N63 - V8 - 3.892 L

Description

The BMW N63 is a twin-turbocharged V8 petrol engine which has been in production from 2008 to present. The N63 is the world's first production car engine to use a "hot-vee" layout, with the turbochargers located inside the "V" of the engine. It is also BMW's first turbocharged V8 engine.

The N63 replaced the BMW N62 (a naturally aspirated V8 engine) and was first used in the 2008 X6 xDrive50i.

The S63 engine is the BMW M high-performance version of the N63.

BMW Enhanced PID Data

PIDDescriptionUnitsData TypeMultiplyDivideAdd
0x4201Ambient pressurehPaunsigned int0.039062510
0x4205Boost pressurehPaunsigned int0.07812510
0x4206Mass flow through throttle valve bank 1kg/hunsigned int0.0312510
0x4300Coolant temperature°Cunsigned char0.751-48
0x4307Recommended status of BSS water pump-unsigned char110
0x4308Electric water pump volume flow target (total)1/minunsigned char110
0x4310Target temperature coolant-signed int0.0110
0x4402Oil temperature after filter°Cunsigned int0.751-48
0x4403Fuel consumption since the last oil change-unsigned long0.0001220710
0x4404Kilometers of oilkmunsigned int1010
0x4405Sensor raw value oil level-unsigned int110
0x4406Raw sensor value permittivity-unsigned int110
0x4407Sensor raw value oil temperature-unsigned int110
0x4408Oil temperature unfiltered°Csigned int0.110
0x4409Unfiltered oil level-unsigned char0.2929687510
0x4411Remaining distance derived from fuel consumption-signed int1010
0x4412Oil life-unsigned int110
0x4418Oil condition sensor status-unsigned int110
0x4420Inlet temperature oil pressure regulator°Csigned int0.110
0x4421Oil pressure regulator P component-signed int0.0000305210
0x4422Oil pressure regulator I component-signed int0.0000305210
0x4423Oil pressure regulator D component-signed int0.0000305210
0x4425Oil sump temperature°Csigned int0.110
0x4426Oil pressure control operating mode-unsigned char110
0x4427Status request for oil level measurement-unsigned char110
0x442AOil temperature valid-unsigned char110
0x442CRaw value oil levelmmunsigned char110
0x4436Actual oil pressure value (absolute pressure)hPaunsigned int110
0x4501Integrated offset stroke adaptationmmsigned int0.00110
0x4505Target angle inlet VANOS° KWsigned int0.007812510
0x4506Inlet camshaft position° KWunsigned int0.110
0x4507Exhaust camshaft position° KWunsigned int0.110
0x450CCrankshaft adaptation intake takes place0/1unsigned char110
0x450DCrankshaft adaptation exhaust takes place0/1unsigned char110
0x4511VVT position control, vibration detected0/1unsigned char110
0x4512VVT overloaded0/1unsigned char110
0x4513VVT overload, stuck actuator0/1unsigned char110
0x4516VVT stop learning status-unsigned char110
0x4520Effective engine power-unsigned int0.0152587910
0x4521Fuel mass flowkg/hunsigned int0.110
0x4522Target fuel masses cylinder 1 (slave 5)mg/strokeunsigned int0.0211947810
0x4523Target fuel masses cylinder 4 (slave 8)mg/strokeunsigned int0.0211947810
0x4524Target fuel masses cylinder 3 (slave 6)mg/strokeunsigned int0.0211947810
0x4525Target fuel masses cylinder 2 (slave 7)mg/strokeunsigned int0.0211947810
0x452CActual value exhaust spread BMW° KWsigned int0.110
0x452EActual value intake spread BMW° KWsigned int0.110
0x4530Injection mode cylinder 1 (slave 5)-unsigned char110
0x4531Injection mode cylinder 4 (slave 8)-unsigned char110
0x4532Injection mode cylinder 3 (slave 6)-unsigned char110
0x4533Injection mode cylinder 2 (slave 7)-unsigned char110
0x4536Control difference boost pressure - bank-specific bank 1hPasigned int0.12510
0x4600Throttle valve angle related to the lower stop% DKsigned int0.0244140610
0x4601Target value for throttle valve angle, based on (lower) stop%unsigned int0.0015258810
0x4603Inlet valve lift setpoint filteredmmunsigned int0.00110
0x4604Generator currentAsigned int0.12510
0x460ACurrent battery voltageVunsigned int0.01510
0x460CBattery voltage value recorded by the AD converterVunsigned int0.02348110
0x460DCorrection value shutdown%unsigned int0.0041-100
