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MODE 6 - 2004 ACURA

HEADINGS
- INTRODUCTION
- Mode $06 Test ID by Model
- SAE J1979 Mode $06 Information by Test ID
  - EGR Flow
  - Catalyst (Bank 1)
  - Catalyst (Bank 2)
  - A/F Sensor Heater (Bank 1)
  - PHO2S Heater (Bank 1)
  - SHO2S Heater (Bank 1)
  - PHO2S Heater (Bank 2)
  - SHO2S Heater (Bank 2)
  - PCV
  - Thermostat
  - Secondary Air System
  - EVAP System
FIGURES
TABLES
- Mode $06 Test ID by Model
- DTC P0401: Test ID $01: Component ID $80
- DTC P0401: Test ID $03: Component ID $81
- DTC P0420: Test ID $04: Component ID $02
- DTC P0420: Test ID $05: Component ID $81
- DTC P0420: Test ID $06: Component ID $81
- DTC P0420: Test ID $62: Component ID $04
- DTC P0420: Test ID $07: Component ID $81
- DTC P0430: Test ID $0A: Component ID $81
- DTC P0430: Test ID $64: Component ID $04
- DTC P0135: Test ID $70: Component ID $80
- DTC P0135: Test ID $71: Component ID $00
- DTC P0135: Test ID $72: Component ID $00
- DTC P0135: Test ID $10: Component ID $85
- DTC P0135: Test ID $11: Component ID $05
- DTC P0135: Test ID $10: Component ID $88
- DTC P0135: Test ID $11: Component ID $08
- DTC P0141: Test ID $18: Component ID $85
- DTC P0141: Test ID $19: Component ID $05
- DTC P0141: Test ID $18: Component ID $86
- DTC P0141: Test ID $19: Component ID $06
- DTC P0141: Test ID $18: Component ID $89
- DTC P0141: Test ID $19: Component ID $09
- DTC P0155: Test ID $12: Component ID $85
- DTC P0155: Test ID $13: Component ID $05
- DTC P0155: Test ID $12: Component ID $88
- DTC P0155: Test ID $13: Component ID $08
- DTC P0161: Test ID $1A: Component ID $86
- DTC P0161: Test ID $1B: Component ID $06
- DTC P0161: Test ID $1A: Component ID $89
- DTC P0161: Test ID $1B: Component ID $09
- DTC P1505: Test ID $48: Component ID $00
- DTC P2279: Test ID $48: Component ID $01
- DTC P0128, P1486: Test ID $4D: Component ID $80
- DTC P0128, P1486: Test ID $4E: Component ID $80
- DTC P0128, P1486: Test ID $4F: Component ID $80
- DTC P0128, P1486: Test ID $50: Component ID $00
- DTC P0128: Test ID $4D: Component ID $81
- DTC P0128: Test ID $4E: Component ID $81
- DTC P0128: Test ID $4F: Component ID $81
- DTC P0128: Test ID $50: Component ID $01
- DTC P0128, P1486: Test ID $5C: Component ID $00
- DTC P0128, P1486: Test ID $5D: Component ID $00
- DTC P0128, P1486: Test ID $5E: Component ID $00
- DTC P0128, P1486: Test ID $5F: Component ID $00
- DTC P0410: Test ID $58: Component ID $80
- DTC P1410: Test ID $59: Component ID $00
- DTC P0411: Test ID $5A: Component ID $80
- DTC P1419: Test ID $5B: Component ID $00
- DTC P1456: Test ID $21: Component ID $83
- DTC P1456: Test ID $26: Component ID $83
- DTC P1456: Test ID $27: Component ID $83
- DTC P1456: Test ID $38: Component ID $03
- DTC P1457: Test ID $29: Component ID $83
- DTC P0497: Test ID $2D: Component ID $03
- DTC P1457: Test ID $2E: Component ID $83
- DTC P1457: Test ID $2F: Component ID $83
- DTC P1456: Test ID $3A: Component ID $83
- DTC P1456: Test ID $3B: Component ID $83
- DTC P1456: Test ID $3C: Component ID $03
- DTC P1457: Test ID $3E: Component ID $83
- DTC P0496: Test ID $81: Component ID $80
- DTC P2422: Test ID $82: Component ID $80
- DTC P2422: Test ID $8F: Component ID $80
- DTC P0497: Test ID $83: Component ID $00
- DTC P0457: Test ID $85: Component ID $00
- DTC P0455: Test ID $86: Component ID $00
- DTC P0456: Test ID $87: Component ID $00
- DTC P0497: Test ID $88: Component ID $00
- DTC P0457: Test ID $8B: Component ID $00
- DTC P0457: Test ID $8D: Component ID $00
- DTC P0442: Test ID $90: Component ID $00
- DTC P0442: Test ID $91: Component ID $80
- DTC P0442: Test ID $92: Component ID $80
- DTC P0442: Test ID $93: Component ID $00
- DTC P0456: Test ID $94: Component ID $00
- DTC P0456: Test ID $95: Component ID $80
- DTC P0456: Test ID $96: Component ID $00
- DTC P0456: Test ID $97: Component ID $00
- DTC P0456: Test ID $98: Component ID $00

