Safety Warning
DIY auto repair can cause serious injury, fire, or vehicle damage. These guides are for informational purposes only. Always follow OEM torque specs, wear PPE, and consult a certified mechanic if you are unsure. You are solely responsible for your safety.
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HOMESERVICE MANUALSSUBARU2022IMPREZA BASE, 4D SEDAN, AUTOMATIC CVT TRANSREPAIR AND DIAGNOSISEXTERNAL PAGESDIFFERENT CARSECTION 25 (PLUG-IN BATTERY CHARGER (DIAGNOSTICS))
2022 Subaru Impreza Base, 4D Sedan, Automatic CVT Trans
Section 25 (Plug-In Battery Charger (Diagnostics))
2022 Subaru Impreza Base, 4D Sedan, Automatic CVT TransSECTION Section 25 (Plug-In Battery Charger (Diagnostics))
WARNING: This page is about a different car, the 2022 Subaru Crosstrek. However, it is still accessible from the selected car via links, so may be relevant.
- Basic Diagnostic Procedure
- Check List for Interview
- General Description
- Electrical Component Location
- Control Module I/O Signal
- Inspection Mode
- Diagnostic Procedure for Subaru Select Monitor Communication
- Data Monitor
- Freeze Frame Data
- Active Test
- Work Support
- All Readiness Diagnostic Code(s)
- Diagnostic Trouble Code (DTC)
- Diagnostic Procedure with Diagnostic Trouble Code (DTC)
- DTC P0606-49: Plug-In Control Module Internal Electronic Failure
- DTC P060B-49: Plug-In Control Module A/D Processing Internal Electronic Failure
- DTC P062F-44: Plug-In Control Module EEPROM Data Memory Failure
- DTC P0D2A-19: Hybrid/EV Battery Charger Input Current Sensor Circuit Circuit Current Above Threshold
- DTC P0D38-12: Hybrid/EV Battery Charger Input Current Sensor Circuit Circuit Short To Auxiliary Battery
- DTC P0D38-14: Hybrid/EV Battery Charger Input Current Sensor Circuit Circuit Short To Ground Or Open
- DTC P0D38-28: Hybrid/EV Battery Charger Input Current Sensor Circuit Signal Bias Level Out Of Range/Zero Adjustment Failure
- DTC P0D38-9E: Hybrid/EV Battery Charger Input Current Sensor OVERCURRENT Detection Circuit Stuck On
- DTC P0D3D-16: Hybrid/EV Battery Charger Input Voltage Sensor For Control Circuit Voltage Below Threshold
- DTC P0D3D-17: Hybrid/EV Battery Charger Input Voltage Sensor For Control Circuit Voltage Above Threshold
- DTC P0D4C-12: Hybrid/EV Battery Charger Hybrid/EV Battery Input Voltage Sensor Circuit Short To Auxiliary Battery
- DTC P0D4C-14: Hybrid/EV Battery Charger Hybrid/EV Battery Input Voltage Sensor Circuit Short To Ground Or Open
- DTC P0D56-11: Charging Connector Proximity Detection Circuit Short To Ground
- DTC P0D56-15: Charging Connector Proximity Detection Circuit Short To Auxiliary Battery Or Open
- DTC P0D5C-00: Charger Input/Output Power Difference High
- DTC P0E5E-49: Hybrid/EV Battery Charger Control Module Internal Electronic Failure
- DTC P0E5E-87: Plug-In Control Module Processor From Hybrid/EV Battery Charger Control Module Processor Missing Message
- DTC P1C00-12: Voltage Sensor After Boosting By PFC Boosting Circuit Circuit Short To Auxiliary Battery
- DTC P1C00-14: Voltage Sensor After Boosting By PFC Boosting Circuit Circuit Short To Ground Or Open
- DTC P1C00-16: Voltage Sensor After Boosting By PFC Boosting Circuit Circuit Voltage Below Threshold
- DTC P1C00-9E: Voltage Sensor After Boosting By PFC Boosting Circuit OVERVOLTAGE Detection Circuit Stuck On
- DTC P1C05-12: PFC Inverter Temperature Sensor Circuit Short To Auxiliary Battery
- DTC P1C05-14: PFC Inverter Temperature Sensor Circuit Short To Ground Or Open
- DTC P1C0A-12: Dc/Dc Converter Temperature Sensor (For Charging) Circuit Short To Auxiliary Battery
- DTC P1C0A-14: Dc/Dc Converter Temperature Sensor (For Charging) Circuit Short To Ground Or Open
- DTC P1C10-12: Current Sensor After Boosting By PFC Boosting Circuit Circuit Short To Auxiliary Battery
- DTC P1C10-14: Current Sensor After Boosting By PFC Boosting Circuit Circuit Short To Ground Or Open
- DTC P1C10-28: Current Sensor After Boosting By PFC Boosting Circuit Signal Bias Level Out Of Range/Zero Adjustment Failure
