2TR-FE 2.7L

HO2S HEATER BANK 1 SENSOR 2

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$42	$90	Multiply by 0.001 [A]	Maximum sensor heater current	Minimum test limit	Maximum test limit

THERMOSTAT

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$E1	$E8	Multiply by 0.1 [°C]	ECT sensor output when estimated ECT reached to malfunction criteria	Malfunction criteria	Maximum test limit

HO2S BANK 1 SENSOR 2

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$02	$07	Multiply by 0.001 [V]	Minimum sensor voltage	Minimum test limit	Maximum test limit
$02	$08	Multiply by 0.001 [V]	Maximum sensor voltage	Minimum test limit	Maximum test limit
$02	$8F	Multiply by 0.001 [g]	Maximum oxygen storage capacity	0	Maximum test limit

MISFIRE MONITOR - ALL CYLINDERS

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$A1	$0B	Multiply by 1 time	Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total	0	65535
$A1	$0C	Multiply by 1 [time]	Misfire counts for last and current driving cycles-total	0	65535

MISFIRE MONITOR - CYLINDER 1

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$A2	$0B	Multiply by 1 [time]	Exponential Weighted Moving Average misfire counts for last 10 driving cycles-total	0	65535
$A2	$0C	Multiply by 1 [time]	Misfire counts for last and current driving cycles-total	0	65535

MISFIRE MONITOR - CYLINDER 2

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$A3	$0B	Multiply by 1 [time]	Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total	0	65535
$A3	$0C	Multiply by 1 [time]	Misfire counts for last and current driving cycles-total	0	65535

MISFIRE MONITOR - CYLINDER 3

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$A4	$0B	Multiply by 1 [time]	Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total	0	65535
$A4	$0C	Multiply by 1 [time]	Misfire counts for last and current driving cycles-total	0	65535

MISFIRE MONITOR - CYLINDER 4

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$A5	$0B	Multiply by 1 [time]	Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total	0	65535
$A5	$0C	Multiply by 1 [time]	Misfire counts for last and current driving cycles-total	0	65535

CATALYST BANK 1 - ACTIVE A/F CONTROL METHOD

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$21	$A9	Multiply by 0.0003 [no dimension]	Oxygen storage capacity of catalyst	Minimum test limit for catalyst	Maximum test limit for catalyst

AIR-FUEL RATIO SENSOR CURRENT

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$01	$91	Multiply by 0.003 [mA]	Air-fuel ratio sensor current for bank 1 sensor 1	Malfunction criterion for low side rationality	Malfunction criterion for high side rationality

SECONDARY AIR INJECTION SYSTEM

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$71	$E4	Multiply by 0.01 [kPa]	Test value of air switching valve stuck ON	Minimum test limit	Maximum test limit
$71	$E5	Multiply by 0.01 FkPal	Test value of air switching valve stuck OFF	Minimum test limit	Maximum test limit

SECONDARY AIR INJECTION SYSTEM

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$71	$E2	Multiply by 0.01 [kPa]	Test value of air pump stuck ON	Minimum test limit	Maximum test limit
$71	$E3	Multiply by 0.01 [kPa]	Test value of air pump stuck OFF	Minimum test limit	Maximum test limit

AIR-FUEL RATIO SENSOR RESPONSE RATE

MID	TID	Scaling	Description of Test Value	Minimum Test Limit	Maximum Test Limit
$01	$8E	Multiply by 0.0003 [no dimension]	Response rate deterioration level for bank 1 sensor 1	Malfunction criterion for response rate deterioration	Maximum test limit

EVAP

MID

TID

Scaling

Description of Test Value

Minimum Test Limit

Maximum Test Limit

$3D

$C9

Multiply by 0.01 [kPa]

Test value for small leak (P0456) Refer to pressure D⁽¹⁾

Minimum test limit for small leak

Maximum test limit for small leak

$3D

$CA

Multiply by 0.01 [kPa]

Test value for gross leak (P0455) Refer to pressure E⁽¹⁾

Minimum test limit for gross leak

Maximum test limit for gross leak

$3D

$CB

Multiply by 0.01 [kPa]

Test value for vacuum pump stuck OFF (P2401) Refer to pressure A⁽¹⁾

Minimum test limit for vacuum pump stuck OFF

Maximum test limit for vacuum pump stuck OFF

$3D

$CD

Multiply by 0.01 [kPa]

Test value for vacuum pump stuck ON (P2402) Refer to pressure A⁽¹⁾

Minimum test limit for vacuum pump stuck ON

Maximum test limit for vacuum pump stuck ON

$3D

$CE

Multiply by 0.01 [kPa]

Test value for vent valve stuck OFF (vent) (P2420) Refer to pressure C⁽¹⁾

Minimum test limit for vent valve stuck ON

Maximum test limit for vent valve stuck ON

$3D

$CF

Multiply by 0.01 [kPa]

Test value for vent valve stuck ON (P2419) Refer to pressure A⁽¹⁾

Minimum test limit for vent valve stuck OFF

Maximum test limit for vent valve stuck OFF

$3D

$D0

Multiply by 0.01 [kPa]

Test value for 0.02 inch orifice low flow (P043E) Refer to pressure B⁽¹⁾

Minimum test limit for 0.02 inch orifice low flow

Maximum test limit for 0.02 inch orifice low flow

$3D

$D1

Multiply by 0.01 [kPa]

Test value for 0.02 inch orifice high flow (P043F) Refer to pressure A⁽¹⁾

Minimum test limit for 0.02 inch orifice high flow

Maximum test limit for 0.02 inch orifice high flow

$3D

$D4

Multiply by 0.01 [kPa]

Test value for purge VSV stuck close (P0441) Refer to pressure F⁽¹⁾

Minimum test limit for purge VSV stuck close

Maximum test limit for purge VSV stuck close

$3D

$D5

Multiply by 0.01 [kPa]

Test value for purge VSV stuck open (P0441) Refer to pressure E⁽¹⁾

Minimum test limit for purge VSV stuck open

Maximum test limit for purge VSV stuck open

$3D

$D7

Multiply by 0.01 [kPa]

Test value for purge flow (P0441) Refer to pressure G⁽¹⁾

Minimum test limit for purge flow

Maximum test limit for purge flow

⁽¹⁾	Pressures A to G are indicated as shown in the diagram below.

Fig 1: Graph - Key Off Monitor