2004 ENGINE PERFORMANCE

Mode 6 - Acura

INTRODUCTION

Mode 6 is designed to allow access to the results of onboard diagnostic monitoring tests of specific components/systems that are not continuously monitored. These systems include the catalytic converter, EVAP system, oxygen sensor, oxygen sensor heater, EGR system, secondary AIR system, and sometimes misfire.

Mode 6 data is output from the PCM/ECM in hexadecimal form. The $ sign indicates a hexadecimal number. Depending on the software in the scanner, the output could be displayed in hexadecimal numbers (no conversion), raw data (conversion to decimal numbers), or measurable values (applying conversion factor to raw data).

Before reading mode 6 information, ensure that the monitor for the information you are accessing has run to completion. If the monitor is not complete, the mode 6 data will not be accurate.

Mode $06 Test ID by Model

Mode $06 Test ID by Model

Monitor Test ID Test Limit Type and Comp. ID TSX 3.5 RL NSX RSX MDX TL

EGR Flow $01 $80 X X

$03 $81 X X

Catalyst (Bank 1) $04 $02 X

$05/$06 $81/$81 X X

$62 $04 X X X

Catalyst (Bank 2) $07/$0A $81/$81 X

$64 $04 X X

A/F Sensor Heater (Bank 1) $70/$71/$72 $80/$00/$00 X

PHO2S Heater (Bank 1) $10/$11 $85/$05 X

$10/$11 $88/$08 X

SHO2S Heater (Bank 1) $18/$19 $85/$05 X

$18/$19 $86/$06 X X

$18/$19 $89/$09 X X

PHO2S Heater (Bank 2) $12/$13 $85/$05 X

$12/$13 $88/$08 X

SHO2S Heater (Bank 2) $1A/$1B $86/$06 X

$1A/$1B $89/$09 X

PCV $48 $00 X

$48 $01 X X X

Thermostat $4D/$4E/$4F/$50 $80/$80/$80/$00 X X

$4D/$4E/$4F/$50 $81/$81/$81/$01 X X

$5C/$5D/$5E/$5F $00/$00/$00/$00 X

Secondary Air System $58/$59/$5A $80/$00/$80 X

$5B $00 X

EVAP System $21/$26/$27/$38 $83/$83/$83/$03 X X X

$29/$2D/2E/$2F $83/$03/83/$83 X X X

$3A/$3B/$3C $83/$83/$03 X X X

$3E $83 X X X

$81 $80 X X X

$82/$8F $80/$80 X X X

$83 $00 X

$85 $00 X

$86 $00 X

$87 $00 X

$88 $00 X X

$8B/$8D $00/$00 X X

$90/$91/$92/$93 $00/$80/$80/$00 X X

$94/$95/$96/$97 $00/$80/$00/$00 X X

$98 $00 X

SAE J1979 Mode $06 Information by Test ID

EGR Flow

DTC P0401: Test ID $01: Component ID $80

Test ID $01 Test Limit Type and Component ID $80

DTC P0401

Test Description Check EGR flow by monitoring the change in intake manifold pressure between EGR valve open and closed during fuel cut.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 1.34 (mmHg)
The lowest limit value: Output value (Decimal) x 1.34 (mmHg)
The highest limit value: Not applicable

DTC P0401: Test ID $03: Component ID $81

Test ID $03 Test Limit Type and Component ID $81

DTC P0401

Test Description Check EGR flow by monitoring the change in intake manifold pressure between EGR valve open and closed during fuel cut.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (%)
The lowest limit value: Output value (Decimal) x 0.1 (%)
The highest limit value: Not applicable

Catalyst (Bank 1)

DTC P0420: Test ID $04: Component ID $02

Test ID $04 Test Limit Type and Component ID $02

DTC P0420

Test Description Catalyst capability, monitored by measuring the fluctuation of the secondary oxygen sensor output value.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: No unit
The lowest limit value: Not applicable
The highest limit value: No unit

DTC P0420: Test ID $05: Component ID $81

Test ID $05 Test Limit Type and Component ID $81

DTC P0420

Test Description Catalyst capability monitored by OSC index. OSC index is calculated from the secondary oxygen sensor signal during the secondary oxygen sensor feedback control.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: No unit
The lowest limit value: No unit
The highest limit value: Not applicable

