ECU کیا کادنزا 2011

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نسخهٔ تاریخ ‏۱۹ نوامبر ۲۰۲۴، ساعت ۰۸:۳۴ توسط Ecu admin (بحث | مشارکت‌ها) (صفحه‌ای تازه حاوی «== کد های PID == === فایل های JSON حاوی PID ها === * [https://dl.sisoog.com/ecu/55677.json اطلاعات ECU کیا کادنزا 2011] === برخی از کد های PID === {| class="wikitable" |نام دستورات |دستور |بایت صحت پکت پاسخ |فرمول |مقدار کمینه پارامتر |مقدار بیشینه پارامتر |واحد اندازه‌گیری |- |A/C compressor on by E...» ایجاد کرد)
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کد های PID

فایل های JSON حاوی PID ها

برخی از کد های PID

نام دستورات دستور بایت صحت پکت پاسخ فرمول مقدار کمینه پارامتر مقدار بیشینه پارامتر واحد اندازه‌گیری
A/C compressor on by ECU 21 03 61 03 B[10]&(1<<6) 0 0 on/off state
A/C on condition 21 03 61 03 B[9]&(1<<4) 0 0 on/off state
A/C switch 21 03 61 03 B[9]&(1<<3) 0 0 on/off state
A/con pressure sensor built-in 21 03 61 03 B[7]&(1<<3) 0 0 on/off state
acceleration pedal position closed(idle) 21 03 61 03 B[9]&(1<<2) 0 0 on/off state
alternator PWM built-in 21 03 61 03 B[7]&(1<<5) 0 0 on/off state
engine cooling fan 1 status 21 03 61 03 B[10]&(1<<4) 0 0 on/off state
engine cooling fan 2 status 21 03 61 03 B[10]&(1<<3) 0 0 on/off state
fuel level sensor built-in 21 03 61 03 B[9]&(1<<0) 0 0 on/off state
fuel tank press sensor built-in 21 03 61 03 B[9]&(1<<1) 0 0 on/off state
ignition switch on 21 03 61 03 B[10]&(1<<1) 0 0 on/off state
immobilizer built-in 21 03 61 03 B[7]&(1<<6) 0 0 on/off state
leaded fuel pack(option) 21 03 61 03 B[8]&(1<<7) 0 0 on/off state
MAF sensor built-in 21 03 61 03 B[7]&(1<<1) 0 0 on/off state
malfunction indicator lamp(mil) 21 03 61 03 B[10]&(1<<7) 0 0 on/off state
MAP sensor built-in 21 03 61 03 B[7]&(1<<2) 0 0 on/off state
MEC set to 0 21 03 61 03 B[10]&(1<<2) 0 0 on/off state
variable cam shaft pack 21 03 61 03 B[7]&(1<<7) 0 0 on/off state
variant coding 21 03 61 03 B[9]&(1<<7) 0 0 کدينگ متغير
VSS signal from vehicle speed sensor installed on TM 21 03 61 03 B[8]&(1<<0) 0 0 on/off state
WSS signal from ABS 21 03 61 03 B[8]&(1<<2) 0 0 on/off state
WSS signal from FR wheel speed sensor 21 03 61 03 B[8]&(1<<1) 0 0 on/off state
A/C pressure 21 06 61 06 B[69]B[68]*0.1250000762951-4096 0 0 kPa
accel.pedal voltage 1 21 06 61 06 B[9]B[8]*0.004882887006 0 0 v
accel.pedal voltage 2 21 06 61 06 B[11]B[10]*0.004882887006 0 0 v
acceleration pedal position sensor 21 06 61 06 B[7]*0.39062745098 0 0 %
APS 1 normalized 21 06 61 06 B[12]*0.39215686274 0 0 %
APS 2 normalized 21 06 61 06 B[13]*0.39215686274 0 0 %
baro 21 06 61 06 B[42]*1 0 0 kPa
distance after MIL on 21 06 61 06 B[84]B[83]*1 0 0 km
ETC motor duty cycle and direction 21 06 61 06 B[65]*0.7812549019607-100 0 0 %
ex-cam bank 1 actual position 21 06 61 06 B[88]B[87]*0.0078124666208-256 0 0 °
ex-cam bank 1 desired position 21 06 61 06 B[86]B[85]*0.0078124666208-256 0 0 °
ex-cam bank 2 actual position 21 06 61 06 B[92]B[91]*0.0078124666208-256 0 0 °
ex-cam bank 2 desired position 21 06 61 06 B[90]B[89]*0.0078124666208-256 0 0 °
ex-cam phaser 1 duty cycle 21 06 61 06 B[93]*0.39215686274 0 0 %
ex-cam phaser 2 duty cycle 21 06 61 06 B[94]*0.39215686274 0 0 %
in-cam bank 1 actual position 21 06 61 06 B[74]B[73]*0.007812466620-256 0 0 °
in-cam bank 1 desired position 21 06 61 06 B[72]B[71]*0.007812466620-256 0 0 °
in-cam bank 2 actual position 21 06 61 06 B[78]B[77]*0.007812466620-256 0 0 °