0x460EDistance to starting ability%unsigned int0.0041-100
0x4617Accepted generator torqueNmsigned int0.110
0x461ANominal voltage regulator generator 1Vunsigned char0.1110.6
0x4650Transmission temperature°Cunsigned char0.751-48
0x4651Duty cycle of waste gate control%unsigned int0.0015258810
0x4680Zero gear position learned0/1unsigned char110
0x4682Speed gearbox speed sensor1/minsigned int0.510
0x4702Offset corrected probe voltage in front of the catalyst of a broadband lambda probeVunsigned int0.0004882810
0x4712Number of dense EVAP systems recognized by diagnosis-unsigned char110
0x4807Engine speed1/minunsigned int0.2510
0x4808Target idle speed1/minunsigned int0.2510
0x480BNormalized accelerator pedal angle%unsigned int0.001525910
0x480CMotor manager filling setpoint%unsigned int0.023437510
0x480DLongitudinal slope of the road estimated°unsigned int0.051-64
0x480EQuality longitudinal slope-unsigned char110
0x480FQuality road slope-unsigned char110
0x4810Cross slope estimated°unsigned int0.051-64
0x4811Vehicle accelerationm/s²signed char0.2169999910
0x4812Lateral accelerationm/s²signed int0.001562510
0x4A1BElectric Fuel Pump0/1unsigned char110
0x4A1DBrake vacuum voltageVunsigned int0.0048828110
0x4A21Coolant temperature (sensor value) after low-pass filtering°Cunsigned char0.751-48
0x4A2DIntake manifold absolute pressure measuredhPaunsigned int0.07812510
0x4A30Uneven running cylinder logical 1, physical 11/s²signed int0.0071054510
0x4A32Uneven running cylinder logical 3, physical 41/s²signed int0.0071054510
0x4A34Uneven running cylinder logical 2, physical 51/s²signed int0.0071054510
0x4A35Uneven running cylinder logical 4, physical 81/s²signed int0.0071054510
0x4A37Normalized reference level knock control cylinder 1 (slave 5)Vunsigned int0.0048828110
0x4A39Normalized reference level knock control cylinder 3 (slave 6)Vunsigned int0.0048828110
0x4A3BNormalized reference level knock control cylinder 4 (slave 8)Vunsigned int0.0048828110
0x4A3CNormalized reference level knock control cylinder 2 (slave 7)Vunsigned int0.0048828110
0x4A43Uneven running cylinder logical 5, physical 61/s²signed int0.0071054510
0x4A44Uneven running cylinder logical 6, physical 31/s²signed int0.0071054510
0x4A45Uneven running cylinder logical 7, physical 71/s²signed int0.0071054510
0x4A46Uneven running cylinder logical 8, physical 21/s²signed int0.0071054510
0x4A49Ignition angle cylinder 1 (slave 5)° KWsigned int0.110
0x4A4AIgnition angle cylinder 4 (slave 8)° KWsigned int0.110
0x4A4CIgnition angle cylinder 3 (slave 6)° KWsigned int0.110
0x4A4DIgnition angle cylinder 2 (slave 7)° KWsigned int0.110
0x4A6CCorrection factor for the amount of fuel%signed char0.00110
0x4A77Output duty cycle for the tank ventilation valve%unsigned int0.0015258810
0x4A94Saved camshaft target angle exhaust° KWsigned int0.007812510
0x4A9DMultiplicative mixture correction of the mixture adaptation-unsigned int0.0000305210
0x4AB0Boost pressure setpointhPaunsigned int0.039062510
0x4AB1Vehicle speedkm/hunsigned int0.007812510
0x4AB4Operating hours counter accurate to the secondsunsigned long0.110
0x4ABFConsumption without regulatorl/hunsigned int0.0038910510
0x4AC0Consumption with regulatorl/hunsigned int0.0038910510
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
0x4B23Misfire detection counter cylinder 1-unsigned int110
0x4B25Misfire detection counter cylinder 4-unsigned int110
0x4B31Misfire detection counter cylinder 5-unsigned int110
0x4B32Misfire detection counter cylinder 8-unsigned int110
0x4B33Misfire detection counter cylinder 6-unsigned int110
0x4B34Misfire detection counter cylinder 3-unsigned int110
0x4B35Misfire detection counter cylinder 7-unsigned int110
0x4B40Misfire detection counter cylinder 2-unsigned int110
0x5800Time counter from end of startsunsigned int0.110
0x5805Motor temperature, linearized and converted°Cunsigned char0.751-48
0x5807Factor from lambda control adaptation for bank 1-unsigned int0.0000305210
0x580BIntake manifold absolute pressurehPaunsigned int0.039062510
