Bil, INFINITI, Q70, Q70L, M35h Hybrid (HY51), 2013-, NAM, High-voltage battery unit

Stel nr.: VF1JZ0B0643691817

Dele nummer: 293A0-1LA0A

Diagnostic ID: 01

Supplier number: 44 04 02

Hardware number: 01 00 00 42 16

Software nummer: C3 00

Udgavenummer: 32 01

Kalibreringsnummer: 00 00

Serie nummer: SC

Manufacturer identification code reprogramming: 

Supplier number reprogramming: 33 55 42

CRC value: 33 55

Number of reprogramming: 02

P3036: Cell battery controller (006)

Clear DTC

A/D offset correct: 0.0 mV

Offset value: 0.0 mV

Batteristrøm: 0.000 A

Input possible power: 0.0 kW

Output possible power: 0.0 kW

Sum of cell voltages: 0.00 V

12V battery voltage: 0 mV

IR sensor short pulse: 0.0 mV

Internal resistance: 0.0 mOhm

Internal resist aging: 0.000

SOC: 0.000 %

Full capacity: 0.000 Ah

Running mode limit: 0

Service plug interlock: Åben

MIL ON request: Nej

Current sensor offset learning: Ikke komplet

Current sensor offset value: 0.000 mV

Life maximum IR aging account: 0.0 mOhm

Battery cell voltage 1: 0 mV

Battery cell voltage 2: 0 mV

Battery cell voltage 3: 0 mV

Battery cell voltage 4: 0 mV

Battery cell voltage 5: 0 mV

Battery cell voltage 6: 0 mV

Battery cell voltage 7: 0 mV

Battery cell voltage 8: 0 mV

Battery cell voltage 9: 0 mV

Battery cell voltage 10: 0 mV

Battery cell voltage 11: 0 mV

Battery cell voltage 12: 0 mV

Battery cell voltage 13: 0 mV

Battery cell voltage 14: 0 mV

Battery cell voltage 15: 0 mV

Battery cell voltage 16: 0 mV

Battery cell voltage 17: 0 mV

Battery cell voltage 18: 0 mV

Battery cell voltage 19: 0 mV

Battery cell voltage 20: 0 mV

Battery cell voltage 21: 0 mV

Battery cell voltage 22: 0 mV

Battery cell voltage 23: 0 mV

Battery cell voltage 24: 0 mV

Battery cell voltage 25: 0 mV

Battery cell voltage 26: 0 mV

Battery cell voltage 27: 0 mV

Battery cell voltage 28: 0 mV

Battery cell voltage 29: 0 mV

Battery cell voltage 30: 0 mV

Battery cell voltage 31: 0 mV

Battery cell voltage 32: 0 mV

Battery cell voltage 33: 0 mV

Battery cell voltage 34: 0 mV

Battery cell voltage 35: 0 mV

Battery cell voltage 36: 0 mV

Battery cell voltage 37: 0 mV

Battery cell voltage 38: 0 mV

Battery cell voltage 39: 0 mV

Battery cell voltage 40: 0 mV

Battery cell voltage 41: 0 mV

Battery cell voltage 42: 0 mV

Battery cell voltage 43: 0 mV

Battery cell voltage 44: 0 mV

Battery cell voltage 45: 0 mV

Battery cell voltage 46: 0 mV

Battery cell voltage 47: 0 mV

Battery cell voltage 48: 0 mV

Battery cell voltage 49: 0 mV

Battery cell voltage 50: 0 mV

Battery cell voltage 51: 0 mV

Battery cell voltage 52: 0 mV

Battery cell voltage 53: 0 mV

Battery cell voltage 54: 0 mV

Battery cell voltage 55: 0 mV

Battery cell voltage 56: 0 mV

Battery cell voltage 57: 0 mV

Battery cell voltage 58: 0 mV

Battery cell voltage 59: 0 mV

Battery cell voltage 60: 0 mV

Battery cell voltage 61: 0 mV

Battery cell voltage 62: 0 mV

Battery cell voltage 63: 0 mV

Battery cell voltage 64: 0 mV

Battery cell voltage 65: 0 mV

Battery cell voltage 66: 0 mV

Battery cell voltage 67: 0 mV

Battery cell voltage 68: 0 mV

Battery cell voltage 69: 0 mV

Battery cell voltage 70: 0 mV

Battery cell voltage 71: 0 mV

Battery cell voltage 72: 0 mV

Battery cell voltage 73: 0 mV

Battery cell voltage 74: 0 mV

Battery cell voltage 75: 0 mV

Battery cell voltage 76: 0 mV

Battery cell voltage 77: 0 mV

Battery cell voltage 78: 0 mV

Battery cell voltage 79: 0 mV

Battery cell voltage 80: 0 mV

Battery cell voltage 81: 0 mV

Battery cell voltage 82: 0 mV

Battery cell voltage 83: 0 mV

Battery cell voltage 84: 0 mV

Battery cell voltage 85: 0 mV

Battery cell voltage 86: 0 mV

Battery cell voltage 87: 0 mV

Battery cell voltage 88: 0 mV

Battery cell voltage 89: 0 mV

Battery cell voltage 90: 0 mV

Battery cell voltage 91: 0 mV

Battery cell voltage 92: 0 mV

Battery cell voltage 93: 0 mV

