Mode 6 - 2005 Scion: XB
O2S TEST RESULT
| TestID | Test Item | Description | Unit Conversion | Unit | Standard Value |
|---|---|---|---|---|---|
| $81 | Time $81 | Percentage of monitoring time when HO2S voltage was below 0.05 V | Multiply by 0.3906 | % | Within 60 % |
O2S HEATER TEST RESULT
| Test ID | Test Item | Test Value | Unit Conversion | Unit | Test Limit |
|---|---|---|---|---|---|
| $04 | $81 to $82 | Maximum HO2 sensor heater current | Multiply by 0.000076 | A | Maximum threshold heater current to detect HO2 sensor heater circuit malfunction |
THERMOSTAT TEST RESULT
| Test ID | Test Item | Test Value | Unit Conversion | Unit | Test Limit |
|---|---|---|---|---|---|
| $08 | Thermostat | ECT sensor output | Multiply by 0.625 and minus 40 | °C | Malfunction criteria for thermostat |
O2S TEST RESULT
| Test ID | Test Items | Descriptions | Unit Conversion | Units | Standard Values |
|---|---|---|---|---|---|
| $07 | HO2 sensor (sensor 1) | Minimum HO2 sensor (sensor 1) voltage | Multiply by 0.005 | V | Less than maximum TEST LIMIT |
| $08 | HO2 sensor (sensor 1) | Maximum HO2 sensor (sensor 1) voltage | Multiply by 0.005 | V | More than minimum TEST LIMIT |
| $81 | HO2 sensor (sensor 1) | Continuous time that HO2 sensor (sensor 1) voltage outside operating range | Multiply by 0.001 | Second | Less than maximum TEST LIMIT |
O2S TEST RESULT (MODE 05 DATA)
| TEST ID | Description of TEST DATA | Conversion Factor | Unit | Standard |
|---|---|---|---|---|
| $03 | Low sensor voltage for switch time calculation (constant) | Multiply by 0.005 | V | Same as TEST LIMIT. |
| $04 | High sensor voltage for switch time calculation (constant) | Multiply by 0.005 | V | Same as TEST LIMIT. |
| $31 | Average of Rich to Lean response time | Multiply by 0.04096 | Second | Between minimum and maximum TEST LIMIT. |
| $32 | Average of Rich to Lean response time | Multiply by 0.04096 | Second | Between minimum and maximum TEST LIMIT. |
| $38 | Average time per cycle of HO2 sensor voltage | Multiply by 0.04096 | Second | Between minimum and maximum TEST LIMIT. |
O2S TEST RESULT (MODE 05 DATA)
| Test IDs | Test Items | Unit Conversion | Units | Standard Values |
|---|---|---|---|---|
| $07 | Minimum HO2 sensor (sensor 1) voltage | Multiply by 0.005 | Volt | Less than maximum TEST LIMIT |
| $08 | Maximum HO2 sensor (sensor 1) voltage | Multiply by 0.005 | Volt | More than minimum TEST LIMIT |
| $31 | Average time for HO2 sensor (sensor 1) output to switch from Lean to Rich | Multiply by 0.04096 | Second | Less than maximum TEST LIMIT |
| $32 | Average time for HO2 sensor (sensor 1) output to switch from Rich to Lean | Multiply by 0.04096 | Second | Less than maximum TEST LIMIT. |
| $37 | Time until HO2 sensor voltage drops to 0.2 V during fuel-cut | Multiply by 0.04096 | Second | Less than maximum TEST LIMIT |
| $39 | Switch time for HO2 sensor voltage to drop from 0.35 V to 0.2 V during fuel-cut | Multiply by 0.04096 | Second | Less than maximum TEST LIMIT |
| $81 | Percentage of monitor time that HO2 sensor (sensor 2) voltage below 0.05V | Multiply by 0.390 | % | Less than TEST LIMIT |
| $84 | Percentage of monitor time that HO2 sensor (sensor 2) voltage 0.7 V or more | Multiply by 0.390 | % | More than TEST LIMIT |
| $85 | Continuous time that HO2 sensor (sensor 2) voltage 0.45 V or more | Multiply by 0.26214 | Second | More than TEST LIMIT |
| $87 | Percentage of monitor time that HO2 sensor (sensor 2) voltage 0.45 V or more | Multiply by 0.390 | % | More than TEST LIMIT |
CATALYST TEST RESULT
| Test ID | Test Item | Test Value | Unit Conversion | Unit | Test Limit |
|---|---|---|---|---|---|
| $01 | TWC | Ratio of sensors 1 and 2 locus lengths and those of catalyst malfunction criteria | Multiply by 0.003906 | - | Malfunction criteria for catalyst deterioration |
EVAP TEST RESULTS
| Test ID | Comp ID | Description of Test Data | Description of Test Limit | Unit | Conversion Factor |
|---|---|---|---|---|---|
| $02 | $81 | VSV for EVAP closed malfunction: Fuel tank pressure change value during vacuum introduction, when EVAP system closed. VSV for EVAP open malfunction: Fuel tank pressure change value when canister close valve closed, while VSV for EVAP not operating. |
Malfunction criteria for the VSV for EVAP | mmHg | Multiply by 0.0916 |
| $02 | $82 | Fuel tank pressure change value when VSV for EVAP switched from closed to open. | Malfunction criteria for canister close valve | mmHg | Multiply by 0.0458 minus 2.930 |
| $02 | $03 | Fuel tank pressure changes 5 seconds after vacuum introduction cycle has finished. Condition: VSV for EVAP: Closed VSV for CCV: Closed |
Malfunction criteria for vapor leak from the 0.040 inch hole | mmHg | Multiply by 0.0458 |
| $02 | $04 | Fuel tank pressure changes 5 seconds after vacuum introduction cycle has finished. Conditions: VSV for EVAP: Closed VSV for CCV: Closed |
Malfunction criteria for vapor leak from the 0.020 inch hole | mmHg | Multiply by 0.0458 |