Car, AUDI, A6 2018-, 2024 (R), Saloon, DYGB 4.0l TFSI , 441 kW, C3 - Drive motor control module 3 (C3 EA3)

ASAM/ODX file identification: EV_DMCM3HITACAU516

ASAM/ODX file version: 002001

Part number: xxxxxxxxx

Equipment number: 0

Importer number: 0

Workshop code: 0

VIN no: xxxxxxxxxxxxxxxxx

Software version: xxxx

Hardware part number: xxxxxxxxx

System designation: xxxxxxxxxxxx

Hardware version: xxx

Programmability: Programmable

Program consistency: Program present

System abbreviation: xxxx

Engine: CJTA

ASAM/ODX file identification: EV_DMCM3HITACAU516

ASAM/ODX file version: 002001

Software version: xxxx

Engine: CJTA

Programmability status: error in flash memory: No

Programmability status: flash memory faulty: No

Programmability status: communication error: No

Programmability status: flash memory not programmable: No

Number of programming attempts: data block 0: 12336

Number of programming attempts: data block 1: 12336

Number of programming attempts: data block 2: 12336

Number of programming attempts: data block 3: 12336

Number of programming attempts: data block 4: 12336

Number of programming attempts: data block 5: 12336

Number of programming attempts: data block 6: 12336

Number of programming attempts: data block 7: 12336

Number of programming attempts: data block 8: 12336

Number of programming attempts: data block 9: 12336

Number of successful programming attempts: data block 0: 12336

Number of successful programming attempts: data block 1: 12336

Number of successful programming attempts: data block 2: 12336

Number of successful programming attempts: data block 3: 12336

Number of successful programming attempts: data block 4: 12336

Number of successful programming attempts: data block 5: 12336

Number of successful programming attempts: data block 6: 12336

Number of successful programming attempts: data block 7: 12336

Number of successful programming attempts: data block 8: 12336

Number of successful programming attempts: data block 9: 12336

Number of parameterization attempts: data record 0: 12336

Number of parameterization attempts: data record 1: 12336

Number of parameterization attempts: data record 2: 12336

Number of parameterization attempts: data record 3: 12336

Number of parameterization attempts: data record 4: 12336

Number of parameterization attempts: data record 5: 12336

Number of parameterization attempts: data record 6: 12336

Number of parameterization attempts: data record 7: 12336

Number of parameterization attempts: data record 8: 12336

Number of parameterization attempts: data record 9: 12336

Number of successful parameterization attempts: data record 0: 12336

Number of successful parameterization attempts: data record 1: 12336

Number of successful parameterization attempts: data record 2: 12336

Number of successful parameterization attempts: data record 3: 12336

Number of successful parameterization attempts: data record 4: 12336

Number of successful parameterization attempts: data record 5: 12336

Number of successful parameterization attempts: data record 6: 12336

Number of successful parameterization attempts: data record 7: 12336

Number of successful parameterization attempts: data record 8: 12336

Number of successful parameterization attempts: data record 9: 12336

Maximum number of possible update programming: data block 0: 12336

Maximum number of possible update programming: data block 1: 12336

Maximum number of possible update programming: data block 2: 12336

Maximum number of possible update programming: data block 3: 12336

Maximum number of possible update programming: data block 4: 12336

Maximum number of possible update programming: data block 5: 12336

Maximum number of possible update programming: data block 6: 12336

Maximum number of possible update programming: data block 7: 12336

Maximum number of possible update programming: data block 8: 12336

Maximum number of possible update programming: data block 9: 12336

Last update programming of SW module: software module 0, date: 2000-00-00

Last update programming of SW module: software module 0, device number: 0

Last update programming of SW module: software module 0, importer number: 0

Last update programming of SW module: software module 0, dealership number: 0

Last update programming of SW module: software module 0, programming status: Valid

Last update programming of SW module: software module 1, date: 2000-00-00

Last update programming of SW module: software module 1, device number: 0

Last update programming of SW module: software module 1, importer number: 0

Last update programming of SW module: software module 1, dealership number: 0

Last update programming of SW module: software module 1, programming status: Valid

