Parameters

The SAE J1979 standard has 1,091 parameters.

How to read a parameter card

Battery capacity calculation `BCAP_R`

Service 01PID D8
Module7E0 → 7E8
Every60 s

Bits 0 to 7 of the reply, 8 bits.

Unit: Named states

States
Raw value	State
`0`	`Not ready`
`1`	`Ready`

The parameter's name and its ID in the OBDb. Confirmed shows when a response from a real car confirms the parameter.
The clutch mark shows a Connectable, a parameter that Pelican surfaces in its interface.
The service and PID/DID asked for, the control module it's sent to, and how often Pelican asks.
The reply's bytes. The parameter's bytes are blue. Bytes for other parameters in the same reply are grayed out. Hover over a byte to see the parameter it represents.
Where the parameter is in the response, and how Pelican converts the raw value into a value.
A real reply, decoded. The raw value comes first, then the reading.
Which model years have tested this parameter.

Battery

Battery capacity calculation `BCAP_R`

Service 01PID D8
Module7E0 → 7E8
Every60 s

Bits 0 to 7 of the reply, 8 bits.

Unit: Named states

States
Raw value	State
`0`	`Not ready`
`1`	`Ready`

Control module voltage `VPWR`

Power input to the OBD control module. VPWR is normally battery voltage, less any voltage drop in the circuit between the battery and the control module.

Pelican can show this parameter as the starter battery voltage.

Service 01PID 42
Module7E0 → 7E8
Every10 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 65.535 V
Unit: V

Distance since state of health update `HEALTH_DIST`

Service 01PID D0
Module7E0 → 7E8
Every3600 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Enhanced Hybrid/EV Vehicle Charging State `EHEV_MODE`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bits 13 to 14 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`CSM`	Charge sustaining mode
`1`	`CDM`	Charge depleting mode
`2`	`CIM`	Charge increasing mode
`3`	`Not PSA`

Fuel cell current over the last second `FC_CUMUL_CURR`

Charge over the last second, 0.02 mAh/s per bit, shown as average current.

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val \times 72}{1000}$
Range: 0 to 4718.52 A
Unit: A

Fuel cell fuel consumption `FC_FUEL_RATE`

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{2000}$
Range: 0 to 32.7675 g/s
Unit: g/s

Fuel cell power over the last second `FC_CUMUL_ENER`

Energy over the last second, 0.0001 Wh/s per bit, shown as average power.

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bits 56 to 87 of the reply, 32 bits.

Formula: $\frac{val \times 36}{100000}$
Range: 0 to 1546188.226 kW
Unit: kW

Fuel cell system voltage `FC_VOLT`

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery active time since cell balancing `HEV_BATT_BAL_TIME`

Service 01PID B8
Module7E0 → 7E8
Every3600 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 min
Unit: min

HV battery actual charge rate `HVESS_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery average cell temperature `HEV_BATT_AVG_CELL_T`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery bus bar temperature `HEV_BATT_BUS_BAR_T`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery calculated usable energy `CALCULATED_ESS_CAP`

Service 01PID D9
Module7E0 → 7E8
Every3600 s

Bits 0 to 31 of the reply, 32 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 4294967.295 kWh
Unit: kWh

HV battery charging limit `HVESS_CHARGE_LIM`

Service 01PID D1
Module7E0 → 7E8
Every1 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery charging power `HVESS_CHARGE_ACT`

Service 01PID D1
Module7E0 → 7E8
Every1 s

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery continuous charge current limit `HEV_BATT_CHG_I_LIM`

Service 01PID BA
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276.8 to 3276.7 A
Unit: A

HV battery continuous discharge current limit `HEV_BATT_DCHG_I_LIM`

Service 01PID BA
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276.8 to 3276.7 A
Unit: A

HV battery continuous rated power available `HEV_BATT_PWR_AVAIL`

Service 01PID BA
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

HV battery coolant temperature `HEV_BATT_COOLANT_T`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bits 40 to 47 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery cumulative energy in `HVESS_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery cumulative energy out `HVESS_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery current `HVESS_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery current over the last second `HVESS_CURR`

Charge over the last second, 0.000001 Ah/s per bit, shown as average current. Positive is charging.

Service 01PID DA
Module7E0 → 7E8
Every1 s

Bits 0 to 31 of the reply, 32 bits. The value is signed.

Formula: $\frac{val \times 36}{10000}$
Range: -7730941.133 to 7730941.129 A
Unit: A

HV battery discharge energy capacity `HVESS_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 8 to 31 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery initial reserve energy `INIT_ESS_RSRV_CAP`

Service 01PID D0
Module7E0 → 7E8
Every3600 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 kWh
Unit: kWh

HV battery maximum cell temperature `HEV_BATT_MAX_CELL_T`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery maximum cell voltage `HEV_BATT_MAX_CELL_V`

Service 01PID B9
Module7E0 → 7E8
Every1 s

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 65.535 V
Unit: V

HV battery minimum cell temperature `HEV_BATT_MIN_CELL_T`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery minimum cell voltage `HEV_BATT_MIN_CELL_V`

Service 01PID B9
Module7E0 → 7E8
Every1 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 65.535 V
Unit: V

