLKPVVG |
Surge limit from turbo charger |
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VPVPUPG |
surge limit from the tc |
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VPVPUPGH |
surge limit from TC |
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VREGLMAX |
max. permitted desired speed for cruise control |
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VREGLMIN |
min. permitted desired speed for cruise control |
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VRFGRMN |
Lower threshold vroh_w for FGR shutdown by vfzg_w = 0 |
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VROHMAX |
maximum allowed raw vehicle speed for signal range check |
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VSAA |
vehicle speed threshold for cut off engine speed increase |
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VSAUGROHR |
Intake manifold volume without intake manifold switch-over |
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VSONTL |
Volume between lambda sensor and outlet of the turbocharger |
|
VTD_ENG_RUN_RPM |
|
|
VTFA1HSC |
high-side-check TFA1: vfzg-threshold for enabling diagnosis |
|
VTFA2MN |
plausibility-check of TFA2-sensor: minimum vehicle-speed for enabling diagnosis |
|
VTUMTA |
threshold velocity for determination ambient temperature |
|
VVERDDK |
volume between compressor and throttle blade |
|
VVTVATU |
Compression ratio for limiting the compressor discharge air temperature |
|
VWE |
Speed threshold for engine speed gradient nwe: clutch open |
|
VWPMBBR |
minimum speed for limiting pedal travel for operated brake |
|
VZMSVRC |
Delay time for reduced Current control feature |
|
W2ESMX_UM |
upper threshold angle 2 injection for function monitoring |
|
WAD0T1 |
Factor weighting range 0 to 1 |
|
WAD0T2 |
Factor weighting range 0 to 2 |
|
WAD1T0 |
Factor weighting range 1 to 0 |
|
WAD1T2 |
Factor weighting range 1 to 2 |
|
WAD2T0 |
Factor weighting range 2 to 0 |
|
WAD2T1 |
Factor weighting range 2 to 1 |
|
watch_acmode |
|
|
watch_addr0_h |
|
|
watch_addr0_l |
|
|
watch_addr1_h |
|
|
watch_addr1_l |
|
|
watch_addr2_h |
|
|
watch_addr2_l |
|
|
watch_addr3_h |
|
|
watch_addr3_l |
|
|
watch_addr4_h |
|
|
watch_addr4_l |
|
|
watch_addr5_h |
|
|
watch_addr5_l |
|
|
watch_cmode4 |
|
|
watch_cmode5 |
|
|
watch_dcmode |
|
|
watch_mode |
|
|
watch_newdata |
|
|
watch_on |
|
|
watch_rw4 |
|
|
watch_rw5 |
|
|
watch_sign4 |
|
|
watch_sign5 |
|
|
watch_size_bits4 |
|
|
watch_size_bits5 |
|
|
watch_value4_h |
|
|
watch_value4_l |
|
|
watch_value5_h |
|
|
watch_value5_l |
|
|
WBHXXS1AP |
Begin angle of first suction stroke injection for application |
|
WCLUTCHCC |
threshold for clutch pedal top of travel achieved |
|
WCLUTCHST |
threshold for clutch pedal bottom of travel achieved |
|
WDELTANWA |
Angle DELTA range outlet camshaft |
|
WDELTANWE |
Angle DELTA range inlet camshaft |
|
WDKARN |
threshold throttle angle for activation of the mixture adaptation |
|
WDKBANOT |
maximum throttle valve angle in limp-home air position |
|
WDKBAWOTMN |
min. target value of detection wide open throttle at self test |
|
WDKBAWOTMX |
max. target value of detection wide open throttle at self test |
|
WDKBEWS |
Threshold for the DK movement detection (I-small) |
|
WDKBRKWDK |
Throttle position conversion from percent to break point |
|
WDKBRKWDK |
Throttle position conversion from percent to break point |
|
WDKFPRO2 |
Test threshold actual throttle-valve value for opening DV-E spring check |
|
WDKFPROO |
Higher shutdown actual throttle-valve value for opening DV-E spring check |
|
WDKFPROU |
