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PID/DATA MONITOR TABLE [PCM (SKYACTIV-D)]

PID/DATA MONITOR TABLE [PCM (SKYACTIV-D)]


 id0102t5350000

—: Not applicable

PID/data monitor item

Unit/Condition

Definition

Value type

Condition/Specification (Reference)

PCM terminal

A/C_PRES_BEF_EXP_VLV
kPa, Bar, psi, in H2O
•  Refrigerant pressure input from refrigerant pressure sensor No.1
Calculation
•  Idle (A/C switch ON): Approx. 0.86 kPa {0.0088 kgf/cm2, 0.12 psi}
2BH
A/C_REQ
No(False)/Yes(True)
•  A/C switch status received by PCM via CAN
Calculation
•  No(False): A/C switch OFF
•  Yes(True): A/C switch ON
CAN (2AK, 2AL)
A/C_RLY
FALSE/TRUE
•  A/C relay status
Calculation
•  FALSE: A/C relay OFF
•  TRUE: A/C relay ON
2BA
A/F_SEN_CUR
mA
•  A/F sensor current
Input
•  Idle: Approx. 1.00 mA
•  Racing (engine speed is 2,000 rpm): Approx. 1.23 mA
•  Racing (engine speed is 4,000 rpm): Approx. 1.30 mA
1H, 1I
A/F_SEN_HEAT
%
•  A/F sensor heater control duty value
Calculation
•  Idle: Approx. 29.80%
•  Racing (engine speed is 2,000 rpm): Approx. 33.33%
•  Racing (engine speed is 4,000 rpm): Approx. 44.31%
1CG
A/F_SEN_OUT_VOLT
V
•  A/F sensor output voltage
Input
•  Idle: Approx. 3.46 V
•  Racing (engine speed is 2,000 rpm): Approx. 3.57 V
•  Racing (engine speed is 4,000 rpm): Approx. 3.61 V
1H, 1I
AIRSHUT_CAL_STAT
•  Active air shutter fully open/closed position learning status
Calculation
•  Displays active air shutter fully open/closed position learning status.
2G
AIRSHUT_POS_ACT
% Open
•  Active air shutter actual position
Calculation
•  Displays active air shutter actual position.
AIRSHUT_POS_COMD
% Open
•  Active air shutter target position
Calculation
•  Displays active air shutter target position.
ALT_VOLT_OUT_ACT
V
•  Generator output voltage
Input
•  Idle (no electrical loads): Approx. 14 V (This is internal calculation value and differs from PCM terminal voltage)
1D
AMB_AIR_TEMP
°C, °F
•  Ambient air temperature
Calculation
•  Displays ambient air temperature.
2AX
AMB_AIR_TEMP_RAW
°C, °F
•  Actually measured ambient air temperature input from ambient temperature sensor
Calculation
•  Displays actually measured ambient air temperature input from ambient temperature sensor.
APP1
%
•  Accelerator pedal opening angle (absolute value) input from APP sensor No.1
Calculation
•  Accelerator pedal released: 0%
•  Accelerator pedal fully depressed: Approx. 100%
2AN
APP1
V
•  APP sensor No.1 voltage
Input
•  Accelerator pedal released: Approx. 0.77 V
•  Accelerator pedal fully depressed: Approx. 4.54 V
APP2
%
•  Accelerator pedal opening angle (absolute value) input from APP sensor No.2
Calculation
•  Accelerator pedal released: 0%
•  Accelerator pedal fully depressed: Approx. 100%
2AS
APP2
V
•  APP sensor No.2 voltage
Input
•  Accelerator pedal released: Approx. 0.39 V
•  Accelerator pedal fully depressed: Approx. 2.28 V
BARO
kPa, Bar, psi, in H2O
•  Actually measured barometric pressure input from BARO sensor built into PCM
Calculation
•  Displays actually measured barometric pressure input from BARO sensor built into PCM.
BATT_CUR
Amp
•  Battery charge/discharge current
Calculation
•  Displays battery charge/discharge current.
2G
BATT_DAY
Day
•  Vehicle battery days in service
Calculation
•  Displays vehicle battery days in service.
BATT_RES
mOhm
•  Battery internal resistance (estimated)
Calculation
•  Displays battery internal resistance (estimated).
BATT_SOC
%
•  Battery charge condition (estimated)
Calculation
•  Displays battery charge condition (estimated).
BATT_TEMP
°C, °F
•  Battery temperature
Calculation
•  Displays battery temperature.
BATT_VOLT
V
•  Battery voltage
Calculation
•  Displays battery voltage.
BRK_BSTR_PRES_ACT
kPa, Bar, psi, in H2O
