Car, KIA, Korea, K5 (JF), 2017, G 2.0 T-GDI THETA II, G 2.0 T-GDI THETA II - Engine (ENGINE)

Software version bootloader:

Application software number ::

Application data identification:

VIN no:

U011000: Lost communication with drive motor control module

Clear DTC

Battery voltage: -- V

Ignition voltage: -- V

Engine speed: -- rpm

Target idle speed: -- rpm

Mass air flow sensor: -- kg/h

MAP sensor: -- V

Intake manifold pressure: -- hPa

Engine coolant temperature sensor: -- V

Engine coolant temperature: -- °C

Ambient temperature: -- °C

Barometric pressure sensor: -- V

Intake air temperature sensor: -- V

Intake air temperature: -- °C

Engine oil temperature: -- °C

Fuel level: -- %

Fuel tank pressure sensor: -- hPa

O2 sensor 1, bank 1: -- V

O2 sensor 1, bank 2: -- V

O2 sensor 2, bank 1: -- V

O2 sensor 2, bank 2: -- V

A/F sensor 1, bank 1: -- V

A/F sensor 1, bank 2: -- V

Vehicle speed: -- km/h

Relative air charge: -- %

Purge control solenoid valve: -- %

Injection time cylinder 1: -- ms

Injection time cylinder 2: -- ms

Injection time cylinder 3: -- ms

Injection time cylinder 4: -- ms

MAP sensor built-in: --

MAF sensor built-in: --

Immobilizer built-in: --

Ignition switch: --

Check engine telltale: --

Fuel pump: --

Power supply relay: --

Throttle closed position: --

Clutch pedal switch: --

Brake lamp switch: --

Brake test switch: --

Power steering switch: --

Catalyst heating: --

O2 sensor loop control: --

A/C request: --

A/C on condition: --

A/C compressor ON by ECU: --

A/C pressure switch: --

Fuel cut-off: --

Throttle position: full load: --

Engine running detected: --

Evap purge control active: --

Canister close Valve(Option): --

Camshaft and crankshaft synchronization: --

TCI bypass valve activation: --

VIS control status: --

Cooling fan low speed relay: --

Cooling fan high speed relay: --

Cruise control main telltale: --

Cruise control set telltale: --

Cruise control active: --

O2 sensor 1, bank 1 ready for operation: --

O2 sensor 2, bank 1 ready for operation: --

Fuel trim O2 sensor 2, bank 1: --

Overheat protection bank 1: --

O2 sensor 1, bank 2 ready for operation: --

O2 sensor 2, bank 2 ready for operation: --

Fuel trim O2 sensor 2, bank 2: --

Overheat protection bank 2: --

CVVT controller active - Intake: --

Exhaust camshaft control: --

Knocking detected sensor 1 bank 1: --

Knocking detected sensor 2 bank 2: --

Clutch open according to bottom clutch switch: --

Logical variable for electrical fuel pump active: --

Boolean for law value of LPG switch allowing fuel feeding: --

ON/OFF state of fuel cut-off solenoid valve 1 on regulator side: --

ON/OFF state of fuel cut-off solenoid valve 2 on fueltank side: --

Indicating lamp ON state when fuel pressure built-in: --

Fuel pressure control active: --

Condition for current reduced FPR control: --

Limphome operation (fuel low pressure control): --

AMS stop reason - blower max switch (AMS): --

AMS stop reason - head lamp (AMS): --

AMS stop reason - wiper (AMS): --

Battery current (AMS): -- A

Battery voltage (AMS): -- V

Battery temperature (AMS): -- °C

State of battery charge (AMS): -- %

State of health of battery (AMS): -- %

State of function of battery (AMS): -- V

Desired Alternator Voltage Duty Cycle(AMS): -- %

Duty Cycle from Alternator PWM Signal(AMS): -- %

Nominal capacity (AMS): -- Ah

Reference timer started at ignition on: -- sec

Coolant temperature at engine start: -- °C

Intake air temperature at engine start: -- °C

Time since IG key ON: -- sec

Mass air flow sensor: -- mg/strk

Ignition Output Value - Cyl1: 96.0 °

Ignition Output Value - Cyl2: 96.0 °

Ignition Output Value - Cyl3: 96.0 °

Ignition Output Value - Cyl4: 96.0 °

Engine operating status: --

Torque converter turbine speed: -- rpm

Calculated oil temperature: -- °C

Barometric pressure sensor: -- hPa

Adapted ambient pressure: -- hPa

ISG system built-in(ISG): --

ISG Status(ISG): --

ISG inhibition Switch(ISG): --

ISG inhibition Lamp(ISG): --

Start request from ISG (ISG): --

Stop request from ISG (ISG): --