Lower shutdown actual throttle-valve value for opening DV-E spring check |
|
WDKFPRZ1 |
Deactivation threshold DK actual value for DV-E return spring check |
|
WDKFPRZ2 |
Checking threshold DK actual value for DV-E return spring check |
|
WDKMSMXN |
throttle angle at max. mass flow (depends on engine speed) |
|
WDKNLPMA |
Upper allowed setpoint for NLP-position |
|
WDKNLPMI |
Lower allowed setpoint for NLP-position |
|
WDKNLPTOL |
Permissible DK angle tolerance of the NLP |
|
WDKNPLAUS |
Threshold for plausibility check of NLP-Poisition wdknlp_w in Ini2 |
|
WDKNSTORE |
Threshold for storage of new learning values rel. limp home position |
|
WDKPSRSVMN |
throttle blade angle limit for lower manifold pressure of signal var. check |
|
WDKPUPVDMX |
Upper throttle angle limit for comparison pu - pvd |
|
WDKPUPVDMX |
Upper throttle angle limit for comparison pu - pvd |
|
WDKREIB |
Frictional component of the DK I small |
|
WDKRVSMX |
RVS monitoring maximum throttle threshold for disable fuel |
|
WDKSAPNOL |
DK-set value used with apllication supply DK at air in limphome position |
|
WDKSAPP |
throttle angle for calibration tasks |
|
WDKSEB1 |
Setpoint 1 for DV-E ice breaking |
|
WDKSEB2 |
Setpoint 2 for DV-E ice breaking |
|
WDKSEBP |
Setpoint for DV-E ice check |
|
WDKSEBPO |
upper tolerance for ice break functionality |
|
WDKSEBPU |
lower tolerance for ice break functionality |
|
WDKSFPR |
DK setpoint for DV-E return spring check |
|
WDKSFPRO |
Nominal throttle-valve value for opening DV-E spring check |
|
WDKSOFS |
Offset added to appl. value of desired throttle position at low temperature |
|
WDKSRFE |
throttle angle end position (self-cleaning-function) |
|
WDKSRFI |
throttle angle initial position (self-cleaning-function) |
|
WDKSRFO |
throttle angle upper stop position (self-cleaning-function) |
|
WDKSRFU |
throttle angle lower stop position (self-cleaning-function) |
|
WDKSTFEIN |
Threshold for detection of steady-state (amplified range) |
|
WDKSTGROB |
Threshold for detection of steady-state (non-amplified range) |
|
WDKSTMUMA |
DK angle threshold for temporary UMA adaptation |
|
WDKUGDN |
throttle angle necessary for 95 % of the maximum possible air charge |
|
WDKWDKBRK |
Conversion of throttle break point to throttle break position |
|
WDKWDKBRK |
Conversion of throttle break point to throttle break position |
|
WDKWDKBRK |
Conversion of throttle break point to throttle break position |
|
WDKWDKBRK |
Conversion of throttle break point to throttle break position |
|
WDNWSEMN |
Lower limit for wdnwse_w at tipin |
|
WDNWSEMX |
Upper limit for wdnwse_w at tipin |
|
WEHXXK1AP |
End angle of first compression stroke injn. in mode HO2 |
|
WESBM |
angle intake closes before software reference mark (tR) |
|
WFKO2VKI |
Weighting factor for statistic filter |
|
WFKO2VKIS |
Weighting factor for statistic filter for fast adaptation |
|
WIMAX |
Upper limit internal controller status continuous lambda control |
|
WIMIN |
Lower limit internal controller status continuous lambda control |
|
WKHRMAX |
Maximal relative progress catalyst-heating; exceeding initiates its termination |
|
WKHWMAX |
Threshold for maximum heat quantity for catalyst by repeated crankings |
|
WKRLZOFEKS |
ignition retard offset for guided cylinders in case of knock sensor error |
|
WKWALETEST |
test value for start test via run down position |
|
WNSRFIXE |
KL. max. des.angle f. int. res.gas contr. via intake cam. |
|
WNWADRST |
Threshold for camshaft adaption reset |
|
WNWAFMX |
adaptation limit of the retarded end position in the advanced direction |
|
WNWASMX |
upper camshaft adaptation limit of the retarded end position(retarded direction) |