HV battery pack A actual charge rate `HVESPA_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack A cumulative energy in `HVESPA_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack A cumulative energy out `HVESPA_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack A current `HVESPA_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack A discharge energy capacity `HVESPA_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 32 to 55 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack A recommended maximum state of charge `HVESPA_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack A recommended minimum state of charge `HVESPA_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack A state of health `HVESPA_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack A temperature `HVESPA_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack A total energy throughput `HVESPA_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack A voltage `HVESPA_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery pack B actual charge rate `HVESPB_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack B cumulative energy in `HVESPB_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack B cumulative energy out `HVESPB_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack B current `HVESPB_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack B discharge energy capacity `HVESPB_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 56 to 79 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack B recommended maximum state of charge `HVESPB_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack B recommended minimum state of charge `HVESPB_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack B state of health `HVESPB_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack B temperature `HVESPB_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack B total energy throughput `HVESPB_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack B voltage `HVESPB_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery pack C actual charge rate `HVESPC_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack C cumulative energy in `HVESPC_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack C cumulative energy out `HVESPC_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack C current `HVESPC_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack C discharge energy capacity `HVESPC_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 80 to 103 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack C recommended maximum state of charge `HVESPC_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack C recommended minimum state of charge `HVESPC_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack C state of health `HVESPC_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack C temperature `HVESPC_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack C total energy throughput `HVESPC_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack C voltage `HVESPC_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery pack D actual charge rate `HVESPD_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack D cumulative energy in `HVESPD_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack D cumulative energy out `HVESPD_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack D current `HVESPD_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack D discharge energy capacity `HVESPD_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 104 to 127 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack D recommended maximum state of charge `HVESPD_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack D recommended minimum state of charge `HVESPD_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack D state of health `HVESPD_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack D temperature `HVESPD_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 40 to 47 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack D total energy throughput `HVESPD_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack D voltage `HVESPD_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery pack E actual charge rate `HVESPE_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack E cumulative energy in `HVESPE_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack E cumulative energy out `HVESPE_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack E current `HVESPE_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack E discharge energy capacity `HVESPE_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 128 to 151 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack E recommended maximum state of charge `HVESPE_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack E recommended minimum state of charge `HVESPE_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack E state of health `HVESPE_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 48 to 55 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack E temperature `HVESPE_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 48 to 55 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack E total energy throughput `HVESPE_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack E voltage `HVESPE_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery pack F actual charge rate `HVESPF_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack F cumulative energy in `HVESPF_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack F cumulative energy out `HVESPF_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack F current `HVESPF_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack F discharge energy capacity `HVESPF_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 152 to 175 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack F recommended maximum state of charge `HVESPF_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack F recommended minimum state of charge `HVESPF_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack F state of health `HVESPF_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 56 to 63 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack F temperature `HVESPF_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 56 to 63 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack F total energy throughput `HVESPF_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack F voltage `HVESPF_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery pack G actual charge rate `HVESPG_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack G cumulative energy in `HVESPG_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack G cumulative energy out `HVESPG_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack G current `HVESPG_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack G discharge energy capacity `HVESPG_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 176 to 199 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack G recommended maximum state of charge `HVESPG_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack G recommended minimum state of charge `HVESPG_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack G state of health `HVESPG_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 64 to 71 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack G temperature `HVESPG_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 64 to 71 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack G total energy throughput `HVESPG_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack G voltage `HVESPG_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery pack H actual charge rate `HVESPH_ACR`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bits 136 to 151 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kW
Unit: kW

HV battery pack H cumulative energy in `HVESPH_Enrg_In`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack H cumulative energy out `HVESPH_Enrg_Out`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 kWh
Unit: kWh

HV battery pack H current `HVESPH_Cur`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bits 136 to 151 of the reply, 16 bits.

Formula: $\frac{val}{20} - 1600$
Range: -1600 to 1676.75 A
Unit: A

HV battery pack H discharge energy capacity `HVESPH_DEnrg_CAP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bits 200 to 223 of the reply, 24 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 16777.215 kWh
Unit: kWh

HV battery pack H recommended maximum state of charge `HVESPH_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 136 to 151 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack H recommended minimum state of charge `HVESPH_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 136 to 151 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery pack H state of health `HVESPH_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 72 to 79 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery pack H temperature `HVESPH_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 72 to 79 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery pack H total energy throughput `HVESPH_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery pack H voltage `HVESPH_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 136 to 151 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

HV battery power over the last second `HVESS_ENER`

Energy over the last second, 0.000001 Wh/s per bit, shown as average power. Positive is charging.

Service 01PID D4
Module7E0 → 7E8
Every1 s

Bits 0 to 31 of the reply, 32 bits. The value is signed.