0x580EFiring angle cylinder 1° KWsigned char0.7510
0x580FIntake air temperature°Cunsigned char0.751-48
0x5811Engine oil level-unsigned char110
0x5812Mass flow HFMkg/hunsigned int0.110
0x5813Relative air filling%unsigned char0.7510
0x5815Battery voltageVunsigned char0.094210
0x5816Lambda setpoint based on the installation location of the lambda sensor-unsigned int0.0002441410
0x5817Ambient temperature°Cunsigned char0.751-48
0x5818Air mass flowkg/hunsigned char410
0x581AAngle inlet valve opens based on LWOT° KWsigned int0.007812510
0x581BTarget angle camshaft inlet opens° KWsigned int0.007812510
0x581CExhaust valve angle closes based on LWOT° KWsigned int0.007812510
0x581DTarget angle camshaft exhaust closes° KWsigned int0.007812510
0x581EIntake air temperature, linearized and converted°Cunsigned char0.751-48
0x5820Status of terminal 150/1unsigned char110
0x5821Control unit temperature°Cunsigned char0.751-48
0x5822Oil temperature°Cunsigned char11-60
0x5823Shutdown timesunsigned int110
0x5826Throttle valve angle from potentiometer 1% DKunsigned char0.3921568710
0x5827Duty cycle for lambda probe heating%unsigned int0.0030517610
0x5829Normalized heating output of the lambda probe behind cat-unsigned char0.0110
0x582BTorque consumption of the converter via CAN%unsigned int0.0015258810
0x582CLambda probe actual value-unsigned int0.0002441410
0x582DCorrection value of the LSU voltage before CATVsigned int0.0004882810
0x582EModeled transmission oil temperature at the converter outlet (8HP)°Csigned int0.0110
0x582FExhaust gas temperature according to KAT from model°Cunsigned char51-50
0x5830Dynamic value of the LSU-unsigned int0.0002441410
0x5834Ambient pressure from sensorhPaunsigned int0.039062510
0x5838Relative moment for misfire detection%unsigned char0.39062510
0x583AIntake air temperature at start°Cunsigned char0.751-48
0x583BFuel tank levellunsigned char110
0x583DOperating hours counterminunsigned int610
0x583ESetpoint throttle valve angle, rel. to the bottom stop% DKunsigned int0.001525910
0x583FTarget value for throttle valve angle, based on lower stop% DKunsigned char0.3921568710
0x5840Throttle angle of the emergency air position% DKunsigned int0.001525910
0x5841Temperature control unitVunsigned char0.0195312510
0x5844Chip temperature generator 1°Csigned int0.110
0x5845Probe voltage in front of the catalyst of a broadband lambda probe (ADC value)Vunsigned int0.0048828110
0x584CVoltage throttle valve potentiometer 2Vunsigned int0.001220710
0x584DMass flow of tank ventilation into the intake manifoldkg/hunsigned int0.0003906310
0x584EVoltage throttle valve potentiometer 1Vunsigned int0.001220710
0x5850Signal voltage of the coolant temperature sensorVunsigned int0.0048828110
0x5852Battery power from the IBSAunsigned int0.021-200
0x5853Battery voltage from IBSVunsigned int0.00110
0x5854Battery temperature from IBS°Cunsigned char0.751-48
0x5862Setpoint oil pressurekPaunsigned int0.110
0x5866Relative level of the engine oil-unsigned char110
0x5867Route of the vehicle as information via CANkmunsigned int1010
0x5868Status Stand Consumer Registered Part 1-unsigned char110
0x5869Status Stand consumer registered part 2-unsigned char110
0x586ACurrent battery voltageVunsigned int0.0002516
0x586BTime in which the quiescent current is 80-200 mAminunsigned char14.933333410
0x586CTime in which quiescent current is 200-1000 mAminunsigned char14.933333410
0x586ETime in which the quiescent current is greater than 1000 mAminunsigned char14.933333410
0x586FOil pressurehPasigned int110
0x5877VVT motor rotor position°unsigned int110
0x587BSet current supply to VVT motorAsigned int0.0061035210
0x587CPeriod of the zero sensor signalmsunsigned int0.000110
0x587DStatus zeroing sensor-unsigned char110
0x587EMotor temperature reference value from model°Cunsigned char0.751-48
0x587FDuty cycle electric fan%unsigned char0.39062510
0x5881Actual gear-unsigned char110
0x5882Engine starting temperature°Cunsigned char0.751-48
