android: AndrOBD library vendored (no submodule, no git link)
This commit is contained in:
“Naeel”
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number_fault_codes=Number of Fault Codes
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status_mil=MIL status
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status_misfires=Misfire status
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status_fuel_system=Fuel system test status
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status_component_test=Component test status
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status_ignition_monitoring=Ignition monitoring status
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status_catalyst_test=Catalyst test status
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status_catalyst_test_nox_monitor=Heated Cat / Nox Monitor test status
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status_evaporative_system_test=Evaporative system test status
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status_secondary_air_system_test=Secondary air sys test status
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status_ac_refrigerant_test=A/C refrigerant test status
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status_oxygen_sensor_test=Oxygen Sensor test status
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status_oxygen_sensor_heater_test=Oxygen Sensor Heater test status
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status_egr_system_test=EGR System test status
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location_fault_code=DTC location
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status_fuel_system_1=Fuel System 1 Status
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status_fuel_system_2=Fuel System 2 Status
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engine_load_calculated=Calculated Load Value
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engine_coolant_temperature=Coolant Temperature
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fuel_trim_short_b1=Short Term Fuel Trim (Bank 1)
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fuel_trim_long_b1=Long Term Fuel Trim (Bank 1)
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fuel_trim_short_b2=Short Term Fuel Trim (Bank 2)
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fuel_trim_long_b2=Long Term Fuel Trim (Bank 2)
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fuel_pressure=Fuel Pressure (gauge)
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intake_manifold_pressure=Intake Manifold Pressure
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engine_speed=Engine RPM
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vehicle_speed=Vehicle Speed
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ignition_timing_advance_cyl1=Timing Advance (Cyl. #1)
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intake_air_temperature=Intake Air Temperature
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mass_airflow=Air Flow Rate (MAF sensor)
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throttle_position=Absolute Throttle Position
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status_secondary_air_system=Secondary air status
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number_oxygen_sensors=Oxygen sensors present
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obd_type=OBD conforms to
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map_oxygen_sensors_present=Oxygen sensors present
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status_power_take_off=Power Take-Off Status
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running_time=Time Since Engine Start
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distance_sine_mil_active=Distance since MIL activated
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fuel_pressure_rel=Fuel Rail Pressure (rel. to manifold vacuum)
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o2_sensor_fuel_trim_b1s1=O2 Sensor fuel trim B1S1
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o2_sensor_voltage_b1s1=O2 Sensor Voltage B1S1
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o2_sensor_fuel_trim_b1s2=O2 Sensor fuel trim B1S2
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o2_sensor_voltage_b1s2=O2 Sensor Voltage B1S2
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o2_sensor_fuel_trim_b1s3=O2 Sensor fuel trim B1S3
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o2_sensor_voltage_b1s3=O2 Sensor Voltage B1S3
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o2_sensor_fuel_trim_b1s4=O2 Sensor fuel trim B1S4
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o2_sensor_voltage_b1s4=O2 Sensor Voltage B1S4
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o2_sensor_fuel_trim_b2s1=O2 Sensor fuel trim B2S1
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o2_sensor_voltage_b2s1=O2 Sensor Voltage B2S1
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o2_sensor_fuel_trim_b2s2=O2 Sensor fuel trim B2S2
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o2_sensor_voltage_b2s2=O2 Sensor Voltage B2S2
