B58 - L6 - 2.998 L

Description

The BMW B58 is a turbocharged straight-six engine, which began production in 2015. The B58 replaced the N55 and was launched in the F30 340i.

The B58 is part of BMW's new modular engine family, each engine using a displacement of 500 cc (30.5 cu in) per cylinder, following the B38 and B48 engine.

The B58 engine was named to Ward's World's 10 Best Engines 4 times, in 2016 (installed in the 340i), 2017 (M240i), 2019 (X5) and 2020(M340i).

The S58 engine, which was released in early 2019, is the high-performance version of the B58.

BMW Enhanced PID Data

PIDDescriptionUnitsData TypeMultiplyDivideAdd
0x4201Ambient pressurehPaunsigned int102560
0x4205Boost pressurehPaunsigned int202560
0x4206Mass flow through throttle valve bank 1kg/hunsigned int1320
0x4300Coolant temperature°Csigned int0.11-273.14
0x4306Confirmed target speed electr. water pump1/minunsigned char110
0x4307Status message electr. water pump-unsigned char110
0x4310Target temperature coolant-signed int11000
0x4402Oil temperature after filter°Cunsigned int0.751-48
0x4403Fuel consumption since the last oil change-unsigned long181920
0x4404Kilometers of oilkmunsigned int1010
0x4408Oil temperature unfiltered°Csigned int0.11-273.14
0x4409Unfiltered oil levelmmsigned int0.00410
0x4411Remaining distance derived from fuel consumption-signed int10.10
0x4412Oil lifemthunsigned int110
0x4421Oil pressure regulator P component-signed int2655360
0x4422Oil pressure regulator I component-signed int2655360
0x4423Oil pressure regulator D component-signed int2655360
0x4425Oil temperature in the sump°Csigned int1100
0x4426Actual operating mode, oil pressure control-unsigned char110
0x442CRaw value oil levelmmunsigned char110
0x442FRelative engine oil level in cl above minimumclunsigned char110
0x4436Actual oil pressure value (absolute pressure)hPaunsigned int110
0x4501Integrated offset stroke adaptation-signed int0.00110
0x4505Target angle (inlet VANOS)° KWsigned int11280
0x4506Angle of the inlet NW flanks relative to the crankshaft° KWsigned int0.0219726610
0x4507Angle of the outlet NW flanks relative to the crankshaft° KWsigned int0.0219726610
0x4516Status VVT stop learning (internal)-unsigned char110
0x4520Effective engine power-unsigned int1000655360
0x4521Fuel mass flowkg/hunsigned int0.110
0x4522Fuel mass homogeneous as target value, cylinder 1mg/strokeunsigned int1389655350
0x4523Fuel mass homogeneous as target value, cylinder 2mg/strokeunsigned int1389655350
0x4524Fuel mass homogeneous as target value, cylinder 3mg/strokeunsigned int1389655350
0x4525Fuel mass homogeneous as target value, cylinder 4mg/strokeunsigned int1389655350
0x4526Fuel mass homogeneous as target value, cylinder 5mg/strokeunsigned int1389655350
0x4527Fuel mass homogeneous as target value, cylinder 6mg/strokeunsigned int1389655350
0x452ASetpoint outlet spread variable NWS° KWsigned int1100
0x452BSetpoint inlet spread variable NWS° KWsigned int1100
0x452CActual value of the outlet spread° KWsigned int1100
0x452EActual value inlet spread° KWsigned int1100
0x4530Injection mode, cylinder 1-unsigned char110
0x4531Injection mode, cylinder 2-unsigned char110
0x4532Injection mode, cylinder 3-unsigned char110
0x4533Injection mode, cylinder 4-unsigned char110
0x4534Injection mode, cylinder 5-unsigned char110
0x4535Injection mode, cylinder 6-unsigned char110
0x4536Control difference boost pressure - bank-specific bank 1hPasigned int12510000
0x4537Control difference boost pressure - bank-specific bank 2hPasigned int0.12510
0x4600Throttle valve angle related to the lower stop%signed int0.007812510
0x4601Target value for throttle valve angle, based on (lower) stop%unsigned int100655360
0x4603Inlet valve lift setpoint filteredmmunsigned int110000
0x4604Output current of the machineAsigned int180
0x4606Current battery currentAunsigned int0.081-200
0x460DCorrection value shutdown%unsigned int0.0041-100
0x460EDistance to starting ability%unsigned int0.0041-100
0x4617Decreased moment of the electric machineNmsigned int1100
0x4650Transmission temperature°Cunsigned char0.751-48
0x4653Sensor voltage position sensor electrical wastegateVunsigned int80655360
0x4654Raw value position sensor electrical wastegatemmsigned int64655360
0x4655Sensor voltage position sensor electrical wastegate bank 2Vunsigned int80655360
0x4656Raw value position sensor electrical wastegate bank 2mmsigned int64655360
0x4659Should position EECmmsigned int0.0009765610
0x465AShould position EWG 2mmsigned int0.0009765610
0x4683Speed gear input1/minunsigned int0.145342110
