OBD foutcodes P0A00 – P0A99 (Hybride aandrijving)

P0A00 – P0A99 (Hybride aandrijving)
OBD foutcode Fout Locatie Mogelijke oorzaak
P0A00 Motor Elektronische Koelvloeistof Temperatuur Sensor Circuit
P0A01 Motor Elektronica Koelvloeistof Temperatuur Sensor Circuit Range / Performance
P0A02 Motor Elektronische Koelvloeistoftemperatuurcircuit Laag
P0A03 Motor Elektronische Koelvloeistof Temperatuur Sensor Circuit High
P0A04 Motor Elektronische Koelvloeistof Temperatuur Sensor Circuit Intermitterende
P0A05 Motor Elektronische Koelvloeistofpomp “A” Controle Circuit / Open
P0A06 Motor Elektronische Koelvloeistofpomp “A” Controle Circuit Laag
P0A07 Motor Electronics Coolant Pump “A” Controle Circuit High

P0A08 DC / DC Converter Status Circuit
P0A09 DC / DC Converter Status Circuit Low
P0A0A High Voltage System Interlock Circuit
P0A0B High Voltage System Interlock Circuit Performance
P0A0C High Voltage System Interlock Circuit Low
P0A0D High Voltage System Interlock Circuit High
P0A0E High Voltage System Interlock Circuit Intermitterende
P0A0F Motor mislukt om te starten
P0A10 DC / DC Converter Status Circuit High
P0A11 DC / DC Converter inschakelen Circuit / Open
P0A12 DC / DC Converter inschakelen Circuit Low
P0A13 DC / DC Converter inschakelen Circuit High
P0A14 Motor Montage “A” Controle Circuit / OpenSAE
P0A15 Motor Montage “A” Control Circuit Low
P0A16 Motor Montage “A” Control Circuit High
P0A17 Motor Torque Sensor Circuit
P0A18 Motor Torque Sensor Circuit Range / Performance
P0A19 Motor Torque Sensor Circuit Low
P0A1A Generator Control Module
P0A1B Drive Motor “A” Control Module
P0A1C Drive Motor “B” Control Module
P0A1D Hybrid Powertrain Control Module
P0A1E Start / Generator Control Module
P0A1F Battery Energy Control Module
P0A20 Motor Torque Sensor Circuit High
P0A21 Motor Torque Sensor Circuit Intermittent
P0A22 Generator Torque Sensor Circuit
P0A23 Generator Torque Sensor Circuit Range / Performance
P0A24 Generator Torque Sensor Circuit Low
P0A25 Generator Torque Sensor Circuit High
P0A26 Generator Torque Sensor Circuit Intermittent
P0A27 Hybrid Battery Power Off Circuit
P0A28 Hybride batterij Uitschakelstroom laag
P0A29 Hybride batterij uitschakelcircuit hoog
P0A2A Schakel de motor “A” Temperatuur Sensor Circuit
P0A2B Schakel de motor “A” Temperatuursensor Circuit Range / Performance
P0A2C Schakel de motor ‘A’ Temperatuur Sensor Circuit Low
P0A2D Schakel de motor “A” Temperatuur Sensor Circuit High
P0A2E Schakel de motor “A” -circuitintermitterende temperatuursensor in
P0A2F Rijd motor ‘A’ over temperatuur
P0A30 Schakel de motor “B” Temperatuur Sensor Circuit
P0A31 Voertuig “B” Temperatuur Sensor Circuit Range / Performance
P0A32 Schakel de motor “B” Temperatuur Sensor Circuit Low
P0A33 Schakel de motor “B” Temperatuur Sensor Circuit High
P0A34 Schakel de motor “B” Temperatuur Sensor Circuit Intermittent
P0A35 Rijd de motor “B” over de temperatuur
P0A36 Generator Temperatuur Sensor Circuit
P0A37 Generator Temperatuur Sensor Circuit Range / Performance
P0A38 Generator Temperatuur Sensor Circuit Low
P0A39 Generator Temperatuur Sensor Circuit High
P0A3A Generator Temperatuur Sensor Circuit Intermitterend
P0A3B Generator Over Temperatuur
P0A3C Rijd de motor ‘A’ inverter over de temperatuur
P0A3D Rijd de motor “B” inverter over de temperatuur
P0A3E Generator Inverter Over Temperatuur
P0A3F Schakel de motor “A” Position Sensor Circuit
P0A40 Aandrijfstroom “A” Position Sensor Circuit Range / Performance
P0A41 Schakel de motor “A” Position Sensor Circuit Low
P0A42 Schakel de motor “A” Position Sensor Circuit High