|
WNWBKVA |
Angle camshaft position with min overlap outlet camshaft at BVK empty |
|
WNWBKVE |
NW-angle position with min. overlap: intake camshaft at BKV empty |
|
WNWDSHKA |
offset desired outlet angle cam correction catalyst heating via altitude |
|
WNWDSHKE |
offset desired inlet angle cam correction catalyst heating via altitude |
|
WNWHAA |
Threshold for exhaust camshaft has adjusted ""towards active position"" |
|
WNWHAE |
Threshold for inlet camshaft has adjusted ""towards active position"" |
|
WNWHRA |
Threshold for exhaust camshaft has adjusted ""towards reference position"" |
|
WNWHRE |
Threshold for inlet camshaft has adjusted ""towards reference position"" |
|
WNWKN |
Correction angle camshaft over speed |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWRAS |
angle outlet valve closed in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWREO |
angle inlet valve opened in reference position relative to TDC |
|
WNWSAAPP |
Application value f. desired camshaft angle (exhaust) |
|
WNWSADC |
Setpoint (outlet) threshold for Denominator complete after 10sec |
|
WNWSAPFA |
Application value: des. angle f. advanced pos. at exh. cam. jumps |
|
WNWSAPFE |
Calibration value: des. angle f. advanced position at jumps (intake camshaft) |
|
WNWSAPSA |
Application value: des. angle f. retarded pos. at exh. cam. jumps |
|
WNWSAPSE |
Calibration value: des. angle f. retarded position at jumps (intake camshaft) |
|
WNWSEAPP |
application value for nominale angle of camshaft inlet valve |
|
WNWSEDC |
Setpoint (inlet) threshold for Denominator complete after 10sec |
|
WNWSGUDA |
desired angle for small overlap diagnosis in the exhaust system outlet |
|
WNWSGUDE |
desired angle for small overlap diagnosis in the exhaust system inlet |
|
WNWSMNA |
min value of desired angle of outlet camshaft closes (TDC) |
|
WNWSMNA |
min value of desired angle of outlet camshaft closes (TDC) |
|
WNWSMNAAA |
Minimum angle to active position for cam-controller outlet |
|
WNWSMNAAE |
Minimum angle to active position for cam-controller inlet |
|
WNWSMNE |
min value of desired angle of inlet camshaft opens (TDC) |
|
WNWSMNE |
min value of desired angle of inlet camshaft opens (TDC) |
|
WNWSMNRA |
Angle of CS minimum target value for outlet controller |
|
WNWSMNRE |
Angle: desired camshaft value / minimum f. controller (intake) |
|
WNWSMXA |
max value of desired angle of outlet camshaft closes (TDC) |
|
WNWSMXA |
max value of desired angle of outlet camshaft closes (TDC) |
|
WNWSMXE |
max value of desired angle of inlet camshaft opens (TDC) |
|
WNWSMXE |
max value of desired angle of inlet camshaft opens (TDC) |
|
WNWSPCAA |
Max. value for the desired cam phaser angle above which the Pin Cycler Algorithm |
|
WNWSPCAE |
Max. value for the desired cam phaser angle above which the Pin Cycler Algorithm |
|
WNWSPG1 |
Desired angle, first negative camshaft edge of camshaft sensor 1 |
|
WNWSPG2 |
Desired angle, first negative camshaft edge of camshaft sensor 2 |
|
WNWVAAA |
Angle of active position CAM-controller outlet |
|
WNWVAAE |
Angle of active position CAM-controller |
|
WNWVAS |
Angle outlet valve closed in locking position relative to TDC |
|
WNWVAS |
Angle outlet valve closed in locking position relative to TDC |
|
WNWVAS |
Angle outlet valve closed in locking position relative to TDC |
|
WNWVAS |
Angle outlet valve closed in locking position relative to TDC |
|
WNWVAS |
Angle outlet valve closed in locking position relative to TDC |
|
WNWVAS |
Angle outlet valve closed in locking position relative to TDC |
|
WNWVAS |