Formula: $\frac{val \times 36}{10000000}$
Range: -7730.941133 to 7730.941129 kW
Unit: kW

HV battery recommended maximum state of charge `HVESS_MAX_SOC`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery recommended minimum state of charge `HVESS_MIN_SOC`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{640}$
Range: 0 to 102.3984375 %
Unit: %

HV battery remaining reserve energy `REMAINING_ESS_RSRV_CAP`

Service 01PID D0
Module7E0 → 7E8
Every3600 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 kWh
Unit: kWh

HV battery state of health `HVESS_SOH`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 2}{5}$
Range: 0 to 102 %
Unit: %

HV battery temperature `HVESS_Temp`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

HV battery thermal state `HEV_BATT_THERM_MODE`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bits 48 to 55 of the reply, 8 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Off`	Thermal system off
`1`	`Active cooling`
`2`	`Passive cooling`
`3`	`Active heating`
`4`	`Passive heating`

HV battery total energy throughput `HVESS_Enrg_Tput`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 kWh
Unit: kWh

HV battery voltage `HVESS_Volt`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 V
Unit: V

Hybrid battery pack remaining charge `BAT_SOC`

The percent remaining level of charge for a battery pack used for propulsion, expressed as a percentage of total useable battery energy, commonly referred to as State Of Charge (SOC).

Pelican can show this parameter as the state of charge.

Service 01PID 5B
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Hybrid/EV Battery System Current `HEV_BATT_A`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bits 32 to 47 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276.8 to 3276.7 A
Unit: A

Hybrid/EV Battery System Voltage `HEV_BATT_V`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{64}$
Range: 0 to 1023.98 V
Unit: V

Hybrid/EV Vehicle Charging State `HEV_MODE`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bit 15 of the reply.

Unit: Named states

States
Raw value	State	Meaning
`0`	`CSM`	Charge sustaining mode
`1`	`CDM`	Charge depleting mode

State of certified energy `SOCE`

Estimation of the battery's certified usable energy.

Pelican can show this parameter as the state of health.

Service 01PID D2
Module7E0 → 7E8
Every300 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

State of certified energy supported `SOCE_SUP`

Service 01PID D2
Module7E0 → 7E8
Every300 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

State of certified range `SOCR`

Estimation of the battery's certified usable range. This is a best-effort representation of the degradation of components that contribute to the range of the vehicle.

Pelican can show this parameter as the state of health.

Service 01PID D2
Module7E0 → 7E8
Every300 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

State of certified range supported `SOCR_SUP`

Service 01PID D2
Module7E0 → 7E8
Every300 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

Traction battery pack State of Health `BAT_SOH`

Service 01PID B2
Module7E0 → 7E8
Every60 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Internal

Distance since state of health update supported `HEALTH_DIST_SUP`

Service 01PID D0
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Enhanced Hybrid/EV Vehicle Charging State supported? `EHEV_MODE_SUP`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel cell current supported `FC_CUMUL_CURR_SUP`

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel cell energy supported `FC_CUMUL_ENER_SUP`

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel cell fuel consumption supported `FC_FUEL_RATE_SUP`

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel cell system voltage supported `FC_VOLT_SUP`

Service 01PID D5
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery average cell temperature supported `HEV_BATT_AVG_CELL_T_SUP`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery bus bar temperature supported `HEV_BATT_BUS_BAR_T_SUP`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery coolant temperature supported `HEV_BATT_COOLANT_T_SUP`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery maximum cell temperature supported `HEV_BATT_MAX_CELL_T_SUP`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery minimum cell temperature supported `HEV_BATT_MIN_CELL_T_SUP`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A actual charge rate supported `HVESPA_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A cumulative energy in supported `HVESPA_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A cumulative energy out supported `HVESPA_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A current supported `HVESPA_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A discharge energy capacity supported `HVESPA_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A recommended maximum state of charge supported `HVESPA_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A recommended minimum state of charge supported `HVESPA_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A state of health supported `HVESPA_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A temperature supported `HVESPA_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A total energy throughput supported `HVESPA_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack A voltage supported `HVESPA_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B actual charge rate supported `HVESPB_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B cumulative energy in supported `HVESPB_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B cumulative energy out supported `HVESPB_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B current supported `HVESPB_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B discharge energy capacity supported `HVESPB_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B recommended maximum state of charge supported `HVESPB_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B recommended minimum state of charge supported `HVESPB_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B state of health supported `HVESPB_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B temperature supported `HVESPB_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B total energy throughput supported `HVESPB_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack B voltage supported `HVESPB_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C actual charge rate supported `HVESPC_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C cumulative energy in supported `HVESPC_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C cumulative energy out supported `HVESPC_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C current supported `HVESPC_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C discharge energy capacity supported `HVESPC_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C recommended maximum state of charge supported `HVESPC_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C recommended minimum state of charge supported `HVESPC_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C state of health supported `HVESPC_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C temperature supported `HVESPC_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C total energy throughput supported `HVESPC_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack C voltage supported `HVESPC_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D actual charge rate supported `HVESPD_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D cumulative energy in supported `HVESPD_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D cumulative energy out supported `HVESPD_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D current supported `HVESPD_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D discharge energy capacity supported `HVESPD_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D recommended maximum state of charge supported `HVESPD_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D recommended minimum state of charge supported `HVESPD_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D state of health supported `HVESPD_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D temperature supported `HVESPD_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D total energy throughput supported `HVESPD_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack D voltage supported `HVESPD_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E actual charge rate supported `HVESPE_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E cumulative energy in supported `HVESPE_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E cumulative energy out supported `HVESPE_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E current supported `HVESPE_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E discharge energy capacity supported `HVESPE_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E recommended maximum state of charge supported `HVESPE_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E recommended minimum state of charge supported `HVESPE_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E state of health supported `HVESPE_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E temperature supported `HVESPE_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E total energy throughput supported `HVESPE_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack E voltage supported `HVESPE_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F actual charge rate supported `HVESPF_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F cumulative energy in supported `HVESPF_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F cumulative energy out supported `HVESPF_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F current supported `HVESPF_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F discharge energy capacity supported `HVESPF_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F recommended maximum state of charge supported `HVESPF_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F recommended minimum state of charge supported `HVESPF_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F state of health supported `HVESPF_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F temperature supported `HVESPF_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F total energy throughput supported `HVESPF_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack F voltage supported `HVESPF_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G actual charge rate supported `HVESPG_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G cumulative energy in supported `HVESPG_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G cumulative energy out supported `HVESPG_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G current supported `HVESPG_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G discharge energy capacity supported `HVESPG_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G recommended maximum state of charge supported `HVESPG_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G recommended minimum state of charge supported `HVESPG_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G state of health supported `HVESPG_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G temperature supported `HVESPG_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G total energy throughput supported `HVESPG_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack G voltage supported `HVESPG_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H actual charge rate supported `HVESPH_ACR_SUP`