0x4703Offset corrected probe voltage in front of Kat of a broadband lambda probe bank 2Vunsigned int120480
0x4712Number of dense EVAP systems recognized by diagnosis-unsigned char110
0x4807Engine speed1/minsigned int120
0x4808Target idle speed1/minsigned int0.510
0x480BNormalized accelerator pedal angle%signed int0.0122070310
0x480CTarget filling%unsigned int0.75320
0x480DIs the longitudinal slope of the roadway°unsigned int0.051-64
0x4810Is banked road surface°unsigned int0.051-64
0x4811Vehicle longitudinal accelerationm/s²signed char0.21710
0x4812Vehicle lateral acceleration (positive and negative)m/s²signed int16400
0x48D0Estimation of the distance until the OPF is fully loaded with ashkmunsigned int1010
0x4A00Average distance between critical DMF faultskmunsigned int110
0x4A01Average value of the time interval between critical ZMS faultsminunsigned int1010
0x4A12Heating voltage in front of the cat of a broadband lambda probe (ADC value) bank 2Vunsigned int0.0048828110
0x4A1DBrake booster pressure sensor voltageVunsigned int510240
0x4A21Coolant temperature (sensor value) after low-pass filtering°Csigned int0.11-273.14
0x4A2DIntake manifold absolute pressure measuredhPaunsigned int202560
0x4A30Uneven running of cylinder 1rad/s²signed int1160
0x4A31Uneven running cylinder 2rad/s²signed int1160
0x4A32Uneven running cylinder 3rad/s²signed int1160
0x4A33Uneven running cylinder 4rad/s²signed int1160
0x4A34Uneven running cylinder 5rad/s²signed int1160
0x4A35Uneven running cylinder 6rad/s²signed int1160
0x4A37Normalized reference level knock control cylinder 1V*msunsigned long0.05655360
0x4A38Normalized reference level knock control cylinder 2V*msunsigned long0.05655360
0x4A39Normalized reference level knock control cylinder 3V*msunsigned long0.05655360
0x4A3ANormalized reference level knock control cylinder 4V*msunsigned long0.05655360
0x4A3BNormalized reference level of knock control cylinder 5V*msunsigned long0.05655360
0x4A3CNormalized reference level of knock control cylinder 6V*msunsigned long0.05655360
0x4A43Uneven running cylinder 7rad/s²signed int1160
0x4A44Uneven running cylinder 8rad/s²signed int1160
0x4A45Uneven running cylinder 9rad/s²signed int1160
0x4A46Uneven running cylinder 10rad/s²signed int1160
0x4A47Uneven running cylinder 11rad/s²signed int1160
0x4A48Uneven running cylinder 12rad/s²signed int1160
0x4A49Firing angle cylinder 1° KWsigned int1100
0x4A4AFiring angle cylinder 2° KWsigned int1100
0x4A4CFiring angle cylinder 3° KWsigned int1100
0x4A4DFiring angle cylinder 4° KWsigned int1100
0x4A4EFiring angle cylinder 5° KWsigned int1100
0x4A4FFiring angle cylinder 6° KWsigned int1100
0x4A51Lambda actual value sensor 1 bank 2-unsigned int0.0002441410
0x4A5BNormalized heating output of lambda probe 2 behind cat bank 2-unsigned char0.0110
0x4A6CCorrection factor for the amount of fuel%signed char110000
0x4A77Output duty cycle for tank vent valve%unsigned int100655360
0x4A94Saved camshaft target angle exhaust° KWsigned int0.01562510
0x4A9DMultiplicative mixture correction of the mixture adaptation-unsigned int2655360
0x4A9EMultiplicative mixture correction of mixture adaptation bank 2-unsigned int2655360
0x4AB0Boost pressure setpointhPaunsigned int102560
0x4AB1Vehicle speedkm/hsigned int0.0110
0x4ACCAir damper - target position in steps-unsigned int110
0x4ACDAir damper - actual position in steps-unsigned int110
0x4AD2Air flap - upper air flap status-unsigned char110
0x4AD3Air flap - lower air flap status-unsigned char110
0x4AD5Fuel temperature°Cunsigned char0.751-48
0x4AEBMotor temperature less than 98 ° C%unsigned int100655360
0x4AECMotor temperature between 98 ° C and 112 ° C%unsigned int100655360
0x4AEDMotor temperature between 113 ° C and 120 ° C%unsigned int100655360
0x4AEEMotor temperature between 121 ° C and 125 ° C%unsigned int100655360
0x4AEFMotor temperature greater than 125 ° C%unsigned int100655360
0x4AF0Temperature less than 80 ° C%unsigned int100655360
0x4AF4Temperature greater than 150 ° C%unsigned int100655360
0x4AF5Gearbox temperature less than 80 ° C%unsigned int100655360
0x4AF6Gearbox temperature between 80 ° C and 109 ° C%unsigned int100655360
0x4AF7Gearbox temperature between 110 ° C and 124 ° C%unsigned int100655360
0x4AF8Gearbox temperature between 125 ° C and 129 ° C%unsigned int100655360
0x4AF9Gearbox temperature greater than 129 ° C%unsigned int100655360
0x4AFAAmbient temperature less than 3 ° C%unsigned int100655360
0x4AFBAmbient temperature between 3 ° C and 19 ° C%unsigned int100655360
0x4AFCAmbient temperature between 20 ° C and 29 ° C%unsigned int100655360
