Module 01 Engine Group 001 idle speed | coolant temp | O2 sensor | adjust for basic 002 idle speed | engine load | inj period | air mass in 003 idle speed | air mass in | throttle angle | ignition angle 004 idle speed | ECM voltage | coolant temp | intake temp 005 idle speed | engine load | vehicle speed | oper condition idle 006 idle speed | engine load | intake temp | Hi correc factor 008 absolute pressure 010 idle speed | engine load | throttle angle | ignition angle 011 RPM | temperature | temp | ignition timing 014 engine speed | engine load | misfire counter | misfire recognition 015 Cyl 1 count | Cyl 2 count | Cyl 3 count | misfire recognition 016 Cyl 4 count | misfire recognition 018 RPM | RPM | load | load 020 idle stabilisation | idle stabilisation | idle stabilisation | idle stabilisation 021? Eng speed 700-6800 | eng load 15-150% T | retard1 0.75-12Kw time | retard 2 0.75-12kw 023 Eng speed 700-6800 | eng load 15-150% T | retard3 0.75-12kw time | retard 4 0.75-12kw 026 voltage | voltage | voltage | voltage 028 eng speed 700-6800 eng load 15-150% coolant tmp 80-110C knock sensor 030 pre cat O2 post cat O2 031 lambda factor lambda factor 032 idle O2adapt-10-10% run O2adapt -10-10% 033 pre catO2reg-10-10% pre catO2V 0-1V 034 eng speed 700-6800 | Cat temp 350-500C | PreC O2durat <=3.3s | preC O2 age B1-S1 OK 036 postC O2V 0-1V | postC O2 test | B1-S1ok 037 Engine load 12-30% postC O2V 0.1-0.9V postC O2dwell-1200-1200ms result sys OK 041 pre C O2 Heat on/off postC o2heat on/off 043 eng 1800-2200RPM cat temp >=300C postC O2V 0.1-0.9V postC O2test B1-S1 OK 046 eng 1800-2200RPM cat temp >=400C aruplit ratio cat test cat B1 OK 050 idle speed 700-820 spec idle 760RPM A/C cond high/low a/c compress on/off 051 RPM RPM Count Voltage 053 RPM RPM Voltage Load 054 eng 700-2520RPM operat cond idle etc throt poss 0-100% throttle angle 0-100% 055 idle 700-820RPM idle contr-4.3-12.2% idle adaptat-6-6%(AC)-3-3% operat cond Xxxxx 056 idle 700-820RPM spec idle 760RPM idle contr -4.3-12.2% operat cond Xxxxx 060 Thrott Sens1 8-60% Throttle sensor2 60-94% Adap step cnt 0-8 Operat cond Xxxxx 061 eng 700-6800RPM throttle voltage 12-15V throttle pos 0-100% Operat cond Xxxx 062 Throt sens1 3-93% Throtle sensor2 97-3% throttle pos 12-97% sender2 TPS 4-49% 063 Duty cycle 064 Voltage voltage voltage voltage 066 vehicle speed MPH brake position 1000 cruise speed cruise switch 070 evap duty cycle TWO2deviate-23-7%/7-23% TW Test 071 emiss read fault message diag status measure done diag test sys OK 077 eng 700-6800RPM air mass in 5.0-12.0g/s secondary air 2.0-5.0g/s diag test sys ok 089 distance w/mil tank empty 090 RPM idle stabilisation 091 RPM load idle stabilisation 093 RPM load 094 RPM 099 idle 700-820RPM coolant temp 80-110C pre catO2 reg -10-10% O2 sens cond lambda off/on 100 ready cycle coolant temp 80-110C running time diag status 101 RPM load ign on time mass flow 102 RPM temperature temp inject on time 104 Temp 107 idle 700-820RPM O2 control -23-23% diagnostic sys OK 110 RPM temp inj on time load 111 RPM range n/a RPM range n/a RPM range n/a RPM range n/a 113 idle 700-820RPM eng load 15-25% throttle drive 0-100% air pressure 500-1200mbar 114 eng load <=150% correc load <=150% engine load 15-150% ypas dut cyc/0-100% 115 eng 700-6800rpm eng load 15-150% spec boost 990-1800mbar actual boost <=1800mbar 116 eng 700-6800rpm fuel correct factor 0-20% air correc factor 0-20% 117 eng 700-6800rpm throttle pos 0-100% throttle drive 0-100% spec boost 990-1800mbar 118 eng 700-6800 air temp in <=110C boost duty cycle 0-100% actual boost <=1800mbar 119 “” “” charge limit n/a boost duty cycle 0-100% actual boost <=1800mbar 120 “” “” spec load 0-399Nm curr load 0-260Nm ASR status active yes/no 122 RPM Torque torque 125 ABS status ABS1 instrument cluster combi 1 126 airbag 1 190-199 1 2 3 4 5 6 7 8 9 10 201 count mileage mileage count 202 bin bits time time count 203 temperature load rpm voltage 204 load lambda lambda lambda 205 lambda lambda 206 mass flow mass flow no units absolute pressure 207 RPM load inj on time inj on time 208 load load count 209 lambda lambda lambda lambda 210 no units no units no units no units 211 RPM load load absolute pressure 212 idle stabilisation idle stabilisation duty cycle 213 RPM load lambda factor lambda factor 214 lambda factor lambda factor lambda factor temperature 215 rpm load absolute pressure idle stabilisation 216 idle stabilis idle stabilis idle stabilis idle stabilis 217 idle stabilis lambda load 218 load lambda lambda load 242 time time time 244 bin bits bin bits bin bits bin bits 246 RPM lambda mass flow 248 resistance temperature bin bits 249 difference no units time lambda factor 250 bin bits 254 count