in-cam bank 2 desired position 21 06 61 06 B[76]B[75]*0.007812466620-256 0 0 °
in-cam phaser 1 duty cycle 21 06 61 06 B[79]*0.39215686274 0 0 %
in-cam phaser 2 duty cycle 21 06 61 06 B[80]*0.39215686274 0 0 %
oxygen sensor heater current-bank1/sensor 1 21 06 61 06 B[46]B[45]*0.001953002212 0 0 A
oxygen sensor heater current-bank1/sensor 2 21 06 61 06 B[50]B[49]*0.001953002212 0 0 A
oxygen sensor heater current-bank 2/sensor 1 21 06 61 06 B[54]B[53]*0.001953002212 0 0 A
oxygen sensor heater current-bank 2/sensor 2 21 06 61 06 B[58]B[57]*0.001953002212 0 0 A
oxygen sensor heater duty-bank1/sensor1 21 06 61 06 B[48]B[47]*0.003051804379 0 0 %
oxygen sensor heater duty-bank1/sensor2 21 06 61 06 B[52]B[51]*0.003051804379 0 0 %
oxygen sensor heater duty-bank2/sensor 1 21 06 61 06 B[56]B[55]*0.003051804379 0 0 %
oxygen sensor heater duty-bank2/sensor 2 21 06 61 06 B[60]B[59]*0.003051804379 0 0 %
power steering pressure(option) 21 06 61 06 B[70]*52.9-1320.3 0 0 kPa
actual engine speed 21 01 61 01 B[11]B[10]*0.25 0 0 rpm
battery voltage 21 01 61 01 B[7]*0.068117647058 0 0 v
engine oil temperature 21 01 61 01 B[37]*0.75-48 0 0 °C
intake air temperature 21 01 61 01 B[36]*0.75-48 0 0 °C
intake mainfold pressure 21 01 61 01 B[20]B[19]*0.03906248569 0 0 hpa
target idle rpm 21 01 61 01 B[12]*10 0 0 rpm
water temperature 21 01 61 01 B[28]*0.75-48 0 0 °C
brake lamp switch active 21 05 61 05 B[9]&(1<<6) 0 0 on/off state
brake pedal switch active 21 05 61 05 B[9]&(1<<7) 0 0 on/off state
CAM phasing advance control active-bank 1 ex-cam 21 05 61 05 B[8]&(1<<2) 0 0 on/off state
CAM phasing advance control active-bank 1 in-cam 21 05 61 05 B[8]&(1<<3) 0 0 on/off state
CAM phasing advance control active-bank 2 ex-cam 21 05 61 05 B[8]&(1<<0) 0 0 on/off state
CAM phasing advance control active-bank 2 in-cam 21 05 61 05 B[8]&(1<<1) 0 0 on/off state
condition canister purge active 21 05 61 05 B[7]&(1<<7) 0 0 on/off state
condition canister purge phaser ON 21 05 61 05 B[7]&(1<<6) 0 0 on/off state
condition idle controller active 21 05 61 05 B[7]&(1<<5) 0 0 on/off state
engine operating state-engine stop 21 05 61 05 B[8]&(1<<6) 0 0 on/off state
engine operating state-full load 21 05 61 05 B[8]&(1<<4) 0 0 on/off state
engine operating state-idle 21 05 61 05 B[8]&(1<<7) 0 0 on/off state
engine operating state-part load 21 05 61 05 B[8]&(1<<5) 0 0 on/off state
lambda closed loop control active-downstream bank1 21 05 61 05 B[7]&(1<<1) 0 0 on/off state
lambda closed loop control active-downstream bank2 21 05 61 05 B[7]&(1<<0) 0 0 on/off state
TEC learnt 21 05 61 05 B[9]&(1<<1) 0 0 on/off state
VIS 1 operation status(option) 21 05 61 05 B[9]&(1<<3) 0 0 on/off state
VIS 2 operation status(option) 21 05 61 05 B[9]&(1<<2) 0 0 on/off state
camshaft signal detection status 21 04 61 04 B[9]&(1<<0) 0 0 on/off state
condition camshaft control 21 04 61 04 B[9]&(1<<1) 0 0 on/off state
condition for O2 sensor downstream heating switch ON 21 04 61 04 B[10]&(1<<6) 0 0 on/off state
condition for O2 sensor upstream heating switch ON 21 04 61 04 B[10]&(1<<7) 0 0 on/off state
condition fuel cut off 21 04 61 04 B[7]&(1<<5) 0 0 on/off state
condition start 21 04 61 04 B[7]&(1<<4) 0 0 on/off state
engine running detected 21 04 61 04 B[9]&(1<<2) 0 0 on/off state
fuel pump on 21 04 61 04 B[7]&(1<<3) 0 0 on/off state
knock control active 21 04 61 04 B[8]&(1<<1) 0 0 on/off state