Start request from Key(ISG): --

Starter relay ON Signal(ISG): --

Hood switch: --

Door Switch(ISG): --

Driver`s Seat Belt(ISG): --

No idle stop by engine Temperature(ISG): --

No idle stop by catalyst temperature Low(ISG): --

No idle stop by ambient pressure Low(ISG): --

No idle stop by lambda adaptation Active(ISG): --

No idle stop by torque System(ISG): --

No idle stop by catalyst heating Active(ISG): --

No idle stop by brake pressure too Low(ISG): --

No idle stop by aircondition on and blower Max(ISG): --

No idle stop by battery condition (SOC) (ISG): --

No idle stop by battery condition (SOH) (ISG): --

No idle stop by battery Condition(SOF) (ISG): --

No idle stop by battery Condition(Voltage) (ISG): --

No idle stop by battery Condition(Current) (ISG): --

No idle stop by steering angle too high (ISG): --

No idle stop by road slope too High(ISG): --

No idle stop by FATC Request(ISG): --

No idle stop by TCU Request(ISG): --

No idle stop by ambient temperature too Low(ISG): --

ISG inhibition by safety related Errors(ISG): --

ISG inhibition by EMS related Errors(ISG): --

ISG inhibition by ISG related components Errors(ISG): --

ISG inhibition by battery management system Errors(ISG): --

ISG inhibition by CAN general Error(ISG): --

ISG inhibition by TCU CAN message Error(ISG): --

ISG inhibition by cluster CAN message Error(ISG): --

ISG inhibition by SAS CAN message Error(ISG): --

ISG inhibition by unintended start detected by ECM(ISG): --

ISG inhibition by starter relay maximum allows limit Reached(ISG): --

ISG inhibition by engine hood Open(ISG): --

ISG inhibition by door Open(ISG): --

ISG inhibition by safety belt Open(ISG): --

ISG inhibition by engine stall without ISG stop Request(ISG): --

ISG inhibition by too long idle stop Duration(ISG): --

Brake boost vacuum pressure Voltage(ISG): -- V

Brake boost vacuum Pressure(ISG): -- hPa

Total starter relay activation counter (Key+ISG) (ISG): --

Starter relay activation counter by ISG (ISG): --

Starter relay activation counter by key (ISG): --

Cooling fan PWM: -- %

A/C pressure sensor: -- V

A/C pressure: -- psi

Power steering pressure sensor: -- V

Power steering pressure: -- MPa

PWM at VCM actuator: -- %

Voltage input from VCM feedback sensor(Option): -- V

VCM port flap: -- ZPORT

Target VCM port flap: -- ZPORT

VCM - First adaptation values valid: --

VCM closed position - First adaption value: -- V

VCM open position - First adaption value: -- V

VCM closed position - Adaptation value difference: -- V

VCM open position - Adaptation value difference: -- V

Port flap cleanness check at closed position: --

Port flap cleanness check at open position: --

Port flap durability check at closed position: --

Port flap durability check at open position: --

ECWP RPM: -- rpm

Protection flag for ECWP: --

Fault flag for ECWP: --

Voltage of EGRV actuator: -- V

Position of EGRV actuator: -- %

PWM of EGRV actuator: -- %

Max adapted BOL value over all DC: -- V

Min adapted BOL value over all DC: -- V

Signal slope of the EGRV actuator: -- %/V

Adapted BOL value: -- V

Adaptive factor for EGRV adaption: --

Actual area offset by dead zone adaptation: -- cm²

Flag indicating success of EGRV adaptation in 1st DC: --

Flag indicating success of dead zone adaptation at the first: --

Clutch pedal: -- %

Clutch output speed: -- rpm

PWM at electronically controlled water pump: -- %

PWM at exhaust flap: -- %

Counter to detect noise level difference during PUC to IS of cyl.1: --

Counter to detect noise level difference during PUC to IS of cyl.2: --

Counter to detect noise level difference during PUC to IS of cyl.3: --

Counter to detect noise level difference during PUC to IS of cyl.4: --

Floating mean value of the noise signal for additional noise detection of cyl.1: -- V

Floating mean value of the noise signal for additional noise detection of cyl.2: -- V

Floating mean value of the noise signal for additional noise detection of cyl.3: -- V

Floating mean value of the noise signal for additional noise detection of cyl.4: -- V

