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2AZ-FE 2.4L

TID $07: A/F SENSOR HEATER

TLT CID Unit Conversion Description of Test Data Description of Test Limit
1 $01 Multiply by 0.00017 (A) Maximum heater current Malfunction criterion for A/F sensor heater
TID $07: A/F SENSOR HEATER TEST

TLT CID Unit Conversion Description of Test Data Description of Test Limit
1 $02 Multiply by 0.00076 (A) Maximum HO2S heater current (Bank 1 Sensor 2) Malfunction criterion for HO2S heater
TID $08: THERMOSTAT

TLT CID Unit Conversion Description of Test Data Description of Test Limit
1 $01 Multiply by 0.625 and substract 40 (°C) ECT sensor output when estimated ECT has reached to malfunction criterion Malfunction criteria for thermostat
HO2S OUTPUT VOLTAGE (MINIMUM AND MAXIMUM)

TEST ID Description of TEST VALUE Conversion Factor (Unit) 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 Minimum time per one cycle of HO2S frequency that HO2S switches Lean to Rich N/A Second Less than TEST LIMIT
$32 Minimum time per one cycle of HO2S frequency that HO2S switches Rich to Lean 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 0.39 % Less than TEST LIMIT
$84 Percentage in monitoring time while HO2S voltage is higher than 0.7 V Multiply 0.39 % More than TEST LIMIT
$85 Continuous time while HO2S voltage is higher than 0.45 V Multiply 0.262 Second More than TEST LIMIT
$87 Percentage in monitoring time while HO2S voltage is higher than 0.45 V Multiply 0.39 % More than TEST LIMIT
TID $01: CATALYST - SENSOR 1 A/F SENSOR, SENSOR 2 HO2S

TLT CID Unit Conversion Description of Test Data Description of Test Limit
O $01 Multiply by 0.0078 (no dimension) Catalyst deterioration level: Determined by waveforms of A/F sensor and HO2S Malfunction criteria for catalyst deterioration
TID $06: A/F SENSOR TEST

TLT CID Unit Conversion Description of Test Data Description of Test Limit
O $01 Multiply by 0.000244 (no dimension) Parameter for identify A/F sensor response rate Malfunction threshold for A/F sensor deterioration.
TID $02: EVAP SYSTEM (KEY-OFF MONITOR)

TLT CID Unit Conversion Description of Test Data Description of Test Limit
1 $01 Multiplied by 0.0156 subtract 2 (kPa) Test value for small leak (P0456): Refer to pressure D(1) Malfunction criteria (0 kPa)
1 $02 Multiplied by 0.0156 subtract 2 (kPa) Test value for gross leak (P0455): Refer to pressure E(1) Malfunction criteria (0 kPa)
1 $03 Multiplied by 0.0156 subtract 2 (kPa) Test value for vacuum pump stuck OFF (P2401): Refer to pressure A(1) Malfunction criteria (0 kPa)
1 $04 Multiplied by 0.0156 subtract 2 (kPa) Test value for vacuum pump stuck ON (P2402): Refer to pressure A(1) Malfunction criteria (0 kPa)
1 $05 Multiplied by 0.0156 subtract 2 (kPa) Test value for vent valve stuck OFF (vent) (P2420): Refer to pressure C(1) Malfunction criteria (0 kPa)
1 $06 Multiplied by 0.0156 subtract 2 (kPa) Test value for vent valve stuck ON (closed) (P2419): Refer to pressure A(1) Malfunction criteria (0 kPa)
1 $07 Multiplied by 0.0156 subtract 2 (kPa) Test value for 0.02 inch orifice low flow (P043E): Refer to pressure B(1) Malfunction criteria (0 kPa)
1 $08 Multiplied by 0.0156 subtract 2 (kPa) Test value for 0.02 inch orifice high flow (P043F): Refer to pressure A(1) Malfunction criteria (0 kPa)
1 $11 Multiplied by 0.0156 subtract 2 (kPa) Test value for purge VSV stuck close (P0441): Refer to pressure F(1) Malfunction criteria (0 kPa)
1 $12 Multiplied by 0.0156 subtract 2 (kPa) Test value for purge VSV stuck open (P0441): Refer to pressure E(1) Malfunction criteria (0 kPa)
1 $13 Multiplied by 0.0156 subtract 2 (kPa) Test value for purge flow (P0441): Refer to pressure G(1) Malfunction criteria (0 kPa)
(1) Pressures A to G are indicated as shown in the diagram below.
Fig 1: Key Off Monitor And Purge Flow Monitor Graphical Representation
G02610826Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002