ECU مرسدس بنز E350

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کد های PID

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نام دستورات دستور بایت صحت پکت پاسخ فرمول مقدار کمینه پارامتر مقدار بیشینه پارامتر واحد اندازه‌گیری
battery voltage 22 20 22 62 20 B[4~5]*0.023549248493 0 0 v
coolant temperature 22 20 13 62 20 B[4]*0.75-48 0 0 °C
engine speed 22 20 00 62 20 B[4~5]*0.2500038147554 0 0 rpm
gear range engaged 22 50 20 62 50 B[4] 0 0 gear range engaged
idle recognition 22 60 03 62 60 B[4]&(1<<7) 0 0 ok status
injection time,left cylinder bank 22 D0 52 62 D0 B[4~7]/1000 0 0 ms
intake manifold pressure 22 20 18 62 20 B[4~5]*0.07812619211 0 0 hpa
oil level 22 30 17 62 30 B[4]&(1<<7) 0 0 -
on/off ratio purging 22 D0 93 62 D0 B[4]*0.392156862745 0 0 %
position of exhaust camshaft of left cylinder bank 22 D0 36 62 D0 B[4~5]>32767 ? (B[4~5]-65536)*0.00781304574:B[4~5]*0.00781304574 0 0 °
position of exhaust camshaft of leftr cylinder bank 22 D0 36 62 D0 B[4~5]>32767 ? (B[4~5]-65536)*0.00781304574:B[4~5]*0.00781304574 0 0 °
position of exhaust camshaft of right cylinder bank 22 D0 37 62 D0 B[4~5]>32767 ? (B[4~5]-65536)*0.00781304574:B[4~5]*0.00781304574 0 0 °
position of intake canshaft of left cylinder bank 22 D0 38 62 D0 B[4~5]>32767 ? (B[4~5]-65536)*0.00781304574:B[4~5]*0.00781304574 0 0 °
position of intake camshaft of left cylinder bank 22 D0 38 62 D0 B[4~5]>32767 ? (B[4~5]-65536)*0.00781304574:B[4~5]*0.00781304574 0 0 °
position of intake camshaft of right cylinder bank 22 D0 39 62 D0 B[4~5]>32767 ? (B[4~5]-65536)*0.00781304574:B[4~5]*0.00781304574 0 0 °
status of air conditioning 22 50 23 62 50 B[4]&(1<<7) 0 0 on/off state
status of air conditioning 22 50 23 62 50 B[4]&(1<<7) 0 0 on/off state
y77/2(intake manifold resonance flap switchover valve) 22 D0 98 62 D0 B[4]&(1<<7) 0 0 بسته شده/بسته نشده
y77/3(intake manifold selector drum switchover valve) 22 D0 97 62 D0 B[4]&(1<<7) 0 0 بسته شده/بسته نشده
component G3/3(left oxygen sensor upstream of catalytic converter) is operational 22 61 36 62 61 B[4]&(1<<7) 0 0 ok status
component G3/3(left oxygen sensor upstream of catalytic converter)is operational 22 61 36 62 61 B[4]&(1<<7) 0 0 ok status
component G3/4(right oxygen sensor upstream of catalytic converter) is operational 22 61 35 62 61 B[4]&(1<<7) 0 0 ok status
component G3/4(right oxygen sensor upstream of catalytic converter) is operational 22 61 35 62 61 B[4]&(1<<7) 0 0 ok status
component G3/4(right oxygen sensor upstream of catalytic converter)is operational 22 61 35 62 61 B[4]&(1<<7) 0 0 ok status
lambda control upstream of left catalytic converter 22 61 30 62 61 B[4~5]*0.00003097581445029 0 0
lambda control upstream of right catalytic converter 22 61 31 62 61 B[4~5]*0.00003097581445029 0 0
lambda control upstream of right catalytic converter 22 61 31 62 61 B[4~5]*0.00003097581445029 0 0