Service 01PID B3
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H cumulative energy in supported `HVESPH_Enrg_In_SUP`

Service 01PID BB
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H cumulative energy out supported `HVESPH_Enrg_Out_SUP`

Service 01PID BC
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H current supported `HVESPH_Cur_SUP`

Service 01PID B5
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H discharge energy capacity supported `HVESPH_DEnrg_CAP_SUP`

Service 01PID C2
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H recommended maximum state of charge supported `HVESPH_MAX_SOC_SUP`

Service 01PID C1
Module7E0 → 7E8
Every30 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H recommended minimum state of charge supported `HVESPH_MIN_SOC_SUP`

Service 01PID BF
Module7E0 → 7E8
Every30 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H state of health supported `HVESPH_SOH_SUP`

Service 01PID BE
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H temperature supported `HVESPH_Temp_SUP`

Service 01PID B4
Module7E0 → 7E8
Every5 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H total energy throughput supported `HVESPH_Enrg_Tput_SUP`

Service 01PID BD
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery pack H voltage supported `HVESPH_Volt_SUP`

Service 01PID B6
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

HV battery thermal state supported `HEV_BATT_THERM_MODE_SUP`

Service 01PID B7
Module7E0 → 7E8
Every5 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Hybrid/EV Battery Current supported? `HEV_BATT_A_SUP`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Hybrid/EV Battery Voltage supported? `HEV_BATT_V_SUP`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Hybrid/EV Vehicle Charging State supported? `HEV_MODE_SUP`

Service 01PID 9A
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Initial reserve energy supported `INIT_ESS_RSRV_CAP_SUP`

Service 01PID D0
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Remaining reserve energy supported `REMAINING_ESS_RSRV_CAP_SUP`

Service 01PID D0
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Climate

Ambient air temperature `AAT`

Service 01PID 46
Module7E0 → 7E8
Every15 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Clocks

Time since engine start `RUNTM`

Increments while the engine is running. Freezes if the engine stalls. Resets to zero during every control module power-up and when entering the key-on, engine off position. Limited to 65,535 seconds and will not wrap around to zero.

Service 01PID 1F
Module7E0 → 7E8
Every1 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 s
Unit: s

Control

Absolute throttle position `TP`

Throttle position at idle will usually be more than 0%, and throttle position at wide open throttle will usually be less than 100%.

Pelican can show this parameter as the throttle position.

Service 01PID 11
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Absolute throttle position B `TP_B`

Pelican can show this parameter as the throttle position.

Service 01PID 47
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Absolute throttle position C `TP_C`

Pelican can show this parameter as the throttle position.

Service 01PID 48
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Relative throttle position `TP_R`

Relative or 'learned' throttle position.

Service 01PID 45
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Pedals

Accelerator pedal position (relative) `APP_R`

Service 01PID 5A
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Accelerator pedal position D `APP_D`

Service 01PID 49
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Accelerator pedal position E `APP_E`

Service 01PID 4A
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Accelerator pedal position F `APP_F`

Service 01PID 4B
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

DTCs

Cumulative engine hours with the continuous MI active `MI_TIME_CUM`

Service 01PID 93
Module7E0 → 7E8
Every3600 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Distance traveled since diagnostic trouble codes cleared `CLR_DIST`

Distance accumulated since DTCs were cleared (via an external test equipment or possibly, a battery disconnect). This parameter is not associated with any particular DTC. It is simply an indication for inspection/maintenance, of the last time an external test equipment was used to clear DTCs. If greater than 65,535 km have occurred, will remain at 65,535 km and not wrap to zero.

Pelican can show this parameter as the distance since trouble codes were cleared.