Angle outlet valve closed in locking position relative to TDC |
|
WNWVEO |
Angle inlet valve opened in locking position relative to TDC |
|
WNWVEO |
Angle inlet valve opened in locking position relative to TDC |
|
WNWVEO |
Angle inlet valve opened in locking position relative to TDC |
|
WNWVEO |
Angle inlet valve opened in locking position relative to TDC |
|
WNWVEO |
Angle inlet valve opened in locking position relative to TDC |
|
WNWVEO |
Angle inlet valve opened in locking position relative to TDC |
|
WNWVEO |
Angle inlet valve opened in locking position relative to TDC |
|
WNWVFPCAA |
Min. value for the measured cam phaser angle below which the Pin Cycler Algorith |
|
WNWVFPCAE |
Min. value for the measured cam phaser angle below which the Pin Cycler Algorith |
|
WNWVPMN |
Diagnosis threshold retarded position of camshaft mounting check |
|
WNWVPMX |
Diagnosis threshold advanced position of camshaft mounting check |
|
WNWWPMN |
Diagnosis threshold retarded position of camshaft misalignment check |
|
WNWWPMX |
Diagnosis threshold advanced position of camshaft misalignment check |
|
WPDKUPM |
Lower bound for wped for setting of B_kupplv |
|
WPEDCFEN |
accelerator pedal position clear flood mode condition activated |
|
WPEDCFMN |
accelerator pedal position disabling clear flood mode condition |
|
WPEDGS |
wped threshold |
|
WPEDKO |
Accelerator position threshold for the A/C cut off |
|
WPEDKOCL |
Pedal angle thresh. f. compress. sw.off at DK closure |
|
WPEDKOGAN |
Pedal angle thresh. f. compress. sw.off at gear shift (AG) |
|
WPEDLDUVST |
pedal threshold to activate dump-valve during immediate tip-out |
|
WPEDLFM |
minimum throttle threshold for reduce fan_command for vehicle performance |
|
WPEDNMX |
Min accel pedal pos. for not limiting engine speed via air path |
|
WPEDRVSMX |
RVS monitoring maximum accelerator pedal threshold for disable fuel |
|
WPEDSVSBL |
wped-release value f. SVS-blink code output |
|
WPFGRBMR |
Back-calculated pedal value during acceleration with FGR |
|
WPKDMN |
Minimum pedal travel for kick-down detection |
|
WPKUPX |
Maximum allowed pedal travel for setting of B_kupplv |
|
WPMXBR |
Maximum permissible pedal value for actuated brake (prior to detection of wped=0 |
|
WPMXNOT |
Max. permissible pedal travel in PWG limp-home |
|
WPRHOMMX |
maximum prediction angle for homogen mode |
|
WPRSCHMX |
maximum prediction angle |
|
WSANFKTNOX |
Heatflow-request for fast exceeding of dew point for short-trip of NOx-sensor |
|
WSMNHSPKH |
Minimum heat-flow for request of hom.split injection for cat. heating |
|
WTFA1JT |
range of tolerance for jump-check intake air temperature sensor tfa1 (SY_TFAJEC |
|
WTFA1MN |
minimum allowed voltage-value of intake air temperature sensor tfa1 |
|
WTFA1MX |
maximum allowed voltage-signal of intake air temperature sensor tfa1 |
|
WTFA2JT |
tolerance area for jump-check intake air temperature sensor tfa2 (SY_TFAKON > 0 |
|
WTFA2MN |
minimal allowed voltage-signal of intake air temperature sensor tfa2 (SY_TFAKON |
|
WTFA2MX |
maximum allowed voltage-signal of intake air temperature sensor tfa2 (SY_TFAKON |
|
WTTEND |
Window Time Table, offset to end position for reading |
|
WTTSTART |
Window Time Table, offset to start position for reading |
|
WZFTEMP |
Characteristic line for square root of inverse of normalized temperature |
|
XIMAX |
Upper limit internal controller status continuous lambda control |
|
XIMIN |
Lower limit internal controller status continuous lambda control |
|
ZAGRUN |
start of misfire generator |
|
ZBRT |
time constant for combustion chamber temp. model |
|
ZBSFH |
|
|
ZBURNABR |