0x4AFDAmbient temperature between 30 ° C and 39 ° C%unsigned int100655360
0x4AFEAmbient temperature greater than 39 ° C%unsigned int100655360
0x4B23Misfire detection counter cylinder 1-unsigned int110
0x4B24Misfire detection counter cylinder 2-unsigned int110
0x4B25Misfire detection counter cylinder 3-unsigned int110
0x4B30Misfire detection counter cylinder 4-unsigned int110
0x4B31Misfire detection counter cylinder 5-unsigned int110
0x4B32Misfire detection counter cylinder 6-unsigned int110
0x4B33Misfire detection counter cylinder 7-unsigned int110
0x4B34Misfire detection counter cylinder 8-unsigned int110
0x4B35Misfire detection counter cylinder 9-unsigned int110
0x4B40Misfire detection counter cylinder 10-unsigned int110
0x4B41Misfire detection counter cylinder 11-unsigned int110
0x4B42Misfire detection counter cylinder 12-unsigned int110
0x4B50Cylinder-specific angular acceleration cylinder 1rad/s²signed int0.062510
0x4B51Cylinder-specific angular acceleration cylinder 2rad/s²signed int0.062510
0x4B52Cylinder-specific angular acceleration cylinder 3rad/s²signed int0.062510
0x4B53Cylinder-specific angular acceleration cylinder 4rad/s²signed int0.062510
0x4B54Cylinder-specific angular acceleration cylinder 5rad/s²signed int0.062510
0x4B55Cylinder-specific angular acceleration cylinder 6rad/s²signed int0.062510
0x4B56Cylinder-specific angular acceleration cylinder 7rad/s²signed int0.062510
0x4B57Cylinder-specific angular acceleration cylinder 8rad/s²signed int0.062510
0x4B64Cylinder-specific angular acceleration cylinder 9rad/s²signed int0.062510
0x4B65Cylinder-specific angular acceleration cylinder 10rad/s²signed int0.062510
0x4B66Cylinder-specific angular acceleration cylinder 11rad/s²signed int0.062510
0x4B67Cylinder-specific angular acceleration cylinder 12rad/s²signed int0.062510
0x541DExternal charge detected during sleep phase0/1unsigned char110
0x541EExternal charging active0/1unsigned char110
0x5421Voltage requirement 12V basisVunsigned int0.00110
0x5422Reference point for the voltage requirement 12V basis-unsigned char110
0x5433Oxygen storage capacity of the catalyst 1 bank 1mgunsigned int0.110
0x5434Oxygen storage capacity of catalyst 1 bank 2mgunsigned int0.110
0x5441Lambda offset (sensor 1, bank 2)-signed int0.0000305210
0x5442Injection current maximum fuel mass flow injectors-unsigned int0.0039062510
0x5443Information about motoring out0-nunsigned char110
0x5444Soot mass in OPF Bank 1gsigned int0.0110
0x5445Soot mass in OPF bank 2gsigned int0.0110
0x5446Adapted ash mass in OPF Bank 1gsigned int0.007812510
0x5447Adapted ash mass in OPF Bank 2gsigned int0.007812510
0x5448Adapted total loading of the OPF Bank 1gsigned int0.007812510
0x5449Adapted total loading of the OPF Bank 2gsigned int0.007812510
0x5452Oil level min recognition last level (flash-resistant)mmunsigned int0.2929687510
0x5457Key refill quantitylunsigned char0.11-12.8
0x5458Refill quantity for the engine oil-unsigned char0.110
0x5463Low fuel pressure sensor Raw fuel pressure valuehPasigned int110
0x547648V on-board network status-unsigned char110
0x547748V on-board network status relay-unsigned char110
0x547AState of charge 48V battery%unsigned char0.510
0x547BCurrent battery voltage 48V batteryVunsigned int0.0210
0x547CCurrent battery current 48V batteryAunsigned int0.0251-819.15
0x547E48V electrical system discharge protection-unsigned char110
0x547F48V on-board network generator currentAsigned int0.210
0x548048V electrical system generator voltageVunsigned int0.110
0x548148V on-board power supply, long drive discharge powerWsigned int110
0x548248V on-board network discharge power drive mediumWsigned int110
0x548348V on-board network, short drive discharge powerWsigned int110
0x548448V on-board power supply, medium charging powerWsigned int110
0x548548V on-board power supply, short drive powerWsigned int110
0x5486Crankshaft position at the start command° KWunsigned int0.023437510
0x5489Extrapolation of the remaining distance of the spark plug setkmsigned int10010
0x548AStatus generator diagnosis extended-unsigned int110
0x549EWater injection pre-FS metering valve duty cycle%unsigned int0.110
0x549FWater injection pre-FS engine shut-off valve-unsigned char110
0x54A0Water injection pre-FS vent valve%unsigned int0.110
0x54A1Water injection pre-FS target water mass flow (sum of the two banks)kg/hunsigned int0.0312510
0x54A2Pre-FS water injection Relative water pressurehPasigned int110
0x54A3Water injection Frost counter Water pressure sensor-unsigned int110
0x54A7Water level water control device%unsigned char1010