DTC P0420: Test ID $06: Component ID $81

Test ID $06 Test Limit Type and Component ID $81

DTC P0420

Test Description Catalyst capability monitored by the secondary oxygen sensor signal during the secondary oxygen sensor feedback control.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value x 10 (msec.)
The lowest limit value: Output value x 10 (msec.)
The highest limit value: Not applicable

DTC P0420: Test ID $62: Component ID $04

Test ID $62 Test Limit Type and Component ID $04

DTC P0420

Test Description Catalyst capability, monitored by measuring the fluctuation of the secondary oxygen sensor.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: No unit
The lowest limit value: Not applicable
The highest limit value: No unit

Catalyst (Bank 2)

DTC P0420: Test ID $07: Component ID $81

Test ID $07 Test Limit Type and Component ID $81

DTC P0420

Test Description Catalyst capability monitored by the secondary oxygen sensor signal during the secondary oxygen sensor feedback control.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value x 10 (msec.)
The lowest limit value: Output value x 10 (msec.)
The highest limit value: Not applicable

DTC P0430: Test ID $0A: Component ID $81

Test ID $0A Test Limit Type and Component ID $81

DTC P0430

Test Description Catalyst capability monitored by measuring the fluctuation of the secondly oxygen sensor output value.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: No unit
The lowest limit value: No unit
The highest limit value: Not applicable

DTC P0430: Test ID $64: Component ID $04

Test ID $64 Test Limit Type and Component ID $04

DTC P0430

Test Description Catalyst capability, monitored by measuring the fluctuation of the secondary oxygen sensor.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: No unit
The lowest limit value: Not applicable
The highest limit value: No unit

A/F Sensor Heater (Bank 1)

DTC P0135: Test ID $70: Component ID $80

Test ID $70 Test Limit Type and Component ID $80

DTC P0135

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (A)
The lowest limit value: Output value (Decimal) x 0.01 (A)
The highest limit value: Not applicable

DTC P0135: Test ID $71: Component ID $00

Test ID $71 Test Limit Type and Component ID $00

DTC P0135

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (A)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (A)

DTC P0135: Test ID $72: Component ID $00

Test ID $72 Test Limit Type and Component ID $00

DTC P0135

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater off.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (A)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (A)

PHO2S Heater (Bank 1)

DTC P0135: Test ID $10: Component ID $85

Test ID $10 Test Limit Type and Component ID $85

DTC P0135

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 26.7 (mA)
The lowest limit value: Output value x 26.7 (mA)
The highest limit value: Not applicable

DTC P0135: Test ID $11: Component ID $05

Test ID $11 Test Limit Type and Component ID $05

DTC P0135

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 26.7 (mA)
The lowest limit value: Not applicable
The highest limit value: Output value x 26.7 (mA)

DTC P0135: Test ID $10: Component ID $88

Test ID $10 Test Limit Type and Component ID $88

DTC P0135

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 9.042 (mA)
The lowest limit value: Output value (Decimal) x 9.042 (mA)
The highest limit value: Not applicable

DTC P0135: Test ID $11: Component ID $08

Test ID $11 Test Limit Type and Component ID $08

DTC P0135

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 9.042 (mA)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 9.042 (mA)

SHO2S Heater (Bank 1)

DTC P0141: Test ID $18: Component ID $85

Test ID $18 Test Limit Type and Component ID $85

DTC P0141

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 26.7 (mA)
The lowest limit value: Output value x 26.7 (mA)
The highest limit value: Not applicable

DTC P0141: Test ID $19: Component ID $05

Test ID $19 Test Limit Type and Component ID $05

DTC P0141

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 26.7 (mA)
The lowest limit value: Not applicable
The highest limit value: Output value x 26.7 (mA)

DTC P0141: Test ID $18: Component ID $86

Test ID $18 Test Limit Type and Component ID $86

DTC P0141

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 7.23 (mA)
The lowest limit value: Output value x 7.23 (mA)
The highest limit value: Not applicable

DTC P0141: Test ID $19: Component ID $06

Test ID $19 Test Limit Type and Component ID $06

DTC P0141

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 7.23 (mA)
The lowest limit value: Not applicable
The highest limit value: Output value x 7.23 (mA)

DTC P0141: Test ID $18: Component ID $89

Test ID $18 Test Limit Type and Component ID $89

DTC P0141

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (A)
The lowest limit value: Output value (Decimal) x 0.01 (A)
The highest limit value: Not applicable

DTC P0141: Test ID $19: Component ID $09

Test ID $19 Test Limit Type and Component ID $09

DTC P0141

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (A)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (A)

PHO2S Heater (Bank 2)

DTC P0155: Test ID $12: Component ID $85

Test ID $12 Test Limit Type and Component ID $85

DTC P0155

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 26.7 (mA)
The lowest limit value: Output value x 26.7 (mA)
The highest limit value: Not applicable