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o2_sensor_fuel_trim_b2s3=O2 Sensor fuel trim B2S3
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o2_sensor_voltage_b2s3=O2 Sensor Voltage B2S3
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o2_sensor_fuel_trim_b2s4=O2 Sensor fuel trim B2S4
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o2_sensor_voltage_b2s4=O2 Sensor Voltage B2S4
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egr_ratio_commanded=Commanded EGR
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egr_error=EGR Error
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evaporative_purge_ratio=Commanded Evaporative Purge
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fuel_level=Fuel Level Input
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counts_warmups_since_ecu_reset=Warm-ups since ECU reset
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distance_since_ecu_reset=Distance since ECU reset
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pressure_vapor_evaporative_purge=Evap System Vapor Pressure
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barometric_pressure=Barometric Pressure (absolute)
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o2_sensor_lambda_s1=O2 Sensor 1 lambda
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o2_sensor_current_s1=O2 Sensor 1 current
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o2_sensor_lambda_s2=O2 Sensor 2 lambda
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o2_sensor_current_s2=O2 Sensor 2 current
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o2_sensor_lambda_s3=O2 Sensor 3 lambda
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o2_sensor_current_s3=O2 Sensor 3 current
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o2_sensor_lambda_s4=O2 Sensor 4 lambda
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o2_sensor_current_s4=O2 Sensor 4 current
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o2_sensor_lambda_s5=O2 Sensor 5 lambda
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o2_sensor_current_s5=O2 Sensor 5 current
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o2_sensor_lambda_s6=O2 Sensor 6 lambda
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o2_sensor_current_s6=O2 Sensor 6 current
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o2_sensor_lambda_s7=O2 Sensor 7 lambda
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o2_sensor_current_s7=O2 Sensor 7 current
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o2_sensor_lambda_s8=O2 Sensor 8 lambda
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o2_sensor_current_s8=O2 Sensor 8 current
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cat_temperature_b1s1=CAT Temperature B1S1
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cat_temperature_b2s1=CAT Temperature B2S1
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cat_temperature_b1s2=CAT Temperature B1S2
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cat_temperature_b2s2=CAT Temperature B2S2
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ecu_voltage=ECU voltage
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engine_load=Absolute Engine Load
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equiv_ratio_commanded=Commanded Equivalence Ratio
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throttle_position_rel=Relative Throttle Position
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ambient_air_temperature=Ambient Air Temperature
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throttle_position_b=Absolute Throttle Position B
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throttle_position_c=Absolute Throttle Position C
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throttle_position_d=Absolute Throttle Position D
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throttle_position_e=Absolute Throttle Position E
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throttle_position_f=Absolute Throttle Position F
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commanded_throttle_position=Comm. Throttle Actuator Cntrl
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time_since_mil_on=Engine running while MIL on
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time_since_ecu_reset=Time since DTCs cleared
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equiv_ratio_max=Maximum equivalence ratio
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o2_sensor_voltage_max=Maximum oxygen sensor voltage
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o2_sensor_current_max=Maximum oxygen sensor current
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fuel_pressure_max=Maximum intake manifold absolute pressure
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mass_airflow_max=Maximum air flow rate from mass air flow sensor
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fuel_type=Fuel type
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ethanol_fuel_percentage=Ethanol fuel %
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pressure_vapor_evaporative_purge_absolute=Absolute Evap system Vapor Pressure
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fuel_trim_short_b3=Short term secondary oxygen sensor trim bank 3
