ECU کیا کادنزا 2011

از Sicar

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