Subaru Crosstrek Service Manual: Engine (diagnostics)(h4do)
Subaru Crosstrek Service Manual / Engine (diagnostics)(h4do)
- Diagnostic procedure with diagnostic trouble code (dtc)
- Dtc p0851 park/neutral switch input circuit low
- Dtc p219a bank 1 air-fuel ratio imbalance
- Dtc p0852 park/neutral switch input circuit high
- Dtc p0516 battery temperature sensor circuit low
- Dtc p0517 battery temperature sensor circuit high
- Dtc p1530 battery current sensor circuit low
- Dtc p1531 battery current sensor circuit high
- Dtc u0101 lost communication with tcm
- Dtc p0125 insufficient coolant temperature for closed loop fuel control
- Dtc p0560 system voltage
- Dtc u0122 lost communication with vehicle dynamics control module
- Dtc p000a "a" camshaft position slow response bank 1
- Dtc p000b "b" camshaft position slow response bank 1
- Dtc p000c "a" camshaft position slow response bank 2
- Dtc p000d "b" camshaft position slow response bank 2
- Dtc p0010 "a" camshaft position actuator control circuit/open bank 1
- Dtc p0011 "a" camshaft position - timing over-advanced or system performance bank 1
- Dtc p0013 "b" camshaft position actuator control circuit/open bank 1
- Dtc p0014 "b" camshaft position - timing over-advanced or system performance bank 1
- Dtc p0016 crankshaft position - camshaft position correlation bank 1 sensor a
- Dtc p0017 crankshaft position - camshaft position correlation bank 1 sensor b
- Dtc p0018 crankshaft position - camshaft position correlation bank 2 sensor a
- Dtc p0019 crankshaft position - camshaft position correlation bank 2 sensor b
- Dtc p0020 "a" camshaft position actuator control circuit/open bank 2
- Dtc p0021 "a" camshaft position - timing over-advanced or system performance bank 2
- Dtc p0023 "b" camshaft position actuator control circuit/open bank 2
- Dtc p0024 "b" camshaft position - timing over-advanced or system performance bank 2
- Dtc p0030 a/f / o2 heater control circuit bank 1 sensor 1
- Dtc p0031 a/f / o2 heater control circuit low bank 1 sensor 1
- Dtc p0032 a/f / o2 heater control circuit high bank 1 sensor 1
- Dtc p0037 a/f / o2 heater control circuit low bank 1 sensor 2
- Dtc p0038 a/f / o2 heater control circuit high bank 1 sensor 2
- Dtc p0068 map/maf - throttle position correlation
- Dtc p0071 ambient air temperature sensor circuit "a" range/performance
- Dtc p0072 ambient air temperature sensor circuit "a" low
- Dtc p0073 ambient air temperature sensor circuit "a" high
- Dtc p0101 mass or volume air flow sensor "a" circuit range/performance
- Dtc p0102 mass or volume air flow sensor "a" circuit low
- Dtc p0103 mass or volume air flow sensor "a" circuit high
- Dtc p0107 manifold absolute pressure/barometric pressure sensor circuit low
- Dtc p0108 manifold absolute pressure/barometric pressure sensor circuit high
- Dtc p0111 intake air temperature sensor 1 circuit range/performance bank 1
- Dtc p0112 intake air temperature sensor 1 circuit low bank 1
- Dtc p0113 intake air temperature sensor 1 circuit high bank 1
- Dtc p0116 engine coolant temperature sensor 1 circuit range/performance
- Dtc p0117 engine coolant temperature sensor 1 circuit low
- Dtc p0118 engine coolant temperature sensor 1 circuit high
- Dtc p0122 throttle/pedal position sensor/switch "a" circuit low
- Dtc p0123 throttle/pedal position sensor/switch "a" circuit high
- Dtc p0131 a/f / o2 sensor circuit low voltage bank 1 sensor 1
- Dtc p0132 a/f / o2 sensor circuit high voltage bank 1 sensor 1
- Dtc p0134 a/f / o2 sensor circuit no activity detected bank 1 sensor 1
- Dtc p0137 o2 sensor circuit low voltage bank 1 sensor 2
- Dtc p0138 o2 sensor circuit high voltage bank 1 sensor 2
- Dtc p013a o2 sensor slow response - rich to lean bank 1 sensor 2
- Dtc p013b o2 sensor slow response - lean to rich bank 1 sensor 2
- Dtc p013e o2 sensor delayed response - rich to lean bank 1 sensor 2
- Dtc p013f o2 sensor delayed response - lean to rich bank 1 sensor 2
- Dtc p0141 o2 sensor heater circuit bank 1 sensor 2
- Dtc p014c a/f / o2 sensor slow response - rich to lean bank 1 sensor 1
- Dtc p014d a/f / o2 sensor slow response - lean to rich bank 1 sensor 1
- Dtc p015a a/f / o2 sensor delayed response - rich to lean bank 1 sensor 1
- Dtc p015b a/f / o2 sensor delayed response - lean to rich bank 1 sensor 1
