Car, MERCEDES, B 247, 247.087 B 200, M282 - EMS71 (ME)
M282 - EMS71 (ME) - 0
Identification
Diagnostic version: 00 43 0E
Boot software number: --
Hardware version: 0.0.0
Software version: --
Software version 1: --
Software version 2: --
Supplier: --
Hardware part number:
Software part number (customer): --
Software part number (code): --
Software part number (data): --
Serial number: 00 00 00 00 00 00 00 00 00 00 00 00
VIN no:
VIN stored:
DTC
Controls
Clear DTC
Data stream
Engine speed: 400 rpm
Coolant temperature: 93.00 °C
Battery voltage: 13.8 V
Idle speed: Recognized
Intake air temperature before throttle valve: 14.5 °C
Intake air temperature downstream of throttle valve: 17.1 °C
Intake manifold pressure: 210 hPa
Intake air pressure: 470 hPa
Boost pressure: 405 hPa
Purging switchover valve: 43 %
Intake camshaft position: 3.0 °
Intake camshaft position (Specified value): 10.8 .. 18.8 °
Exhaust camshaft position: 1.2 °
Exhaust camshaft position (specified value): 252.0 .. 260.0 °
Lambda control bank 1: 2.000
O2 sensor upstream catalyst: Operational
O2 sensor upstream catalyst: 0.49 V
Effektive Heizungsspannung Vorkatsonde Rechts: 8.53 V
O2 sensor bank 1 corrected pump current: 0.52 mA
Relative Heizleistung Vorkatsonde Rechts: 21.48 %
O2 Sonde Vor Kat Rechts Trimmwiderstand Korrekturfaktor Pumpstrom: 1.06
O2 Sonde Vor Kat Rechts Trimmwiderstand: 11.8 Ohm
O2 sensor 1, bank 1 heater: Off
O2 sensor upstream catalyst trimming resistor: 0.0 Ohm
O2 sensor downstream catalyst: Operational
O2 sensor downstream catalyst: 4.92 V
Exhaust temperature upstream of oxidation catalytic converter: 36.9 °C
O2 sensor heater after catalytic converter: LSH_OFF
O2 Sondenheizung nach Kat (DE: Frontkat) Bank 1 Endstufe angesteuert: 34.38 %
Lambdawert O2 Sonde nach Kat (DE: Frontkat) Bank 1: 0.36 V
O2 Sondenheizung nach Kat (DE: Frontkat) Bank 1 Endstufe angesteuert: 51.56 %
Innenwiderstand Nachkatsonde Rechts: 88.00 Ohm
Engine load: 23 %
Engine oil temperature: 91.0 °C
Oil level: 87.00 mm
Engine oil pump valve: Open
Throttle valve position: 8 °
Boost pressure positioner - duty cycle: 17 %
Full load: Recognized
Knocking control: Not enabled
Knocking combustion: Not detected
Fuel rail pressure: 130.3 bar
Fuel rail pressure specified value: 327.8 .. 367.8 bar
Fuel rail pressure (raw): 0.2 V
Low fuel pressure: 3.8 bar
Fuel tank level: 50 L
Fuel temperature: 27.75 °C
Ambient pressure: 530 hPa
Ambient temperature: 78.0 °C
Intake air pressure (raw value): 0.2 V
Boost pressure (raw value): 2.3 V
Intake manifold pressure, raw value: 2.6 V
Intake air temperature before throttle valve, raw value: 2.3 V
Intake air temperature downstream of throttle valve (raw value): 1.4 V
Misfire cylinder 1: 258
Misfire cylinder 2: 903
Misfire cylinder 3: 1095
Misfire cylinder 4: 837
Smooth running of cylinder 1: 1999999.76 µs
Smooth running of cylinder 2: 148709.30 µs
Smooth running of cylinder 3: 1318818.33 µs
Smooth running of cylinder 4: 801110.51 µs
Exhaust temperature upstream of turbocharger: 306.41 °C
Generator ID: 116
Circuit 61: On
Calculated generator torque: 135.2 N·m
Generator (electrical fault): No
Generator (mechanical fault): No
Coolant temperature (raw): 2.6 °C
Coolant temperature at engine start: 27.75 °C
Control module temperature: 51.00 °C
Clutch pedal switch: Actuated