P0A43 Schakel de motor “A” Position Sensor Circuit Intermittent
P0A44 Aandrijfsnelheid van de motor “A” Position Sensor Circuit
P0A45 Schakel de motor “B” Position Sensor Circuit
P0A46 Drive Motor “B” Position Sensor Circuit Range / Performance
P0A47 Schakel de motor “B” Position Sensor Circuit Low
P0A48 Schakel de motor “B” Position Sensor Circuit High
P0A49 Schakel de motor “B” Position Sensor Circuit Intermittent
P0A4A Aandrijfschakelaar Motor “B” Positiesensor Circuit Overspeed
P0A4B Generator Positie Sensor Circuit
P0A4C Generator Positie Sensor Circuit Range / Performance
P0A4D Generator Positie Sensor Circuit Low
P0A4E Generator Positie Sensor Circuit High
P0A4F Generator Positie Sensor Circuit Intermitterend
P0A50 Generator Positie Sensor Circuit Overspeed
P0A51 Schakel de motor “A” Current Sensor Circuit
P0A52 Rijd de motor ‘A’ stroomcircuitbereik / -prestatie
P0A53 Schakel de motor “A” stroomcircuit laag
P0A54 Schakel de motor “A” Current Sensor Circuit High
P0A55 Schakel de motor “B” stroom sensorkring
P0A56 Beweeg de motor ‘B’ stroomkring / bereik van de huidige sensor
P0A57 Schakel de motor “B” stroomstroomcircuit laag
P0A58 Schakel de motor “B” Current Sensor Circuit High
P0A59 Generator Current Sensor Circuit
P0A5A Generatorstroom Sensor Circuit Range / Performance
P0A5B Generator Current Sensor Circuit Low Defecte stroom sensor, dynamo, bedrading
P0A5C Generator Current Sensor Circuit High
P0A5D Rijd motor “A” Fase U Current
P0A5E Drive Motor “A” Fase U Huidige Laag
P0A5F Drive Motor “A” Fase U Huidige Hoogte
P0A60 Rijd motor “A” Fase V stroom
P0A61 Drive Motor “A” Fase V Huidige Lage
P0A62 Aandrijving Motor “A” Fase V Huidige Hoog
P0A63 Rijd motor “A” Fase W stroom
P0A64 Aandrijf motor “A” Fase W Huidige Laag
P0A65 Drive Motor “A” Fase W Huidige High
P0A66 Drive Motor “B” Fase U Current
P0A67 Drive Motor “B” Fase U Huidige Laag
P0A68 Drive Motor “B” Fase U Huidige Hoogte
P0A69 Drive Motor “B” Fase V Current
P0A6A Drive Motor “B” Fase V Huidige Laag
P0A6B Drive Motor “B” Fase V Huidige High
P0A6C Rijd motor “B” Fase W stroom
P0A6D Aandrijving Motor “B” Fase W Huidige Laag
P0A6E Drive Motor “B” Fase W Huidige Hoogte
P0A6F Generator Fase U Huidige
P0A70 Generator Fase U Huidige Laag
P0A71 Generator Fase U Huidige Hoogte
P0A72 Generator Fase V stroom
P0A73 Generator Fase V Huidige Laag
P0A74 Generator Fase V Huidige Hoog
P0A75 Generator Fase W Huidige
P0A76 Generator Fase W Huidige Laag
P0A77 Generator Fase W Huidige Hoogte
P0A78 Drive Motor “A” Inverter Performance
P0A79 Drive Motor “B” -omvormer prestatie
P0A7A Generator Inverter Performance
P0A7B Batterij Energie Controlemodule Gevraagde MIL Illumination
P0A7C Motor Elektronica Over Temperatuur
P0A7D Hybrid Battery Pack Laag Staat
P0A7E Hybrid Battery Pack Over Temperatuur
P0A7F Hybrid Battery Pack Verslechtering
P0A80 Vervang Hybrid Battery Pack
P0A81 Hybride batterij Koelventilator 1 Bedieningskring / Open
P0A82 Hybride batterij Koelventilator 1 Prestatie / Afzetten
P0A83 Hybride batterij koelventilator 1 vast aan
P0A84 Hybride batterij Koelventilator 1 Bedieningskring Laag
P0A85 Hybrid Battery Pack Koelventilator 1 Controle Circuit High
P0A86 14 Volt Power Module Current Sensor Circuit
P0A87 14 Volt Power Module Huidige Sensor Circuit Range / Performance
P0A88 14 Volt Power Module Current Sensor Circuit Low
P0A89 14 Volt Power Module Current Sensor Circuit High
P0A8A 14 Volt Power Module Current Sensor Circuit Intermittent
P0A8B 14 Volt Power Module Systeem Voltage
P0A8C 14 Volt Power Module Systeem Voltage Onstabiel