0x54A8Water level Available water control unitlunsigned int0.0110
0x54B6Simulated mean temperature OPF bank 1°Csigned int0.11-273.14
0x54B7Measured temperature before OPF°Csigned int0.11-273.14
0x54B8Measured temperature according to OPF°Csigned int0.11-273.14
0x54BFSimulated printing according to OPF Bank 1hPaunsigned int0.039062510
0x54C0Frequency counter actuation of ventilation valve-unsigned int110
0x54C2Frequency counter actuation of engine shut-off valve-unsigned int110
0x54C4Frequency counter actuation of dosing valve 1-unsigned int110
0x54C6Frequency counter actuation of dosing valve 2-unsigned int110
0x550BCurrent fuel viscosity-unsigned int0.0000510
0x550DPercent alcohol in fuel%unsigned char0.3921568610
0x550ECurrent injection counter reading since the very beginning-unsigned long110
0x550FShutdown timessigned long110
0x5511Air mass flow participating in combustionkg/hsigned int0.110
0x5512Ambient temperature°Cunsigned char0.51-40
0x5513Ambient temperature unfiltered°Cunsigned char0.51-40
0x5514Physical raw value ambient temperature°Csigned int0.11-273.14
0x5515Measured engine temperature in the first start of the driving cycle, linearized and converted°Csigned int0.11-273.14
0x5516Maximum engine temperature that has occurred°Csigned int0.11-273.14
0x5517Minimum engine temperature that occurred°Csigned int0.11-273.14
0x5518Minimum value raw value of the intake air temperature°Csigned int0.11-273.14
0x5519Maximum value Raw value of the intake air temperature°Csigned int0.11-273.14
0x551AModel-calculated maximum intake air temperature°Csigned int0.11-273.14
0x552EStatus of frictional connection in monitoring function0/1unsigned char110
0x5531Coordinated target torque on the wheelNmsigned int110
0x5532Translational accelerationm/s²signed int0.00110
0x5533Acceleration of the secondary axism/s²signed int0.00110
0x5534Status emergency running of entire engine-unsigned long110
0x5536Status clutch K0-unsigned char110
0x5537Speed electric motor-unsigned int0.51-5000
0x553AAcceleration of the primary axism/s²signed int0.00110
0x553BTarget wheel torque from accelerator pedal requestNmsigned int110
0x553CTorque limitation status-unsigned long110
0x5541Actual gear in the monitoring function from gear sensor-unsigned char110
0x5549Voltage additional power storageVunsigned int0.00110
0x554BIrregular burns event counter-unsigned char110
0x5559Measured crankcase ventilation pressurehPasigned int0.0110
0x5562Setpoint eccentric angle VVT°signed int0.110
0x556FCharge status of additional power storage%unsigned char110
0x5571Temperature additional storage tank°Cunsigned char11-127
0x5572Electricity additional storageAunsigned int0.051-1638.35
0x5578Factor estimated ZK sooting-unsigned int0.0000152610
0x5582Ash influence bank 2-signed int0.00110
0x5583Soot mass particle filter bank 2gsigned int0.00110
0x5584Sensed differential pressure after the particulate filter bank 2hPasigned int110
0x5585Raw voltage value from ADC Bank 2mVsigned int0.210
0x558BAdapted ash mass in the particle filter-signed int0.00110
0x558CAdapted total loading of the particle filter-signed int0.00110
0x558EMileage fuel delivery modulekmsigned long110
0x558FOperating hours of fuel delivery modulehunsigned long0.510
0x5598Adapted ash mass in the particulate filter bank 2-signed int0.00110
0x5599Adapted total loading of the particulate filter bank 2-signed int0.00110
0x559CRaw value position lower mechanical stop electrical wastegate (WG closed) bank 2mmsigned int0.0009765610
0x559DRaw value position upper mechanical stop electrical wastegate (flat share open) bank 2mmsigned int0.0009765610
0x559FOperating status of electrical wastegate bank 2-unsigned char110
0x55A4Counter estimated burn-free processes of the spark plug soot-unsigned int110
0x55A5Rudimentarily estimated spark plug temperature°Csigned int0.11-273.14
0x55C8Temperature sensor in front of OPF bank 1°Csigned int0.11-273.14
0x55C9Voltage raw value temperature sensor in front of OPF bank 1mVsigned int0.210
0x55CBTemperature temperature sensor in front of OPF bank 2°Csigned int0.11-273.14
0x55CCVoltage raw value temperature sensor in front of OPF bank 2mVsigned int0.210
0x55CETemperature sensor behind OPF bank 1°Csigned int0.11-273.14
0x55CFVoltage raw value temperature sensor behind OPF bank 1mVsigned int0.210
0x55D1Temperature sensor behind OPF bank 2°Csigned int0.11-273.14
0x55D2Voltage raw value temperature sensor behind OPF bank 2mVsigned int0.210
0x5607Actual speed-unsigned char110
0x5608Supply voltageVsigned int0.110
0x5609Power consumptionAunsigned char0.210
0x560ATemperature on the electronics°Csigned int11-50