Service 01PID 31
Module7E0 → 7E8
Every15 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Distance traveled while MIL was activated `MIL_DIST`

Resets to zero when MIL changes from deactivated to activated, if diagnostic information is cleared, or if at least 40 warm-up cycles occur without MIL being activated.

Service 01PID 21
Module7E0 → 7E8
Every5 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

DTC that caused required freeze frame data storage `DTCFRZF`

0 indicates no freeze frame data.

Service 01PID 02
Module7E0 → 7E8
Every60 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Hexadecimal

ECU engine hours with the continuous MI active `OBD_MI_TIME`

Service 01PID 91
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

ECU malfunction indicator status `MI_MODE_ECU`

Service 01PID 91
Module7E0 → 7E8
Every1 s

Bits 4 to 7 of the reply, 4 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Off`	MI activation mode 1, MI off
`1`	`On demand`	MI activation mode 2, on-demand MI
`2`	`Short`	MI activation mode 3, short MI
`3`	`Continuous`	MI activation mode 4, continuous MI
`14`	`Error`
`15`	`Not available`	Not available or not required of this ECU

Emission system readiness `VOBD_RDY`

Service 01PID 90
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Complete`	All vehicle emission system monitors complete
`1`	`Not complete`	Not all vehicle emission system monitors complete

Engine hours with the continuous MI active `VOBD_MI_TIME`

Service 01PID 90
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine run time since diagnostic trouble codes cleared `CLR_TIME`

Time accumulated since DTCs were cleared (via an external test equipment or possibly, a battery disconnect). This parameter is not associated with any particular DTC. It is simply an indication for inspection/maintenance, of the last time an external test equipment was used to clear DTCs. If greater than 65,535 km have occurred, will remain at 65,535 minutes and not wrap to zero.

Service 01PID 4E
Module7E0 → 7E8
Every60 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 min
Unit: min

Highest ECU class B1 malfunction counter `OBD_B1_TIME`

Service 01PID 91
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Malfunction indicator lamp `MIL`

The MIL status is OFF during key-on, engine-off bulb check unless MIL has also been commanded ON for a detected malfunction. The status reflects whether there are confirmed DTC(s) stored that are illuminating the MIL. It should not reflect the status of the MIL, which could be on for a function check, flashing I/M readiness or flashing for misfire.

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

MI display strategy `MI_DISP_VOBD`

Service 01PID 90
Module7E0 → 7E8
Every1 s

Bits 6 to 7 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Non-discriminatory`	All ECUs employ a non-discriminatory MI display strategy
`1`	`Discriminatory`	All ECUs employ a discriminatory MI display strategy
`3`	`Not available`	Not available or not required of this vehicle

Number of DTCs stored in this ECU `DTC_CNT`

Number of confirmed emission-related DTCs stored in the ECU available for display using Service $03.

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bits 1 to 7 of the reply, 7 bits.

Formula: $val$
Range: 0 to 127
Unit: Number

Number of warm-ups since diagnostic trouble codes cleared `WARM_UPS`

Number of OBD warm-up cycles since all DTCs were cleared (via an external test equipment or possibly, a battery disconnect). A warm-up is defined in the OBD regulations to be sufficient vehicle operation such that coolant temperature rises by at least 22°C (40°F) from engine starting and reaches a minimum temperature of 70°C (160°F) (60°C (140°F) for diesels). This PID is not associated with any particular DTC. It is simply an indication for inspection/maintenance, of the last time an external test equipment was used to clear DTCs. If greater than 255 warm-ups have occurred, this parameter will remain at 255 and not wrap to zero.

Service 01PID 30
Module7E0 → 7E8
Every60 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

Propulsion system active trips since DTCs cleared `NUMPSATRIPSFLTMEMCLR`

Service 01PID D6
Module7E0 → 7E8
Every30 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Time run by the engine while MIL was activated `MIL_TIME`

Resets to zero when MIL changes from deactivated to activated, if diagnostic information is cleared, or if at least 40 warm-up cycles occur without MIL being activated.

Service 01PID 4D
Module7E0 → 7E8
Every60 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 min
Unit: min

Vehicle malfunction indicator status `MI_MODE_VOBD`

Service 01PID 90
Module7E0 → 7E8
Every1 s

Bits 2 to 5 of the reply, 4 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Off`	MI activation mode 1, MI off
`1`	`On demand`	MI activation mode 2, on-demand MI
`2`	`Short`	MI activation mode 3, short MI
`3`	`Continuous`	MI activation mode 4, continuous MI
`14`	`Error`
`15`	`Not available`	Not available or not required of this vehicle

Status

A/C system refrigerant monitoring `ACRF_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 19 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

A/C system refrigerant monitoring completed `ACRFCMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 27 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

A/C system refrigerant monitoring ready `ACRF_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 27 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Catalyst monitoring `CAT_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 23 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Catalyst monitoring completed `CAT_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 31 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Catalyst monitoring ready `CAT_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 31 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Comprehensive component monitoring completed `CCM_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 9 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Comprehensive component monitoring ready `CCM_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 9 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

EGR system monitoring `EGR_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 16 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR system monitoring completed `EGR_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 24 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