P0A8D 14 Volt Power Module Systeem Voltage Low
P0A8E 14 Volt Power Module System Voltage High
P0A8F 14 Volt Power Module System Performance
P0A90 Drive Motor “A” Performance
P0A91 Drive Motor “B” Performance
P0A92 Hybrid Generator Performance
P0A93 Omvormer “A” Koelsysteem Prestatie
P0A94 DC / DC Converter Performance Kabelschakelaar of -aansluiting, omvormer / omvormer montage, Hybrid voertuig transaxle assemblage
P0A95 Hoge Spanningszekering
P0A96 Hybrid Battery Pack Koelventilator 2 Controle Circuit / Open
P0A97 Hybride batterij Koelventilator 2 Prestatie / Afzetten
P0A98 Hybrid Battery Pack Koelventilator 2 Stuck On
P0A99 Hybrid Battery Pack Koelventilator 2 Controle Circuit Low
P0A9A Hybrid Battery Pack Koelventilator 2 Controle Circuit High
P0A9B Hybride batterij temperatuur sensor “A” Circuit
P0A9C Hybride batterij temperatuursensor “A” Bereik / Prestatie
P0A9D Hybride batterij temperatuur sensor “A” Circuit Low
P0A9E Hybride batterij temperatuur sensor “A” Circuit High
P0A9F Hybride batterij temperatuursensor “A” Circuit Intermitterend / onregelmatig
P0AA0 Hybrid Battery Positive Contactor Circuit
P0AA1 Hybrid Battery Positive Contactor Circuit Stuck Gesloten
P0AA2 Hybrid Battery Positive Contactor Circuit Stuck Open
P0AA3 Hybrid Battery Negative Contactor Circuit
P0AA4 Hybrid Battery Negative Contactor Circuit Stuck Closed
P0AA5 Hybrid Battery Negative Contactor Circuit Stuck Open
P0AA6 Hybride batterijspanningssysteem isolatie storing
P0AA7 Hybride batterij spanning isolatie sensor circuit
P0AA8 Hybride batterijspanning Isolatie Sensor Circuit Range / Performance
P0AA9 Hybride batterijspanning isolatie sensor circuit laag
P0AAA Hybride Batterij Voltage Isolatie Sensor Circuit High
P0AAB Hybride batterijspanning isolatie sensor Circuit intermitterend / onregelmatig
P0AAC Hybrid Battery Pack Lucht Temperatuur Sensor “A” Circuit
P0AAD Hybrid Battery Pack Lucht Temperatuur Sensor “A” Circuit Range / Performance
P0AAE Hybrid Battery Pack Lucht Temperatuur Sensor “A” Circuit Low
P0AAF Hybrid Battery Pack Lucht Temperatuur Sensor “A” Circuit High
P0AB0 Hybrid Battery Pack Lucht Temperatuur Sensor “A” Circuit Intermitterend / onregelmatig
P0AB1 Hybrid Battery Pack Lucht Temperatuur Sensor “B” Circuit
P0AB2 Hybrid Battery Pack Lucht Temperatuur Sensor “B” Circuit Range / Performance
P0AB3 Hybrid Battery Pack Lucht Temperatuur Sensor “B” Circuit Low
P0AB4 Hybrid Battery Pack Lucht Temperatuur Sensor “B” Circuit High
P0AB5 Hybrid Battery Pack Lucht Temperatuur Sensor “B” Circuit Intermitterend / onregelmatig
P0AB6 Motor Montage “B” Control Circuit / Open
P0AB7 Motor Montage “B” Control Circuit Low
P0AB8 Motor Montage “B” Control Circuit High
P0AB9 Hybride systeemprestatie
P0ABA Hybrid Battery Pack Voltage Sense “A” Circuit
P0ABB Hybrid Battery Pack Voltage Sense “A” Circuit Range / Performance
P0ABC Hybrid Battery Pack Voltage Sense “A” Circuit Low
P0ABD Hybrid Battery Pack Voltage Sense “A” Circuit High
P0ABE Hybrid Battery Pack Voltage Sense “A” Circuit Intermitterend / onregelmatig
P0ABF Hybrid Battery Pack Huidige Sensor “A” Circuit
P0AC0 Hybrid Battery Pack Huidige Sensor “A” Circuit Range / Performance
P0AC1 Hybrid Battery Pack Huidige Sensor “A” Circuit Low
P0AC2 Hybrid Battery Pack Huidige Sensor “A” Circuit High
P0AC3 Hybrid Battery Pack Huidige sensor “A” Circuit Intermittent / Erratic
P0AC4 Hybrid Powertrain Control Module Gevraagde MIL Illumination
P0AC5 Hybride batterij temperatuur sensor “B” Circuit
P0AC6 Hybride batterij temperatuursensor “B” Bereik / Prestatie