0x5615Status learning process misfire detection-unsigned char110
0x5616Differential temperature of the respective cooling requirement-signed int0.0110
0x5617Differential temperature of the respective cooling requirement when switching off-signed int0.0110
0x5618Filtered fuel flow%signed int0.0110
0x5621Rail pressure corrected by the learned rail pressure sensor offsetMPaunsigned int581920
0x5624Current output ignition angles° KWsigned char0.7510
0x5626Actual value outlet spread bank 2° KWsigned int0.110
0x5627Actual value inlet spread bank 2° KWsigned int0.110
0x5629Mass flow HFM 16-bit size bank 2kg/hunsigned int0.110
0x562AIntake air temperature, linearized and converted, bank 2°Cunsigned char0.751-48
0x562CBasic electrical system generator voltageVunsigned int0.00110
0x562DBasic electrical system generator powerAsigned int110
0x562EBasic electrical system producer status-unsigned char110
0x562FBasic electrical system converter currentAsigned int110
0x5634Supply voltage DMEmVsigned int10.050
0x563BCurrent value stoichiometric ratio-unsigned int0.0002441410
0x5640Actual lambda from probe-unsigned int0.0002441410
0x5642Moment reserveNmunsigned int0.51-1023
0x5643Torque of torque adaptation-signed int0.110
0x564FInternal gear (including neutral and reverse)-unsigned char110
0x5652Status bit whether IGR high active-unsigned char110
0x5653Status bit whether IGR medium is active-unsigned char110
0x5655Default generator setpoint voltage (output value)Vunsigned int0.110
0x5656Volume flow of fuelml/sunsigned int0.0011920910
0x5658Filtered rail pressure actual value (absolute pressure)MPaunsigned int0.00210
0x5665Output duty cycle for the controller%signed int0.0110
0x56A5Lithium ion starter battery - voltage cell 1Vunsigned int0.00111
0x56A6Lithium ion starter battery - voltage cell 2Vunsigned int0.00111
0x56A7Lithium ion starter battery - voltage cell 3Vunsigned int0.00111
0x56A8Lithium ion starter battery - voltage cell 4Vunsigned int0.00111
0x56A9Lithium ion starter battery - status symmetrization-unsigned char110
0x56AALithium-ion starter battery - degree of desymmetrization of the memory-unsigned char110
0x56ABLithium ion starter battery - deep discharge status (with single cell status at LISB)-unsigned char110
0x56ACLithium ion starter battery - maximum allowable discharge currentAunsigned int110
0x56ADLithium ion starter battery - maximum permissible charging currentAunsigned int110
0x56AELithium ion starter battery - nominal voltage of the storage unitVunsigned int0.00110
0x56AFLithium ion starter battery - quality value internal resistancemOhmunsigned char0.00210
0x56B6Average of the pressure sensor values of all existing pressure sensorshPaunsigned int0.12510
0x56B8Status pressure sensor diagnosis (1: motor is stationary 2: motor in LL 3: motor in VL 0: no dual comparison possible)-unsigned char110
0x56C1Setpoint rail pressure controlMPaunsigned int0.00210
0x56C2Filtered actual rail pressure value from CAN (absolute pressure)MPaunsigned int0.00210
0x56D5Voltage behind injection / ignition relayVsigned int0.00110
0x56D7Unfiltered rail pressure actual value (abs.)MPaunsigned int0.00210
0x56DAPressure value of the crankcase differential pressure sensorhPasigned int0.0110
0x56DBCrankcase differential pressure sensor voltagemVsigned int0.210
0x56DDDifference between pressure value sensor and modelhPasigned int0.039062510
0x56E0Adapted crankcase ventilation pressurehPasigned int0.0110
0x56E1Output duty cycle for the controller-signed int0.0110
0x56EDPole voltage of the storageVunsigned int0.00110
0x56EECurrent of memoryAsigned int0.0510
0x56EFStorage tank temperature°Csigned char110
0x56F0SOC of the memory%signed char110
0x56F1SOC Quality value of the memory%signed char110
0x56F2Cell voltage cell 1Vunsigned int0.00110
0x56F3Cell voltage cell 2Vunsigned int0.00110
0x56F4Cell voltage cell 3Vunsigned int0.00110
0x56F5Cell voltage cell 4Vunsigned int0.00110
0x56F6Cell voltage cell 5Vunsigned int0.00110
0x56F7Cell voltage cell 6Vunsigned int0.00110
0x56FAMaximum permissible vehicle accelerationm/s²signed int0.00110
0x5700Desired torque transmission input main drive axle without driving dynamics filteringNmsigned int0.110
0x5705Assembly mode currently active0/1unsigned char110
0x5734Status of transmission interventions via CAN-unsigned char110
0x573ATarget differential pressure intake manifoldhPasigned int0.039062510
0x573CDifferential pressure in front of the throttle valve between the start and the end of the dynamic test SSPhPasigned int0.07812510
0x575FRelative SOC-signed int0.000110
