Mitsubishi Outlander GS45X. Manual - part 556

 

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Mitsubishi Outlander GS45X. Manual - part 556

 

 

MULTIPORT FUEL INJECTION (MFI) DIAGNOSIS

TSB Revision

MULTIPORT FUEL INJECTION (MFI) <2.4L ENGINE>

13A-47

FAIL-SAFE FUNCTION REFERENCE TABLE

M1131153001010

When the main sensor malfunctions are detected by 
the diagnostic test mode, the vehicle is controlled by 
means of the following defaults.

MALFUNCTION ITEM

CONTROL CONTENTS DURING MALFUNCTION

Mass airflow sensor

Uses the throttle position sensor signal and engine speed signal (crankshaft 
position sensor signal) for basic injector drive time and basic ignition timing 
from the pre-set mapping.

Intake air temperature 
sensor

Controls as if the intake air temperature is 25

°C (77°F).

Engine coolant 
temperature sensor

Controls as if the engine coolant temperature is 80

°C (176°F). (This control will 

be continued until the ignition switch is turned to "LOCK" (OFF) position even 
though the sensor signal returns to normal.)

Intake camshaft position 
sensor

• Engine runs in learned pattern until engine stops.

• Does not control variable valve timing (V.V.T.).

Exhaust camshaft 
position sensor

Does not control variable valve timing (V.V.T.).

Barometric pressure 
sensor

Controls as if the barometric pressure is 101 kPa (30 in.Hg).

Knock sensor

Switches the ignition timing from ignition timing for high octane to ignition timing 
for standard octane fuel.

Linear air-fuel ratio 
sensor

• Does not control air-fuel ratio closed loop.

• Controls linear air-fuel ratio sensor heater off.

Heated oxygen sensor 
(rear)

Performs the closed loop control of the air/fuel ratio by using only the signal of 
the heated oxygen sensor (front) installed on the front side of the catalytic 
converter.

Generator FR terminal

No generator output suppression control is performed for the electrical load (to 
be operated as an ordinary generator).

Misfire detection

The ECM stops supplying fuel to the cylinder with the highest misfire rate if a 
misfire that could damage the catalytic converter is detected.

Accelerator pedal 
position sensor (main)

• Detects the amount of the accelerator pedal travel through the use of the 

accelerator pedal position sensor (sub) signal, but rendering it only as being 
approximately one-half the normal opening angle.

• Prohibits the operation of the auto-cruise control. 

• Cuts off fuel when the engine speed exceeds 3,000 r/min.

• Suppresses the engine output by stopping the electronically controlled 

throttle valve system if the accelerator pedal position sensor (sub) is also 
malfunctioning.

Accelerator pedal 
position sensor (sub)

• Detects the amount of the accelerator pedal travel through the use of the 

accelerator pedal position sensor (main) signal, but rendering it only as 
being approximately one-half the normal opening angle.

• Prohibits the operation of the auto-cruise control.

• Cuts off fuel when the engine speed exceeds 3,000 r/min.

• Suppresses the engine output by stopping the electronically controlled 

throttle valve system if the accelerator pedal position sensor (main) is also 
malfunctioning.

MULTIPORT FUEL INJECTION (MFI) DIAGNOSIS

TSB Revision

MULTIPORT FUEL INJECTION (MFI) <2.4L ENGINE>

13A-48

Throttle position sensor 
(main)

• Controls the throttle valve position through the use of the throttle position 

sensor (sub) signal.

• Renders the amount of accelerator pedal travel as being approximately 

one-half the normal opening angle.

• Prohibits the operation of the engine speed feedback control.

• Prohibits the operation of the auto-cruise control.

• Cuts off fuel when the engine speed exceeds 3,000 r/min.

• Suppresses the engine output by stopping the electronically controlled 

throttle valve system if the throttle position sensor (sub) is also 
malfunctioning.

Throttle position sensor 
(sub)

• Controls the throttle valve position through the use of the throttle position 

sensor (main) signal.

• Renders the amount of accelerator pedal travel as being approximately 

one-half the normal opening angle.

• Prohibits the operation of the auto-cruise control.

• Cuts off fuel when the engine speed exceeds 3,000 r/min.

• Prohibits the idle speed control from learning.

• Suppresses the engine output by stopping the electronically controlled 

throttle valve system if the throttle position sensor (main) is also 
malfunctioning.

Throttle valve position 
feedback

• Suppresses the engine output by stopping the electronically controlled 

throttle valve system.

• Prohibits the operation of the auto-cruise control.

• Prohibits the operation of the engine speed feedback control.

Throttle actuator control 
motor

• Suppresses the engine output by stopping the electronically controlled 

throttle valve system.

• Prohibits the operation of the auto-cruise control.

• Prohibits the operation of the engine speed feedback control.

Engine oil control valve

Does not control variable valve timing (V. V. T.).

Battery current sensor

Prohibits generator output suppression control against current consumers 
(Operates as a normal generator).

Battery temperature 
sensor

Prohibits generator output suppression control against current consumers 
(Operates as a normal generator).

MALFUNCTION ITEM

CONTROL CONTENTS DURING MALFUNCTION

MULTIPORT FUEL INJECTION (MFI) DIAGNOSIS

TSB Revision

MULTIPORT FUEL INJECTION (MFI) <2.4L ENGINE>

13A-49

DIAGNOSTIC TROUBLE CODE CHART

M1131151005715

WARNING

When touching the throttle valve, surely shut off the driving circuits of the throttle valve. In 
the event that the throttle valve is operated, a finger might be injured as the result of being 
caught by the throttle valve.