Additional knock noise signal of cyl.1: -- V

Additional knock noise signal of cyl.2: -- V

Additional knock noise signal of cyl.3: -- V

Additional knock noise signal of cyl.4: -- V

Counter to detect KNKS NOISE MAX of cyl.1: --

Counter to detect KNKS NOISE MAX of cyl.2: --

Counter to detect KNKS NOISE MAX of cyl.3: --

Counter to detect KNKS NOISE MAX of cyl.4: --

Counter to detect KNKS NOISE MAX IS of cyl.1: --

Counter to detect KNKS NOISE MAX IS of cyl.2: --

Counter to detect KNKS NOISE MAX IS of cyl.3: --

Counter to detect KNKS NOISE MAX IS of cyl.4: --

O2 sensor 1, bank 1 internal resistance: -- Ohm

O2 sensor 2, bank 2 internal resistance: -- Ohm

Target O2 sensor 1, bank 1: --

Actual lambda value: --

O2 sensor 1, bank 1 correction: -- %

O2 sensor 1, bank 1 heater off duration: -- %

O2 sensor 2, bank 1 heater off duration: -- %

O2 sensor 1, bank 2: -- Ohm

O2 sensor 2, bank 2: -- Ohm

Target O2 sensor 1, bank 2: --

Actual Lambda Value - Bank 2: --

O2 sensor 1, bank 2 correction: -- %

O2 sensor 1, bank 2 heater off duration: -- %

O2 sensor 2, bank 2 heater off duration: -- %

Adaptation in idle speed bank 1: -- %

Adaptation in part load bank 1: -- %

Adaptation in idle speed bank 2: -- %

Adaptation in part load bank 2: -- %

Knock Control Adaptation Value Cylinder#1: -- °

Knock Control Adaptation Value Cylinder#2: -- °

Knock Control Adaptation Value Cylinder#3: -- °

Knock Control Adaptation Value Cylinder#4: -- °

Distance since check engine telltale on: -- km

Distance since DTC cleared: -- km

Total Counter of Emission Relevant Misfiring of Cylinder#1: --

Total Counter of Emission Relevant Misfiring of Cylinder#2: --

Total Counter of Emission Relevant Misfiring of Cylinder#3: --

Total Counter of Emission Relevant Misfiring of Cylinder#4: --

Total Counter of Catalyst Damaging Misfiring of Cylinder#1: --

Total Counter of Catalyst Damaging Misfiring of Cylinder#2: --

Total Counter of Catalyst Damaging Misfiring of Cylinder#3: --

Total Counter of Catalyst Damaging Misfiring of Cylinder#4: --

Fuel tank pressure sensor: -- V

Fuel level sensor 1: -- V

Filtered fuel level value: -- %

Fuel level sensor 2: -- V

Fuel Tank Pressure for ELCM: -- hPa

Canister Pressure of ELCM: -- hPa

FTIV Activation: --

COV Activation: --

Throttle Position Sensor Angle 1: -- °

Throttle Position Sensor Angle 2: -- °

Throttle position sensor set point: -- °

Throttle Position Sensor Angle1-Voltage: -- V

Throttle Position Sensor Angle2-Voltage: -- V

Accelerator pedal position: -- %

Accelerator Pedal Position Sensor-1 Voltage: -- V

Accelerator Pedal Position Sensor-2 Voltage: -- V

Electronic throttle control (ETC) motor duty: -- %

Sensor reference voltage 1 (TPS): -- V

Sensor reference voltage 2: -- V

Sensor reference voltage 3: -- V

Sensor reference voltage 4: -- V

Cruise control switch: --

Configuration of cruise control: --

CVVT status: --

Intake camshaft bank 1 actual position: -- °

Exhaust camshaft bank 1 actual position: -- °

Intake camshaft bank 2 actual position: -- °

Exhaust camshaft bank 2 actual position: -- °

Intake camshaft bank 1 target position: -- °

Exhaust camshaft target position: -- °

Intake camshaft bank 2 target position: -- °