P0AC7 Hybride batterij temperatuur sensor “B” Circuit Low
P0AC8 Hybride batterij temperatuur sensor “B” Circuit High
P0AC9 Hybride batterij temperatuursensor “B” Circuit Intermitterend / onregelmatig
P0ACA Hybride batterij temperatuur sensor “C” Circuit
P0ACB Hybride batterij temperatuursensor “C” Bereik / Prestatie
P0ACC Hybride batterij temperatuur sensor “C” Circuit Low
P0ACD Hybride batterij temperatuur sensor “C” Circuit High
P0ACE Hybride batterij temperatuursensor “C” Circuit Intermitterend / onregelmatig
P0ACF Hybrid Battery Pack Koelventilator 3 Controle Circuit / Open
P0AD0 Hybride batterij Koelventilator 3 Prestatie / Afzetten
P0AD1 Hybrid Battery Pack Koelventilator 3 Stuck On
P0AD2 Hybrid Battery Pack Koelventilator 3 Controle Circuit Low
P0AD3 Hybrid Battery Pack Koelventilator 3 Controle Circuit High
P0AD4 Hybride batterij Airflow System Onvoldoende luchtstroom
P0AD5 Hybride batterij Air Flow Valve “A” Control Circuit / Open
P0AD6 Hybrid Battery Pack Luchtstroomventiel “A” Control Circuit Range / Performance
P0AD7 Hybride batterij Air Flow Valve “A” Control Circuit Low
P0AD8 Hybrid Battery Pack Luchtstroomventiel “A” Control Circuit High
P0AD9 Hybrid Battery Positive Contactor Control Circuit / Open
P0ADA Hybrid Battery Positive Contactor Control Circuitbereik / Performance
P0ADB Hybrid Battery Positive Contactor Control Circuit Low
P0ADC Hybrid Battery Positive Contactor Control Circuit High
P0ADD Hybrid Battery Negative Contactor Control Circuit / Open
P0ADE Hybrid Battery Negative Contactor Control Circuit Range / Performance
P0ADF Hybrid Battery Negative Contactor Control Circuit Low
P0AE0 Hybrid Battery Negative Contactor Control Circuit High
P0AE1 Hybrid Battery Precharge Contactor Circuit
P0AE2 Hybrid Battery Precharge Contactor Circuit Stuck Gesloten
P0AE3 Hybrid Battery Precharge Contactor Circuit Stuck Open
P0AE4 Hybrid Battery Precharge Contactor Control Circuit
P0AE5 Hybrid Battery Precharge Contactor Control Circuit Range / Performance
P0AE6 Hybrid Battery Precharge Contactor Control Circuit Low
P0AE7 Hybrid Battery Precharge Contactor Control Circuit High
P0AE8 Hybride batterij temperatuur sensor “D” Circuit
P0AE9 Hybride batterij temperatuursensor “D” Bereik / Prestatie
P0AEA Hybride batterij temperatuur sensor “D” Circuit Low
P0AEB Hybride batterij temperatuur sensor “D” Circuit High
P0AEC Hybride batterij temperatuursensor “D” Circuit Intermitterend / onregelmatig
P0AED Aandrijfschakelaar Temperatuur Sensor “A” Circuit
P0AEE Voertuig omvormer Temperatuur sensor “A” Circuit Range / Performance
P0AEF Motoromvormer Temperatuursensor “A” Circuit Low
P0AF0 Aandrijf motor omvormer Temperatuur sensor “A” Circuit High
P0AF1 Motoromvormer Temperatuursensor “A” Circuit Intermitterend / onregelmatig
P0AF2 Motor omvormer Temperatuur sensor “B” Circuit
P0AF3 Voertuig omvormer Temperatuur sensor “B” Circuit Range / Performance
P0AF4 Motoromvormer Temperatuur sensor “B” Circuit Low
P0AF5 Motor omvormer Temperatuur sensor “B” Circuit High
P0AF6 Motoromvormer Temperatuursensor “B” Circuit Intermitterend / onregelmatig
P0AF7 14 Volt Power Module Interne Temperatuur Te Hoog
P0AF8 Hybride batterijspanning
P0AF9 Hybride batterij systeem spanning onstabiel
P0AFA Hybride batterij systeem spanning laag
P0AFB Hybride batterij systeem Voltage High
P0AFC Hybrid Battery Pack Sensor Module
P0AFD Hybride batterij temperatuur te laag
P0AFE Hybride accuspanningsspanning te laag voor spanningsconfiguratie
P0AFF Systeemspanning te laag voor spanningsconfiguratie
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