Bil, PEUGEOT, 307, VAN, RHR - Siemens SID803
RHR - Siemens SID803 - 0
Identifikation
PSA reference: 96 56 06 12 80
ECU manufacturer: Siemens
Additional number: 96 55 04 14 80
Diagnose version: 02
Calibration version: FF FF
Softwareversion: 05 06
Udslip: Ikke defineret
ECU production date: --
Software reference: 62 80 16
Fejlkoder
P2563: Turbo position repeat signal valve position too distant in relation to reference value
Controls
Clear DTC
Levende Data
Batteri spænding: 12.70 V
Boost pressure reference value: 0.256 bar
Inlet air temperature at manifold: 150 °C
Motor kølevæske temperatur føler: 42.0 °C
Barometrisk tryk føler: 1.086 bar
Turbo pressure: 0.234 bar
Programming of the injectors: Not carried out
Supply voltage for sensors of group 1: 4.76 V
Supply voltage 2 for sensors: 0.00 V
EGR-ventil, position: 97.6 %
EGR valve position repeat: -13.7 %
A/C authorisation: Ja
Gear engaged: Sixth
Cooling fan circuit pressure: 31.0 bar
Turbo pressure duty cycle: 91.8 %
Bypass throttle solenoid valve open cycle ratio: 89.4 %
Turbo position reference value: 100.0 %
Turbo position repeat: -17.6 %
Cooling circuit bypass throttle solenoid valve duty cycle: 100.0 %
Power supply: Aktiveret
Køretøjets hastighed sensor: 17 km/h
Cooling fan relay: Ja
Powertrain speed: 71.0 %
Tændingsspænding: 10.00 V
Brændstoftemperaturføler: 54 °
Accelerator pedal position sensor: 4.3 %
Brake pedal switch 1: Nedtrykket
Brake pedal switch 1: Nedtrykket
EGR valve open cycle ratio: 5.5 %
Pre-post heating relay: Aktiv
Motor Hastighed: 192.0 Omdr.
Fuel pressure measured: 196.0 bar
Injected flow measured: 27.8 %
Luft masse måler: 21.8 mg/impulse
Injector 4 correction value: 10.1 %
Injector 2 correction value: 198.9 %
Injector 1 correction value: 99.8 %
Injector 3 correction value: 7.8 %
Fuel pressure regulator control duty cycle: 3.5 %
Fuel flow regulator: 16.9 %
EGR throttle electrovalve open cycle ratio: 12.2 %
Intake air temperature at the air flow sensor: 24 °C
Target mass air flow: 1390.0 mg/impulse
Camshaft and crankshaft synchronization: Nej
Motor status: 238
DPF information
Diesel Particulate filter (DPF) soot mass: 0.0 %
Regeneration assistance request: Inaktiv
Catalytic converter downstream temperature: 100.4 °C
Exhaust gas differential pressure: 0.107 bar
Intake air temperature at the air flow sensor: 24 °C
Total additive quantity: 0.0 g
Power consuming equipment activation request: Nej
Air flow volume: 0 L/h
Current driving mode: Ugyldig
Diesel Particulate filter (DPF) distance since last regeneration: 137.5 km
Percentage of arduous urban driving the last hour: 17.3 %
Percentage of average urban driving the last hour: 42.4 %
Percentage of fast urban driving during the last hour: 17.3 %
Percentage of main road driving during the last hour: 19.6 %
Percentage of motorway driving during the last hour: 1.6 %
Percentage of arduous urban driving during the last 6 hours: 8.6 %
Percentage of average urban driving during the last 6 hours: 62.7 %
Percentage of fast urban driving during the last 6 hours: 7.8 %
Percentage of main road driving during the last 6 hours: 11.8 %
Percentage of motorway driving during the last 6 hours: 4.7 %
Diesel Particulate filter (DPF) distance since last replacement: 2981.6 km
Diesel Particulate filter (DPF), theoretical durability: 0.0 km
Diesel Particulate filter (DPF) distance remaining until replacement (scheduled maintenance): 0.0 km
Diesel Particulate filter (DPF) load state: Filter in correct state
Immobilizer
Locking of the ECU: Låst
Statspærrestatus: Programmed 3 Times
Problem detected when transmitting the unlock code: The programming status of the engine immobiliser cannot be read
Udgangs test
Controls
Fuel flow regulator
Brændstoftrykregulator
Cooling fan high speed
Cooling fan low speed
Power supply relay
Pre-post heating relay control
EGR-ventil
Turbocharger control solenoid valve
EGR throttle
Additive pump
Bypass throttle solenoid valve
Cooling circuit bypass valve solenoid valve circuit
Cooling circuit degas solenoid valve
Muligheder
Controls
Diesel particulate filter static regeneration
Diesel particulate filter dynamic regeneration