DTC P0155: Test ID $13: Component ID $05

Test ID $13 Test Limit Type and Component ID $05

DTC P0155

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 26.7 (mA)
The lowest limit value: Not applicable
The highest limit value: Output value x 26.7 (mA)

DTC P0155: Test ID $12: Component ID $88

Test ID $12 Test Limit Type and Component ID $88

DTC P0155

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Conversion to Engineering Units Measured value: Output value (Decimal) x 9.042 (mA)
The lowest limit value: Output value (Decimal) x 9.042 (mA)
The highest limit value: Not applicable

DTC P0155: Test ID $13: Component ID $08

Test ID $13 Test Limit Type and Component ID $08

DTC P0155

Test Description Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.

Conversion to Engineering Units Measured value: Output value (Decimal) x 9.042 (mA)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 9.042 (mA)

SHO2S Heater (Bank 2)

DTC P0161: Test ID $1A: Component ID $86

Test ID $1A Test Limit Type and Component ID $86

DTC P0161

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 7.23 (mA)
The lowest limit value: Output value x 7.23 (mA)
The highest limit value: Not applicable

DTC P0161: Test ID $1B: Component ID $06

Test ID $1B Test Limit Type and Component ID $06

DTC P0161

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 7.23 (mA)
The lowest limit value: Not applicable
The highest limit value: Output value x 7.23 (mA)

DTC P0161: Test ID $1A: Component ID $89

Test ID $1A Test Limit Type and Component ID $89

DTC P0161

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (A)
The lowest limit value: Output value (Decimal) x 0.01 (A)
The highest limit value: Not applicable

DTC P0161: Test ID $1B: Component ID $09

Test ID $1B Test Limit Type and Component ID $09

DTC P0161

Test Description Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (A)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (A)

PCV

DTC P1505: Test ID $48: Component ID $00

Test ID $48 Test Limit Type and Component ID 00$

DTC P1505

Test Description Check of PCV system by comparing the estimated intake air volume with the actual intake air volume during idle condition.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.03662 (l/min.)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.03662 (l/min.)

DTC P2279: Test ID $48: Component ID $01

Test ID $48 Test Limit Type and Component ID $01

DTC P2279

Test Description Check of PCV system by comparing the estimated intake air volume with the actual intake air volume during idle condition.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.10 (l/min.)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.10 (l/min.)

Thermostat

DTC P0128, P1486: Test ID $4D: Component ID $80

Test ID $4D Test Limit Type and Component ID $80

DTC P0128, P1486

Test Description Check of thermostat by monitoring the time interval until ECT sensor signal reaches target value.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value - 48 (°C)
The lowest limit value: Output value - 48 (°C)
The highest limit value: Not applicable

DTC P0128, P1486: Test ID $4E: Component ID $80

Test ID $4E Test Limit Type and Component ID $80

DTC P0128, P1486

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value - 48 (°C)
The lowest limit value: Output value - 48 (°C)
The highest limit value: Not applicable

DTC P0128, P1486: Test ID $4F: Component ID $80

Test ID $4F Test Limit Type and Component ID $80

DTC P0128, P1486

Test Description Check of thermostat by monitoring the time interval until ECT sensor signal reaches target value.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value - 48 (°C)
The lowest limit value: Output value - 48 (°C)
The highest limit value: Not applicable

DTC P0128, P1486: Test ID $50: Component ID $00

Test ID $50 Test Limit Type and Component ID $00

DTC P0128, P1486

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 1 (°C)
The lowest limit value: Not applicable
The highest limit value: Output value x 1 (°C)

DTC P0128: Test ID $4D: Component ID $81

Test ID $4D Test Limit Type and Component ID $81

DTC P0128

Test Description Check of thermostat by monitoring the time interval until ECT sensor signal reaches target value.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value (Decimal) - 40 (°C)
The lowest limit value: Output value (Decimal) - 40 (°C)
The highest limit value: Not applicable

DTC P0128: Test ID $4E: Component ID $81

Test ID $4E Test Limit Type and Component ID $81

DTC P0128

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value (Decimal) - 40 (°C)
The lowest limit value: Output value (Decimal) - 40 (°C)
The highest limit value: Not applicable

DTC P0128: Test ID $4F: Component ID $81

Test ID $4F Test Limit Type and Component ID $81

DTC P0128

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) - 40 (°C)
The lowest limit value: Output value (Decimal) - 40 (°C)
The highest limit value: Not applicable

DTC P0128: Test ID $50: Component ID $01

Test ID $50 Test Limit Type and Component ID $01

DTC P0128

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 1 (°C)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 1 (°C)

DTC P0128, P1486: Test ID $5C: Component ID $00

Test ID $5C Test Limit Type and Component ID $00

DTC P0128, P1486

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value x 0.0195 (V)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.0195 (V)