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fuel_trim_long_b3=Long term secondary oxygen sensor trim bank 3
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fuel_trim_short_b4=Short term secondary oxygen sensor trim bank 4
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fuel_trim_long_b4=Long term secondary oxygen sensor trim bank 4
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accelerator_pedal_position=Relative accelerator pedal position
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time_remaining_life_battery_pack=Hybrid battery pack remaining life
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engine_oil_temperature=Engine oil temperature
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fuel_injection_timing=Fuel injection timing
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engine_fuel_rate=Engine fuel rate
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obd_requirements=OBD requirements
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engine_torque_demand=Torque Driver demand
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engine_torque=Torque Engine
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engine_torque_reference=Torque Engine reference
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engine_torque_idle=Torque Idle
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engine_torque_point_1=Torque Engine Point 1
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engine_torque_point_2=Torque Engine Point 2
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engine_torque_point_3=Torque Engine Point 3
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engine_torque_point_4=Torque Engine Point 4
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status_pto=Power take off (PTO) status
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status_at_gear=AT Drive Status
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status_mt_gear=MT Drive status
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status_glowplug_lamp=Glowplug lamp status
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airmass_maf_a=Air mass (MAF A)
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airmass_maf_b=Air mass (MAF B)
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engine_coolant_temp_1=Coolant Temperature 1
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engine_coolant_temp_2=Coolant Temperature 2
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intake_air_temp_b1s1=Intake Air Temperature (Bank 1, Sensor 1)
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intake_air_temp_b1s2=Intake Air Temperature (Bank 1, Sensor 2)
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intake_air_temp_b1s3=Intake Air Temperature (Bank 1, Sensor 3)
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intake_air_temp_b2s1=Intake Air Temperature (Bank 2, Sensor 1)
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intake_air_temp_b2s2=Intake Air Temperature (Bank 2, Sensor 2)
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intake_air_temp_b2s3=Intake Air Temperature (Bank 2, Sensor 3)
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egr_a_dutycycle=Commanded EGR A duty cycle
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egr_a_position=Commanded EGR A position
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egr_a_error=Commanded EGR A error
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egr_b_dutycycle=Commanded EGR B duty cycle
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egr_b_position=Commanded EGR B position
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egr_b_error=Commanded EGR B error
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intake_air_control_a=Intake Air Flow Control A
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intake_air_position_a=Intake Air Flow Position A
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intake_air_control_b=Intake Air Flow Control B
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intake_air_position_b=Intake Air Flow Position B
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egr_temp_a=EGR temperature (Sensor A)
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egr_temp_c=EGR temperature (Sensor C)
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egr_temp_b=EGR temperature (Sensor B)
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egr_temp_d=EGR temperature (Sensor D)
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throttle_control_a=Throttle Control A
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throttle_position_a=Throttle Position A
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throttle_control_b=Throttle Control B
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rail_pressure_cmd_a=Commanded Fuel Rail pressure A
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rail_pressure_a=Fuel Rail pressure A
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rail_temp_a=Fuel Rail temperature A
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rail_pressure_cmd_b=Commanded Fuel Rail pressure B
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rail_pressure_b=Fuel Rail pressure B