•  Power brake unit vacuum input from power brake unit vacuum sensor
Calculation
•  Displays power brake unit vacuum input from power brake unit vacuum sensor.
2BC
BRK_FLD_PRES
kPa, Bar, psi, in H2O
•  Actually measured brake fluid pressure input from brake fluid pressure sensor built into DSC HU/CM via CAN
Calculation
•  Displays actually measured brake fluid pressure input from brake fluid pressure sensor built into DSC HU/CM via CAN.
CAN (2AK, 2AL)
BRK_SW1
False/True
•  Brake switch No.1 status received from body control module (BCM) via CAN
Calculation
•  False: Brake pedal released
•  True: Brake pedal released
CAN (2AK, 2AL)
BRK_SW2
False/True
•  Brake switch No.2 status
Calculation
•  False: Brake pedal released
•  True: Brake pedal released
2J
CAM_CRANK_DIF_POS
Note
•  Displays in the M-MDS but it does not operate.
CHARGE_AIR_COOL_TEMP
°C, °F
•  Boost air temperature
Calculation
•  Displays boost air temperature.
1BK
CLR_DTC_DIST
km, ft, mi
•  Distance after DTC cleared
Calculation
•  Displays distance after DTC cleared.
CLTCH_CUT_SW*1
No/Yes
•  Starter interlock switch status
Calculation
•  No: Clutch pedal released
•  Yes: Clutch pedal depressed
CLTCH_PEDAL_POS*1
%
•  Clutch pedal position input from clutch stroke sensor
Calculation
•  Displays clutch pedal position input from clutch stroke sensor.
2AJ
CLTCH_PEDAL_POS_SW
FALSE/TRUE
•  Shift lever position/neutral sensor circuit
Calculation
•  FALSE: Other than neutral
•  TRUE: Neutral
CLTCH_SW*1
No/Yes
•  Starter interlock switch status
Calculation
•  No: Clutch pedal released
•  Yes: Clutch pedal depressed
COOL_VLV_ACT
°(deg)
•  Actual coolant control valve position angle
Calculation
•  Idle: Approx. 106.80°
•  Racing (engine speed is 2,000 rpm): Approx. 106.80°
•  Racing (engine speed is 4,000 rpm): Approx. 104.9°
1BP
COOL_VLV_DSD
°(deg)
•  Target coolant control valve position angle
Calculation
•  Idle: Approx. 106.10°
•  Racing (engine speed is 2,000 rpm): Approx. 106.10°
•  Racing (engine speed is 4,000 rpm): Approx. 106.10°
DPF_LAMP
Off/On
•  Diesel particulate filter indication display condition/diesel particulate filter indicator light illumination condition
Calculation
•  Off: Diesel particulate filter indication not indicated/diesel particulate filter indicator light not illuminated
•  On: Diesel particulate filter indication indicated/diesel particulate filter indicator light illuminated
DPF_LAMP_COUNT
Count
•  Number of times diesel particulate filter indication indicates/diesel particulate filter indicator light illuminates
Calculation
•  Displays number of times diesel particulate filter indication indicates/diesel particulate filter indicator light illuminates.
DPF_REGEN_COUNT
Count
•  Diesel particulate filter regeneration count
Calculation
•  Displays diesel particulate filter regeneration count.
DPF_REGEN_DIST_01
km, ft, mi
•  Previous diesel particulate filter regeneration interval
Calculation
•  Displays previous diesel particulate filter regeneration interval.
DPF_REGEN_DIST_02
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 2 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 2 times.
DPF_REGEN_DIST_03
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 3 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 3 times.
DPF_REGEN_DIST_04
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 4 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 4 times.
DPF_REGEN_DIST_05
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 5 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 5 times.
DPF_REGEN_DIST_06
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 6 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 6 times.
DPF_REGEN_DIST_07
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 7 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 7 times.