knock control adaptation is active 21 04 61 04 B[8]&(1<<0) 0 0 on/off state
knocking detected 21 04 61 04 B[9]&(1<<7) 0 0 on/off state
lambda closed loop control active-upstream bank1 21 04 61 04 B[8]&(1<<7) 0 0 on/off state
lambda closed loop control active-upstream bank2 21 04 61 04 B[8]&(1<<6) 0 0 on/off state
main relay on 21 04 61 04 B[7]&(1<<2) 0 0 on/off state
synchronization succeeded 21 04 61 04 B[7]&(1<<1) 0 0 on/off state
throttle position closed(idle) 21 04 61 04 B[7]&(1<<7) 0 0 on/off state
throttle position full open 21 04 61 04 B[7]&(1<<6) 0 0 on/off state
cyl.1 ignition retard due to knock control 21 07 61 07 B[64]*0.75 0 0 °
cyl.2 ignition retard due to knock control 21 07 61 07 B[65]*0.75 0 0 °
cyl.3 ignition retard due to knock control 21 07 61 07 B[66]*0.75 0 0 °
cyl.4 ignition retard due to knock control 21 07 61 07 B[67]*0.75 0 0 °
cyl.5 ignition retard due to knock control 21 07 61 07 B[68]*0.75 0 0 °
cyl.6 ignition retard due to knock control 21 07 61 07 B[69]*0.75 0 0 °
engaged gear in AT vehicle 21 07 61 07 B[80]%16 0 0 current gear
fuel adaption(idle)-bank1 21 07 61 07 B[55]B[54]>32767 ? (B[55]B[54]-65536)*0.046874904255:B[55]B[54]*0.046874904255 0 0
fuel adaption(idle)-bank2 21 07 61 07 B[57]B[56]>32767 ? (B[57]B[56]-65536)*0.046874904255:B[57]B[56]*0.046874904255 0 0
ignition output value-cyl1 21 07 61 07 B[23]>127 ? (B[23]-256)*0.75:B[23]*0.75 0 0 °
injection time-inj.1 21 07 61 07 B[8]B[7]*0.00762951094 0 0 ms
injection time-inj.2 21 07 61 07 B[10]B[9]*0.00762951094 0 0 ms
injection time-inj.3 21 07 61 07 B[12]B[11]*0.00762951094 0 0 ms
injection time-inj.4 21 07 61 07 B[14]B[13]*0.00762951094 0 0 ms
injection time-inj.5 21 07 61 07 B[16]B[15]*0.00762951094 0 0 ms
injection time-inj.6 21 07 61 07 B[18]B[17]*0.00762951094 0 0 ms
knock control adaptation value cylinder #1 21 07 61 07 B[72]*0.75 0 0 °
knock control adaptation value cylinder #2 21 07 61 07 B[73]*0.75 0 0 °
knock control adaptation value cylinder #3 21 07 61 07 B[74]*0.75 0 0 °
knock control adaptation value cylinder #4 21 07 61 07 B[75]*0.75 0 0 °
knock control adaptation value cylinder #5 21 07 61 07 B[76]*0.75 0 0 °
knock control adaptation value cylinder #6 21 07 61 07 B[77]*0.75 0 0 °
lambda sensor correction value-bank1 21 07 61 07 B[44]B[43]*0.0000305180437933 0 0
lambda sensor correction value-bank2 21 07 61 07 B[46]B[45]*0.0000305180437933 0 0
normalized TPS 1 21 07 61 07 B[96]B[95]*0.004882734416 0 0 v
normalized TPS 2 21 07 61 07 B[102]B[101]*0.004882734416 0 0 v
throttle position sensor-1 21 07 61 07 B[86]B[85]*0.007324177920 0 0 °
throttle position sensor-2 21 07 61 07 B[88]B[87]*0.007324177920 0 0 °
throttle position 1 voltage 21 07 61 07 B[92]B[91]*0.00488273441 0 0 v
throttle position 2 voltage 21 07 61 07 B[94]B[93]*0.00488273441 0 0 v
TPS angle mean 21 07 61 07 B[84]B[83]*0.00732417792 0 0 °
TPS SP 21 07 61 07 B[90]B[89]*0.00732417792 0 0 °
O2 sensor binary type bank 1 downstream(option) 21 02 61 02 B[9]*0.005215686274-0.2 0 0 v
O2 sensor binary type bank1 upstream(option) 21 02 61 02 B[7]*0.005215686274-0.2 0 0 v
O2 sensor binary type bank 2 downstream 21 02 61 02 B[10]*0.005215686274-0.2 0 0 v
O2 sensor binary type bank 2 upstream(option) 21 02 61 02 B[8]*0.005215686274-0.2 0 0 v
purge control valve 21 02 61 02 B[23]B[22]*0.001526054779 0 0 %
relative charge value 21 02 61 02 B[17]B[16]*0.023437552452 0 0 %
vehicle speed 21 02 61 02 B[15]*1.25 0 0 km/h