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rail_temp_b=Fuel Rail temperature B
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charger_pressure_inlet_a=Turbocharger Compressor Inlet Pressure A
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charger_pressure_inlet_b=Turbocharger Compressor Inlet Pressure B
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boost_pressure_cmd_a=Commanded Boost pressure A
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boost_pressure_a=Boost pressure A
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boost_pressure_cmd_b=Commanded Boost pressure B
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boost_pressure_b=Boost pressure B
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boost_status_a=Boost Control status A
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boost_status_b=Boost Control status B
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vtg_position_cmd_a=Variable Geometry Turbo Commanded Position A
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vtg_position_a=Variable Geometry Turbo Position A
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vtg_position_cmd_b=Variable Geometry Turbo Commanded Position B
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vtg_position_b=Variable Geometry Turbo Position B
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vtg_status_a=Boost Control status A
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vtg_status_b=Boost Control status B
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wastegate_position_cmd_a=Wastegate Commanded Position A
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wastegate_position_a=Wastegate Position A
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wastegate_position_cmd_b=Wastegate Commanded Position B
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wastegate_position_b=Wastegate Position B
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exhaust_pressure_b1=Exhaust pressure B1
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exhaust_pressure_b2=Exhaust pressure B2
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rpm_charger_a=RPM Turbo Charger A
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rpm_charger_b=RPM Turbo Charger B
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temp_charger_a_compressor_in=Turbocharger A Compressor Inlet Temperature
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temp_charger_a_compressor_out=Turbocharger A Compressor Outlet Temperature
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temp_charger_a_turbine_in=Turbocharger A Turbine Inlet Temperature
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temp_charger_a_turbine_out=Turbocharger A Turbine Outlet Temperature
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temp_charger_b_compressor_in=Turbocharger B Compressor Inlet Temperature
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temp_charger_b_compressor_out=Turbocharger B Compressor Outlet Temperature
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temp_charger_b_turbine_in=Turbocharger B Turbine Inlet Temperature
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temp_charger_b_turbine_out=Turbocharger B Turbine Outlet Temperature
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charge_air_temp_b1s1=Charge Air Cooler Temperature B1S1
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charge_air_temp_b1s2=Charge Air Cooler Temperature B1S2
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charge_air_temp_b2s1=Charge Air Cooler Temperature B2S1
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charge_air_temp_b2s2=Charge Air Cooler Temperature B2S2
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map_exhaust_temperature_sensors_b1=Exhaust Temperature Sensors B1
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exhaust_temperature_b1s1=Exhaust Temperature B1S1
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exhaust_temperature_b1s2=Exhaust Temperature B1S2
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exhaust_temperature_b1s3=Exhaust Temperature B1S3
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exhaust_temperature_b1s4=Exhaust Temperature B1S4
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map_exhaust_temperature_sensors_b2=Exhaust Temperature Sensors B2
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exhaust_temperature_b2s1=Exhaust Temperature B2S1
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exhaust_temperature_b2s2=Exhaust Temperature B2S2
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exhaust_temperature_b2s3=Exhaust Temperature B2S3
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exhaust_temperature_b2s4=Exhaust Temperature B2S4
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dpf_b1_pressure_delta=DPF Delta Pressure B1
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dpf_b1_pressure_in=DPF Inlet Pressure B1
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dpf_b1_pressure_out=DPF Outlet Pressure B1
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dpf_b2_pressure_delta=DPF Delta Pressure B2