0x5761Clutch temperature-signed int0.01562510
0x576ARaw value position of upper mechanical stop from electrical wastegate (flat share open)mmsigned int0.0009765610
0x576BRaw value position of the lower mechanical stop from the electrical wastegate (WG closed)mmsigned int0.0009765610
0x5773Ash influence-signed int0.00110
0x5774Soot mass in the particle filtergsigned int0.00110
0x5784Operating time since the last successful regenerationssigned long110
0x5788E-fan target speed from WMK%unsigned char0.39062510
0x578CTemperature raw value of the intake air temperature sensor 3°Csigned int0.11-273.14
0x579BTemperature in the particulate filter bank 1°Csigned int0.11-273.14
0x579ETemperature in the particulate filter bank 2°Csigned int0.11-273.14
0x57A0Reference torque for misfire detection%unsigned int0.0015258810
0x57A1Target air mass flowkg/hunsigned int0.110
0x57A4Total start counter-unsigned long110
0x57A9Raw pressure value pressure sensor gasoline particle filterhPasigned int110
0x57AESetpoint speed E-fan default WM%unsigned int0.0015258810
0x57B5Generator speed1/minunsigned int110
0x57C3Inlet spread° KWsigned int1100
0x57C9Raw voltage value of the pressure sensor Otto particle filter from the ADCmVsigned int0.210
0x57CAIntake manifold pressure measured with pressure sensor on the intake manifold (DS-S)hPaunsigned int0.039062510
0x57D0Filtering pressure difference ambient pressure - intake manifold pressurehPasigned int0.039062510
0x57D1Pressure at the suction jet pumphPaunsigned int0.039062510
0x57D2Pressure ejector pump raw valuehPaunsigned int0.039062510
0x57E1Relative fuel mass%unsigned int0.04687510
0x57E3Time since the last refuelingminunsigned int110
0x57F0Operating status of the electrical wastegate-unsigned char110
0x57FBDuty cycle phaser inlet camshaft bank 1%signed int0.0030517610
0x5805Motor temperature, linearized and converted°Csigned int0.11-273.14
0x5807Factor from lambda control adaptation for bank 1-unsigned int2655360
0x5808Lambda integrator bank 2-unsigned int2655360
0x5809Lambda adaptation total bank 2-unsigned int2655360
0x580ASensor temperature°Cunsigned int0.0937515
0x580FIntake air temperature°Cunsigned char0.751-48
0x5813Relative air filling%unsigned char0.7510
0x5816Lambda setpoint based on the installation location of the lambda sensor-unsigned int16655360
0x5818Air mass flowkg/hunsigned char410
0x581AAngle inlet valve opens based on LWOT° KWsigned int0.01562510
0x581BTarget angle camshaft inlet opens° KWsigned int0.01562510
0x581CAngle exhaust valve closes based on LWOT° KWsigned int0.01562510
0x581DTarget angle camshaft exhaust closes° KWsigned int0.01562510
0x581EIntake air temperature, linearized and converted°Cunsigned char0.751-48
0x5820Status of terminal 150-nunsigned char110
0x5821Control unit temperature°Cunsigned char0.751-48
0x5822Oil temperature°Cunsigned char11-60
0x5825TensionVsigned int11000
0x5826Throttle valve angle from potentiometer 1%signed int0.007812510
0x5827Duty cycle for lambda probe heating%unsigned int200655360
0x5828Duty cycle lambda probe heating bank 2%unsigned int200655360
0x5829Normalized heating output of the lambda probe behind cat-unsigned char11000
0x582ANormalized heating output of the lambda probe behind cat bank 2-unsigned char11000
0x582BTorque consumption of the converter via CAN%unsigned int100655360
0x582CLambda probe actual value, corrected for additional amplitude-unsigned int16655360
0x582FExhaust gas temperature after catalytic converter from model°Csigned int0.11-273.14
0x5830Dynamic value of the LSU-unsigned int16655360
0x5831Dynamic value of LSU bank 2-unsigned int16655360
0x5834Ambient pressure from sensor raw valuehPaunsigned int102560
0x583AIntake air temperature at start°Cunsigned char0.751-48
0x583BFuel tank levellunsigned char110
0x583CBattery voltage value recorded by the AD converterVunsigned char0.094210
0x583DOperating hours counterminunsigned int610
0x583FTarget value for throttle valve angle, based on lower stop% DKunsigned char1002550
0x5840Throttle angle of the emergency air position%signed int0.007812510
0x5844Chip temperature of the machine°Csigned int1100
0x5845Heating voltage in front of the catalyst of a broadband lambda probe (ADC value)Vunsigned int510240
0x5849Lambda probe voltage (4.88mV / LSB) behind the catalytic converterVunsigned int0.0048828110
0x584ACurrent status of electric machine-unsigned int110
0x584BLambda probe voltage (4.88mV / LSB) behind catalyst bank 2Vunsigned int0.0048828110
0x584CVoltage throttle valve potentiometer 2Vunsigned int80655360