Start enable clutch pedal switch: Not actuated
Brake light switch: Not actuated
Accelerator pedal position: 0 %
Serial number of drive authorization system: A1 00 00 00 00 00 00 00 00 00 00 B2
Drive authorization start enable: Not enabled
Counter for tuning detection via boost pressure: 3
Counter for tuning detection via rail pressure: 5
Counter for tuning detection via rail pressure: 7
Vehicle mileage upon first detection of tuning via boost pressure: -- km
Vehicle mileage upon last detection of tuning via boost pressure: 61550 km
Vehicle mileage upon first detection of tuning via rail pressure: 43592 km
Vehicle mileage upon last detection of tuning via rail pressure: 8932 km
Vehicle mileage upon first detection of tuning via control unit software: 45842 km
Vehicle mileage upon last detection of tuning via control unit software: 78602 km
Self-adaptation in idle speed range: 2.50 mg/hub
Self-adaptation in part load range: 0.18 %
Correction factor for mixture adaptation: -0.13 mg/hub
Sensor rotor adaptation is completed: No
Sensor rotor adaptation: On
Timing chain stretch adaptation: Not completed
Reference value timing chain stretch intake camshaft: 13.08
Reference value timing chain stretch exhaust camshaft: 37.12
Adaptation value timing chain stretch intake camshaft: --
Adaptation value timing chain stretch exhaust camshaft: --
Start enable (Initial start)
Drivetrain control unit: Ok
Throttle valve actuator sticking (icing up): Ok
Engine preheating / keyless go released: Ok
Interlock circuit status: Not active
Low pressure fuel pump: Ok
Engine speed too low: Yes
Engine start or ready mode: Yes
Oxygen sensors status: Ok
Internal control unit fault: No
Starter: Ok
Starter lockout: Ok
Immobilizer status: Ok
Start enable (Direct starting)
Interlock circuit status: Active
Engine speed too low: No
Engine start or ready mode: No
Starter: Not Ok
Starter lockout: Not Ok
Immobilizer status: Not Ok
Engine start prevention
Starter duration actuation elapsed: No
Drivetrain control unit (initial start): Ok
Drivetrain control unit (restarting): Ok
Throttle valve actuator sticking (icing up): Ok
Interlock circuit status: Not active
Engine stop or engine start complete: No
Starter: Ok
Immobilizer status: Ok
Minimum power duration: Active
Starter actuation was aborted: No
Speed threshold reached: No
Starter
Starter is powered by software: No
Minimum power duration: Active
Starter actuation was aborted: No
Speed threshold reached: No
Actuators test
Controls
Check engine telltale
Fuel pump
Throttle valve actuator
Boost pressure control flap
Intake camshaft solenoid
Exhaust camshaft solenoid
Purging switchover valve
Injectors
Deceleration air switchover valve
High fuel pressure
CAMTRONIC
Crankcase ventilation heater
Diagnostic module tank leakage (DMTL) heater
Diagnostic module tank leakage (DMTL) pump
Diagnostic module tank leakage (DMTL) valve
Increased idle speed
Lambda control
O2 sensor 1 heater
O2 sensor 2 heater
Quantity control valve
Engine oil pump valve
Utility
Controls
Fuel pump activate
Teaching process of throttle valve stop
Resetting of mixture adaptation
Teach-in sensor rotor adaptation
Teach in of timing chain
Enabling of engine start after crash event
Configuration
Controls
Edit configuration
Explicit coding
Variant coding
Exhaust regulation or type approval number (EROTAN)