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dpf_b2_pressure_in=DPF Inlet Pressure B2
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dpf_b2_pressure_out=DPF Outlet Pressure B2
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dpf_b1_temperature_in=DPF Inlet temperature B1
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dpf_b1_temperature_out=DPF Outlet temperature B1
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dpf_b2_temperature_in=DPF Inlet temperature B2
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dpf_b2_temperature_out=DPF Outlet temperature B2
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rt_eiaecd_1t1=Runtime EI-AECD #1 Timer 1
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rt_eiaecd_1t2=Runtime EI-AECD #1 Timer 2
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rt_eiaecd_2t1=Runtime EI-AECD #2 Timer 1
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rt_eiaecd_2t2=Runtime EI-AECD #2 Timer 2
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rt_eiaecd_3t1=Runtime EI-AECD #3 Timer 1
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rt_eiaecd_3t2=Runtime EI-AECD #3 Timer 2
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rt_eiaecd_4t1=Runtime EI-AECD #4 Timer 1
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rt_eiaecd_4t2=Runtime EI-AECD #4 Timer 2
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rt_eiaecd_5t1=Runtime EI-AECD #5 Timer 1
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rt_eiaecd_5t2=Runtime EI-AECD #5 Timer 2
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rt_eiaecd_6t1=Runtime EI-AECD #6 Timer 1
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rt_eiaecd_6t2=Runtime EI-AECD #6 Timer 2
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rt_eiaecd_7t1=Runtime EI-AECD #7 Timer 1
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rt_eiaecd_7t2=Runtime EI-AECD #7 Timer 2
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rt_eiaecd_8t1=Runtime EI-AECD #8 Timer 1
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rt_eiaecd_8t2=Runtime EI-AECD #8 Timer 2
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rt_eiaecd_9t1=Runtime EI-AECD #9 Timer 1
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rt_eiaecd_9t2=Runtime EI-AECD #9 Timer 2
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rt_eiaecd_10t1=Runtime EI-AECD #10 Timer 1
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rt_eiaecd_10t2=Runtime EI-AECD #10 Timer 2
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rt_eiaecd_11t1=Runtime EI-AECD #11 Timer 1
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rt_eiaecd_11t2=Runtime EI-AECD #11 Timer 2
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rt_eiaecd_12t1=Runtime EI-AECD #12 Timer 1
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rt_eiaecd_12t2=Runtime EI-AECD #12 Timer 2
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rt_eiaecd_13t1=Runtime EI-AECD #13 Timer 1
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rt_eiaecd_13t2=Runtime EI-AECD #13 Timer 2
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rt_eiaecd_14t1=Runtime EI-AECD #14 Timer 1
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rt_eiaecd_14t2=Runtime EI-AECD #14 Timer 2
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rt_eiaecd_15t1=Runtime EI-AECD #15 Timer 1
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rt_eiaecd_15t2=Runtime EI-AECD #15 Timer 2
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rt_eiaecd_16t1=Runtime EI-AECD #16 Timer 1
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rt_eiaecd_16t2=Runtime EI-AECD #16 Timer 2
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rt_eiaecd_17t1=Runtime EI-AECD #17 Timer 1
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rt_eiaecd_17t2=Runtime EI-AECD #17 Timer 2
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rt_eiaecd_18t1=Runtime EI-AECD #18 Timer 1
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rt_eiaecd_18t2=Runtime EI-AECD #18 Timer 2
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rt_eiaecd_19t1=Runtime EI-AECD #19 Timer 1
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rt_eiaecd_19t2=Runtime EI-AECD #19 Timer 2
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rt_eiaecd_20t1=Runtime EI-AECD #20 Timer 1
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rt_eiaecd_20t2=Runtime EI-AECD #20 Timer 2
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ppm_nox_b1s1=NOx Concentration B1S1
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ppm_nox_b1s2=NOx Concentration B1S2
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ppm_nox_b2s1=NOx Concentration B2S1
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ppm_nox_b2s2=NOx Concentration B2S2
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temp_manifold_surface=Intake Manifold Surface Temperature
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avg_reagent_consumption=Average Reagent consumption
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avg_demad_reagent_consumption=Average Reagent consumption demand
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level_reagent_tank=Reagent Tank level
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rt_nox_warning=Runtime w/ active NOx warning