Exhaust camshaft bank 2 target position: -- °

Intake holding pulse width modulation: -- %

OCV holding pulse width-Exhaust CVVT(Option): -- %

Current value from adaptation table for holding PWM inlet: -- %

Current value from adaptation table for holding PWM exhaust: -- %

EX-Camshaft Position Deviation Integrator for Diagnosis: -- ZCRK*s

IN-Camshaft position deviation integrator for diagnosis: -- ZCRK*s

EX-Camshaft Position Deviation Integrator for Reference check: -- ZCRK*s

IN-Camshaft position deviation integrator for reference check: -- ZCRK*s

PWM at EPC for WG actuation: -- %

Turbocharger boost pressure: -- hPa

Wastegate position: -- °

Wastegate position setpoint: -- °

Adaption value for the lower mechanical stop of EWGA: -- V

Voltage for wastegate Position(EWGA): -- V

Wastegate control PWM(EWGA): -- %

Wastegate Position(EWGA): -- %

Wastegate position Setpoint(EWGA): -- %

EWG closed adaptation - Max at IG key ON: -- V

EWG closed adaptation - Max during eng running: -- V

EWG closed adaptation - Min at IG key ON: -- V

EWG closed adaptation - Min during eng running: -- V

Adaption value for the lower mechanical stop of EWGA - Bank 2: -- V

Voltage for Wastegate Position (EWGA) - Bank 2: -- V

Wastegate Control PWM (EWGA) - Bank 2: -- %

Wastegate Position (EWGA) - Bank 2: -- %

Wastegate Position Setpoint (EWGA) - Bank 2: -- %

EWG Closed Adaptation - Max at IG Key ON (Bank2): -- V

EWG closed adaptation - Max during eng running - bank 2: -- V

EWG closed adaptation - Min at IG key ON - bank 2: -- V

EWG closed adaptation - Min during eng running - bank 2: -- V

Measured LPG temperature low side: -- °C

Natural gas temperature low side or LPG fuel rail temperature: -- V

LPG pressure in the fuel rail mean value: -- hPa

LPG pressure in the fuel rail raw value: -- V

Global states of electrical fuel pump function: --

Pump speed of the LPG electrical fuel pump as PWM signal: -- %

Frequency of EFP diagnostic signal: -- Hz

Percentage of butane in the LPG: -- %

Fuel pressure: -- hPa

Fuel pressure set point: -- hPa

Signal voltage of fuel pressure sensor: -- V

Deviation of fuel pressure SetPoint: -- hPa

Angle to open FPR(Fuel Pressure Regulator): -- °

Angle to close FPR(Fuel Pressure Regulator): -- °

Injector boot Voltage(after DC converter): -- V

Minimum injection time limitation: -- ms

Cyl.1 Injection Time-2nd Pulse: -- ms

Cyl.2 Injection Time-2nd Pulse: -- ms

Cyl.3 Injection Time-2nd Pulse: -- ms

Cyl.4 Injection Time-2nd Pulse: -- ms

Cyl.1 Injection Time-1st Pulse: -- ms

Cyl.2 Injection Time-1st Pulse: -- ms

Cyl.3 Injection Time-1st Pulse: -- ms

Cyl.4 Injection Time-1st Pulse: -- ms

Minimum possible fuel injection amount (mg per TDC): -- mg/strk

Ambient air temperature from NVLD(HEV): -- °C

NVLD Switch(HEV): --

6`C Drop Condition Fulfilled for Leak Test(HEV): --

Duration of switch closed time during leak Test(HEV): -- min

Status of CVVL DC motor Relay(CVVL): --

Complete status of CVVL mechanical adaptation(CVVL): --

Request signal detection for writing CVVL barcode(CVVL): --

State of CVVL barcode adaptation(CVVL): --

Adaptation excess flag by writing the barcode (CVVL): --