0x5883Voltage knock value cylinder 1 (slave 5)Vunsigned int0.0000762910
0x5885Voltage knock value cylinder 3 (slave 7)Vunsigned int0.0000762910
0x5887Degree of utilization generator 1-unsigned int0.00510
0x5888Voltage knock value cylinder 4 (slave 8)Vunsigned int0.0000762910
0x5889Lambda actual value-unsigned int0.0002441410
0x588BTime after the startsunsigned int0.0110
0x588CCeramic temperature of the LSU°Cunsigned int0.02343751-273.1499939
0x5891Clutch motor torque actual valueNmsigned int0.510
0x5892Difference between ambient pressure and brake booster pressure from pressure sensor (raw value)hPasigned int0.039062510
0x5894Voltage knock values cylinder 2 (slave 6)Vunsigned int0.0000762910
0x5896Exhaust gas temperature behind main catalyst from model°Cunsigned int0.02343751-273.1499939
0x589ADuty cycle zero gear sensor%unsigned int0.0110
0x589ESetpoint eccentric angle VVT°unsigned int0.110
0x589FBattery temperature°Cunsigned char0.751-48
0x58A0Discharge during quiescent current violationAhunsigned int0.0182044510
0x58A2Actual value of the eccentric angle VVT°unsigned int0.110
0x58A3Rel. Eccentric angle on the upper mech. attack°signed int0.110
0x58A6Rel. Eccentric angle°signed int0.110
0x58A7Shutdown time from relative minute counter until engine startminunsigned int110
0x58A8Rel. Eccentric angle on the lower mech. attack°signed int0.110
0x58AAAdjustment range of the eccentric angle°unsigned int0.110
0x58ACTerminal voltage of the electric machineVunsigned int0.0110
0x58ADOxygen storage capacity CATmgunsigned int0.110
0x58AEPeriod duration for mass flow from HFMµsunsigned int0.110
0x58B7Current brake pressurehPaunsigned char110
0x58BBElectricity for VVT motorAsigned int0.0061035210
0x58BDStatus error overload VVT1-unsigned char110
0x58CCTorque loss monitoring%signed int0.0030517610
0x58CDVoltage behind VVT relayVunsigned char0.110
0x58D2Air damper - target position in degrees-unsigned char0.5019608110
0x58D3Air damper - actual position in degrees-unsigned char0.5019608110
0x58D4Start condition for frictional connection fulfilled0/1unsigned char110
0x58D8Difference throttle valve angle setpoint - actual value% DKsigned int0.0244140610
0x58D9Pedometer throttle return spring test-unsigned char110
0x58DACoordinated moment for filling%unsigned int0.0015258810
0x58DCInterval counter for emissions-related misfires-unsigned int110
0x58DDBoost pressure raw valuehPaunsigned int0.07812510
0x58DEVoltage pressure sensor in front of throttle valveVunsigned int0.0048828110
0x58E4Actual operating mode-unsigned char110
0x58E5Filtered spark burning time cylinder 1 (slave 5)msunsigned int0.00110
0x58E6Filtered spark burning time cylinder 4 (slave 8)msunsigned int0.00110
0x58E7Filtered spark burning time cylinder 3 (slave 6)msunsigned int0.00110
0x58E8Filtered spark burning time cylinder 2 (slave 7)msunsigned int0.00110
0x58E9Recommended voltage from BSS water pumpVunsigned char0.110
0x58EARecommended actual speed of BSS water pump1/minunsigned char110
0x58ECRecommended temperature from BSS water pump°Cunsigned char11-50
0x58EDRecommended power from BSS water pumpAunsigned char0.510
0x58EFFiltered rail pressure actual value (absolute pressure)MPaunsigned int0.000510
0x58F0Unfiltered rail pressure actual value (abs.)MPaunsigned int0.000510
0x58F3Unfiltered low pressure raw valuekPaunsigned int0.110
0x58F4Voltage fuel low pressure sensor in 1 ms gridVunsigned int0.0048828110
0x58F6Setpoint voltage of the VVT position controllerVsigned int0.0007812510
0x58F7VVT electricity-unsigned char110
0x58FBDelta probe offset master control-signed int0.0000305210
0x5906Target speed water pump1/minunsigned char110
0x592AMotor speed, high resolution1/minsigned int0.510
0x592DKW angular offset when starting the engine° KWsigned int0.0219726610
0x592EEngine stop position° KWsigned int0.0219726610
0x5945Number of VVT emergency runs until replacement-unsigned char110
0x5946Number of VVT emergency runs-unsigned char110
0x5960Intake valve liftmmunsigned int0.00110