LEMON Manuals: Even more car manuals for everyone: 1960-2025
Home >> Suzuki >> 2008 >> XL7 Base, AWD >> Repair and Diagnosis >> Engine Performance >> System >> Engine General Information And Diagnosis >> General Description >> OBD System Description - Mode $06 Data Definitions
April 5, 2026: LEMON Manuals is launched! Read the announcement.

OBD System Description - Mode $06 Data Definitions

MODE $06 Data 

OBD SYSTEM DESCRIPTION CHART - MODE $06 DATA DEFINITIONS

Self diagnostic test item Test value Description Range(1) Resolution(1) Associated DTC
OBDIMID TID UASID
Oxygen Sensor Monitor Bank 1 Sensor 1 01 83 05 Dynamic Response Performance (Normalized) 0.0 to 1.999 0.0000305 / bit P0133
Oxygen Sensor Monitor Bank 1 Sensor 2 02 01 0A Rich to Lean Sensor Threshold Voltage 0.0 to 7.99 V 0.122 mv / bit -
02 02 0A Lean to Rich Sensor Threshold Voltage 0.0 to 7.99 V 0.122 mv / bit -
02 05 10 Rich to Lean Sensor Transient (Gradient) Time 0 to 65535 ms 1.0 ms / bit P013A
02 07 0A Minimum Sensor Voltage Achieved 0.0 to 7.99 V 0.122 mv / bit P0137
02 08 0A Maximum Sensor Voltage Achieved 0.0 to 7.99 V 0.122 mv / bit P0138
02 81 0A Maximum Sensor Voltage for Functional Check 0.0 to 7.99 V 0.122 mv / bit P2270
02 82 0A Minimum Sensor Voltage for Functional Check 0.0 to 7.99 V 0.122 mv / bit P2271
02 83 0A Dynamic Response Performance-Decel Fuel Cut-Off 0.0 to 7.99 V 0.122 mv / bit P2271
02 86 16 Rich to Lean Sensor Delay (Response) Time 0 to 65535 ms 10.0 ms / bit P013E
Catalyst Monitor 21 84 05 Catalyst Test Bank 1 (normalized) - EWMA EWMA  = Exponentially Weighted Moving Average 0.0 to 1.999 0.0000305 / bit P0420
EVAP Monitor (Cap Off) 39 80 81 EVAP Tank Gross Leak -32768 to +32767 1.0 / bit P0455
EVAP Monitor 0.020" 3C 80 05 EONV NV 0.020 Test - EWMA EWMA  = Exponentially Weighted Moving Average EONV  = Engine Off Natural Vacuum 0.0 to 1.999 0.0000305 / bit P0442
Purge Flow Monitor 3D 88 81 Purge Valve Flow Test - Stuck Open / Leak -32768 to +32767 1.0 / bit P0496
3D 8C 81 Canister Vent Valve Test - Stuck Closed / Restricted -32768 to +32767 1.0 / bit P0446
Oxygen Sensor Heater Monitor Bank 1 Sensor 1 41 85 16 Heater Temperature -40 to 6513.5 °C 0.1 °C per bit - 40 °C P0135
Oxygen Sensor Heater Monitor Bank 1 Sensor 2 42 81 14 Sensor Element Impedance 0 to 65535 Ohms 1 Ohm / bit P0141
Fuel System Monitor Bank 1 81 80 AF Additive Fuel (Offset) Correction -327.68 to +327.67 % 0.01 % / bit P2187, P2188
81 82 05 Multiplicative Fuel (Slope) Correction 0.0 to 1.999 0.0000305 / bit P2177, P2178
Misfire Cylinder 1 data A2 0B 24 EWMA (Exponentially Weighted Moving Average) misfire counts for the last 10 driving cycles 0 to 65535 counts 1 count / bit P0301
A2 0C 24 Misfire counts for the last / current driving cycles 0 to 65535 counts 1 count / bit P0301
Misfire Cylinder 2 data A3 0B 24 EWMA (Exponentially Weighted Moving Average) misfire counts for the last 10 driving cycles 0 to 65535 counts 1 count / bit P0302
A3 0C 24 Misfire counts for the last / current driving cycles 0 to 65535 counts 1 count / bit P0302
Misfire Cylinder 3 data A4 0B 24 EWMA (Exponentially Weighted Moving Average) misfire counts for the last 10 driving cycles 0 to 65535 counts 1 count / bit P0303
A4 0C 24 Misfire counts for the last / current driving cycles 0 to 65535 counts 1 count / bit P0303
Misfire Cylinder 4 data A5 0B 24 EWMA (Exponentially Weighted Moving Average) misfire counts for the last 10 driving cycles 0 to 65535 counts 1 count / bit P0304
A5 0C 24 Misfire counts for the last / current driving cycles 0 to 65535 counts 1 count / bit P0304
Misfire Cylinder 5 data A6 0B 24 EWMA (Exponentially Weighted Moving Average) misfire counts for the last 10 driving cycles 0 to 65535 counts 1 count / bit P0305
A6 0C 24 Misfire counts for the last / current driving cycles 0 to 65535 counts 1 count / bit P0305
Misfire Cylinder 6 data A7 0B 24 EWMA (Exponentially Weighted Moving Average) misfire counts for the last 10 driving cycles 0 to 65535 counts 1 count / bit P0306
A7 0C 24 Misfire counts for the last / current driving cycles 0 to 65535 counts 1 count / bit P0306
(1) Source information is ISO-15031-5