- Dtc p0171 system too lean bank 1
- Dtc p0172 system too rich bank 1
- Dtc p0196 engine oil temperature sensor "a" range/performance
- Dtc p0197 engine oil temperature sensor "a" circuit low
- Dtc p0198 engine oil temperature sensor "a" circuit high
- Dtc p0201 cylinder 1 injector "a" circuit
- Dtc p0202 cylinder 2 injector "a" circuit
- Dtc p0203 cylinder 3 injector "a" circuit
- Dtc p0204 cylinder 4 injector "a" circuit
- Dtc p0222 throttle/pedal position sensor/switch "b" circuit low
- Dtc p0223 throttle/pedal position sensor/switch "b" circuit high
- Dtc p0300 random/multiple cylinder misfire detected
- Dtc p0302 cylinder 2 misfire detected
- Dtc p0303 cylinder 3 misfire detected
- Dtc p0304 cylinder 4 misfire detected
- Dtc p0327 knock/combustion vibration sensor 1 circuit low bank 1 or single sensor
- Dtc p0328 knock/combustion vibration sensor 1 circuit high bank 1 or single sensor
- Dtc p0335 crankshaft position sensor "a" circuit
- Dtc p0336 crankshaft position sensor "a" circuit range/performance
- Dtc p0340 camshaft position sensor "a" circuit bank 1 or single sensor
- Dtc p0341 camshaft position sensor "a" circuit range/performance bank 1 or single sensor
- Dtc p0345 camshaft position sensor "a" circuit bank 2
- Dtc p0346 camshaft position sensor "a" circuit range/performance bank 2
- Dtc p0351 ignition coil "a" primary control circuit/open
- Dtc p0352 ignition coil "b" primary control circuit/open
- Dtc p0353 ignition coil "c" primary control circuit/open
- Dtc p0354 ignition coil "d" primary control circuit/open
- Dtc p0365 camshaft position sensor "b" circuit bank 1
- Dtc p0366 camshaft position sensor "b" circuit range/performance bank 1
- Dtc p0390 camshaft position sensor "b" circuit bank 2
- Dtc p0391 camshaft position sensor "b" circuit range/performance bank 2
- Dtc p0400 egr "a" flow
- Dtc p0420 catalyst system efficiency below threshold bank 1
- Dtc p0441 evap system (cpc) incorrect purge flow
- Dtc p0451 evap system (cpc) pressure sensor/switch circuit range/performance
- Dtc p0452 evap system (cpc) pressure sensor/switch circuit low
- Dtc p0453 evap system (cpc) pressure sensor/switch circuit high
- Dtc p0455 evap system (cpc) leak detected (large leak)
- Dtc p0456 evap system (cpc) leak detected (very small leak)
- Dtc p0458 evap system (cpc) purge control valve "a" circuit low
- Dtc p0459 evap system (cpc) purge control valve "a" circuit high
- Dtc p0500 vehicle speed sensor "a" circuit
- Dtc p0506 idle control system rpm - lower than expected
- Dtc p0507 idle control system rpm - higher than expected
- Dtc p050b cold start ignition timing performance
- Dtc p0512 starter (switch) request circuit
- Dtc p0604 internal control module random access memory (ram) error
- Dtc p0605 internal control module read only memory (rom) error
- Dtc p0606 control module processor
- Dtc p060a internal control module monitoring processor performance
- Dtc p060b internal control module a/d processing performance
- Dtc p0616 starter relay "a" circuit low
- Dtc p0617 starter relay "a" circuit high
- Dtc p062f internal control module eeprom error
- Dtc p0685 ecm/pcm power relay control circuit/open
- Dtc p0700 transmission control system (mil request)
- Dtc p081a starter disable circuit low
- Dtc p1160 throttle return spring
- Dtc p1449 evap system clog detected (air filter)
- Dtc p1451 evap system clog detected (pipe)
- Dtc p1492 coil 1 egr "a" control circuit low
- Dtc p1493 coil 1 egr "a" control circuit high
- Dtc p1494 coil 2 egr "a" control circuit low
- Dtc p1495 coil 2 egr "a" control circuit high
- Dtc p1496 coil 3 egr "a" control circuit low
- Dtc p1497 coil 3 egr "a" control circuit high
- Dtc p1498 coil 4 egr "a" control circuit low
- Dtc p1499 coil 4 egr "a" control circuit high
- Dtc p2004 tgv control stuck open bank 1
- Dtc p2005 tgv control stuck open bank 2
- Dtc p2006 tgv control stuck closed bank 1
- Dtc p2007 tgv control stuck closed bank 2
- Dtc p2009 tgv control circuit low bank 1
- Dtc p2012 tgv control circuit low bank 2
- Dtc p2096 post catalyst fuel trim system too lean bank 1
- Dtc p2097 post catalyst fuel trim system too rich bank 1
- Dtc p2101 throttle actuator "a" control motor circuit range/performance
- Dtc p2102 throttle actuator "a" control motor circuit low
