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LS 430

HO2S BANK 1 SENSOR 1 HEATER

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$41 $90 Multiply by 0.001 [A] Maximum sensor heater current Minimum test limit Maximum test limit
HO2S BANK 1 SENSOR 2 HEATER

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
HO2S BANK 2 SENSOR 1 HEATER

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$45 $90 Multiply by 0.001 [A] Maximum sensor heater current Minimum test limit Maximum test limit
HO2S BANK 2 SENSOR 2 HEATER

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$46 $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 1

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$01 $03 Multiply by 0.001 [V] Sensor voltage to define sensor status is Lean that is defined when sensor voltage is lower than this value Sensor voltage to define sensor status is Lean Sensor voltage to define sensor status is Lean
$01 $04 Multiply by 0.001 [V] Sensor voltage to define sensor status is Rich that is defined when sensor voltage is lower than this value Sensor voltage to define sensor status is Rich Sensor voltage to define sensor status is Rich
$01 $05 Multiply by 0.001 [seconds] Rich to Lean switch time Minimum test limit Maximum test limit
$01 $06 Multiply by 0.001 [seconds] Lean to Rich switch time Minimum test limit Maximum test limit
$01 $07 Multiply by 0.005 [V] Minimum sensor voltage 0 V Malfunction criterion
$01 $08 Multiply by 0.005 [V] Maximum sensor voltage Malfunction criterion 1.0 V
$01 $81 Multiply by 0.001 [seconds] Duration while sensor voltage stuck Lean or Rich 0 Malfunction criterion
$01 $82 Multiply by 0.001 [seconds] Duration of one sensor frequency Minimum test limit Maximum test limit
HO2S BANK 2 SENSOR 1

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$05 $03 Multiply by 0.001 [V] Sensor voltage to define sensor status is Lean that is defined when sensor voltage is lower than this value Sensor voltage to define sensor status is Lean Sensor voltage to define sensor status is Lean
$05 $04 Multiply by 0.001 [V] Sensor voltage to define sensor status is Rich that is defined when sensor voltage is lower than this value Sensor voltage to define sensor status is Rich Sensor voltage to define sensor status is Rich
$05 $05 Multiply by 0.001 [seconds] Rich to Lean switch time Minimum test limit Maximum test limit
$05 $06 Multiply by 0.001 [seconds] Lean to Rich switch time Minimum test limit Maximum test limit
$05 $07 Multiply by 0.005 [V] Minimum sensor voltage 0 V Malfunction criterion
$05 $08 Multiply by 0.005 [V] Maximum sensor voltage Malfunction criterion 1.0 V
$05 $81 Multiply by 0.001 [seconds] Duration while sensor voltage stuck Lean or Rich 0 Malfunction criterion
$05 $82 Multiply by 0.001 [seconds] Duration of one sensor frequency Minimum test limit Maximum test limit
HO2S BANK 1 SENSOR 2

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$02 $05 Multiply by 0.001 [seconds] Rich to Lean switch time 0 Malfunction criterion
$02 $06 Multiply by 0.001 [seconds] Lean to Rich switch time 0 Malfunction criterion
$02 $07 Multiply by 0.005 [V] Minimum sensor voltage Minimum test limit Maximum test limit
$02 $08 Multiply by 0.005 [V] Maximum sensor voltage Minimum test limit Maximum test limit
$02 $84 Multiply by 0.01526 [%] Percentage in monitor time when sensor voltage was lower than 0.05 V 0 Malfunction criterion
$02 $85 Multiply by 0.01526 [%] Percentage in monitor time when sensor voltage was higher than 0.7 V Malfunction criterion 65,535
$02 $86 Multiply by 0.1 [seconds] Duration while sensor voltage was higher than 0.7 V 0 65,535
$02 $87 Multiply by 0.01526 [%] Percentage in monitor time when sensor voltage was higher than 0.45 V Minimum test limit 65,535
$02 $88 Multiply by 0.1 [seconds] Cumulative time that sub-feedback compensation factor remained 7 % or more 0 Malfunction criterion
$02 $89 Multiply by 0.01526 [%] Percentage in monitor time when sub-feedback compensation factor remained 0.05 V or more 0 Malfunction criterion
$02 $8A Multiply by 1 [time] Frequency of sensor switching 0 Malfunction criterion
$02 $8B Multiply by 0.001 [seconds] 0.35 V to 0.2 V sensor switch time 0 Maximum test limit
$02 $8D Multiply by 0.001 [seconds] Duration that sensor voltage dropped to 0.2 V during fuel-cut 0 Malfunction criterion
$02 $8F Multiply by 0.001 [g] Maximum oxygen storage capacity 0 Maximum test limit
HO2S BANK 2 SENSOR 2