status of lambda control upstream of left catalytic converter 22 D0 32 62 D0 B[4]&(1<<7) 0 0 on/off state
status of lambda control upstream of right catalystic converter 22 D0 32 62 D0 B[5]&(1<<7) 0 0 on/off state
component G3/5(left oxygen sensor downstream of catalytic converter)is operational 22 20 87 62 20 B[4]&(1<<7) 0 0 ok status
component G3/6(right oxygen sensor downstream of catalytic converter)is operational 22 20 86 62 20 B[4]&(1<<7) 0 0 ok status
component G3/6(right oxygen sensor downstream of catalytic converter)is operational 22 20 86 62 20 B[4]&(1<<7) 0 0 ok status
exhaust gas temperature downstream of left catalytic converter 22 63 3D 62 63 B[4~5]*0.02343801022-273.15 0 0 °C
exhaust gas temperature downstream of right catalytic converter 22 63 3C 62 63 B[4~5]*0.02343801022-273.15 0 0 °C
lambda control downstream of left CAT 22 20 85 62 20 B[4~5]*0.00003097581445029 0 0
lambda control downstream of right CAT 22 20 84 62 20 B[4~5]*0.00003097581445029 0 0
lambda control downstream of right CAT 22 20 84 62 20 B[4~5]*0.00003097581445029 0 0
voltage of left oxygen sensor downstream of TWC(KAT) 22 20 10 62 20 B[4~5]*0.004883039597-1 0 0 v
ambient pressure 22 20 40 62 20 B[4]*10 0 0 hpa
combustion engine in stratified operation 22 64 50 62 64 B[4~5]*0.00152590218 0 0 v
engine load 22 20 01 62 20 B[4~5]*0.023437857633 0 0 %
exhaust temperature in left NOx storage catalytic converter 22 63 35 62 63 B[4~5]*0.023438010223-273.13 0 0 °C
exhaust temperature in right NOx storage catalytic converter 22 63 34 62 63 B[4~5]*0.023438010223-273.13 0 0 °C
fill level of activated charocoal filter 22 62 44 62 62 B[4]>127 ? (B[4]-256)*0.4960629921:B[4]*0.4960629921 0 0
number of ignition sequences in stratified operation 22 63 85 62 63 B[4~7]*1 0 0
on/off ratio of left exhaust gas recirculation actuator 22 D0 54 62 D0 B[4~5]*0.001525902189 0 0 %
on/off ratio of right exhaust gas recirculation actuator 22 D0 53 62 D0 B[4~5]*0.001525902189 0 0 %
stratified operation 22 62 97 62 62 B[4]&(1<<7) 0 0 ok status
total number of ignition sequences 22 63 84 62 63 B[4~7]*1 0 0
control voltage of fuel injector,cylinder1 22 63 84 62 63 B[4~5]*0.010000762951 0 0 v
control voltage of fuel injector,cylinder2 22 63 20 62 63 B[4~5]*0.010000762951 0 0 v
control voltage of fuel injector,cylinder3 22 63 21 62 63 B[4~5]*0.010000762951 0 0 v
control voltage of fuel injector,cylinder4 22 63 22 62 63 B[4~5]*0.010000762951 0 0 v
control voltage of fuel injector,cylinder5 22 63 23 62 63 B[4~5]*0.010000762951 0 0 v
control voltage of fuel injector,cylinder6 22 63 24 62 63 B[4~5]*0.010000762951 0 0 v
full load detected 22 60 05 62 60 B[4]&(1<<7) 0 0 ok status
full load detection 22 60 05 62 60 B[4]&(1<<7) 0 0 ok status
injection time,right cylinder bank 22 D0 51 62 D0 B[4~6]/1000 0 0 ms
intake air temperature 22 20 14 62 20 B[4]*0.75-48 0 0 °C
oil temperature 22 20 95 62 20 B[4]*0.75-48 0 0 °C