Last update programming of SW module: software module 2, date: 2000-00-00

Last update programming of SW module: software module 2, device number: 0

Last update programming of SW module: software module 2, importer number: 0

Last update programming of SW module: software module 2, dealership number: 0

Last update programming of SW module: software module 2, programming status: Valid

Equipment number: 0

Importer number: 0

Workshop code: 0

FAZIT identification: manufacture location index: SME-RBG

FAZIT identification: day of manufacture: 08.01.10

FAZIT identification: manufacturer test stand number: 0393

FAZIT identification: running manufacturer number: 0079

Manufacturer modification status: control module family: -

Manufacturer modification status: decoration variant: -

Manufacturer modification status: construction version: ---

Manufacturer modification status: manufacture version: ---

Identification of standard software: standard software module 0: High Speed network management

Identification of standard software: standard software module 0, primary version number: 01

Identification of standard software: standard software module 0, secondary version number: 06

Identification of standard software: standard software module 0, revision number: 00

Diagnostic mode: VW diagnostic

Adaptation workshop code: device number: 0

Adaptation workshop code: importer number: 0

Adaptation workshop code: dealership number: 0

Hardware part number: xxxxxxxxx

Hardware version: xxx

Versions of software module: data block 0: 0007

Versions of software module: data block 1: 0003

Versions of software module: data block 2: 0005

Part number: xxxxxxxxx

System designation: xxxxxxxxxxxx

System abbreviation: xxxx

Programmability status: programmability: Programmable

Programmability status: program consistency: Program present

Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Clear DTC

Clear DTC

Actuator test: output control status: Not active

OBD driving cycle detected: OBD driving cycle set once state:

Terminal 15:

Vehicle electrical system current: 12336

Transmission, serial number: --

Derating current AC: 1233.60 A

High voltage current offset: 75.29 A

Interlock pin state: 48

Unfiltered CL30 voltage supply: 12.05 V

Temperature AC connector worst: 808464432 °C

vFL_MOT_Loss_Pre: 808464432 W

Power loss copper: -- W

Low voltage analog to digital: -- V

Low voltage current offset: 75.29 A

Low voltage current limit derating: 1233.60 A

Terminal 15 analog to digital: 65434 V

Current offset phase U: --

Current offset phase V: --

Current offset phase W: --

Voltage offset HVDC: -- V

Power loss motor without copper loss correction: -- W

Status active discharge:

CC33DSPV_LV2: 1233.60 V

CC33DSPV_LV2_AD: 12336 V

DCDCSW12V_LV2_AD: 12336 V

DSP LV magnetic bias current AD: 12336 V

Status DSP PRUN:

State availablity DC peak current:

CPLD fault clear judgement: Fault clear request

State ignition digital: Off

State ignition level 2: Off

Request PWM stop level 1:

Request PWM stop level 2:

Current phase U analog to digital: -- V

Current phase V analog to digital: -- V

Current phase W analog to digital: -- V

Current limit short time LV: -- A

Current nominal short time LV: -- A

Current peak short time LV: -- A

Operating mode short time current output: 119.0

vMON_VREF: 15.06 V

Voltage difference Nside case: 1542.00 V

Voltage difference Pside case: 1542.00 V

vVRPS: 30.12 V

vVDC_Sample5: vVDC_1: 0.00 V

vVDC_Sample5: vVDC_2: 0 V

vVDC_Sample5: vVDC_3: -- V

vVDC_Sample5: vVDC_4: -- V

vVDC_Sample5: vVDC_5: -- V

IU sample5: U 5: -- A

IU sample5: U 1: 0.00 A

IU sample5: U 2: -- A

IU sample5: U 3: -- A

IU sample5: U 4: -- A

IV sample5: V 5: -- A

IV sample5: V 1: 0.00 A

IV sample5: V 2: -- A

IV sample5: V 3: -- A

IV sample5: V 4: -- A

IW sample5: W 5: -- A

IW sample5: W 1: 0.00 A

IW sample5: W 2: -- A

IW sample5: W 3: -- A

IW sample5: W 4: -- A

vC_DC_INV_LV2_Sample5: vC_DC_INV_LV2_5: -- A

vC_DC_INV_LV2_Sample5: vC_DC_INV_LV2_1: 0.00 A

vC_DC_INV_LV2_Sample5: vC_DC_INV_LV2_2: -- A

vC_DC_INV_LV2_Sample5: vC_DC_INV_LV2_3: -- A

vC_DC_INV_LV2_Sample5: vC_DC_INV_LV2_4: -- A

Sitaaddress_Sample5: sitaaddress_5: 1084.22 A

Sitaaddress_Sample5: sitaaddress_1: 1084.22 A

Sitaaddress_Sample5: sitaaddress_2: 1084.22 A

Sitaaddress_Sample5: sitaaddress_3: 1084.22 A

Sitaaddress_Sample5: sitaaddress_4: 1084.22 A

vUC_CPLD_Cntl_LV2_Sample5: vUC_CPLD_Cntl_LV2_1: 48.0

vUC_CPLD_Cntl_LV2_Sample5: vUC_CPLD_Cntl_LV2_2: 48.0

vUC_CPLD_Cntl_LV2_Sample5: vUC_CPLD_Cntl_LV2_3: 48.0

vUC_CPLD_Cntl_LV2_Sample5: vUC_CPLD_Cntl_LV2_4: 48.0

vUC_CPLD_Cntl_LV2_Sample5: vUC_CPLD_Cntl_LV2_5: 48.0

vTMOTC_Sample5: vTMOTC_1: 48 N·m

vTMOTC_Sample5: vTMOTC_2: 48 N·m

vTMOTC_Sample5: vTMOTC_3: 48 N·m

vTMOTC_Sample5: vTMOTC_4: 48 N·m

vTMOTC_Sample5: vTMOTC_5: 48 N·m

vOPR: 0

vTMRQ: -- N·m

vTLIMMOT_L: 1542.00 N·m

vTLIMMOT_U: 1542.00 N·m

Vd_Ref: 246.72 V

Vq_Ref: 246.72 V

vFL_Tw_out: 808464432 °C

vN_Max_Allowed: 12336 1/min

vHIGBTDuty: 123.36 %

vH_Transmission_Sump: 12336 °C

vBMS_HV_Auszeit_Status: 48.0

vT_MOT_Allow_Min: 1543.23 N·m

fShtOfPth_Tst_End: 48.0

vNMOT_LV2: 12336 1/min

vC_DC_Lo_LV2_AD: 12336 rad/s

vFL_RPSSINAD_LV2: 808464432

vFL_RPSCOSAD_LV2: 808464432

IU_LV2: 6772.46 A

IV_LV2: 6772.46 A

IW_LV2: 6772.46 A

OutSWTemp: 1233.60 °C

DOUT_LVSWRPSC_LV2: 48.0

PWM ON time interval H1: 808464432.0

PWM ON time interval H2: 808464432.0

PWM ON time interval H3: 808464432.0

PWM ON time interval H4: 808464432.0

TargetMod_LV2: 48.0

