3MZ-FE 3.3L
TID $07: A/F Sensor Heater
| TLT | CID | Unit Conversion | Description of Test Value | Description of Test Limit |
|---|---|---|---|---|
| 1 | $01 | Multiply by 0.00017 (A) | Maximum A/F sensor heater current (bank 1) | Malfunction criterion |
| 1 | $10 | Multiply by 0.00017 (A) | Maximum A/F sensor heater current (bank 2) | Malfunction criterion |
HO2S Heater
| TLT | CID | Unit Conversion | Description of Test Value | Description of Test Limit |
|---|---|---|---|---|
| 1 | $02 | Multiply by 0.000076 (A) | Maximum HO2S heater current (bank 1 sensor 2) | Malfunction criterion |
| 1 | $20 | Multiply by 0.000076 (A) | Maximum HO2S heater current (bank 2 sensor 2) | Malfunction criterion |
TID $08: Thermostat
| TLT | CID | Unit Conversion | Description of Test Value | Description of Test Limit |
|---|---|---|---|---|
| 1 | $01 | Multiply by 0.625 and subtract 40 (°C) | ECT sensor output when estimated ECT reaches malfunction criterion | Malfunction criterion |
O2S Test result table
| TEST ID/COMP ID | Description of TEST VALUE | Conversion Factor | Unit | Standard Value |
|---|---|---|---|---|
| $07 | Minimum HO2S voltage | N/A | V | Less than TEST LIMIT |
| $08 | Maximum HO2S voltage | N/A | V | More than TEST LIMIT |
| $31 | Average time per one-cycle of HO2S frequency that HO2S switches Rich to Lean | N/A | Second | Less than TEST LIMIT |
| $32 | Average time per one-cycle of HO2S frequency that HO2S switches Lean to Rich | N/A | Second | Less than TEST LIMIT |
| $37 | Time until HO2S voltage drops to 0.2 V during fuel-cut | N/A | Second | Less than TEST LIMIT |
| $81 | Percentage in monitoring time while HO2S voltage is lower than 0.05 V | Multiply by 0.39 | % | Less than TEST LIMIT |
| $84 | Percentage in monitoring time while HO2S voltage is higher than 0.7 V | Multiply by 0.39 | % | Less than TEST LIMIT |
| $85 | Continuous time while HO2S voltage is higher than 0.45 V | Multiply by 0.262 | Second | Less than TEST LIMIT |
| $87 | Percentage in monitoring time while HO2S voltage is higher than 0.45 V | Multiply by 0.39 | % | More than TEST LIMIT |
TID $01: Catalyst Using A/F Sensor and HO2S
| TLT | CID | Unit Conversion | Description of Test Value | Description of Test Limit |
|---|---|---|---|---|
| 0 | $01 | Multiply by 0.0078 (no dimension) | Catalyst deterioration level bank 1: Determined by waveform of A/F sensor and HO2S | Malfunction criterion |
| 0 | $02 | Multiply by 0.0078 (no dimension) | Catalyst deterioration level bank 2: Determined by waveform of A/F sensor and HO2S | Malfunction criterion |
TID $02: EVAP LEVII Vacuum Monitor
| TLT | CID | Unit Conversion | Description of Test Value | Description of Test Limit |
|---|---|---|---|---|
| 1 | $01 | Multiply by 0.183 (mmHg) | Test value of EVAP VSV stuck closed: Determined by fuel tank pressure change during vacuum introduction | Malfunction criterion |
| 0 | $02 | Multiply by 0.0655 (Seconds) | Test value of EVAP VSV stuck open: Determined by abnormal state continuation time | Malfunction criterion |
| 0 | $03 | Multiply by 0.0655 (Seconds) | Test value of canister closed valve (CCV): Determined by abnormal state continuation time | Malfunction criterion |
| 0 | $04 | Multiply by 0.0458 (mmHg) | Test value of 0.04 inch leak: Determined by fuel tank pressure change | Malfunction criterion |
| 0 | $05 | Multiply by 0.0458 (mmHg) | Test value of 0.02 inch leak: Determined by fuel tank pressure change | Malfunction criterion |
TID $06: A/F Sensor
| TLT | CID | Unit Conversion | Description of Test Value | Description of Test Limit |
|---|---|---|---|---|
| 0 | $01 | Multiply by 0.000244 (No dimension) | Parameter for identify A/F sensor response rate (bank 1) | Malfunction criterion |
| 0 | $11 | Multiply by 0.000244 (No dimension) | Parameter for identify A/F sensor response rate (bank 2) | Malfunction criterion |