throttle valve angle 22 D0 23 62 D0 B[4]*25.6 0 0 °
throttle valve angle 22 D0 23 62 D0 B[4]*25.6 0 0 °
knock control enable 22 62 51 62 62 B[4]&(1<<7) 0 0 °C
noise at knock sensor 22 20 06 62 20 B[4]&(1<<7) 0 0 ok status
electric charge of fuel injector,cylinder 1 22 63 03 62 63 B[4~5]*0.002 0 0
electric charge of fuel injector,cylinder 2 22 63 04 62 63 B[4~5]*0.002 0 0
electric charge of fuel injector,cylinder 3 22 63 05 62 63 B[4~5]*0.002 0 0
electric charge of fuel injector,cylinder 4 22 63 06 62 63 B[4~5]*0.002 0 0
electric charge of fuel injector,cylinder 5 22 63 07 62 63 B[4~5]*0.002 0 0
electric charge of fuel injector,cylinder 6 22 63 08 62 63 B[4~5]*0.002 0 0
B50(fuel temperature sensor) 22 20 69 62 20 B[4]*0.75-48 0 0 °C
rail pressure 22 20 6F 62 20 B[4~5]*0.005000381475 0 0 bar
rail presssure 22 20 6F 62 20 B[4~5]*0.00500038147 0 0 bar
total actuation angle of quantity control valve 22 D0 57 62 D0 B[4~5]>32767 ? (B[4~5]-65536)*0.1:B[4~5]*0.1 0 0 °
self-adjustment in idle speed range,left cylinder bank 22 60 88 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.04687490425:B[4~5]*0.04687490425 0 0 %
self-adjustment in idle speed range,right cylinder bank 22 60 87 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.04687490425:B[4~5]*0.04687490425 0 0 %
uniformity of lambda control of left cylinder bank 22 63 38 62 63 B[4~5]*0.000977035172045 0 0
uniformity of lambda control of right cylinder bank 22 63 37 62 63 B[4~5]*0.000977035172045 0 0
fuel level 22 20 30 62 20 B[4~5]*0.1000076295 0 0 L
shutoff valve of activated charcoal canister 22 D0 20 62 D0 B[4]&(1<<7) 0 0 close1/open0
tank fuel pressure differential(raw value) 22 20 28 62 20 B[4~5]*0.004883039597 0 0 v
tank pressure differential 22 20 19 62 20 B[4~5]>32767 ? (B[4~5]-65536)*0.001230123471:B[4~5]*0.001230123471 0 0 hpa
ethanol factor 22 60 50 62 60 B[4]*0.00780392156 0 0
ethanol operation 22 63 01 62 63 B[4]&(1<<7) 0 0 active/inactive state
ethanol proportion after last teach-in process 22 60 51 62 60 B[4]*0.00392156862 0 0 %
fuel quality 22 63 30 62 63 B[4]*0.00780392156 0 0
number of ethanol refueling operations 22 60 52 62 60 B[4~5]*1 0 0
fault counter of cylinder 1 22 60 11 62 60 B[4~5]*1 0 0
fault counter of cylinder 2 22 60 12 62 60 B[4~5]*1 0 0
fault counter of cylinder 3 22 60 13 62 60 B[4~5]*1 0 0
fault counter of cylinder 4 22 60 14 62 60 B[4~5]*1 0 0
fault counter of cylinder 5 22 60 15 62 60 B[4~5]*1 0 0
fault counter of cylinder 6 22 60 16 62 60 B[4~5]*1 0 0
smooth operation of cylinder 1 22 60 30 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.006316063604:B[4~5]*0.006316063604 0 0
smooth operation of cylinder 2 22 60 31 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.006316063604:B[4~5]*0.006316063604 0 0
smooth operation of cylinder 3 22 60 32 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.006316063604:B[4~5]*0.006316063604 0 0