DTC P0128, P1486: Test ID $5D: Component ID $00

Test ID $5D Test Limit Type and Component ID $00

DTC P0128, P1486

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value x 0.0195 (V)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.0195 (V)

DTC P0128, P1486: Test ID $5E: Component ID $00

Test ID $5E Test Limit Type and Component ID $00

DTC P0128, P1486

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.0195 (V)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.0195 (V)

DTC P0128, P1486: Test ID $5F: Component ID $00

Test ID $5F Test Limit Type and Component ID $00

DTC P0128, P1486

Test Description Check of thermostat by monitoring the difference between actual ECT and predicted ECT.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 1 (°C)
The lowest limit value: Not applicable
The highest limit value: Output value x 1 (°C)

Secondary Air System

DTC P0410: Test ID $58: Component ID $80

Test ID $58 Test Limit Type and Component ID $80

DTC P0410

Test Description Check of secondary air system by monitoring the air pump electric current sensor output while the air pump is operated.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.2930 (A)
The lowest limit value: Output value x 0.2930 (A)
The highest limit value: Not applicable

DTC P1410: Test ID $59: Component ID $00

Test ID $59 Test Limit Type and Component ID $00

DTC P1410

Test Description Check of secondary air system by monitoring the air pump electric current sensor output while the air pump is operated.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.2930 (A)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.2930 (A)

DTC P0411: Test ID $5A: Component ID $80

Test ID $5A Test Limit Type and Component ID $80

DTC P0411

Test Description Check of secondary air system by monitoring the air pump electric current sensor output after the secondary air valve is opened.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.2930 (A)
The lowest limit value: Output value x 0.2930 (A)
The highest limit value: Not applicable

DTC P1419: Test ID $5B: Component ID $00

Test ID $5B Test Limit Type and Component ID $00

DTC P1419

Test Description Check of secondary air system by compare bank 1 A/F sensor output and bank 2 A/F sensor output during idle condition.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 2/ - 15
The lowest limit value: Output value x 2/ - 15
The highest limit value: Not applicable

EVAP System

DTC P1456: Test ID $21: Component ID $83

Test ID $21 Test Limit Type and Component ID $83

DTC P1456

Test Description Monitoring the fluctuation of fuel tank pressure sensor output before and after EVAP bypass solenoid valve is opened after engine starting with cold condition.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Output value x 0.488281 (mmHg)
The highest limit value: Not applicable

DTC P1456: Test ID $26: Component ID $83

Test ID $26 Test Limit Type and Component ID $83

DTC P1456

Test Description Monitoring either of:

The difference between maximum and minimum of fuel tank pressure sensor output in predetermined time after engine starting with cold condition.

The difference between the sensor output when EVAP control canister vent shut and EVAP bypass solenoid valves are opened before performing tank leak check, and the sensor output during tank leak check.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Output value x 0.488281 (mmHg)
The highest limit value: Not applicable

DTC P1456: Test ID $27: Component ID $83

Test ID $27 Test Limit Type and Component ID $83

DTC P1456

Test Description Monitoring the fluctuation of fuel tank pressure sensor output before and after the EVAP bypass solenoid valve is opened, after fuel tank pressure check is completed in predetermined time after engine starting with cold condition

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Output value x 0.488281 (mmHg)
The highest limit value: Not applicable

DTC P1456: Test ID $38: Component ID $03

Test ID $38 Test Limit Type and Component ID $03

DTC P1456

Test Description Monitoring the difference of fuel tank pressure sensor output in pressure retention mode after decompressing the fuel tank.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.488281 (mmHg)

DTC P1457: Test ID $29: Component ID $83

Test ID $29 Test Limit Type and Component ID $83

DTC P1457

Test Description Monitoring the fuel tank pressure sensor output when EVAP control canister vent shut valve is closed after releasing the pressure in EVAP vapor line.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 - 62.500000 (mmHg)
The lowest limit value: Output value x 0.488281 - 62.500000 (mmHg)
The highest limit value: Not applicable

DTC P0497: Test ID $2D: Component ID $03

Test ID $2D Test Limit Type and Component ID $03

DTC P0497

Test Description Purge flow check by monitoring fuel tank pressure sensor value while the engine is running.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 - 62.500000 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value x 0.488281 - 62.500000 (mmHg)

DTC P1457: Test ID $2E: Component ID $83

Test ID $2E Test Limit Type and Component ID $83

DTC P1457

Test Description Monitoring the fluctuation of fuel tank pressure sensor output after opening EVAP bypass solenoid valve while maintaining decompressed pressure in EVAP vapor line.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Output value x 0.488281 (mmHg)
The highest limit value: Not applicable

DTC P1457: Test ID $2F: Component ID $83

Test ID $2F Test Limit Type and Component ID $83

DTC P1457

Test Description Monitoring the fuel tank pressure sensor output when EVAP canister purge valve is closed. and EVAP bypass solenoid and EVAP canister vent shut valves are opened before decompressing pressure in EVAP vapor line.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 - 62.500000 (mmHg)
The lowest limit value: Output value x 0.488281 - 62.500000 (mmHg)
The highest limit value: Not applicable

DTC P1456: Test ID $3A: Component ID $83

Test ID $3A Test Limit Type and Component ID $83

DTC P1456

Test Description Monitoring the fluctuation of fuel tank pressure sensor before and after the EVAP bypass solenoid valve is opened after engine starting with cold condition.