EGR system monitoring ready `EGR_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 24 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Evaporative system monitoring `EVAP_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 21 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evaporative system monitoring completed `EVAPCMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 29 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Evaporative system monitoring ready `EVAP_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 29 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Fuel system monitoring completed `FUEL_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 10 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Fuel system monitoring ready `FUEL_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 10 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Heated catalyst monitoring `HCAT_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 22 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Heated catalyst monitoring completed `HCATCMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 30 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Heated catalyst monitoring ready `HCAT_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 30 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Misfire monitoring completed `MIS_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 11 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Misfire monitoring ready `MIS_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 11 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Oxygen sensor heater monitoring `HTR_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 17 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Oxygen sensor heater monitoring completed `HTR_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 25 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Oxygen sensor heater monitoring ready `HTR_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 25 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Oxygen sensor monitoring `O2S_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 18 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Oxygen sensor monitoring completed `O2S_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 26 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Oxygen sensor monitoring ready `O2S_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 26 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Secondary air system monitoring `AIR_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 20 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Secondary air system monitoring completed `AIR_CMPL`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 28 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Secondary air system monitoring ready `AIR_RDY`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 28 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Yes or no

Support

A/C system refrigerant monitoring supported `ACRF_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 19 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Catalyst monitoring supported `CAT_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 23 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Comprehensive component monitoring enabled `CCM_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 13 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Comprehensive component monitoring supported `CCM_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 13 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Compression ignition monitoring supported `CIM_SUP`

Indicates support of spark ignition or compression ignition monitors.

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 12 of the reply.

Unit: Named states

States
Raw value	State	Meaning
`0`	`SPARK`	Spark ignition monitors supported
`1`	`COMPRESSION`	Compression ignition monitors supported

Compression ignition monitoring supported `CIM_SUP_FLAG`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 12 of the reply.

Unit: Named states

States
Raw value	State	Meaning
`0`	`SPARK`	Spark ignition monitors supported
`1`	`COMPRESSION`	Compression ignition monitors supported

EGR system monitoring supported `EGR_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 16 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evaporative system monitoring supported `EVAP_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 21 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system monitoring enabled `FUEL_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 14 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system monitoring supported `FUEL_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 14 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Heated catalyst monitoring supported `HCAT_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 22 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Misfire monitoring enabled `MIS_ENA`

Service 01PID 41
Module7E0 → 7E8
Every1 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Misfire monitoring supported `MIS_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Oxygen sensor heater monitoring supported `HTR_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 17 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Oxygen sensor monitoring supported `O2S_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 18 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Secondary air system monitoring supported `AIR_SUP`

Service 01PID 01
Module7E0 → 7E8
Every10 s

Bit 20 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Emissions

Actual SCR catalyst A NH3 storage `SCR_NH3_ACT_A`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10000}$
Range: 0 to 6.5535 g/L
Unit: g/L

Actual SCR catalyst B NH3 storage `SCR_NH3_ACT_B`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{10000}$
Range: 0 to 6.5535 g/L
Unit: g/L

Aftertreatment fuel pressure `AFT_FP`

Service 01PID 96
Module7E0 → 7E8
Every1 s

Bits 32 to 47 of the reply, 16 bits.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 kPa
Unit: kPa

Average demanded reagent consumption `REAG_DEMD`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{200}$
Range: 0 to 327.675 L/h
Unit: L/h

Average distance between particulate filter regens `PF_REGEN_AVGD`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Average reagent consumption `REAG_RATE`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{200}$
Range: 0 to 327.675 L/h
Unit: L/h

Average time between particulate filter regens `PF_REGEN_AVGT`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 min
Unit: min

Commanded DEF dosing `DEF_CMD`

Service 01PID A5
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val}{2}$
Range: 0 to 100 %
Unit: %

Corrected NOx concentration bank 1, sensor 1 `NOXC11`

Parts per million.

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Corrected NOx concentration bank 1, sensor 2 `NOXC12`

Parts per million.

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Corrected NOx concentration bank 1, sensor 3 `NOXC13`

Parts per million.

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Corrected NOx concentration bank 1, sensor 4 `NOXC14`

Parts per million.

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Corrected NOx concentration bank 2, sensor 1 `NOXC21`

Parts per million.

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Corrected NOx concentration bank 2, sensor 2 `NOXC22`

Parts per million.

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Corrected NOx concentration bank 2, sensor 3 `NOXC23`

Parts per million.

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

Corrected NOx concentration bank 2, sensor 4 `NOXC24`

Parts per million.

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

DEF concentration `DEF_CON`

Concentration of urea in water. 32.5% is the proper concentration.

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val}{4}$
Range: 0 to 63.75 %
Unit: %

DEF doser A dosing mode `DEFA_MODE`

0 means the dosing system is off. 1 to 253 are manufacturer-specific modes. 254 (error, not dosing) and 255 (not available) read as no value.

Service 01PID AC
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

DEF doser A maximum dosing rate `DEFA_MAX`

Service 01PID AC
Module7E0 → 7E8
Every1 s

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val \times 3}{10000}$
Range: 0 to 19.6605 kg/h
Unit: kg/h

DEF doser B commanded dosing `DEFB_CMD`

Service 01PID D7
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val}{2}$
Range: 0 to 100 %
Unit: %

DEF doser B dosing mode `DEFB_MODE`

0 means the dosing system is off. 1 to 253 are manufacturer-specific modes. 254 (error, not dosing) and 255 (not available) read as no value.