smooth operation of cylinder 4 22 60 33 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.006316063604:B[4~5]*0.006316063604 0 0
smooth operation of cylinder 5 22 60 34 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.006316063604:B[4~5]*0.006316063604 0 0
smooth operation of cylinder 6 22 60 35 62 60 B[4~5]>32767 ? (B[4~5]-65536)*0.006316063604:B[4~5]*0.006316063604 0 0
deceleration fuel shutoff 22 60 02 62 60 B[4]&(1<<7) 0 0 ok status
position of accelerator pedal 22 20 29 62 20 B[4~5]*0.00152590218 0 0 %
voltage of signal 1 of accelerator pedal sensor 22 20 25 62 20 B[4~5]*0.00488303959 0 0 v
voltage of signal 1 of throttle valve actuator 22 40 02 62 40 B[4~5]*0.0012210269 0 0 v
voltage of signal 2 of accelerator pedal sensor 22 20 26 62 20 B[4~5]*0.00488303959 0 0 v
voltage of signal 2 of throttle valve actuator 22 40 03 62 40 B[4~5]*0.0012210269 0 0 v
voltage of right oxygen sensor downstream of TWC(KAT) 22 20 12 62 20 B[4~5]*0.00488303959-1 0 0 v
teach-in of left exhaust gas recirculation actuator performed 22 40 30 62 40 B[4]&(1<<7) 0 0 ok status
teach-in of right exhaust gas recirculation actuator performed 22 40 29 62 40 B[4]&(1<<7) 0 0 ok status
desulfurization of left NOx storage catalytic converter 22 61 56 62 61 B[4]&(1<<7) 0 0 required1/not required 0
desulfurization of right NOx storage catalyric converter 22 61 56 62 61 B[4]&(1<<7) 0 0 required1/not required 0
exhaust temperature in left NOx storage catalytic converter 22 20 15 62 20 B[4~5]*0.023438010223-273.13 0 0 °C
exhaust temperature in right NOx storage catalytic converter 22 20 16 62 20 B[4~5]*0.023438010223-273.13 0 0 °C
lambda control of left NOx sensor 22 51 09 62 51 B[4~5]*0.00024414435034714 0 0
lambda control of right NOx sensor 22 51 08 62 51 B[4~5]*0.00024414435034714 0 0
left NOx sensor 22 51 07 62 51 B[4]&(1<<7) 0 0 operational1/not operational 0
nitrogen oxide content of left NOx storage catalytic converter 22 51 13 62 51 B[4~5]>32767 ? (B[4~5]-65536)*1:B[4~5]*1 0 0
nitrogen oxide content of right NOx storage catalytic converter 22 51 12 62 51 B[4~5]>32767 ? (B[4~5]-65536)*1:B[4~5]*1 0 0
right NOx sensor 22 51 06 62 51 B[4]&(1<<7) 0 0 operational1/not operational 0
sulfer content of left NOx storage catalytic converter 22 61 54 62 61 B[4~5]*0.000579079880979 0 0 g
sulfer content of right NOx storage catalytic converter 22 61 54 62 61 B[4~5]*0.000579079880979 0 0 g
alternator ID 22 50 00 62 50 B[4~5]*1 0 0
calculated alternator torque 22 50 04 62 50 B[4~5]>32767 ? (B[4~5]-65536)*0.06249946383:B[4~5]*0.06249946383 0 0 NM
electrical fault in alternator 22 50 07 62 50 B[4]&(1<<7) 0 0 ok status
mechanical fault in alternator 22 50 08 62 50 B[4]&(1<<7) 0 0 ok status
status of circuit 61 22 50 12 62 50 B[4]&(1<<7) 0 0 ok status
fan output request by air conditioning 22 50 28 62 50 B[4]*0.01176470588 0 0 %