Battery cell voltage 94: 0 mV

Battery cell voltage 95: 0 mV

Battery cell voltage 96: 0 mV

Battery Total voltage: 0.00 V

Total voltage cell latch: 0.00 V

Over discharging threshold change: Sluk

Sum of cell voltages: 0.00 V

Total voltage A/D value: 0 mV

Current sensor A/D value: 0.0 mV

Overcurrent detection: 0.0 °C

High temperature load accumulation time 1: 0 Count

Battery high temperature NG trip number: 0 Count

Life maximum battery temperature: 0 °C

Low temperature start trip number: 0 Count

Run control vehicle trip number: 0 Count

Life minimum SOC: 0.000 %

Over discharging NG trip number: 0 Count

Life minimum total voltage: 0.00 V

Battery load cal call time: 0 Count

Battery load cal call trip: 0 Count

ADF output SOC: 0.000 %

ADF integral current SOC: 0.000 %

ADF open circuit voltage SOC: 0.000 %

SOC cal by open circuit voltage: 0.000 %

ADF time constant 1: 0

ADF time constant 2: 0

ADF internal resistance: 0 Ohm

SOC character coefficient: 0

ADF open circuit voltage: 0.00 V

Maximum cell voltage: 0 mV

Minimum cell voltage: 0 mV

Difference between max cell voltage x 96 and total voltage: 0.00 V

Difference between total voltage and min cell voltage x 96: 0.00 V

Life AVCC negative occurs: 0 Count

IR monitor A/D samp value: 0.0 mV

Fail status: Ikke aktiv

LBC mode status: Normal

Drive power: 0 kW

Motor torque: 0 N·m

Motor speed: 0 Omdr.

Relay on permit: Sluk

Plus side power relay status: Sluk

IR sensor NG: Sluk

High voltage relay status: Åben

Battery inside state: 0

Parameter ID differential value: 0

SOC calculation type: 0

Calculated SOC: 0.000 %

IR-SOC 80%: 0.000 %

IR-SOC 30%: -- %

Thermo sensor 1 AD value: 0.0 mV

Battery temperature 1: 0 °C

Thermo sensor 2 AD value: 0.0 mV

Battery temperature 2: 0 °C

Thermo sensor 3 AD value: 0.0 mV

Battery temperature 3: 0 °C

Battery min temperature: 0 °C

Fan duty: 0.0 %

Fan duty measure value: 0.0 %

Fan control: 0

Electric fan mode: 0

DC/DC fan status: Lav

DC/DC signal 1: 0 Hz

Køretøjs hastighed : 0 km/h

In-vehicle temperature direct: 0 °C

Front blower fan: 0

A/C intake door status: FRE

A/C cool down request:

Intake temperature cool down request: Normal

12V power supply voltage: 0.0 mV

AD value of 2.5V reference voltage: 0.0 mV

AD value of AVCC voltage: 0.0 mV

Voltage sensor channel 4 volt: 0 mV

Total voltage A/D value: 0 mV

Thermo sensor 1 AD value: 0.0 mV

Thermo sensor 2 AD value: 0.0 mV

Thermo sensor 3 AD value: 0.0 mV

Current sensor A/D value: 0.0 mV

Batteristrøm: 0.000 A

IR sensor short pulse: 0.0 mV

SHORT PULSE LO AD DATA 0: 0.0 mV

SHORT PULSE LO AD DATA 1: 0.0 mV

SHORT PULSE LO AD DATA 2: 0.0 mV

SHORT PULSE LO AD DATA 3: 0.0 mV

SHORT PULSE HI AD DATA 0: 0.0 mV

SHORT PULSE HI AD DATA 1: 0.0 mV

SHORT PULSE HI AD DATA 2: 0.0 mV

SHORT PULSE HI AD DATA 3: 0.0 mV

Fan monitor signal: 0 Hz

Cooling fan control: 0 %

DC/DC signal 2: 0 Hz

Fan frequency: 0 Hz

DC/DC frequency: 0 Hz

Fan control relay status: Sluk

VOKBANK: 0

VOKBANK DTC: 0

Life AVCC negative occurs: 0 Count

High temperature counter: 0 Count

Battery cal call counter: 0 Count

Battery cal call time counter: 0 Count

Low temperature start counter: 0 Count

Life maximum battery temperature: 0

Life minimum SOC: 0 %

Life minimum total voltage: 0 V

Over discharge negative counter: 0 Count

Battery high temperature NG count 1: 0 Count

Vehicle run cont NG count: 0 Count

Temperature counter: 0 Count

Total voltage over voltage counter: 0 Count

Total voltage over discharging counter: 0 Count

Cell voltage over voltage counter: 0 Count

Cell voltage over discharging counter: 0 Count

Battery high temperature NG count 2: 0 Count

Battery I/R gradual capacity loss: 0 mOhm

Bus off diagnostic: 83

Transmit diag: 0

ECM: 0

TCM: 0

MC: 255

EV/HEV system: 255

HV Batteri: 255

HV battery cooling fan

Li-ion battery capacity balancing