Service 01PID D7
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

DEF doser B maximum dosing rate `DEFB_MAX`

Service 01PID D7
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val \times 3}{10000}$
Range: 0 to 19.2765 kg/h
Unit: kg/h

DEF tank level `DEF_LVL`

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

DEF tank temperature `DEF_T`

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

DEF type `DEF_TYPE`

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bits 0 to 3 of the reply, 4 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Urea too high`	Urea concentration too high
`1`	`Urea too low`	Urea concentration too low
`2`	`Diesel or other`	Fluid is diesel or another fluid
`3`	`Proper mixture`	DEF is the proper mixture
`13`	`Unknown`	No concentration sensor fault, fluid type cannot be determined
`14`	`Sensor fault`	Concentration sensor fault, no result

DEF used in the current driving cycle `DEF_UCDC`

Service 01PID A5
Module7E0 → 7E8
Every1 s

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{2000}$
Range: 0 to 32.7675 L
Unit: L

Distance travelled in the current 10,000 km block `SCR_IND_DIST_1D`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Distance with SCR inducement active in the 10,000-20,000 km block `SCR_IND_DIST_2N`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Distance with SCR inducement active in the 20,000-30,000 km block `SCR_IND_DIST_3N`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Distance with SCR inducement active in the 30,000-40,000 km block `SCR_IND_DIST_4N`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Distance with SCR inducement active in the current 10,000 km block `SCR_IND_DIST_1N`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Emission requirements to which vehicle is designed `EMIS_SUP`

Service 01PID 5F
Module7E0 → 7E8
Every60 s

Bits 0 to 7 of the reply, 8 bits.

Unit: Named states

States
Raw value	State	Meaning
`14`	`EURO IV B1`	Heavy duty vehicles (EURO IV) B1
`15`	`EURO V B2`	Heavy duty vehicles (EURO V) B2
`16`	`EURO C`	Heavy duty vehicles (EURO EEV) C
`17`	`EURO VI`	Heavy Duty Vehicles (Euro VI)

Engine hours with a liquid reagent injection system failure `LRIS_FAILURE_TIME`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bits 32 to 47 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine hours with a NOx control monitoring system fault `MON_SYS_TIME`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 80 to 95 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine hours with a particulate control monitoring system fault `PCD_FAILURE_TIME`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bits 48 to 63 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine hours with an impeded EGR valve `EGR_TIME`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 64 to 79 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine hours with incorrect reagent consumption `REAG_CON_TIME`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 32 to 47 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine hours with incorrect reagent quality `REAG_QUAL_TIME`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 16 to 31 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine hours with reagent dosing interrupted `REAG_DOSE_TIME`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 48 to 63 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine hours with the particulate filter removed or blocked `DPF_REMOVAL_BLOCKED_TIME`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bits 16 to 31 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 h
Unit: h

Engine-out NOx mass emission rate `NOX_EO`

Service 01PID 97
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{10000}$
Range: 0 to 6.5535 g/s
Unit: g/s

Exhaust particulate control diagnostic count `EXH_PM_OCC_CNT`

Service 01PID C4
Module7E0 → 7E8
Every3600 s

Bits 32 to 63 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295
Unit: Number

Exhaust particulate control diagnostic time `EXH_PM_TIME`

Service 01PID C4
Module7E0 → 7E8
Every3600 s

Bits 0 to 31 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Hydrocarbon doser flow rate `HC_INJ_FL`

Service 01PID 96
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{1200}$
Range: 0 to 54.6125 g/s
Unit: g/s

Hydrocarbon doser injector duty cycle `HC_INJ_DC`

Service 01PID 96
Module7E0 → 7E8
Every1 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Inside manufacturer-specific PM NTE carve-out area `PM_NTE_CARVE`

Service 01PID 7E
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Inside PM control area `PM_NTE_IN`

Service 01PID 7E
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Level one inducement status `INDUC_L1`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 13 to 14 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Inactive`	Level one inducement inactive
`1`	`Enabled`	Level one inducement enabled
`2`	`Active`	Level one inducement active
`3`	`Not supported`	Level one inducement not supported

Level three inducement status `INDUC_L3`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 9 to 10 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Inactive`	Level three inducement inactive
`1`	`Enabled`	Level three inducement enabled
`2`	`Active`	Level three inducement active
`3`	`Not supported`	Level three inducement not supported

Level two inducement status `INDUC_L2`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bits 11 to 12 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Inactive`	Level two inducement inactive
`1`	`Enabled`	Level two inducement enabled
`2`	`Active`	Level two inducement active
`3`	`Not supported`	Level two inducement not supported

Normalized trigger for particulate filter regen `PF_REGEN_PCT`

0% means the filter is clean and a regen just finished. 100% means the filter is ready to regenerate.

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

NOx adsorber desulfurization in progress `NOX_ADS_DESULF`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 12 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx adsorber regen in progress `NOX_ADS_REGEN`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 13 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx concentration bank 1, sensor 1 `NOX11`

Parts per million.