DPF_REGEN_DIST_08
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 8 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 8 times.
DPF_REGEN_DIST_09
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 9 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 9 times.
DPF_REGEN_DIST_10
km, ft, mi
•  Diesel particulate filter regeneration interval from previous 10 times
Calculation
•  Displays diesel particulate filter regeneration interval from previous 10 times.
E_WATER_PUMP
% Duty Cycle
•  Electric water pump control duty value
Calculation
•  Idle: Approx. 95%
•  Racing (engine speed is 2,000 rpm): Approx. 95%
•  Racing (engine speed is 4,000 rpm): Approx. 95%
1CP
ECT
°C, °F
•  Engine coolant temperature input from ECT sensor No.1
Calculation
•  Displays engine coolant temperature input from ECT sensor No.1.
1DC
ENG_OIL_LVL
mm, in
•  Engine oil level
Calculation
•  Displays engine oil level.
2G
ENG_OIL_LVL_AFT_REPLACE
mm, in
•  Engine oil level after replace
Calculation
•  Displays engine oil level after replace.
2G
ENG_OIL_TEMP_BLOCK
°C, °F
•  Engine oil temperature
Calculation
•  Idle: Approx. 65 °C {149 °F}
•  Racing (engine speed is 2,000 rpm): Approx. 66 °C {151 °F}
•  Racing (engine speed is 4,000 rpm): Approx. 68 °C {154 °F}
1DI
ENG_OIL_TEMP_OIL_PAN
°C, °F
•  Engine oil temperature (Engine oil temperature from engine oil level sensor)
Calculation
•  Displays engine oil temperature. (Engine oil temperature from engine oil level sensor)
2G
ENG_RPM
Rpm
•  Engine speed
Calculation
•  Displays engine speed.
EX_GAS_DIF_PRES
kPa, Bar, psi, in H2O
•  Difference in pressure between exhaust gas pressure before and after passing the diesel particulate filter
Calculation
•  Displays difference in pressure between exhaust gas pressure before and after passing the diesel particulate filter.
1Z
EX_GAS_DIF_PRES_AVE
kPa, Bar, psi, in H2O
•  Average value of the pressure difference before and after passing through the diesel particulate filter
Calculation
•  Displays average value of the pressure difference before and after passing through the diesel particulate filter.
EX_GAS_TEMP_1
°C, °F
•  Exhaust gas temperature (No.1) input from exhaust gas temperature sensor No.1
Calculation
•  Displays exhaust gas temperature (No.1) input from exhaust gas temperature sensor No.1.
1CI
EX_GAS_TEMP_2
°C, °F
•  Exhaust gas temperature (No.2) input from exhaust gas temperature sensor No.2
Calculation
•  Displays exhaust gas temperature (No.2) input from exhaust gas temperature sensor No.2.
1CA
EX_GAS_TEMP_3
°C, °F
•  Exhaust gas temperature (No.3) input from exhaust gas temperature sensor No.3
Calculation
•  Displays exhaust gas temperature (No.3) input from exhaust gas temperature sensor No.3.
1BW
EX_GAS_TEMP_4
°C, °F
•  Exhaust gas temperature (No.4) input from exhaust gas temperature sensor No.4
Calculation
•  Displays exhaust gas temperature (No.4) input from exhaust gas temperature sensor No.4.
EX_PRES
kPa, Bar, psi, in H2O
•  Exhaust gas pressure input from exhaust gas pressure sensor No.1
Calculation
•  Displays exhaust gas pressure input from exhaust gas pressure sensor No.1.
1CE
EX_SHUT_VLV_ACT
%
•  Actual exhaust shutter valve position angle
Calculation
•  Idle: 0%
•  Racing (engine speed is 2,000 rpm): 0%
•  Racing (engine speed is 4,000 rpm): 0%
2M
EX_SHUT_VLV_DSD
%
•  Target exhaust shutter valve position angle
Calculation
•  Idle: Approx. 65.88%
•  Racing (engine speed is 2,000 rpm): Approx. 19.99%
•  Racing (engine speed is 4,000 rpm): Approx. 34.50%
FAN
%
•  Fan control module control duty value
Calculation
•  ECT is 100 °C {212 °F}: 15%
•  ECT is 108 °C {226 °F}: 86%
2BG
FP_DUTY
%
•  Supply pump duty cycle
Calculation
•  Idle: Approx. 23.55%