number of combustions for decision adaptation stop |
|
ZBURNDEC |
number of combustions for decrease factor |
|
ZBURNLIM |
threshold detected combustions for re-start |
|
ZBURNSOL |
number of combustions for no change of factor |
|
ZCLLRNDVMN |
Number of samples for learning clutch pedal fully applied position (DVT mode) |
|
ZCLLRNFAMN |
Number of samples for learning clutch pedal fully applied position (EOL mode) |
|
ZDCAEN |
Number of cycles above which the debris clearing algorithm is enabled |
|
ZDCAEN |
Number of cycles above which the debris clearing algorithm is enabled |
|
ZDCAIGN |
Number of repetitions the debris clearing algorithm will attempt |
|
ZDCAIGN |
Number of repetitions the debris clearing algorithm will attempt |
|
ZDCAMAX |
Number of cycles the debris clearing algorithm will activate |
|
ZDCAMAX |
Number of cycles the debris clearing algorithm will activate |
|
ZDCEEVON |
device control: injector test number of ON-impulses |
|
ZDGZA1 |
Number of ignitions for decrease in range 1 |
|
ZDGZA2 |
Number of ignitions for decrease in range 2 |
|
ZDGZA3 |
Number of ignitions for decrease in range 3 |
|
ZDSU |
time constant for filtering pu, fho |
|
ZDTMSPDEC |
DTMSP error counter decrement value |
|
ZDTMSPFAIL |
DTMSP error counter failure threshold |
|
ZDTMSPINC |
DTMSP error counter increment value |
|
ZDTMSPIV |
DTMSP error counter initial value |
|
ZDTMSPPASS |
DTMSP error counter healing threshold |
|
ZDYNFA |
Counter value for dynamic measurements of LSU at funktion request |
|
ZDYNFA |
Counter value for dynamic measurements of LSU at funktion request |
|
ZDYNLSU |
Counter value for dynamic measurements of LSU |
|
ZERBR |
Fault counter status for brake-switch inplausibility |
|
ZEXOF |
Delay time for switch off the offset MIOFF |
|
ZFBFZGL |
Filter time constant for 16-bit acceleration signal |
|
ZFDUSVK |
Filter time constant for LSU voltage adjustment upstream of the catalyzer |
|
ZFETAI |
Time const. for integration of air charge corr. depending on ignition efficiency |
|
ZFKMSDKSNW |
integrator speed for fast constant mass flow adaption with EGR or unthrottled |
|
ZFLLRPL |
time constant: steering up the propotional controller on the air-path |
|
ZFMDVERL |
Time constant for filtering the resistant torque |
|
ZFMODTUM |
time constant for filter for offset in ambient air temperature model |
|
ZFOA |
events for oil level determination in freeway cycle |
|
ZFOL |
events for oil level determination in highway cycle |
|
ZFOS |
events for oil level determination in city cycle |
|
ZFRIH |
Attenuation factor for the internal resistance Ri Nernst filter downstream cat |
|
ZFRIN |
Time constant for filter rinlsu_w |
|
ZFRINCAL |
Time constant for filter krivk_w |
|
ZFRINSTART |
|
|
ZFRMST |
time constant for frm-filter (short test) |
|
ZFSADYN |
Time constant for PT1-Filter |
|
ZFSTFFDP |
Active time after engine start for dualtank fuel-level fast-filtering |
|
ZFSTLODP |
Time threshold for dualtank fuel-level fast-filtering enable condition |
|
ZFSTPTTK |
Minimum time threshold for Dualtank plausibility failure detection (by refuel) |
|
ZFSTSIHL |
Minimum time threshold for Dualtank transfer-pump error healing |
|
ZFSTSITH |
Minimum time threshold for Dualtank transfer-pump failure detection |
|
ZFV |
time constant for filter vehicle speed signal |
|
ZHLLA |
Time counter for stopping increased speed in hot idling |
|
ZHLLE |
Time counter threshold for increased speed at hot idling |
|
ZIPU |
time constant integrator for offset ambient pressure |
|
ZIPVD |
time constant integrator for offset pressure upstream throttle blade |
|
ZKARIH1 |