- DTC P1C10-9E: Current Sensor After Boosting By PFC Boosting Circuit OVERCURRENT Detection Circuit Stuck On
- DTC P1C15-16: Hybrid/EV Battery Charger Input Voltage Sensor For Monitoring Circuit Voltage Below Threshold
- DTC P1C15-17: Hybrid/EV Battery Charger Input Voltage Sensor For Monitoring Circuit Voltage Above Threshold
- DTC P1C1B-00: PFC Boosting Circuit Malfunction
- DTC P1C1C-00: Dc/Dc Converter Malfunction (For Charging)
- DTC P1C1D-00: Charging Power Low
- DTC P1C1E-00: Charging Power High
- DTC P1C1F-49: Hybrid/EV Battery Charger Control Module A/D Processing Internal Electronic Failure
- DTC P1C25-62: PFC Inverter Temperature Sensor/Dc/Dc Converter For Charging Temperature Sensor Signal Compare Failure
- DTC P1C26-17: Hybrid/EV Battery Charger Hybrid/EV Battery Input Voltage Circuit Voltage Above Threshold
- DTC P1C27-17: Voltage After Boosting By PFC Boosting Circuit Circuit Voltage Above Threshold
- DTC P1C28-19: Current After Boosting By PFC Boosting Circuit Circuit Current Above Threshold
- DTC P1CA-400: Charger Pre-Charging Malfunction
- DTC P1CCD-96: Sub Dc/Dc Converter (For Charging) Component Internal Failure
- DTC P1CCD-9E: Sub Dc/Dc Converter (For Charging) Stuck On
- DTC P1CCD-9F: Sub Dc/Dc Converter (For Charging) Stuck Off
- DTC P1CCE-12: Sub Dc/Dc Converter Temperature Sensor (For Charging) Circuit Short To Auxiliary Battery
- DTC P1CCE-14: Sub Dc/Dc Converter Temperature Sensor (For Charging) Circuit Short To Ground Or Open
- DTC P1CCE-1C: Sub Dc/Dc Converter Temperature Sensor (For Charging) Circuit Voltage Out Of Range
- DTC P1CE9-31: Charger Cooling Fan Revolution Sensor No Signal
- DTC P1CE9-96: Charger Cooling Fan Revolution Sensor Component Internal Failure
- DTC P1CED-1C: Plug-In Control Ecu Power Supply (+12.5V) Circuit Voltage Out Of Range
- DTC P1CF0-1C: Plug-In Control Ecu Power Supply (-7.5V) Circuit Voltage Out Of Range
- DTC P1CF3-1C: Plug-In Control Ecu Power Supply (+1.15V) Circuit Voltage Out Of Range
- DTC P1CF6-62: Charging Voltage Sensor For Monitoring/Control Signal Compare Failure
- DTC P3194-14: Internal Control Module Circuit Short To Ground Or Open
- DTC U0100-87: Lost Communication With ECM/Pcm "A" Missing Message
- DTC U0156-87: Lost Communication With Information Center "A" Missing Message
- DTC U0293-87: Lost Communication With Hybrid Powertrain Control Module Missing Message
- DTC U1150-87: Lost Communication With Hybrid Powertrain Control Module (Hybrid/EV Battery Local Bus) Missing Message
- Diagnostics with Phenomenon
- List
- Inspection
- Timer charging setting switch SYSTEM
- General Description
- Charging Does Not Start
- Charging Stops Before It Is Completed
- Charging Time Is Long
- Charging Begins Immediately Even When A Timer Charging Schedule Was Registered
- Timer Charging Does Not Stop At The Set Departure Time
- Cannot Register Or Change The Timer Charging Schedule
- Timer Charging Does Not Start At The Set Time
- THE Charging connector DOES NOT LOCK
- THE Charging connector DOES NOT UNLOCK
- CPLT Signal System
- Charging Indicator System
- EV Charger Power Supply System
- Ac Line Open Circuit
- Ac Line Insulation Malfunction
- General Scan Tool
- Operation
- How To Use General Scan Tool
- Mode $01 (Current Powertrain Diagnostic Data)
- Mode $02 (Freeze Frame Data)
- Mode $03 (Emission-Related DTC)
- Mode $04 (Clear/Reset Emission-Related Diagnostic Information)
- Mode $07 (Initial Emission-Related Powertrain DTC)
- Mode $09 (Request Vehicle Information)
- Mode $0A (Emission-Related DTC (With Permanent Status))
- Operation
RENDER: 1.0x
NO RELATED
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When to See a Mechanic
Stop DIY work and contact a certified mechanic immediately if any of the following apply:
- β’ You smell fuel, burning insulation, or see smoke.
- β’ Brakes feel soft, pull hard to one side, or make grinding noises.
- β’ The engine overheats, stalls repeatedly, or misfires under load.
- β’ You are missing required tools, torque specs, or safe lifting equipment.
- β’ You are not confident in the next step or safety outcome.