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particle_mass_b1=Particulate Mass concentration B1
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particle_mass_b2=Particulate Mass concentration B2
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press_manifold_abs_a=Intake Manifold Absolute Pressure A
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press_manifold_abs_b=Intake Manifold Absolute Pressure B
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state_scr_act=SCR system state actual
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state_scr_10k=SCR system state 00-10k km
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state_scr_20k=SCR system state 10-20k km
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state_scr_30k=SCR system state 20-30k km
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state_scr_40k=SCR system state 30-40k km
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dist_scr_induce_act=SCR Distance w/ inducement active (current 10k)
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dist_scr_act=SCR Distance (current 10k)
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dist_induce_20k=SCR Distance w/ inducement active (10-20k km)
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dist_induce_30k=SCR Distance w/ inducement active (20-30k km)
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dist_induce_40k=SCR Distance w/ inducement active (30-40k km)
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state_dpf=DPF Regeneration Status
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load_dpf=Normalized Trigger for DPF Regeneration
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time_dpf_regen=Avg. Time between DPF Regenerations
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dist_dpf_regen=Avg. Distance between DPF Regenerations
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o2_percent_b1s1=O2 Sensor Concentration B1S1
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o2_percent_b1s2=O2 Sensor Concentration B1S2
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o2_percent_b2s1=O2 Sensor Concentration B2S1
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o2_percent_b2s2=O2 Sensor Concentration B2S2
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o2_lambda_b1s1=O2 Sensor Lambda B1S1
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o2_lambda_b1s2=O2 Sensor Lambda B1S2
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o2_lambda_b2s1=O2 Sensor Lambda B2S1
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o2_lambda_b2s2=O2 Sensor Lambda B2S2
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percent_friction=Engine Torque Friction
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state_pm_b1=PM Sensor status B1
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percent_dpf_b1=PM Sensor DPF load B1
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state_pm_b2=PM Sensor status B2
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percent_dpf_b2=PM Sensor DPF load B2
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strategy_mil=MIL display strategy
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state_mil=MIL display state
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state_monitor=Emission system readyness
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hours_mil_on=Operating Hours w/ MIL active
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ecu_state_mil=ECU MIL display state
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ecu_hours_mil_on=ECU Operating Hours w/ MIL active
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ecu_hours_max_mil_on=ECU Max. Operating Hours w/ MIL active
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state_fuel_press_ctrl=Status Fuel pressure control
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state_inject_quantity_ctrl=Status Fuel Injection quantity control
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state_inject_timing_ctrl=Status Fuel Injection timing control
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state_fuel_balance_ctrl=Status Fuel Balance/Contribution control
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state_fuel_press_ctrl_2=Status Fuel pressure control 2
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state_inject_quantity_ctrl_2=Status Fuel Injection quantity control 2
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state_inject_timing_ctrl_2=Status Fuel Injection timing control 2
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state_fuel_balance_ctrl_2=Status Fuel Balance/Contribution control 2
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hours_mil_on_cont=Continuous Operating Hours w/ MIL active
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state_nox_warn_sys=NOx warning system state
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state_lvl1_induce=Level 1 Inducement status
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state_lvl2_induce=Level 2 Inducement status
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state_lvl3_induce=Level 3 Inducement status
