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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
TID $04: 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
Fig 1: MODE $05 - HO2S Output Voltage Specification Table (Rich Or Lean Stuck)
G03035780Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
Fig 2: MODE $05 - HO2S Output Voltage Specification Table (Stuck Low)
G03035781Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
Fig 3: MODE $05 - HO2S Slow Response Specification Table
G03035782Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
TID $01: CATALYST

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