0x584DMass flow of tank ventilation into the intake manifoldkg/hunsigned int25.6655360
0x584EVoltage throttle valve potentiometer 1Vunsigned int80655360
0x584FEnvironmental condition BNS error-unsigned char110
0x5850Signal voltage of the coolant temperature sensormVunsigned int0.210
0x5852IBS battery powerAunsigned int150-200
0x5853IBS battery voltageVunsigned int110000
0x5854IBS battery temperature°Cunsigned char34-48
0x5866Relative level of the engine oil-unsigned char110
0x5868Status Stand Consumer Registered Part 1-unsigned char110
0x5869Status Stand consumer registered part 2-unsigned char110
0x586ACurrent battery voltagemVsigned int10.050
0x586BTime in which the quiescent current is 80-200 mAminunsigned char224150
0x586CTime in which quiescent current is 200-1000 mAminunsigned char224150
0x586DMaximum frozen supply voltageVunsigned char0.110
0x586ETime in which the quiescent current is greater than 1000 mAminunsigned char224150
0x586FOil pressurehPasigned int110
0x5873Lambda setpoint based on the installation location of the lambda sensor bank 2-unsigned int16655360
0x5876Unfiltered high pressure raw value (relative pressure)MPaunsigned int5100000
0x5877VVT motor rotor angle°unsigned int110
0x587BVVT motor current to be set by the position controllerAsigned int400655360
0x587DStatus zero gear detection-unsigned char110
0x587EMotor temperature reference value from model°Csigned int0.11-273.14
0x587FDuty cycle electric fan%signed int0.0122070310
0x5881Actual gear-unsigned char110
0x5882Engine starting temperature°Csigned int0.11-273.14
0x5883Voltage knock values cylinder 1V*msunsigned long0.05655360
0x5885Voltage knock values cylinder 2V*msunsigned long0.05655360
0x5886Voltage knock values cylinder 3V*msunsigned long0.05655360
0x5887Utilization of the machine-unsigned int12000
0x5888Voltage knock values cylinder 4V*msunsigned long0.05655360
0x5889Lambda actual value-unsigned int16655360
0x588ALambda actual value bank 2-unsigned int16655360
0x588BTime since the engine startedsunsigned int0.0110
0x588CCeramic temperature of the LSU°Cunsigned int0.02343751-273.15
0x588FCeramic temperature of LSU bank 2°Cunsigned int0.02343751-273.15
0x5890Engine radiator outlet temperature (coolant)°Cunsigned char0.751-48
0x5891Clutch motor torque actual valueNmsigned int0.510
0x5892Difference between ambient pressure and brake booster pressure from pressure sensor (raw value)hPasigned int102560
0x5894Voltage knock values cylinder 5V*msunsigned long0.05655360
0x5895Voltage knock values cylinder 6V*msunsigned long0.05655360
0x5896Exhaust gas temperature behind main catalyst from model°Csigned int0.11-273.14
0x5897Exhaust gas temperature behind main catalyst from model bank 2°Cunsigned int0.02343751-273.15
0x5898Default machine target voltageVunsigned int110000
0x589ADuty cycle zero gear sensor%unsigned int11000
0x589DNumber of detected VVT position control errors-unsigned int110
0x589FBattery temperature°Cunsigned char0.751-48
0x58A0Discharge during quiescent current violationAhunsigned int6553636000000
0x58A2Actual value of the eccentric angle VVT°unsigned int1100
0x58A3Rel. Eccentric angle on the upper mech. attack°signed int1100
0x58A4Number of recognized VVT position control error warnings irreversible-unsigned int110
0x58A5Number of detected VVT position control error warnings reversible-unsigned int110
0x58A6Relative eccentric angle without reference to a stop°signed int1100
0x58A7Shutdown time from relative minute counter until engine startminunsigned int110
0x58A8Rel. Eccentric angle on the lower mech. attack°signed int1100
0x58AAAdjustment range of the eccentric angle°unsigned int1100
0x58ACTerminal voltage of the electric machineVunsigned int11000
0x58AEPeriod duration for mass flow from HFMµsunsigned int1100
0x58B7Current brake pressurehPaunsigned char110
0x58BBElectricity for VVT motorAsigned int400655360
0x58BDStatus error overload VVT1-unsigned char110
0x58CBTotal thermal load VVT-unsigned int110
0x58D1Engine temperature when switched off°Csigned int0.11-273.14
0x58D2Damper setpoint in degrees-unsigned int0.510
0x58D3Actual damper value in degrees-unsigned int0.510
0x58D4Start condition for frictional connection fulfilled-unsigned char110
0x58D9Pedometer throttle return spring test-unsigned int110
0x58DACoordinated moment for filling%unsigned int100655360
0x58DCInterval counter for emissions-related misfires (0-1000 KW rev. Or 0-500 NW rev.)-unsigned int110
0x58DDBoost pressure raw valuehPaunsigned int202560
0x58DEVoltage pressure sensor in front of throttle valveVunsigned int510240
0x58E4Actual operating mode-unsigned char110