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hours_reagent_quality=Reagent Quality counter
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hours_reagent_consum=Reagent Consumption counter
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hours_dosing_activity=Dosing Activity counter
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hours_egr_valve=EGR Valve counter
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hours_monitor_sys=Monitoring System counter
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exhaust_temperature_b1s5=Exhaust Temperature B1S5
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exhaust_temperature_b1s6=Exhaust Temperature B1S6
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exhaust_temperature_b1s7=Exhaust Temperature B1S7
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exhaust_temperature_b1s8=Exhaust Temperature B1S8
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exhaust_temperature_b2s5=Exhaust Temperature B2S5
|
||||
exhaust_temperature_b2s6=Exhaust Temperature B2S6
|
||||
exhaust_temperature_b2s7=Exhaust Temperature B2S7
|
||||
exhaust_temperature_b2s8=Exhaust Temperature B2S8
|
||||
o2_percent_b1s3=O2 Sensor Concentration B1S3
|
||||
o2_percent_b1s4=O2 Sensor Concentration B1S4
|
||||
o2_percent_b2s3=O2 Sensor Concentration B2S3
|
||||
o2_percent_b2s4=O2 Sensor Concentration B2S4
|
||||
o2_lambda_b1s3=O2 Sensor Lambda B1S3
|
||||
o2_lambda_b1s4=O2 Sensor Lambda B1S4
|
||||
o2_lambda_b2s3=O2 Sensor Lambda B2S3
|
||||
o2_lambda_b2s4=O2 Sensor Lambda B2S4
|
||||
odometer_reading=Odometer
|
||||
status_engine_idle_request=Engine IDLE Request
|
||||
status_engine_stop_request=Engine STOP Request
|
||||
counts_vin_length=Message count VIN
|
||||
vin_numitems=Number of VIN items
|
||||
vehicle_identification_number=Vehicle identification number
|
||||
counts_calibration_identifier_length=Message count CAL-ID
|
||||
calid_numitems=Number of CAL-ID items
|
||||
calibration_identifier=Calibration identifier
|
||||
calibration_identifier2=Calibration identifier 2
|
||||
counts_calibration_verification=Message count CVN
|
||||
calibration_verification=Calibration verification
|
||||
counts_ipt=Message count IPT
|
||||
OBDCOND=OBD Monitoring Conditions Encountered Counts
|
||||
IGNCNTR=Ignition Counter
|
||||
CATCOMP1=Catalyst Monitor Completion Counts Bank 1
|
||||
CATCOND1=Catalyst Monitor Conditions Encountered Counts Bank 1
|
||||
CATCOMP2=Catalyst Monitor Completion Counts Bank 2
|
||||
CATCOND2=Catalyst Monitor Conditions Encountered Counts Bank 2
|
||||
O2SCOMP1=O2 Sensor Monitor Completion Counts Bank 1
|
||||
O2SCOND1=O2 Sensor Monitor Conditions Encountered Counts Bank 1
|
||||
O2SCOMP2=O2 Sensor Monitor Completion Counts Bank 2
|
||||
O2SCOND2=O2 Sensor Monitor Conditions Encountered Counts Bank 2
|
||||
AIRCOMP=AIR Monitor Completion Condition Counts (Secondary Air)
|
||||
AIRCOND=AIR Monitor Conditions Encountered Counts (Secondary Air)
|
||||
EVAPCOMP=EVAP Monitor Completion Condition Counts
|
||||
EVAPCOND=EVAP Monitor Conditions Encountered Counts
|
||||
SO2SCOMP1=Secondary O2 Sensor Monitor Completion Counts Bank 1
|
||||
SO2SCOND1=Secondary O2 Sensor Monitor Conditions Encountered Counts Bank 1
|
||||
SO2SCOMP2=Secondary O2 Sensor Monitor Completion Counts Bank 2
|
||||
SO2SCOND2=Secondary O2 Sensor Monitor Conditions Encountered Counts Bank 2
|
||||
counts_ecu_name_length=ECU name length
|
||||
ecu_name=ECU name
|
||||
HCCATCOMP=NMHC Catalyst Monitor Completion Condition Counts
|
||||
HCCATCOND=NMHC Catalyst Monitor Conditions Encountered Counts
|
||||
NCATCOMP=NOx/SCR Catalyst Monitor Completion Condition Counts
|
||||
NCATCOND=NOx/SCR Catalyst Monitor Conditions Encountered Counts
|
||||
NADSCOMP=NOx Adsorber Monitor Completion Condition Counts
|
||||
NADSCOND=NOx Adsorber Monitor Conditions Encountered Counts
|
||||
PMCOMP=PM Filter Monitor Completion Condition Counts
|
||||
PMCOND=PM Filter Monitor Conditions Encountered Counts
|
||||
EGSCOMP=Exhaust Gas Sensor Monitor Completion Condition Counts
|
||||
EGSCOND=Exhaust Gas Sensor Monitor Conditions Encountered Counts
|
||||
EGRCOMP=EGR and/or VVT Monitor Completion Condition Counts
|
||||
EGRCOND=EGR and/or VVT Monitor Conditions Encountered Counts
|
||||
BPCOMP=Boost Pressure Monitor Completion Condition Counts
|
||||
BPCOND=Boost Pressure Monitor Conditions Encountered Counts
|
||||
FUELCOMP=Fuel Monitor Completion Condition Counts
|
||||
FUELCOND=Fuel Monitor Conditions Encountered Counts
|
||||
TST_EVAPLEAK=Evaporative system leak test
|
||||
TST_DPFREGEN=Diesel Particulate Filter Regeneration
|
||||
|
||||
# conversion items
|
||||
active=Active
|
||||
active_regen=Active Regen
|
||||
available=Available
|
||||
b1s1=B1S1
|
||||
b1s2=B1S2
|
||||
b1s3=B1S3
|
||||
b1s4=B1S4
|
||||
b2s1=B2S1
|
||||
b2s2=B2S2
|
||||
b2s3=B2S3
|
||||
b2s4=B2S4
|
||||
b3s1=B3S1
|
||||
b3s2=B3S2
|
||||
b4s1=B4S1
|
||||
b4s2=B4S2
|
||||
bifuel_running_cng=Bifuel running CNG
|
||||
bifuel_running_diesel=Bifuel running diesel
|
||||
bifuel_running_electric_and_combustion_engine=Bifuel running electric and combustion engine
|
||||
bifuel_running_electricity=Bifuel running Electricity
|
||||