Store Timing Normal judgement/

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Output value x 0.488281 (mmHg)
The highest limit value: Not applicable

DTC P1456: Test ID $3B: Component ID $83

Test ID $3B Test Limit Type and Component ID $83

DTC P1456

Test Description Monitoring the difference between the sensor output when EVAP control canister vent shut and EVAP bypass solenoid valves are opened before performing tank leak check, and the sensor output during tank leak check.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Output value x 0.488281 (mmHg)
The highest limit value: Not applicable

DTC P1456: Test ID $3C: Component ID $03

Test ID $3C Test Limit Type and Component ID $03

DTC P1456

Test Description Monitoring the valve calculated by dividing the difference of fuel tank pressure sensor output in pressure retention mode after decompressing the fuel tank by EVAP leak monitoring time.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: No unit
The lowest limit value: Not applicable
The highest limit value: No unit

DTC P1457: Test ID $3E: Component ID $83

Test ID $3E Test Limit Type and Component ID $83

DTC P1457

Test Description Monitoring the fluctuation of fuel tank pressure sensor output after opening EVAP bypass solenoid valve while maintaining decompressing pressure in EVAP vapor line.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value x 0.488281 (mmHg)
The lowest limit value: Output value x 0.488281 (mmHg)
The highest limit value: Not applicable

DTC P0496: Test ID $81: Component ID $80

Test ID $81 Test Limit Type and Component ID $80

DTC P0496

Test Description EVAP canister purge valve "stuck open" check by monitoring fuel tank pressure sensor while the engine is running.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The highest limit value: Not applicable

DTC P2422: Test ID $82: Component ID $80

Test ID $82 Test Limit Type and Component ID $80

DTC P2422

Test Description EVAP canister purge valve "stuck close" check by monitoring fuel tank pressure sensor while the engine is running.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The highest limit value: Not applicable

DTC P2422: Test ID $8F: Component ID $80

Test ID $8F Test Limit Type and Component ID $80

DTC P2422

Test Description EVAP canister purge valve "stuck close" check by monitoring fuel tank pressure sensor at engine start.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The highest limit value: Not applicable

DTC P0497: Test ID $83: Component ID $00

Test ID $83 Test Limit Type and Component ID $00

DTC P0497

Test Description Monitoring the difference of fuel tank pressure sensor value when integrated value of purge flow rate reaches more than certain level after engine starts with cold condition and then the tank is decompressed to certain level, and intake air is opened.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

DTC P0457: Test ID $85: Component ID $00

Test ID $85 Test Limit Type and Component ID $00

DTC P0457

Test Description Gross leak check of EVAP system by monitoring the fuel tank pressure sensor value while the engine is running.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

DTC P0455: Test ID $86: Component ID $00

Test ID $86 Test Limit Type and Component ID $00

DTC P0455

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor signal while EVAP system is decompression.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg)

DTC P0456: Test ID $87: Component ID $00

Test ID $87 Test Limit Type and Component ID $00

DTC P0456

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value during the soak period after the engine is turned off. (EONV)

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) / 16384
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) / 16384

DTC P0497: Test ID $88: Component ID $00

Test ID $88 Test Limit Type and Component ID $00

DTC P0497

Test Description Purge flow check by monitoring fuel tank pressure sensor value while the engine is running.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

DTC P0457: Test ID $8B: Component ID $00

Test ID $8B Test Limit Type and Component ID $00

DTC P0457

Test Description Loose fuel cap check or gross leak check of EVAP system by monitoring the fuel tank pressure sensor signal while EVAP system is decompressing.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

DTC P0457: Test ID $8D: Component ID $00

Test ID $8D Test Limit Type and Component ID $00

DTC P0457

Test Description Gross leak check of EVAP system by monitoring the fuel tank pressure sensor value after decompress mode.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

DTC P0442: Test ID $90: Component ID $00

Test ID $90 Test Limit Type and Component ID $00

DTC P0442

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value before purge started.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

DTC P0442: Test ID $91: Component ID $80

Test ID $91 Test Limit Type and Component ID $80

DTC P0442

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value while the engine is running.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The highest limit value: Not applicable

DTC P0442: Test ID $92: Component ID $80

Test ID $92 Test Limit Type and Component ID $80

DTC P0442

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value during the decompression mode.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The highest limit value: Not applicable

DTC P0442: Test ID $93: Component ID $00

Test ID $93 Test Limit Type and Component ID $00

DTC P0442

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value during the decompression mode.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg/min.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg/min.)

