Subaru Legacy BN/BS (2015-2019) Service Manual: General scan tool operation

$01

Number of emission-related powertrain DTC, and malfunction indicator light status and diagnosis support information

—

$03

Fuel system control status

—

$04

Calculated engine load value

%

$05

Engine coolant temperature

°C

$06

Short term fuel trim

%

$07

Long term fuel trim

%

$0B

Intake manifold absolute pressure

kPa

$0C

Engine speed

rpm

$0D

Vehicle speed

MPH

$0E

Ignition timing advance

°

$0F

Intake air temperature

°C

$10

Intake air amount

g/s

$11

Throttle valve opening angle

%

$13

Air fuel ratio sensor

—

$15

Oxygen sensor output voltage and short term fuel trim associated with oxygen sensor (bank 1 sensor 2)

V and %

$1C

Supporting OBD system

—

$1F

Elapsed time after starting the engine

sec

$21

Travel distance after the malfunction indicator light illuminates

miles

$24

A/F value and A/F sensor output voltage (bank 1 sensor 1)

— and V

$2C

Target EGR

%

$2D

EGR deviation

%

$2E

Evaporative purge

%

$2F

Fuel level

%

$30

Number of warm ups after DTC clear

Time

$31

Travel distance after DTC clear

miles

$33

Barometric pressure

kPa

$34

A/F value and A/F sensor current (bank 1 sensor 1)

— and mA

$3C

Catalyst temperature #1

°C

$41

Diagnostic monitor of each drive cycle

—

$42

ECM power voltage

V

$43

Absolute load

%

$44

A/F target lambda

—

$45

Relative throttle opening angle

%

$46

Ambient temperature

°C

$47

Absolute throttle opening angle 2

%

$49

Absolute accelerator opening angle 1

%

$4A

Absolute accelerator opening angle 2

%

$4C

Target throttle opening angle

%

$4D

Engine operating time while malfunction indicator lit

min

$4E

Elapsed time after DTC clear

min

$51

Fuel used

—

$53

ELCM pressure

kPa

$56

Learning value of sub feedback compensation level

—

$5A

Relative accelerator opening angle

%

$5C

Engine oil temperature

°C

$65

Neutral status

—

$02

DTC that caused freeze frame data to be stored

—

$03

Fuel system control status

—

$04

Calculated engine load value

%

$05

Engine coolant temperature

°C

$06

Short term fuel trim (bank 1 sensor 1)

%

$07

Long term fuel trim (bank 1 sensor 1)

%

$0B

Intake manifold absolute pressure

kPa

$0C

Engine speed

rpm

$0D

Vehicle speed

MPH

$0E

Ignition timing advance

°

$0F

Intake air temperature

°C

$10

Intake air amount

g/s

$11

Throttle valve opening angle

%

$13

Air fuel ratio sensor

—

$15

Oxygen sensor output voltage and short term fuel trim associated with oxygen sensor (bank 1 sensor 2)

V and %

$1C

Supporting OBD system

—

$1F

Elapsed time after starting the engine

sec

$2C

Target EGR

%

$2D

EGR deviation

%

$2E

Evaporative purge

%

$2F

Fuel level

%

$33

Barometric pressure

kPa

$42

ECM power voltage

V

$43

Absolute load

%

$44

A/F target lambda

—

$45

Relative throttle opening angle

%

$46

Ambient temperature

°C

$47

Absolute throttle opening angle 2

%

$49

Absolute accelerator opening angle 1

%

$4A

Absolute accelerator opening angle 2

%

$4C

Target throttle opening angle

%

$51

Applicable fuel

—

$65

Neutral status

—

$01

$84

$1E

A/F sensor range failure (Bank 1 Sensor 1)

$85

$1E

$86

$20

A/F sensor response failure (Bank 1 Sensor 1)

$91

$20

$92

$10

$A3

$20

$A4

$10

$AC

$10

$AD

$10

$AE

$10

$AF

$10

$CD

$20

$CF

$20

$DF

$10

$02

$07

$0B

Oxygen sensor drop failure (Bank 1 Sensor 2)

$08

$0B

$A5

$0B

$05

$10

Oxygen sensor response failure (Bank 1 Sensor 2)

$06

$10

$BD

$10

$D1

$10

Oxygen sensor delay failure (Bank 1 Sensor 2)

$D2

$01

$21

$89

$20

Catalyst deterioration diagnosis (Bank 1)

$31

$8A

$FD

EGR system diagnosis

$35

$8B

$9D

VVT monitor (Bank 1)

$8C

$9D

$D3

$9D

$D5

$9D

$36

$8B

$9D

VVT monitor (Bank 2)

$8C

$9D

$D3

$9D

$D5

$9D

$3C

$C1

$FE

Evaporative emission control system (0.02 inch leak)

$C2

$FE

$C3

$FE

$C4

$FE

$C5

$FE

$C6

$35

$C7

$FE

$C8

$FE

$C9

$FE

$CA

$FE

$3D

$E2

$FE

ELCM purge flow

$41

$9B

$14

A/F sensor heater characteristics failure (Bank 1 Sensor 1)

$42

$A2

$24

Oxygen sensor heater characteristics failure (Bank 1 Sensor 2)

$A1

$0B

$24

Misfire monitoring (all cylinders)

$0C

$24

$A2

$0B

$24

Misfire monitoring (#1 cylinder)

$0C

$24

$A3

$0B

$24

Misfire monitoring (#2 cylinder)

$0C

$24

$A4

$0B

$24

Misfire monitoring (#3 cylinder)

$0C

$24

$A5

$0B

$24

Misfire monitoring (#4 cylinder)

$0C

$24