bifuel_running_ethanol=Bifuel running Ethanol
|
||||
bifuel_running_gasoline=Bifuel running Gasoline
|
||||
bifuel_running_lpg=Bifuel running LPG
|
||||
bifuel_running_methanol=Bifuel running Methanol
|
||||
bifuel_running_propane=Bifuel running Propane
|
||||
brazil_obd_phase_1_(obdbr_1)=Brazil OBD Phase 1 (OBDBr-1)
|
||||
brazil_obd_phase_2_(obdbr_2)=Brazil OBD Phase 2 (OBDBr-2)
|
||||
closed_loop,_using_at_least_one_oxygen_sensor_but_there_is_a_fault_in_the_feedback_system=Closed loop, using at least one oxygen sensor but there is a fault in the feedback system
|
||||
closed_loop,_using_oxygen_sensor_feedback_to_determine_fuel_mix=Closed loop, using oxygen sensor feedback to determine fuel mix
|
||||
closed_loop=Closed Loop
|
||||
cng=CNG
|
||||
compression_ignition_monitor_available=Compression ignition monitor available
|
||||
continuous=Continuous
|
||||
customer.specific.trouble.code.see.manual=Customer specific trouble code. See manual…
|
||||
deviation_in_reagent_consumption=Deviation in reagent consumption
|
||||
diesel=Diesel
|
||||
discriminatory=discriminatory
|
||||
downstream_of_catalytic_converter=Downstream of catalytic converter
|
||||
dpf_regenerating=DPF regenerating
|
||||
electric=Electric
|
||||
enabled=enabled
|
||||
engine_manufacturer_diagnostics_(emd)=Engine Manufacturer Diagnostics (EMD)
|
||||
engine_manufacturer_diagnostics_enhanced_(emd+)=Engine Manufacturer Diagnostics Enhanced (EMD+)
|
||||
eobd,_obd_and_obd_ii=EOBD, OBD and OBD II
|
||||
eobd=EOBD
|
||||
eobd_(europe)=EOBD (Europe)
|
||||
eobd_and_obd=EOBD and OBD
|
||||
eobd_and_obd_ii=EOBD and OBD-II
|
||||
error=Error
|
||||
ethanol=Ethanol
|
||||
fault_present=Fault Present
|
||||
from_the_outside_atmosphere_or_off=From the outside atmosphere or off
|
||||
gasoline=Gasoline
|
||||
heavy_duty_euro_obd_stage_i_with_nox_control_(hd_eobd_i_n)=Heavy Duty Euro OBD Stage I with NOx control (HD EOBD-I N)
|
||||
heavy_duty_euro_obd_stage_i_without_nox_control_(hd_eobd_i)=Heavy Duty Euro OBD Stage I without NOx control (HD EOBD-I)
|
||||
heavy_duty_euro_obd_stage_ii_with_nox_control_(hd_eobd_ii_n)=Heavy Duty Euro OBD Stage II with NOx control (HD EOBD-II N)
|
||||
heavy_duty_euro_obd_stage_ii_without_nox_control_(hd_eobd_ii)=Heavy Duty Euro OBD Stage II without NOx control (HD EOBD-II)
|
||||
heavy_duty_euro_obd_stage_vi_(hd_eobd_iv)=Heavy Duty Euro OBD Stage VI (HD EOBD-IV)
|
||||
heavy_duty_on-board_diagnostics_(child/partial)_(hd_obd-c)=Heavy Duty On-Board Diagnostics (Child/Partial) (HD OBD-C)
|
||||
heavy_duty_on-board_diagnostics_(hd_obd)=Heavy Duty On-Board Diagnostics (HD OBD)
|
||||
heavy_duty_on_board_diagnostics_(child/partial)_(hd_obd_c)=Heavy Duty On-Board Diagnostics (Child/Partial) (HD OBD-C)
|
||||
heavy_duty_on_board_diagnostics_(hd_obd)=Heavy Duty On-Board Diagnostics (HD OBD)
|
||||
heavy_duty_vehicles_(euro_eev)_c=Heavy Duty Vehicles (EURO EEV) C
|
||||
heavy_duty_vehicles_(euro_iv)_b1=Heavy Duty Vehicles (EURO IV) B1
|
||||
heavy_duty_vehicles_(euro_v)_b2=Heavy Duty Vehicles (EURO V) B2
|
||||
hybrid_diesel=Hybrid Diesel
|
||||
hybrid_electric=Hybrid Electric
|
||||
hybrid_ethanol=Hybrid Ethanol
|
||||
hybrid_gasoline=Hybrid gasoline
|
||||
hybrid_regenerative=Hybrid Regenerative
|
||||
hybrid_running_electric_and_combustion_engine=Hybrid running electric and combustion engine
|
||||
inactive=inactive
|
||||
incomplete=Incomplete
|
||||
india_obd_i_(iobd_i)=India OBD I (IOBD I)
|
||||
india_obd_ii_(iobd_ii)=India OBD II (IOBD II)
|
||||
jobd,_eobd,_and_obd_ii=JOBD, EOBD and OBD II
|
||||
jobd,_eobd_and_obd_ii=JOBD, EOBD and OBD II
|
||||
jobd=JOBD
|
||||
jobd_(japan)=JOBD (Japan)
|
||||
jobd_and_eobd=JOBD and EOBD
|
||||
jobd_and_obd_ii=JOBD and OBD II
|
||||
korean_obd_(kobd)=Korean OBD (KOBD)
|
||||
lpg=LPG
|
||||
measuring=measuring
|
||||
methanol=Methanol
|
||||
n/a=n/a
|
||||
no.trouble.codes.set=No trouble codes set
|
||||
non_discriminatory=NON discriminatory
|
||||
not_available=Not available
|
||||
not_obd_compliant=Not OBD compliant
|
||||
nox_absorber_desulferizing=NOx Adsorber desulfurizing
|
||||
nox_absorber_regenerating=NOx Adsorber regenerating
|
||||
nox_emissions_too_high=NOx emissions too high
|
||||
obd_and_obd_ii=OBD and OBD-II
|
||||
obd_as_defined_by_the_epa=OBD as defined by the EPA
|
||||
obd_federal_epa=OBD Federal EPA
|
||||
obd_i=OBD-I
|
||||
obd_ii=OBD II
|
||||
obd_ii_as_defined_by_the_carb=OBD-II as defined by the CARB
|
||||
off=Off
|
||||
on=On
|
||||
on_demand=On demand
|
||||
open_loop=Open Loop
|
||||
open_loop_due_to_engine_load_or_fuel_cut_due_to_deceleration=Open loop due to engine load OR fuel cut due to deceleration
|
||||
open_loop_due_to_insufficient_engine_temperature=Open loop due to insufficient engine temperature
|
||||
open_loop_due_to_system_failure=Open loop due to system failure
|
||||
propane=Propane
|
||||
pump_commanded_on_for_diagnostics=Pump commanded on for diagnostics
|
||||
reagent_incorrect=Reagent incorrect
|
||||
reagent_level_low=Reagent Level low
|
||||
regenerating=regenerating
|
||||
reserved=Reserved
|
||||
short=Short
|
||||
upstream=Upstream
|
||||
world_wide_harmonized_obd_(wwh_obd)=World Wide Harmonized OBD (WWH OBD)
|
||||
Reference in New Issue
Block a user