•  Racing (engine speed is 2,000 rpm): Approx. 24.62%
•  Racing (engine speed is 4,000 rpm): Approx. 24.47%
FP_FLOW_CTRL
mA
•  Supply pump flow control current
Calculation
•  Displays supply pump flow control current.
FRP
kPa, Bar, psi, in H2O
•  Common rail pressure
Calculation
•  Displays the common rail pressure.
FUEL_INJ_DSD
—(mm3/Stroke)
•  Target value of fuel injection amount
Calculation
•  Displays the target value of the fuel injection amount.
FUEL_INJ1_LRN_PRES
ms
•  Correction value of fuel injection amount for fuel injector No.1
Calculation
•  Displays the correction value of the fuel injection amount for fuel injector No.1.
FUEL_INJ2_LRN_PRES
ms
•  Correction value of fuel injection amount for fuel injector No.2
Calculation
•  Displays the correction value of the fuel injection amount for fuel injector No.2.
FUEL_INJ3_LRN_PRES
ms
•  Correction value of fuel injection amount for fuel injector No.3
Calculation
•  Displays the correction value of the fuel injection amount for fuel injector No.3.
FUEL_INJ4_LRN_PRES
ms
•  Correction value of fuel injection amount for fuel injector No.4
Calculation
•  Displays the correction value of the fuel injection amount for fuel injector No.4.
FUEL_PRES_#1
kPa, Bar, psi, in H2O
•  Fuel pressure value of fuel injector No.1
Calculation
•  Displays the fuel pressure value of fuel injector No.1.
1AG, 1T
FUEL_PRES_#2
kPa, Bar, psi, in H2O
•  Fuel pressure value of fuel injector No.2
Calculation
•  Displays the fuel pressure value of fuel injector No.2.
1BL, 1V
FUEL_PRES_#3
kPa, Bar, psi, in H2O
•  Fuel pressure value of fuel injector No.3
Calculation
•  Displays the fuel pressure value of fuel injector No.3.
1AM, 1P
FUEL_PRES_#4
kPa, Bar, psi, in H2O
•  Fuel pressure value of fuel injector No.4
Calculation
•  Displays the fuel pressure value of fuel injector No.4.
1BG, 1U
FUEL_PRES_COMD
kPa, Bar, psi, in H2O
•  Common rail pressure desired value
Calculation
•  Displays common rail pressure desired value.
FUEL_PRES_RLF_VLV_TIME
ms
•  Fuel pressure relief valve operation time
Calculation
•  Displays fuel pressure relief valve operation time.
1DK, 1DG
FUEL_RAIL_TEMP
°C, °F
•  Fuel temperature inside the fuel supply line
Calculation
•  Idle: Approx. 61 °C {142 °F}
•  Racing (engine speed is 2,000 rpm): Approx. 61 °C {142 °F}
•  Racing (engine speed is 4,000 rpm): Approx. 62 °C {144 °F}
FUEL_TEMP_#1
°C, °F
•  Fuel temperature of fuel injector No.1
Calculation
•  Displays the fuel temperature of fuel injector No.1.
1AG, 1T
FUEL_TEMP_#2
°C, °F
•  Fuel temperature of fuel injector No.2
Calculation
•  Displays the fuel temperature of fuel injector No.2.
1BL, 1V
FUEL_TEMP_#3
°C, °F
•  Fuel temperature of fuel injector No.3
Calculation
•  Displays the fuel temperature of fuel injector No.3.
1AM, 1P
FUEL_TEMP_#4
°C, °F
•  Fuel temperature of fuel injector No.4
Calculation
•  Displays the fuel temperature of fuel injector No.4.
1BG, 1U
GEN_VOLT_COMD
V
•  Generator voltage desired
Calculation
•  Displays generator voltage desired.
GLOWPLUG_LAMP
Off/On
•  Glow indicator light illumination condition
Calculation
•  On: Glow indicator light illuminated
•  Off: Glow indicator light not illuminated
GLOWPLUG_VOLT
V
•  Glow plug voltage
Calculation
•  Displays glow plug voltage.
2L
HI_PRES_EGR_VLV_ACT
%
•  Actual HP-EGR control valve position angle
Calculation
•  Idle: 0%
•  Racing (engine speed is 2,000 rpm): Approx. 100.00%
•  Racing (engine speed is 4,000 rpm): Approx. 100.00%
1AQ
HI_PRES_EGR_VLV_DSD
%
•  Target HP-EGR control valve position angle
Calculation
•  Idle: Approx. 30.19%
•  Racing (engine speed is 2,000 rpm): Approx. 33.33%
•  Racing (engine speed is 4,000 rpm): 0%
IAT1
°C, °F
•  Intake air temperature input from IAT sensor No.1
Calculation