TargetLV: 808464432 V

Rq_Discharge: 48.0

AB deactivation HV: 48.0

COM active: 48.0

DCDCSW12V_LV2Filt: 246.72 V

DIN_DCDC_LVSW_IN1_LV2: 48.0

DIN_DCDC_LVSW_IN2_LV2: 48.0

Emergency shutdown LV2: 48.0

fSoTDDLV2_DOReq: 48.0

fSoTDDLV2_end: 48.0

fSoTDDLV2_Rdy: 48.0

CC33DSPV_LV_FILT: 1233.60 V

HvI_AD: 12336.0

HvTemp_AD: 12336.0

LvTemp_AD: 12336.0

LvV_LV2_AD: 12336.0

OutSWTemp_AD: 12336.0

ZAS_KL_15_LV2: 12336.0

CMPT_chk: 48.0

SPI_TC_Rx: 30 30 30 30 30 30 30 30 30 30

SPI_TC_Tx: 30 30 30 30 30 30 30 30 30 30

vSTAT_Sig_Rx_Implaus: 808464432.0

vCnt_uCFaultyRst_EVR_FS: 48.0

vCnt_KL30OpenRst_FS: 48.0

Exec time C0 1ms sample5: exec time C0 1ms 1: 480 ms

Exec time C0 1ms sample5: exec time C0 1ms 2: 480 ms

Exec time C0 1ms sample5: exec time C0 1ms 3: 480 ms

Exec time C0 1ms sample5: exec time C0 1ms 4: 480 ms

Exec time C0 1ms sample5: exec time C0 1ms 5: 480 ms

Exec time C0 5ms sample5: exec time C0 5ms 1: 4800 ms

Exec time C0 5ms sample5: exec time C0 5ms 2: 4800 ms

Exec time C0 5ms sample5: exec time C0 5ms 3: 4800 ms

Exec time C0 5ms sample5: exec time C0 5ms 4: 4800 ms

Exec time C0 5ms sample5: exec time C0 5ms 5: 4800 ms

fshutoffPath_PWM_Chk: 48.0

vCnt_uCFaultyRst_PORST_FS: 48

vCnt_uCFaultyRst_SW_FS: 48.0

vCnt_uCFaultyRst_SMU_FS: 235.0

vID_L2_FFD: 65314.0

vFL_TRQ_Auth_Max: 1542.00 N·m

vFLC_DC_Hi_INV_Flt_Plaus_LV2: 808464432 A

vFLC_DC_Hi_INV_Calc_LV2: 808464432 A

LvV_LV2: 246.72 V

PECOutIf_tqDesDsbc_VW: 1542.00 N·m

Mon_bDampShOffPth: 48.0

PECInIf_tqMaxDsbcMon_VW: 1542.00 N·m

Mon_tqSpDamp: 1542.00 N·m

PECOutIf_tqDampTarLim_VW: 1542.00 N·m

Mon_bElmCmbCmpShOffPth: 48.0

PECInIf_bElmCmbCmp_VW: 48.0

vHSTATOR: 1542.00 °C

vFL_PMAC_Temp: 808464432 °C

vFL_Ycap_Temp: 808464432 °C

TME_Temp_KM_Vor_LE: 9252.00 °C

vSig_FnctnalRstrctn_Trggr: 808464432

vShtOfPth_Tst_FFD: 48.0

Mon_tqSpElCmbCmp: 1542.00 N·m

Bus self-diagnosis xsets 10: --

Bus self-diagnosis xsets 11: --

Bus self-diagnosis xsets 12: --

Bus self-diagnosis xsets 13: --

Bus self-diagnosis xsets 14: --

Bus self-diagnosis xsets 15: --

Bus self-diagnosis xsets 16: --

Bus self-diagnosis xsets 17: --

Bus self-diagnosis xsets 18: --

Bus self-diagnosis xsets 19: --

Bus self-diagnosis xsets 1: --

FIBEX integration step: --

Unlearning counter according OBD: 255

Power electronics heat sink temperature: 192.75 °C

Regulation due to excessive temperature:

Offset angle of rotor positions: 904.22 °

Drive control condition: 48

Availability of high voltage:

Torque: 1542.00 N·m

Output voltage of DC/DC converter: 246.72 V

Output current of DC/DC converter: 1233.60 A

Phase current phase U: 6772.46 A

Phase current phase V: 6772.46 A

Phase current phase W: 6772.46 A

Max permiss. torque of electric motor: 1542.00 N·m

Transformer temperature: 1233.60 °C

Calculated current in HV circuit: 1233.60 A

Supply voltage of high-side output stages: 45.19 V

Supply voltage of low-side output stages: 45.19 V

Internal voltage supply 3V: 15.06 V

Internal voltage supply 5V: 45.19 V

Redundant intermediate circuit voltage power electronics: 1233.60 V

Power electronics status: 48

History data AC connector temperature average: 808464432 °C

History data AC connector temperature range counter inverter 3: 808464432 °C

History data AC connector temperature range counter inverter 4: 808464432 °C

History data AC connector temperature range counter inverter 5: 808464432 °C

History data AC connector temperature range counter inverter 6: -- °C

History data AC connector temperature range counter inverter 7: -- °C

History data AC connector temperature range counter inverter 8: -- °C

History data AC connector temperature range counter inverter 9: -- °C

History data AC connector temperature range counter inverter 10: -- °C

History data AC connector temperature range counter inverter 1: 808464432 °C

History data AC connector temperature range counter inverter 11: -- °C

History data AC connector temperature range counter inverter 12: -- °C

History data AC connector temperature range counter inverter 13: -- °C

History data AC connector temperature range counter inverter 14: -- °C

History data AC connector temperature range counter inverter 15: -- °C

History data AC connector temperature range counter inverter 16: -- °C

History data AC connector temperature range counter inverter 17: -- °C

History data AC connector temperature range counter inverter 18: -- °C

History data AC connector temperature range counter inverter 19: -- °C

History data AC connector temperature range counter inverter 20: -- °C

History data AC connector temperature range counter inverter 2: 808464432 °C

History data AC connector temperature range counter inverter 21: -- °C

History data AC connector temperature range counter inverter 22: -- °C

History data AC connector temperature range counter inverter 23: -- °C

History data AC connector temperature range counter inverter 24: -- °C

History data capacitor temperature average: 808464432 °C

History data IGBT temperature average: 1542.00 °C

History data PCB temperature average: 1233.60 °C

History data coolant temperature average: 12336 °C

History data intake coolant temperature range counter inverter 3: 808464432 °C

History data intake coolant temperature range counter inverter 4: 808464432 °C

History data intake coolant temperature range counter inverter 10: -- °C

History data intake coolant temperature range counter inverter 1: 808464432 °C

History data intake coolant temperature range counter inverter 11: -- °C

History data intake coolant temperature range counter inverter 12: -- °C

History data intake coolant temperature range counter inverter 13: -- °C

History data intake coolant temperature range counter inverter 14: -- °C

History data intake coolant temperature range counter inverter 15: -- °C

History data intake coolant temperature range counter inverter 16: -- °C

History data intake coolant temperature range counter inverter 17: -- °C

History data intake coolant temperature range counter inverter 2: 808464432 °C

History data intake coolant temperature range counter e-machine 3: 808464432 °C

History data intake coolant temperature range counter e-machine 4: 808464432 °C

History data intake coolant temperature range counter e-machine 5: 808464432 °C

History data intake coolant temperature range counter e-machine 6: -- °C

History data intake coolant temperature range counter e-machine 7: -- °C

History data intake coolant temperature range counter e-machine 8: -- °C

History data intake coolant temperature range counter e-machine 9: -- °C

History data intake coolant temperature range counter e-machine 10: -- °C

History data intake coolant temperature range counter e-machine 1: 808464432 °C

History data intake coolant temperature range counter e-machine 11: -- °C

History data intake coolant temperature range counter e-machine 12: -- °C

History data intake coolant temperature range counter e-machine 13: -- °C

History data intake coolant temperature range counter e-machine 14: -- °C

History data intake coolant temperature range counter e-machine 15: -- °C

History data intake coolant temperature range counter e-machine 16: -- °C

History data intake coolant temperature range counter e-machine 17: -- °C

History data intake coolant temperature range counter e-machine 2: 808464432 °C

History data ambient temperature average: -50 °C

Special software, status: bypass tool manipulation bit: 48.0

Special software, name: bypass tool A2L name: --

Power electronic total power loss: 808464432 W

Torque authorized: torque authorized level 2: 1542.00 N·m

Power inverter status high side gate driver: signal switch gate check high:

Power inverter status low side gate driver: signal switch gate check low:

Power inverter snapshot A: voltage HV battery: --

Power inverter snapshot B: current phase U: --

Power inverter snapshot C: current phase V: --

Power inverter snapshot D: current phase W: --

Power inverter snapshot E: DC current high side: --

Power inverter snapshot F: EM position: --

Power inverter snapshot G: PWM read back status: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Power inverter snapshot H: gate signal: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Power inverter snapshot I: torque set point: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Power inverter snapshot J: D axis detection current 5: 1233.60 A