CAUTION

During diagnosis, a DTC code associated with other system may be set when the ignition switch is 
turned on with connector(s) disconnected. On completion, confirm all systems for DTC(s). If DTC(s) 
are set, erase them all.

DTC

DIAGNOSTIC ITEM

REFERENCE 
PAGE

P0010

Intake engine oil control valve circuit 

P.13A-58

P0011

Intake variable valve timing system target error

P.13A-64

P0013

Exhaust engine oil control valve circuit

P.13A-68

P0014

Exhaust variable valve timing system target error

P.13A-74

P0016

Crankshaft/camshaft (intake) position sensor phase problem

P.13A-77

P0017

Crankshaft/camshaft (exhaust) position sensor phase problem

P.13A-82

P0031

Linear air-fuel ratio sensor heater control circuit low

P.13A-86

P0032

Linear air-fuel ratio sensor heater control circuit high

P.13A-93

P0037

Heated oxygen sensor (rear) heater control circuit low

P.13A-98

P0038

Heated oxygen sensor (rear) heater control circuit high

P.13A-105

P0053

Linear air-fuel ratio sensor heater resistance

P.13A-109

P0068

*1

Mass airflow sensor plausibility

P.13A-113

P0069

Abnormal correlation between manifold absolute pressure sensor and 
barometric pressure sensor

P.13A-116

P0101

*1

Mass airflow circuit range/performance problem

P.13A-121

P0102

*1

Mass airflow circuit low input

P.13A-127

P0103

*1

Mass airflow circuit high input

P.13A-134

P0106

Manifold absolute pressure circuit range/performance problem

P.13A-139

P0107

Manifold absolute pressure circuit low input

P.13A-148

P0108

Manifold absolute pressure circuit high input

P.13A-156

P0111

*1

Intake air temperature circuit range/performance problem

P.13A-161

P0112

*1

Intake air temperature circuit low input

P.13A-167

P0113

*1

Intake air temperature circuit high input

P.13A-171

P0116

*1

Engine coolant temperature circuit range/performance problem

P.13A-177

P0117

*1

Engine coolant temperature circuit low input

P.13A-183

P0118

*1

Engine coolant temperature circuit high input

P.13A-187

P0121

*1

Throttle position sensor (main) plausibility

P.13A-193

P0122

*1

Throttle position sensor (main) circuit low input

P.13A-197

MULTIPORT FUEL INJECTION (MFI) DIAGNOSIS

TSB Revision

MULTIPORT FUEL INJECTION (MFI) <2.4L ENGINE>

13A-50

P0123

*1

Throttle position sensor (main) circuit high input

P.13A-201

P0125

*1

Insufficient coolant temperature for closed loop fuel control

P.13A-208

P0128

Coolant thermostat (coolant temperature below thermostat regulating 
temperature)

P.13A-216

P0130

Linear air-fuel ratio sensor circuit

P.13A-218

P0131

Linear air-fuel ratio sensor circuit low voltage

P.13A-223

P0132

Linear air-fuel ratio sensor circuit high voltage

P.13A-228

P0133

Linear air-fuel ratio sensor circuit slow response

P.13A-233

P0134

Linear air-fuel ratio sensor circuit no activity detected

P.13A-236

P0137

Heated oxygen sensor (rear) circuit low voltage

P.13A-241

P0138

Heated oxygen sensor (rear) circuit high voltage

P.13A-249

P0139

Heated oxygen sensor (rear) circuit slow response

P.13A-253

P0140

Heated oxygen sensor (rear) circuit no activity detected

P.13A-258

P0171

System too lean

P.13A-262

P0172

System too rich

P.13A-268

P0181

Fuel tank temperature sensor circuit range/performance

P.13A-274

P0182

Fuel tank temperature sensor circuit low input

P.13A-280

P0183

Fuel tank temperature sensor circuit high input

P.13A-285

P0201

Injector circuit-cylinder 1

P.13A-292

P0202

Injector circuit-cylinder 2

P.13A-302

P0203

Injector circuit-cylinder 3

P.13A-312

P0204

Injector circuit-cylinder 4

P.13A-322

P0221

*1

Throttle position sensor (sub) plausibility

P.13A-331

P0222

*1

Throttle position sensor (sub) circuit low input

P.13A-335

P0223

*1

Throttle position sensor (sub) circuit high input

P.13A-341

P0300

*2

Random/multiple cylinder misfire detected

P.13A-346

P0301

*2

Cylinder 1 misfire detected

P.13A-351

P0302

*2

Cylinder 2 misfire detected

P.13A-354

P0303

*2

Cylinder 3 misfire detected

P.13A-357

P0304

*2

Cylinder 4 misfire detected

P.13A-360

P0327

Knock sensor circuit low

P.13A-364

P0328

Knock sensor circuit high

P.13A-368

P0335

*1

Crankshaft position sensor circuit

P.13A-372

P0340

*1

Intake camshaft position sensor circuit

P.13A-381

P0365

*1

Exhaust camshaft position sensor circuit

P.13A-390

P0401

Exhaust gas recirculation flow insufficient detected

P.13A-399

DTC

DIAGNOSTIC ITEM

REFERENCE 
PAGE

 

 

 

 

 

 

 

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