DTC P0456: Test ID $94: Component ID $00

Test ID $94 Test Limit Type and Component ID $00

DTC P0456

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value while the engine is running.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

DTC P0456: Test ID $95: Component ID $80

Test ID $95 Test Limit Type and Component ID $80

DTC P0456

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value during the decompression mode.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)
The highest limit value: Not applicable

DTC P0456: Test ID $96: Component ID $00

Test ID $96 Test Limit Type and Component ID $00

DTC P0456

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value during the decompression mode.

Store Timing Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg/min.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg/min.)

DTC P0456: Test ID $97: Component ID $00

Test ID $97 Test Limit Type and Component ID $00

DTC P0456

Test Description Leak check of EVAP system by monitoring the fuel tank pressure sensor value during the decompression mode.

Store Timing Normal judgement

Conversion to Engineering Units Measured value: Output value (Decimal) x 0.1 (mmHg/min.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.1 (mmHg/min.)

DTC P0456: Test ID $98: Component ID $00

Test ID $98 Test Limit Type and Component ID $00

DTC P0456

Test Description Monitoring 0.02 inch leak based on change of evaporative pressure after engine stops and an index indicated air opening failure including aberration of PTANK 0 point.

Store Timing Normal judgement/Failure judgement

Conversion to Engineering Units Measured value: Output value (Decimal) / 16384
The lowest limit value: Not Applicable
The highest limit value: Output value (Decimal) / 16384

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test: test

Test ID	$01	Test Limit Type and Component ID	$80
DTC	P0401
Test Description	Check EGR flow by monitoring the change in intake manifold pressure between EGR valve open and closed during fuel cut.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) x 1.34 (mmHg) The lowest limit value: Output value (Decimal) x 1.34 (mmHg) The highest limit value: Not applicable

Test ID	$04	Test Limit Type and Component ID	$02
DTC	P0420
Test Description	Catalyst capability, monitored by measuring the fluctuation of the secondary oxygen sensor output value.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: No unit The lowest limit value: Not applicable The highest limit value: No unit

Test ID	$0A	Test Limit Type and Component ID	$81
DTC	P0430
Test Description	Catalyst capability monitored by measuring the fluctuation of the secondly oxygen sensor output value.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: No unit The lowest limit value: No unit The highest limit value: Not applicable

Test ID	$70	Test Limit Type and Component ID	$80
DTC	P0135
Test Description	Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) x 0.01 (A) The lowest limit value: Output value (Decimal) x 0.01 (A) The highest limit value: Not applicable

Test ID	$18	Test Limit Type and Component ID	$85
DTC	P0141
Test Description	Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value x 26.7 (mA) The lowest limit value: Output value x 26.7 (mA) The highest limit value: Not applicable

Test ID	$12	Test Limit Type and Component ID	$85
DTC	P0155
Test Description	Circuit check of A/F sensor heater by monitoring the sensor output current during heater on.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value x 26.7 (mA) The lowest limit value: Output value x 26.7 (mA) The highest limit value: Not applicable

Test ID	$1A	Test Limit Type and Component ID	$86
DTC	P0161
Test Description	Circuit check of secondary oxygen sensor heater by monitoring the sensor output current during heater on.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value x 7.23 (mA) The lowest limit value: Output value x 7.23 (mA) The highest limit value: Not applicable

Test ID	$48	Test Limit Type and Component ID	00$
DTC	P1505
Test Description	Check of PCV system by comparing the estimated intake air volume with the actual intake air volume during idle condition.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value x 0.03662 (l/min.) The lowest limit value: Not applicable The highest limit value: Output value x 0.03662 (l/min.)

Test ID	$48	Test Limit Type and Component ID	$01
DTC	P2279
Test Description	Check of PCV system by comparing the estimated intake air volume with the actual intake air volume during idle condition.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value x 0.10 (l/min.) The lowest limit value: Not applicable The highest limit value: Output value x 0.10 (l/min.)