Power inverter snapshot J: D axis detection current 1: 1233.60 A

Power inverter snapshot J: D axis detection current 2: 1233.60 A

Power inverter snapshot J: D axis detection current 3: 1233.60 A

Power inverter snapshot J: D axis detection current 4: 1233.60 A

Power inverter snapshot K: Q axis detection current 5: 1233.60 A

Power inverter snapshot K: Q axis detection current 1: 1233.60 A

Power inverter snapshot K: Q axis detection current 2: 1233.60 A

Power inverter snapshot K: Q axis detection current 3: 1233.60 A

Power inverter snapshot K: Q axis detection current 4: 1233.60 A

Power inverter snapshot L: CPU load 1ms task core1 1: 480

Power inverter snapshot L: CPU load 1ms task core1 2: 480

Power inverter snapshot L: CPU load 1ms task core1 3: 480

Power inverter snapshot L: CPU load 1ms task core1 4: 480

Power inverter snapshot L: CPU load 1ms task core1 5: 480

Power inverter snapshot M: CPU load 5ms task core1 1: 4800

Power inverter snapshot M: CPU load 5ms task core1 2: 4800

Power inverter snapshot M: CPU load 5ms task core1 3: 4800

Power inverter snapshot M: CPU load 5ms task core1 4: 4800

Power inverter snapshot M: CPU load 5ms task core1 5: 4800

Power inverter snapshot N: CPU load PWM task core2 1: 48

Power inverter snapshot N: CPU load PWM task core2 2: 48

Power inverter snapshot N: CPU load PWM task core2 3: 48

Power inverter snapshot N: CPU load PWM task core2 4: 48

Power inverter snapshot N: CPU load PWM task core2 5: 48

DC/DC converter snapshot A: HV current 5: 12336

DC/DC converter snapshot A: HV current 6: 12336

DC/DC converter snapshot A: HV current 7: 12336

DC/DC converter snapshot A: HV current 8: 12336

DC/DC converter snapshot A: HV current 9: 12336

DC/DC converter snapshot A: HV current 10: 12336

DC/DC converter snapshot A: HV current 11: --

DC/DC converter snapshot A: HV current 12: --

DC/DC converter snapshot A: HV current 13: --

DC/DC converter snapshot A: HV current 14: --

DC/DC converter snapshot A: HV current 15: --

DC/DC converter snapshot A: HV current 16: --

DC/DC converter snapshot A: HV current 17: --

DC/DC converter snapshot A: HV current 18: --

DC/DC converter snapshot A: HV current 19: --

DC/DC converter snapshot A: HV current 1: 12336

DC/DC converter snapshot A: HV current 20: --

DC/DC converter snapshot A: HV current 2: 12336

DC/DC converter snapshot A: HV current 3: 12336

DC/DC converter snapshot A: HV current 4: 12336

DC/DC converter snapshot B: HV voltage: --

DC/DC converter snapshot C: LV current: --

DC/DC converter snapshot D: LV voltage: --

DC/DC converter snapshot E: control state: 30 30 30 30 30 30 30 30

Overvoltage AC detected:

Worst temperature IGBT junction actual value: 808464432 °C

Histogram HVDC voltage e-machine 10: -- V

Histogram HVDC voltage e-machine 1: 808464432 V

Histogram HVDC voltage e-machine 11: -- V

Histogram HVDC voltage e-machine 12: -- V

Histogram HVDC voltage e-machine 13: -- V

Histogram HVDC voltage e-machine 14: -- V

Histogram HVDC voltage e-machine 15: -- V

Histogram HVDC voltage e-machine 16: -- V

Histogram HVDC voltage e-machine 17: -- V

Histogram HVDC voltage e-machine 18: -- V

Histogram HVDC voltage e-machine 19: -- V

Histogram HVDC voltage e-machine 20: -- V

Histogram HVDC voltage e-machine 2: 808464432 V

History data motor speed average: 808464432 ms

History data actual torque average: 101058054.00 ms

History data AC current average: 1233.60 A

History data AC current range counter e-machine 3: 808464432 A

History data AC current range counter e-machine 4: 808464432 A

History data AC current range counter e-machine 5: 808464432 A

History data AC current range counter e-machine 6: -- A

History data AC current range counter e-machine 7: -- A

History data AC current range counter e-machine 8: -- A

History data AC current range counter e-machine 9: -- A

History data AC current range counter e-machine 10: -- A

History data AC current range counter e-machine 1: 808464432 A

History data AC current range counter e-machine 11: -- A

History data AC current range counter e-machine 12: -- A

History data AC current range counter e-machine 13: -- A

History data AC current range counter e-machine 14: -- A

History data AC current range counter e-machine 15: -- A

History data AC current range counter e-machine 16: -- A

History data AC current range counter e-machine 17: -- A

History data AC current range counter e-machine 18: -- A

History data AC current range counter e-machine 19: -- A

History data AC current range counter e-machine 20: -- A

History data AC current range counter e-machine 2: 808464432 A

History data AC current range counter e-machine 21: -- A

History data AC current range counter e-machine 22: -- A

History data accumulated motoring power: 808464432 kWh

History data accumulated regenerative power: 808464432 kWh

IUMPR 1: number IUMPR records: 12336.00

IUMPR 1: mileage: 12336.00

IUMPR 1: ignition cycle counter: 12336.00

IUMPR 1: general denominator: 12336.00

IUMPR 2: record number: 12336.00

IUMPR 2: DFCC value: 12336.00

IUMPR 2: numerator: 12336.00

IUMPR 2: denominator: 12336.00

IUMPR 3: record number: 12336.00

IUMPR 3: DFCC value: 12336.00

IUMPR 3: numerator: 12336.00

IUMPR 3: denominator: 12336.00

Serial number: ECU serial number: --

RQMT spec. version: minor version 80126: 48

RQMT spec. version: major version 80127: 48

RQMT spec. version: minor version 80127: 48

RQMT spec. version: major version 80128-3: 48

RQMT spec. version: minor version 80128-3: 48

RQMT spec. version: major version DSDL: 48

RQMT spec. version: minor version DSDL: 48

RQMT spec. version: major version 80114: 48

RQMT spec. version: minor version 80114: 48

RQMT spec. version: major version 80124: 48

RQMT spec. version: minor version 80124: 48

RQMT spec. version: major version 80125: 48

RQMT spec. version: minor version 80125: 48

RQMT spec. version: major version 80126: 48

System identification: ECU ID: 12336.0

System identification: node address: 12336.0

Firmware version: 48.0

Firmware version: 0000

Monitoring status since erasing DTC memory: number of emission-relevant DTC memory entries: 0

Monitoring status since erasing DTC memory: malfunction indicator lamp: Off

Monitoring status since erasing DTC memory: monitoring of ignition misfires: Activated

Monitoring status since erasing DTC memory: monitoring of fuel system: Activated

Monitoring status since erasing DTC memory: monitoring of entire system: Activated

Monitoring status since DTC cleared: monitoring of compression ignition: Not supported

Monitoring status since erasing DTC memory: ignition misfire test:

Monitoring status since erasing DTC memory: fuel system test:

Monitoring status since erasing DTC memory: entire system test: Successfully completed

Monitoring status since erasing DTC memory: completion status of non-continuous monitors since DTC memory cleared: 8.0

Malfunction that has caused the ambient data to be stored: --

Calculated load value: 0.0 %

Engine coolant temperature: -30.0 °C

Engine speed: 0 1/min

Vehicle speed sensor: 5 km/h

OBD requirements for which this vehicle is designed: EOBD

Time since engine start: 0 sec

Monitoring status in current driving cycle: misfire monitoring enabled: Activated

Monitoring status in current driving cycle: fuel system monitoring enabled: Activated

Monitoring status in current driving cycle: comprehensive component monitoring enabled: Activated

Monitoring status in current driving cycle: monitoring of compression ignition: Not supported

Monitoring status in current driving cycle: misfire monitoring completed:

Monitoring status in current driving cycle: fuel system monitoring completed:

Monitoring status in current driving cycle: comprehensive component monitoring completed: Successfully completed

Monitoring status in current driving cycle: implementation status of intermittent monitoring, all supported monitors:

Terminal 30: 12.593 V

Ambient temperature: 142.0 °C

Monitoring status since erasing DTC memory:

Monitoring status since erasing DTC memory: intermittent monitoring: Activated

Monitoring status in current driving cycle: activation status of intermittent monitoring: Activated

Monitoring status in current driving cycle: implementation status of intermittent monitoring:

Coolant pump for low-temperature circuit

Erase historical data

Adapting electric drive motor

Production mode

Deactivate production mode

Control module switch-off, switch-off time

Control module switch-off, counter

Knockout test mode

Electric drive assembly, serial number

Electric drive, engine code

Transmission, serial number

Electric drive motor, serial number

Read/write inverter historical data

Read/write e-machine historical data

Activating and deactivating all development messages

Configuration

SFD

Configuration