0x58E5Filtered spark burning time cylinder 1msunsigned int0.00110
0x58E9Supply voltage electr. water pumpVunsigned char0.110
0x58EAActual speed electr. water pump1/minunsigned char110
0x58ECElectronics temperature electr. water pump°Cunsigned char11-50
0x58EDCurrent consumption electr. water pumpAunsigned char120
0x58F3Unfiltered low pressure raw valuekPaunsigned int1100
0x58F4Voltage fuel low pressure sensor in 1 ms gridVunsigned int510240
0x58F6Setpoint voltage of the VVT position controllerVsigned int51.2655360
0x58FBDelta probe offset master control-signed int2655360
0x5902Filtered spark burning time cylinder 5msunsigned int0.00110
0x5903Filtered spark burning time cylinder 6msunsigned int0.00110
0x5909Minimum frozen supply voltageVunsigned char0.110
0x590FStatus of fault memory entry without critical DMF fault-unsigned char110
0x5910Set speed of electric water pump1/minunsigned char110
0x5911Set speed of electric water pump for cooling the electric machine and EME1/minunsigned char110
0x5916Relative state of charge NV battery%unsigned char0.510
0x5917DC-DC converter status-unsigned char110
0x5918Utilization of the DC-DC converter%unsigned char0.510
0x5927Is position electrical wastegate (0: WG closed, 100 WG open)%unsigned char1002560
0x5928Is position electrical wastegate 2 (0: apartment closed, 100 apartment open)%unsigned char1002560
0x592EEngine shut-off angle° KWsigned int145.511111110
0x5938Ethanol content - raw value from the sensor-unsigned int0.0000305210
0x5939Ethanol go Ev-unsigned int0.0000305210
0x593BGear sensor error message-unsigned char110
0x5940Actual gear information from the gear sensor-unsigned char110
0x5941Gear sensor position in X (Beta) direction°unsigned long1200
0x5942Gear sensor position in Y (Beta) direction°unsigned long1200
0x5949Level of the left half of the tanklunsigned char120
0x594ALevel of the right half of the tanklunsigned char120
0x594BControl duty cycle of the fuel pump%signed int11000
0x594CFuel temperature (sensor, model or fixed substitute value)°Csigned int0.11-273.14
0x5956Differential pressure ejector pump - environmenthPasigned int102560
0x5958Component temperature raw value°Csigned int110-273.14
0x5960Actual value of stroke adjustmentmmunsigned int0.00110
0x5981Current DC-DC converterAunsigned char110
0x5982Control of stand consumers-unsigned char110
0x5986Energy status for terminal control-unsigned char110
0x598AOutput current of the electric machineAsigned int180
0x59A2Mileage when installing the current batterykmunsigned int1010
0x59A3Day of the last battery change-unsigned int110
0x59A5Quality value actual capacityAhunsigned char110
0x59A7Terminal voltageVunsigned int0.00110
0x59A8Current temperature memory°Cunsigned char11-126
0x59ABQuality value of the SOH%signed char110
0x59ACBasic on-board network, storage charge status%unsigned char11-126
0x59ADBasic on-board network Storage state of charge quality value%unsigned char11-126
0x59AEInternal resistance of the storemOhmunsigned int0.00210
0x59AFQuality value internal resistancemOhmunsigned char0.00210
0x59B3Total discharge of the storage tank-unsigned char110
0x59B4Basic electrical system deep discharge IBS-unsigned char110
0x59B6Total duration of total discharges-unsigned int110
0x59BDInlet NW: Angular offset fine adaptation° KWsigned long0.0219726610
0x59BEOutlet NW: angular offset fine adaptation° KWsigned long0.0219726610
0x59BFInlet NW: Angular offset reference adaptation° KWsigned int0.0219726610
0x59C0Outlet NW: Angular offset reference adaptation° KWsigned int0.0219726610
0x59C2Counter angle correction in the event of VVT temperature overload-unsigned char110
0x59D1Maximum speed clutch1/minunsigned int110
0x59D4Intake air temperature before throttle valve, measured°Cunsigned int0.02343751-273.15
0x59E8Medium voltage rail pressure sensorVunsigned int0.0003051810
0x59EBVehicle speed on the front or rear axle or in the vehicle's center of gravitykm/hunsigned int0.007812510
0x59F6Minimum, absolute, permitted state of charge of the HV battery%unsigned char0.510
0x59FAActual ignition angle° KWsigned char0.7510
0x59FDTarget ignition angle from torque intervention° KWsigned char0.7510
0x6318Actual value of electric fan%signed int11000
0x631CControl value for electric water pump for LLK cooling bank 21/minunsigned int110
0x631DControl value electric water pump for 48V component cooling1/minunsigned int110
0x6320Control value DKG shut-off valve%signed int181.920
0x64B5Output manipulated variable circulating air valve%signed int0.0110
0x6518Setpoint electric fan%signed int11000