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$06 $05 Multiply by 0.001 [seconds] Rich to Lean switch time 0 Malfunction criterion
$06 $06 Multiply by 0.001 [seconds] Lean to Rich switch time 0 Malfunction criterion
$06 $07 Multiply by 0.005 [V] Minimum sensor voltage Minimum test limit Maximum test limit
$06 $08 Multiply by 0.005 [V] Maximum sensor voltage Minimum test limit Maximum test limit
$06 $84 Multiply by 0.01526 [%] Percentage in monitor time when sensor voltage was lower than 0.05 V 0 Malfunction criterion
$06 $85 Multiply by 0.01526 [%] Percentage in monitor time when sensor voltage was higher than 0.7 V Malfunction criterion 65,535
$06 $86 Multiply by 0.1 [seconds] Duration while sensor voltage was higher than 0.7 V 0 65,535
$06 $87 Multiply by 0.01526 [%] Percentage in monitor time when sensor voltage was higher than 0.45 V Minimum test limit 65,535
$06 $88 Multiply by 0.1 [seconds] Cumulative time that sub-feedback compensation factor remained 7 % or more 0 Malfunction criterion
$06 $89 Multiply by 0.01526 [%] Percentage in monitor time when sub-feedback compensation factor remained 0.05 V or more 0 Malfunction criterion
$06 $8A Multiply by 1 [time] Frequency of sensor switching 0 Malfunction criterion
$06 $8B Multiply by 0.001 [seconds] 0.35 V to 0.2 V sensor switch time 0 Maximum test limit
$06 $8D Multiply by 0.001 [seconds] Duration that sensor voltage dropped to 0.2 V during fuel-cut 0 Malfunction criterion
$06 $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 65,535
$A1 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
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 65,535
$A2 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
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 65,535
$A3 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
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 65,535
$A4 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
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 65,535
$A5 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
MISFIRE MONITOR - CYLINDER 5

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$A6 $0B Multiply by 1 [time] Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total 0 65,535
$A6 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
MISFIRE MONITOR - CYLINDER 6

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$A7 $0B Multiply by 1 [time] Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total 0 65,535
$A7 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
MISFIRE MONITOR - CYLINDER 7

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$A8 $0B Multiply by 1 [time] Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total 0 65,535
$A8 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
MISFIRE MONITOR - CYLINDER 8

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$A9 $0B Multiply by 1 [time] Exponential Weighted Moving Average misfire counts for last 10 driving cycles - total 0 65,535
$A9 $0C Multiply by 1 [time] Misfire counts for last and current driving cycles - total 0 65,535
CATALYST BANK 1 - USING HO2S ON SENSOR 1 AND 2

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$21 $A1 Multiply by 0.0003 [no dimension] Locus length ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$21 $A2 Multiply by 0.0003 [no dimension] Voltage area ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$21 $A3 Multiply by 0.0003 [no dimension] Locus length ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$21 $A4 Multiply by 0.0003 [no dimension] HO2S frequency ratio of sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$21 $A5 Multiply by 0.0003 [no dimension] Locus length ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$21 $A6 Multiply by 0.0003 [no dimension] Voltage area ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
CATALYST BANK 2 - USING HO2S ON SENSOR 1 AND 2

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$22 $A1 Multiply by 0.0003 [no dimension] Locus length ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$22 $A2 Multiply by 0.0003 [no dimension] Voltage area ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$22 $A3 Multiply by 0.0003 [no dimension] Locus length ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$22 $A4 Multiply by 0.0003 [no dimension] HO2S frequency ratio of sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$22 $A5 Multiply by 0.0003 [no dimension] Locus length ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
$22 $A6 Multiply by 0.0003 [no dimension] Voltage area ratio of HO2S sensor 1 and sensor 2 Minimum test limit for catalyst Maximum test limit for catalyst
EVAP - VACUUM MONITOR

MID TID Scaling Description of Test Value Minimum Test Limit Maximum Test Limit
$3B $C1 Multiply by 0.01 [kPa] Test value of 0.02 inch leak: Determined by fuel tank pressure change at 0.02 inch leak check Minimum test limit for 0.02 inch leak Maximum test limit for 0.02 inch leak
$3C $C2 Multiply by 0.01 [kPa] Test value of 0.04 inch leak: Determined by fuel tank pressure change at 0.04 inch leak check Minimum test limit for 0.04 inch leak Maximum test limit for 0.04 inch leak
$3D $C6 Multiply by 0.001 [kPa] Test value of purge VSV: Determined by fuel tank pressure change during vacuum introduction Minimum test limit for purge VSV Maximum test limit for purge VSV
$3D $C7 Multiply by 0.001 [kPa] Test value of Canister Closed Valve (CCV): Determined by fuel tank pressure change at switching over CCV Minimum test limit for CCV Maximum test limit for CCV
$3D $C8 Multiply by 0.001 [kPa] Test value of bypass VSV: Determined by fuel tank pressure change at switching over bypass VSV Minimum test limit for bypass VSV Maximum test limit for bypass VSV
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