Filter time const. sim. dyn. ceramic temp. downstr. cat. |
|
ZKASDLUTS |
Time constant deviation from mean value engine roughness |
|
ZKDFRM |
Time constant for Lowpass of dfrm_w |
|
ZKDMADFK |
time constant for torque adaptation AT in drive and AC compressor on |
|
ZKDMADFS |
time constant for torque adaptation AT in drive |
|
ZKDMADKO |
time constant for torque adaptation AC compressor on |
|
ZKDMADLL |
time constant for torque adaptation loadless |
|
ZKDMADSFK |
time constant for torque adaptation AT in drive and AC compressor on |
|
ZKDMADSFS |
time constant for torque adaptation AT in drive for SCH |
|
ZKDMADSKO |
integration time of torque adaptation at stratified mode with AC-compressor |
|
ZKDMADSLL |
integrator time of torque adaptation at stratified mode |
|
ZKDMDW |
Time constant for gradual decrease of D-component converter torque |
|
ZKDMRKH |
|
|
ZKDMRKHLL |
|
|
ZKFKATEIFV |
Time constant filtered factor fuel rate for error suspicion |
|
ZKFNSADOFF |
Time constant deactivation afterstart adaptation factor |
|
ZKFTEAD |
time constant filtered factor load scavening air at tank ventilation |
|
ZKFTEADVA |
filter time constant fuel purge adaptation: purge control active |
|
ZKFTEADVNA |
filter time constant fuel purge adaptation: purge control not active |
|
ZKHABB |
Time constant for abort low-pass catalyzer heating |
|
ZKLAMFAW |
time konstant of filter for enrichment by driver |
|
ZKLANSWL |
time constant filter lamnswl_w |
|
ZKLLRD |
Time constant for the decrease of the differential part of the controller |
|
ZKLSURW |
Time constant f. pipe wall temperature model |
|
ZKMDELL |
Time constant for fan torque reduction (Lüfter 1) |
|
ZKMDGEN |
Time constant for generator torque reduction |
|
ZKMDKO |
time constant A/C compressor-load decreasing |
|
ZKMDKOF |
time constant A/C compressor-load decreasing |
|
ZKMDKOFF |
|
|
ZKMDKOV |
time constant A/C compressor-load decreasing |
|
ZKMDSEVF |
Time constant for power consumption torque reduction |
|
ZKMDWF |
Time constant for filtering converter torque for forming D-component |
|
ZKMSDKT |
integrator speed for fast constant mass-flow adaption |
|
ZKMSDLUTS |
Time constant mean value engine roughness |
|
ZKMSNTLD |
Time konstant for closing the cpv before tank leakage diagnosis |
|
ZKMSTDST |
Time Constant for filtering of CPV-Mass-Flow for diagnosis of tank pressure sens |
|
ZKNS |
Time constant for target engine speed when changing target |
|
ZKNSU |
Time constant for target engine speed when changing target (rising) |
|
ZKORFKISRM |
correction factor for cylinder volume |
|
ZKORFKISRMN |
|
|
ZKOSLUG |
revolution counter for the antislugging action |
|
ZKPBKVK |
time constant pressure of break booster constant |
|
ZKPIRGVP |
curve: time constant of filter for pbrint and fupsrl dependent on pressure ratio |
|
ZKPRIH |
Filter for sim. of dynamics for ceramic temp. from elec. heat. downstr.of cat. |
|
ZKPSFIL |
Time constant f. filtering of intake man. press. f. KLAF calculation in FUEDK |
|
ZKPVDKT |
integrator speed for slow constant mass-flow adaption |
|
ZKPVDKTF |
multiplicator for time constant for slow mass flow adaption |
|
ZKTDML |
low pass filter time constant for air mass flow of catalyst diagnosis |
|
ZKTDTK |
loss pass filter time constant for catalyst temperature of catalyst diagnosis |
|
ZKTPTOLTM |
time constant for low pass of oil temperature calculation from TMOT |
|
ZKUBDLR |
DLR, time constant for filtering of Ubatt |
|
ZKUBSQF01 |
time constant for low pass filter of 100ms' calculated ubsqf from ubsq |
|
ZKUEVERG |
time constant: turbine speed at gear shift (fluid converter) |