Test ID	$4D	Test Limit Type and Component ID	$80
DTC	P0128, P1486
Test Description	Check of thermostat by monitoring the time interval until ECT sensor signal reaches target value.
Store Timing	Normal judgement
Conversion to Engineering Units	Measured value: Output value - 48 (°C) The lowest limit value: Output value - 48 (°C) The highest limit value: Not applicable

Test ID	$4D	Test Limit Type and Component ID	$81
DTC	P0128
Test Description	Check of thermostat by monitoring the time interval until ECT sensor signal reaches target value.
Store Timing	Normal judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) - 40 (°C) The lowest limit value: Output value (Decimal) - 40 (°C) The highest limit value: Not applicable

Test ID	$58	Test Limit Type and Component ID	$80
DTC	P0410
Test Description	Check of secondary air system by monitoring the air pump electric current sensor output while the air pump is operated.
Store Timing	Failure judgement
Conversion to Engineering Units	Measured value: Output value x 0.2930 (A) The lowest limit value: Output value x 0.2930 (A) The highest limit value: Not applicable

Test ID	$59	Test Limit Type and Component ID	$00
DTC	P1410
Test Description	Check of secondary air system by monitoring the air pump electric current sensor output while the air pump is operated.
Store Timing	Failure judgement
Conversion to Engineering Units	Measured value: Output value x 0.2930 (A) The lowest limit value: Not applicable The highest limit value: Output value x 0.2930 (A)

Test ID	$5A	Test Limit Type and Component ID	$80
DTC	P0411
Test Description	Check of secondary air system by monitoring the air pump electric current sensor output after the secondary air valve is opened.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value x 0.2930 (A) The lowest limit value: Output value x 0.2930 (A) The highest limit value: Not applicable

Test ID	$5B	Test Limit Type and Component ID	$00
DTC	P1419
Test Description	Check of secondary air system by compare bank 1 A/F sensor output and bank 2 A/F sensor output during idle condition.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value x 2/ - 15 The lowest limit value: Output value x 2/ - 15 The highest limit value: Not applicable

Test ID	$21	Test Limit Type and Component ID	$83
DTC	P1456
Test Description	Monitoring the fluctuation of fuel tank pressure sensor output before and after EVAP bypass solenoid valve is opened after engine starting with cold condition.
Store Timing	Normal judgement
Conversion to Engineering Units	Measured value: Output value x 0.488281 (mmHg) The lowest limit value: Output value x 0.488281 (mmHg) The highest limit value: Not applicable

Test ID	$29	Test Limit Type and Component ID	$83
DTC	P1457
Test Description	Monitoring the fuel tank pressure sensor output when EVAP control canister vent shut valve is closed after releasing the pressure in EVAP vapor line.
Store Timing	Failure judgement
Conversion to Engineering Units	Measured value: Output value x 0.488281 - 62.500000 (mmHg) The lowest limit value: Output value x 0.488281 - 62.500000 (mmHg) The highest limit value: Not applicable

Test ID	$2D	Test Limit Type and Component ID	$03
DTC	P0497
Test Description	Purge flow check by monitoring fuel tank pressure sensor value while the engine is running.
Store Timing	Failure judgement
Conversion to Engineering Units	Measured value: Output value x 0.488281 - 62.500000 (mmHg) The lowest limit value: Not applicable The highest limit value: Output value x 0.488281 - 62.500000 (mmHg)

Test ID	$81	Test Limit Type and Component ID	$80
DTC	P0496
Test Description	EVAP canister purge valve "stuck open" check by monitoring fuel tank pressure sensor while the engine is running.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg) The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg) The highest limit value: Not applicable

Test ID	$82	Test Limit Type and Component ID	$80
DTC	P2422
Test Description	EVAP canister purge valve "stuck close" check by monitoring fuel tank pressure sensor while the engine is running.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg) The lowest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg) The highest limit value: Not applicable

Test ID	$85	Test Limit Type and Component ID	$00
DTC	P0457
Test Description	Gross leak check of EVAP system by monitoring the fuel tank pressure sensor value while the engine is running.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg) The lowest limit value: Not applicable The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)

Test ID	$86	Test Limit Type and Component ID	$00
DTC	P0455
Test Description	Leak check of EVAP system by monitoring the fuel tank pressure sensor signal while EVAP system is decompression.
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) x 0.1 (mmHg) The lowest limit value: Not applicable The highest limit value: Output value (Decimal) x 0.1 (mmHg)

Test ID	$87	Test Limit Type and Component ID	$00
DTC	P0456
Test Description	Leak check of EVAP system by monitoring the fuel tank pressure sensor value during the soak period after the engine is turned off. (EONV)
Store Timing	Normal judgement/Failure judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) / 16384 The lowest limit value: Not applicable The highest limit value: Output value (Decimal) / 16384

Test ID	$90	Test Limit Type and Component ID	$00
DTC	P0442
Test Description	Leak check of EVAP system by monitoring the fuel tank pressure sensor value before purge started.
Store Timing	Normal judgement
Conversion to Engineering Units	Measured value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg) The lowest limit value: Not applicable The highest limit value: Output value (Decimal) x 0.1 (mmHg) - 3276.8 (mmHg)