•  Displays intake air temperature input from IAT sensor No.1
2Y
IAT2
°C, °F
•  Intake air temperature input from IAT sensor No.2
Calculation
•  Displays intake air temperature input from IAT sensor No.2.
1AB
IAT3
°C, °F
•  Intake air temperature input from IAT sensor No.3
Calculation
•  Displays intake air temperature input from IAT sensor No.3.
1CM
IN_SHUT_VLV_LRN_CL
%
•  Intake shutter valve learning value (closed)
Calculation
•  Displays intake shutter valve learning value (closed).
INGEAR*2
False/True
•  Gears are engaged
Calculation
•  False: Selector lever at P position
•  True: Selector lever at R position
•  True: Selector lever at D position
CAN (2AK, 2AL)
INJ
•  Fuel injector control status while the engine is idling
Calculation
•  Displays the fuel injector control status while the engine is idling.
INJ#1_CORRECTION
mg/rev
•  Correction value of fuel injector No.1
Calculation
•  Displays the correction value of fuel injector No.1.
INJ#2_CORRECTION
mg/rev
•  Correction value of fuel injector No.2
Calculation
•  Displays the correction value of fuel injector No.2.
INJ#3_CORRECTION
mg/rev
•  Correction value of fuel injector No.3
Calculation
•  Displays the correction value of fuel injector No.3.
INJ#4_CORRECTION
mg/rev
•  Correction value of fuel injector No.4
Calculation
•  Displays the correction value of fuel injector No.4.
INTAKE_SHUT_VLV_ANG_ACT
°(deg)
•  Actual intake shutter valve position angle
Calculation
•  Displays actual intake shutter valve position angle.
1BA
INTAKE_SHUT_VLV_ANG_COMD
°(deg)
•  Target intake shutter valve position angle
Calculation
•  Displays target intake shutter valve position angle.
INTAKE_SHUT_VLV_COMD
%
•  Intake shutter valve control desired value
Calculation
•  Idle: Approx. 3.92%
•  Racing (engine speed is 2,000 rpm): Approx. 28.24%
•  Racing (engine speed is 4,000 rpm): Approx. 100%
INTAKE_SHUT_VLV_POS
%
•  Intake shutter valve position
Calculation
•  Idle: Approx. 12.94%
•  Racing (engine speed is 2,000 rpm): Approx. 29.02%
•  Racing (engine speed is 4,000 rpm): Approx. 76.08%
I-STOP_D_SW
Off/On
•  Shift lever (D position) selection status
Calculation
•  On: Selector lever at D position
•  Off: Except above
I-STOP_OFF_SW
Off/On
•  i-stop OFF mode
Calculation
•  Off: i-stop OFF switch OFF
•  On: i-stop OFF switch ON
I-STOP_VEH_STOP
Off/On
•  Vehicle stop determination status
Calculation
•  On: If vehicle stop is estimated
•  Off: Except above
I-STOP_VSPD_HIST
Off/On
•  Detection status of vehicle speed that meets i-stop operation conditions
Calculation
•  On: Status of vehicle speed that meets engine stop conditions by i-stop control is detected
•  Off: Except above
LO_PRES_EGR_VLV_ACT
%
•  Actual LP-EGR control valve position angle
Calculation
•  Idle: Approx. 36.47%
•  Racing (engine speed is 2,000 rpm): Approx. 39.98%
•  Racing (engine speed is 4,000 rpm): 0%
1AV
LO_PRES_EGR_VLV_DSD
%
•  Target LP-EGR control valve position angle
Calculation
•  Idle: 0%
•  Racing (engine speed is 2,000 rpm): Approx. 79.99%
•  Racing (engine speed is 4,000 rpm): Approx. 79.99%
LOAD_CALC
%
•  Charging efficiency (calculated value)
―  Ratio of actual amount of intake air to the maximum air charging amount (mass volume) of cylinder
Calculation
•  Idle: 0%
•  Racing (engine speed is 2,000 rpm): Approx. 14.12%
•  Racing (engine speed is 4,000 rpm): Approx. 0.78%
MAF
g/s
•  Mass air flow input from MAF sensor
Calculation
•  Idle: Approx. 5.06 g/s {0.669 lb/min}
•  Racing (engine speed is 2,000 rpm): Approx. 11.78 g/s {1.558 lb/min}
•  Racing (engine speed is 4,000 rpm): Approx. 49.63 g/s {6.565 lb/min}
2Z
MANUAL_GEAR_POS*1
•  Manual gear position
Calculation
•  Displays manual gear position.
MAP
kPa, Bar, psi, in H2O
•  Manifold absolute pressure input from MAP sensor