- Dtc p2103 throttle actuator "a" control motor circuit high
- Dtc p2109 throttle/pedal position sensor "a" minimum stop performance
- Dtc p2119 throttle actuator "a" control throttle body range/performance
- Dtc p2122 throttle/pedal position sensor/switch "d" circuit low
- Dtc p2123 throttle/pedal position sensor/switch "d" circuit high
- Dtc p2127 throttle/pedal position sensor/switch "e" circuit low
- Dtc p2128 throttle/pedal position sensor/switch "e" circuit high
- Dtc p2135 throttle/pedal position sensor/switch "a"/"b" voltage correlation
- Dtc p2138 throttle/pedal position sensor/switch "d"/"e" voltage correlation
- Dtc p2195 a/f /o2 sensor signal biased/stuck lean bank 1 sensor 1
- Dtc p2196 a/f /o2 sensor signal biased/stuck rich bank 1 sensor 1
- Dtc p2270 o2 sensor signal biased/stuck lean bank 1 sensor 2
- Dtc p2271 o2 sensor signal biased/stuck rich bank 1 sensor 2
- Dtc p2401 evap system leak detection pump control circuit low
- Dtc p2402 evap system leak detection pump control circuit high
- Dtc p2404 evap system leak detection pump sense circuit range/performance
- Dtc p2419 evap system switching valve control circuit low
- Dtc p2420 evap system switching valve control circuit high
- Dtc p2530 ignition switch run position circuit
- Dtc p2610 ecm/pcm engine off timer performance
- Dtc u0155 lost communication with instrument panel cluster (ipc) control module
- Dtc u0402 invalid data received from tcm
- Dtc u0416 invalid data received from vehicle dynamics control module
- Dtc u0423 invalid data received from instrument panel cluster control module
- Dtc u0073 control module communication bus off
- Dtc p0128 coolant thermostat (engine coolant temperature below thermostat regulating temperature)
- Dtc p1532 battery charging system
- Dtc p0301 cylinder 1 misfire detected
- Dtc p050a cold start idle control system performance
- Diagnostics for engine starting failure
- Check power supply and ground line of engine control module (ecm)
- Starter motor circuit
- Procedure
- Ignition control system
- Fuel pump circuit
- Fuel injector circuit
- General description
- Malfunction indicator light
- Procedure
- Malfunction indicator light remains blinking
- Activation of malfunction indicator light
- Malfunction indicator light does not come on
- Malfunction indicator light does not go off
- Malfunction indicator light does not blink
- Active test Operation
- Basic diagnostic procedure Procedure
- Check list for interview Check
- Clear memory mode Operation
- Data link connector Note
- Diagnostic procedure for subaru select monitor communication Communication for initializing impossible
- Drive cycle Procedure
- Electrical component location Location
- Engine control module (ecm) i/o signal Electrical specification
- General diagnostic table Inspection
- General scan tool Operation
- Inspection mode Procedure
- List of diagnostic trouble code (dtc) List
- Read diagnostic trouble code (dtc) Operation
- Subaru select monitor Operation
Drain filter Specification
EMISSION CONTROL (AUX. EMISSION CONTROL DEVICES)(H4DO) > Drain FilterSPECIFICATIONThe leak check valve assembly is a non-disassembled part. Do not remove the drain filter from the leak check valve ...
Other materials:
Dtc u0422 invalid data received from body control module
KEYLESS ACCESS WITH PUSH BUTTON START SYSTEM (DIAGNOSTICS) > Diagnostic Procedure with Diagnostic Trouble Code (DTC)DTC U0422 INVALID DATA RECEIVED FROM BODY CONTROL MODULEDetected when CAN data from BIU is abnormal.NOTE:Perform the diagnosis for LAN system. Basic Diagnostic Procedure > PROCE ...
By Dialpad
Input the phone number manually using
the keypad displayed on the screen.
Phone (Dialpad) screen
Allow you to enter numbers from 0 to
9 and *, #, and +. To enter "+", press
and hold the "0" key.
Delete one character from the entered
characters.
Switch the screen to the phone
(m ...
Basic procedures
WIRING SYSTEM > Basic Diagnostic ProcedureBASIC PROCEDURES1. GENERAL DESCRIPTIONThe most important purpose of diagnostics is to quickly determine which part is malfunctioning, to save time and labor.2. IDENTIFICATION OF TROUBLE SYMPTOMDetermine what the problem is based on the symptom.3. PROBABLE ...
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