fan output request by air conditioning 22 50 28 62 50 B[4]*0.011764705882 0 0 %
fan run-on 22 40 04 62 40 B[4]&(1<<7) 0 0 active/inactive state
on/off ratio of fan actuation 22 D0 34 62 D0 B[4]*0.3921568627 0 0 %
air mass 22 20 07 62 20 B[4~5]*0.1 0 0 kg/h
ambient temperature 22 50 31 62 50 B[4]*0.75-48 0 0 °C
coolant temperature at engine start 22 60 01 62 60 B[4]*0.75-48 0 0 °C
correction factor for fan run-on time 22 40 05 62 40 B[4~5]>32767 ? (B[4~5]-65536)*0.003906369680:B[4~5]*0.003906369680 0 0 %
inside temperature of control unit 22 20 38 62 20 B[4]*0.75-48 0 0 °C
R48(coolant thermostat heating element) 22 D0 22 62 D0 B[4~5]*0.010009918364 0 0 %
signal voltage of component B11/4(coolant temperature sensor). 22 20 23 62 20 B[4~5]*0.0048830395 0 0 v
specified value for engine temperature 22 62 50 62 62 B[4~5]>32767 ? (B[4~5]-65536)*0.125000153190:B[4~5]*0.125000153190 0 0 °C
status of air conditioning(rear) 22 50 27 62 50 B[4]*1 0 0 %
Y15/2(heating system shutoff valve) 22 D0 30 62 D0 B[4]&(1<<7) 0 0 close1/open0
drive authorization activated 31 03 02 33 68 01 71 B[8]&(1<<3) 0 0 ok status
drive authorization initialized 31 03 02 33 68 01 71 B[8]&(1<<6) 0 0 ok status
drive authorization personalized 31 03 02 33 68 01 71 B[8]&(1<<4) 0 0 ok status
drive authorization start enable 31 03 02 33 68 01 71 B[8]&(1<<1) 0 0 ok status
self-adjustment in upper partial-load range,left cylinder bank 22 61 08 62 61 B[4~5]*0.000030975 0 0
self-adjustment in upper partial-load range,right cylinder bank 22 61 07 62 61 B[4~5]*0.000030975 0 0
adaptation of position of exhaust camshaft 22 40 08 62 40 B[4]&(1<<7) 0 0 ok status
adaptation of position of intake camshaft 22 40 09 62 40 B[4]&(1<<7) 0 0 ok status
correction factor for installation position of camshaft left exhaust 22 40 67 62 40 B[4~5]>32767 ? (B[4~5]-65536)*0.02197309966:B[4~5]*0.02197309966 0 0 °
correction factor for installation position of camshaft left intake 22 40 66 62 40 B[4~5]>32767 ? (B[4~5]-65536)*0.02197309966:B[4~5]*0.02197309966 0 0 °
correction factor for installation position of camshaft right exhaust 22 40 65 62 40 B[4~5]>32767 ? (B[4~5]-65536)*0.02197309966:B[4~5]*0.02197309966 0 0 °
correction factor for installation position of camshaft right intake 22 40 64 62 40 B[4~5]>32767 ? (B[4~5]-65536)*0.02197309966:B[4~5]*0.02197309966 0 0 °
additive correction value for air mass flow 22 64 28 62 64 B[4~5]>32767 ? (B[4~5]-65536)*0.1:B[4~5]*0.1 0 0 kg/h
conversion factor intake manifold pressure of filling capacity 22 62 70 62 62 B[4~5]*0.0000309758144502 0 0
correction factor for mass air flow 22 62 64 62 62 B[4~5]*0.00006103608758678 0 0
correction value for hot film mass air flow sensor 22 62 71 62 62 B[4~5]>32767 ? (B[4~5]-65536)*0.03906308404:B[4~5]*0.03906308404 0 0 hpa
correction value for intake manifold pressure 22 64 29 62 64 B[4~5]>32767 ? (B[4~5]-65536)*0.078124942553:B[4~5]*0.078124942553 0 0 hpa