|
ZKVBCLRDGN |
Delay time for clearing of consumed fuel adaption for diagnosis |
|
ZKVBCLRDSP |
Delay time for clearing of consumed fuel adaption for display |
|
ZKWDKSPT1 |
Time constant for prediction of DK angle from setpoint |
|
ZLAMHP |
Filter time constant for lamsoni_w highpass |
|
ZLAMLP |
Filter time constant for lamsoni_w lowpass |
|
ZLAMSTEIG |
Filter time constant for LSU-signal gradient |
|
ZLASOHML |
time constant for PT1-filter of the pseude lambda behind catalyst |
|
ZLBTS |
Time constant lambda component protection |
|
ZLIBG |
filter time constant for adjusting integrator limits |
|
ZLUR |
time constant for filter of engine roughness around lur, update to lur |
|
ZLUT |
time constant for filter of engine roughness around zero and around lur |
|
ZMDNSM |
time constant for decay of torque offset after cranking |
|
ZMISSCHMX |
max. counts of misfire at stratified mode |
|
ZNFNGLL |
filter time constant for speed gradient on air path (LLR) |
|
ZNGFIL |
time constant for engine gradient filter |
|
ZNGFILKR |
time constant for speed gradient filter (dynamic knock control) |
|
ZNWSP |
time constant for camshaft adaptation of the retarded end position |
|
ZNWSUK |
Filter Time for reset of Fuel Correction via Intake NWS |
|
ZPDDST |
time constant for tank pressure sensor rationality check |
|
ZPPPVLLKF |
Pulsation cycle time (of boost pressure) |
|
ZPVFZF |
Filter time constant vehicle speed pulse duration |
|
ZRFKMSDK |
Time constant reset mass flow adjustment fkmsdk |
|
ZRLFRAT |
filter time constant for calculation of time constant of FRAT- adaptation |
|
ZROFMSNDK |
Filter time constant for ofmsndk if fault HFM/DSS |
|
ZSAINT |
Time constant for integrator adjustment of LSU in air |
|
ZSYNABR |
number of ignitions for stop of STADAP |
|
ZSYNAUSW |
number of ignitions until evaluation |
|
ZSYNDEL |
Number of unused combustions for combustion detection |
|
ZSYNPHST |
number of revolutions from release of injection to dash detection |
|
ZTMMBR |
time constant, engine temperature for combustion chamber temp. model |
|
ZTPREL |
number of teeth during start recognition |
|
ZUKDEM |
Time constant transient control direct injection, tmot dependent |
|
ZUKNSTM |
time constant of transient control post cranking factor dependent on tmot |
|
ZUPRAIL |
Time constant for low-pass filter, rail pressure actual value |
|
ZUPRAILST |
Time constant for low pass rail pressure actual, start-up |
|
ZUPVDIMN |
Min. no. of 1ms intervals per synchro for average value formation pvd |
|
ZWAPPL |
Application interface ignition angle adjustment |
|
ZWC_T_UM |
Fault tolerance time for ignition angle monitoring in function monitoring. |
|
ZWDKM1 |
1. time constant throttle angle model |
|
ZWDKM2 |
2. time constant throttle angle model |
|
ZWFGVFZG |
|
|
ZWNWDMNA |
Min. number of registered angles from outlet camshaft for averaging |
|
ZWNWDMNE |
Min. number of registered angles from inlet camshaft for averaging |
|
ZWNWDMXA |
Max. number of registered angles from outlet camshaft for averaging |
|
ZWNWDMXE |
Max. number of registered angles from inlet camshaft for averaging |
|
ZWSPTIP |
Enable time for tipin offset on latest ignition angle |
|
ZWSTAMN |
minimum ignition angle for active %STADAP |
|
ZYLANZ_UM |
Cylinder number for ignition angle monitoring in function monitoring |
|
ZYLANZ_UM |
Cylinder number for ignition angle monitoring in function monitoring |
|
ZYLANZ_UM |
Cylinder number for ignition angle monitoring in function monitoring |
|
ZYLKOR |
Value f. cylinder correction (tsroh to zzyldmd) |
|
ZYRKR |
cylinder selective reference level limitation |