Calculation
•  Displays manifold absolute pressure input from MAP sensor.
1CQ
MAP_DSD
kPa, Bar, psi, in H2O
•  Manifold absolute pressure desired value
Calculation
•  Displays manifold absolute pressure desired value.
MIL
Off/On
•  Check engine light illumination status
Calculation
•  On: Check engine light illuminated
•  Off: Check engine light not illuminated
CAN (2AK, 2AL)
MIL_DIST
km, ft, mi
•  Travelled distance since check engine light illuminated
Calculation
•  Displays travelled distance since check engine light illuminated.
NOX_CONC_CORRECTED
Note
•  Displays in the M-MDS but it does not operate.
NOX_CONCENTRATION
Note
•  Displays in the M-MDS but it does not operate.
O2_CONC_EX_GAS
%
•  Oxygen concentration in exhaust gas
Calculation
•  Displays oxygen concentration in exhaust gas.
1H, 1I
O2S_CAL
•  A/F sensor calibration value
Calculation
•  Idle: 1
•  Racing (engine speed is 2,000 rpm): 1
•  Racing (engine speed is 4,000 rpm): 1
O2S_IMPEDANCE
•  A/F sensor element impedance
Calculation
•  Displays A/F sensor element impedance.
O2S_MODE
•  A/F sensor activation status
Calculation
•  Displays A/F sensor activation status.
OIL_CHANGE_DIST
km, ft, mi
•  Distance from the last engine oil change
Calculation
•  Displays distance from the last engine oil change.
OIL_DIL
•  Engine oil dilution amount
Calculation
•  Displays if engine oil is diluted due to fuel penetration.
OIL_PRES
kPa, Bar, psi, in H2O
•  Engine oil pressure
Calculation
•  Idle: Approx. 138 kPa {1.41 kgf/cm2, 20.0 psi}
•  Racing (engine speed is 2,000 rpm): Approx. 158 kPa {1.61 kgf/cm2, 22.9 psi}
•  Racing (engine speed is 4,000 rpm): Approx. 383 kPa {3.91 kgf/cm2, 55.5 psi}
1DM
OIL_PUMP_DUTY
% Duty Cycle
•  Engine oil pressure control circuit duty cycle
Calculation
•  Idle: Approx. 55.64%
•  Racing (engine speed is 2,000 rpm): Approx. 55.62%
•  Racing (engine speed is 4,000 rpm): 0%
1DM
P_N_SW
Open/Closed
•  Gear commanded
Calculation
•  Open: Selector lever at R, D or M position
•  Closed: Selector lever at P or N position
PCV_HEAT
%
•  Blow-by heater control value
Calculation
•  Displays blow-by heater control value.
2D
PM_ACCM
—(g/l, lb/ft3)
•  PM accumulation amount
Calculation
•  Displays PM accumulation amount.
PM_ACCM_DSD
—(g/l, lb/ft3)
•  PM accumulation amount desired
Calculation
•  Displays PM accumulation amount desired.
PM_GEN
—(g/l, lb/ft3)
•  PM generation amount
Calculation
•  Displays PM generation amount.
REGEN_DIST
km, ft, mi
•  Distance since last diesel particulate filter regeneration
Calculation
•  Displays distance since last diesel particulate filter regeneration.
REV_SW*1
False/True
•  Back-up light switch status
Calculation
•  Displays back-up light switch status.
1EH
RPM_DSD
Rpm
•  Target engine speed
Calculation
•  Displays target engine speed.
SEDIMENTOR_SW
Not Present/Present
•  Sedimentor switch status
Calculation
•  Displays sedimentor switch status.
2F
SUCTION_CTRL_VLV
mA
•  Suction control valve control current
Calculation
•  Displays suction control valve control current.
1CC, 1BY
TURBO_POS_ACT
%
•  Turbocharger actuator position (turbocharger with variable turbine geometry) control actual value
Calculation
•  Idle: Approx. 88.24%
•  Racing (engine speed is 2,000 rpm): Approx. 87.84%
•  Racing (engine speed is 4,000 rpm): Approx. 67.45%
1DY
TURBO_POS_DSD
%
•  Turbocharger actuator position (turbocharger with variable turbine geometry) control desired value
Calculation
•  Idle: Approx. 88.23%
•  Racing (engine speed is 2,000 rpm): Approx. 88.23%
•  Racing (engine speed is 4,000 rpm): Approx. 67.45%
VPWR
V
•  Battery voltage
Input
•  Displays battery voltage.
2O
VSS
KPH, MPH
•  Vehicle speed
Calculation
•  Displays vehicle speed.
CAN (2AK, 2AL)

*1  :MTX
*2  :ATX