Adaptation status for compensation between the engine (CVVL): --

Adaptation status at idling by scan tool (CVVL): --

Adaptation tolerance excess flag for CVVL aging (CVVL): --

Oil level raw value: -- mm

Oil level filtered value: -- mm

Oil temperature: -- °C

Oil level last average value: -- mm

Oil status: --

Learned bottom limit value of CVVL control shaft angle(CVVL): -- °

Learned top limit value of CVVL control shaft angle(CVVL): -- °

Actual position of CVVL control shaft angle(CVVL): -- %

Target angle position of CVVL control shaft angle(CVVL): -- %

CVVL DC motor control Current(CVVL): -- A

Output PWM of CVVL DC motor control(CVVL): -- %

Modeling temperature of CVVL DC Motor(CVVL): -- °C

Temperature of the control circuit for CVVL DC motor control(CVVL): -- °C

Target position of the valve lift (CVVL): -- mm

Actual position of the valve lift (CVVL): -- mm

Final cylinder #1 valve lift tolerance (CVVL): -- mm

Final cylinder #2 valve lift tolerance (CVVL): -- mm

Final cylinder #3 valve lift tolerance (CVVL): -- mm

Final cylinder #4 valve lift tolerance (CVVL): -- mm

Barcode written cylinder #1 valve lift value (CVVL): -- mm

Barcode written cylinder #2 valve lift value (CVVL): -- mm

Barcode written cylinder #3 valve lift value (CVVL): -- mm

Barcode written cylinder #4 valve lift value (CVVL): -- mm

Memorized peak to peak difference of valve lift (CVVL): -- mm

Written counter of CVVL code by scan tool (CVVL): --

Content of ethanol in fuel tank: -- %

Factor for adaption of the ethanol fuel ration: -- %

Adaption of fuel feedback by ethanol ratio: -- %

Boost pressure control monitor completion counts bank 2 - numerator: --

Boost pressure control monitor conditions encountered counts bank 2 - denominator: --

Air fuel ratio imbalance monitor completion counts bank 1 - numerator: --

Air fuel ratio imbalance monitor conditions encountered counts bank 1 - denominator: --

Air fuel ratio imbalance monitor completion counts bank 2 - numerator: --

Air fuel ratio imbalance monitor conditions encountered counts bank 2 - denominator: --

Particulate filter monitor completion counts bank 1 - numerator: --

Particulate filter monitor conditions encountered counts bank 1 - denominator: --

Particulate filter monitor completion counts bank 2 - numerator: --

Particulate filter monitor conditions encountered counts bank 2 - denominator: --

Raw voltage of temperature at upstream of the GPF1: -- V

Raw voltage of temperature at downstream of the GPF1: -- V

Exhaust temperature sensor 1 value (Upstream of the GPF1): -- °C

Exhaust temperature sensor 2 value (Downstream of the GPF1): -- °C

Raw voltage of temperature at upstream of the GPF2: -- V

Raw voltage of temperature at downstream of the GPF2: -- V

Exhaust temperature sensor 1 value (Upstream of the GPF2): -- °C

Exhaust temperature sensor 2 value (Downstream of the GPF2): -- °C

Charge state of the particle filter: --

Total driven distance at last successful regeneration: -- km

Driven distance since last successful regeneration: -- km

Coverage driven length: -- km

Resetting adaptive values

Resetting E-CVVT Values

Auto detected configuration reset

Write VIN

Checking the history of CKPS signal missing error