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx concentration bank 1, sensor 2 `NOX12`

Parts per million.

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx concentration bank 1, sensor 3 `NOX13`

Parts per million.

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx concentration bank 1, sensor 4 `NOX14`

Parts per million.

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx concentration bank 2, sensor 1 `NOX21`

Parts per million.

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx concentration bank 2, sensor 2 `NOX22`

Parts per million.

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx concentration bank 2, sensor 3 `NOX23`

Parts per million.

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx concentration bank 2, sensor 4 `NOX24`

Parts per million.

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

NOx control (NCD) warning lamp `NCD_WL`

Service 01PID C8
Module7E0 → 7E8
Every1 s

Bits 4 to 5 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Off`	Warning lamp off
`1`	`On`	Warning lamp continuously on
`2`	`Blink`	Warning lamp blinking
`3`	`Not used`	Not utilized

NOx warning system active `NOX_WARN_ACT`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NTE deficiency for PM active area `PM_NTE_DEF`

Service 01PID 7E
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Outside PM control area `PM_NTE_OUT`

Service 01PID 7E
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate control (PCD) warning lamp `PCD_WL`

Service 01PID C8
Module7E0 → 7E8
Every1 s

Bits 2 to 3 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Off`	Warning lamp off
`1`	`On`	Warning lamp continuously on
`2`	`Blink`	Warning lamp blinking
`3`	`Not used`	Not utilized

Particulate filter regen in progress `PF_REGEN_STAT`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter regen type `PF_REGEN_TYPE`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 14 of the reply.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Passive`	Passive regen
`1`	`Active`	Active regen

Particulate level one inducement status `PM_INDUC_L1`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bits 13 to 14 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Inactive`	Level one inducement inactive
`1`	`Enabled`	Level one inducement enabled
`2`	`Active`	Level one inducement active
`3`	`Not supported`	Level one inducement not supported

Particulate level three inducement status `PM_INDUC_L3`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bits 9 to 10 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Inactive`	Level three inducement inactive
`1`	`Enabled`	Level three inducement enabled
`2`	`Active`	Level three inducement active
`3`	`Not supported`	Level three inducement not supported

Particulate level two inducement status `PM_INDUC_L2`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bits 11 to 12 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Inactive`	Level two inducement inactive
`1`	`Enabled`	Level two inducement enabled
`2`	`Active`	Level two inducement active
`3`	`Not supported`	Level two inducement not supported

Particulate warning system active `PM_WARN_ACT`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM mass concentration bank 1, sensor 1 `PM11`

Milligrams per cubic meter.

Service 01PID 86
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{80}$
Range: 0 to 819.1875
Unit: Number

PM mass concentration bank 2, sensor 1 `PM21`

Milligrams per cubic meter.

Service 01PID 86
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{80}$
Range: 0 to 819.1875
Unit: Number

PM sensor bank 1, sensor 1 measuring `PM11_ACTIVE`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 1, sensor 1 regenerating `PM11_REGEN`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 14 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 2, sensor 1 measuring `PM21_ACTIVE`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 39 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 2, sensor 1 regenerating `PM21_REGEN`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 38 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor normalized output bank 1, sensor 1 `PM11_OUT`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bits 16 to 31 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{100}$
Range: -327.68 to 327.67 %
Unit: %

PM sensor normalized output bank 2, sensor 1 `PM21_OUT`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{100}$
Range: -327.68 to 327.67 %
Unit: %

Reagent tank level `REAG_LVL`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Run time with NOx warning active `NWI_TIME`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bits 48 to 79 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

SCR inducement for incorrect reagent `SCR_IND_INCORR_REAG`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for incorrect reagent in the 0-10,000 km history block `SCR_IND_INCORR_REAG1`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 14 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for incorrect reagent in the 10,000-20,000 km history block `SCR_IND_INCORR_REAG2`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 10 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for incorrect reagent in the 20,000-30,000 km history block `SCR_IND_INCORR_REAG3`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 22 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for incorrect reagent in the 30,000-40,000 km history block `SCR_IND_INCORR_REAG4`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 18 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for NOx emissions too high `SCR_IND_NOX_LEVEL`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for NOx emissions too high in the 0-10,000 km history block `SCR_IND_NOX_LEVEL1`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 12 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for NOx emissions too high in the 10,000-20,000 km history block `SCR_IND_NOX_LEVEL2`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 8 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for NOx emissions too high in the 20,000-30,000 km history block `SCR_IND_NOX_LEVEL3`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 20 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for NOx emissions too high in the 30,000-40,000 km history block `SCR_IND_NOX_LEVEL4`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 16 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent consumption deviation `SCR_IND_CONSUMP_DEVIATION`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent consumption deviation in the 0-10,000 km history block `SCR_IND_CONSUMP_DEVIATION1`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 13 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent consumption deviation in the 10,000-20,000 km history block `SCR_IND_CONSUMP_DEVIATION2`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 9 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent consumption deviation in the 20,000-30,000 km history block `SCR_IND_CONSUMP_DEVIATION3`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 21 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent consumption deviation in the 30,000-40,000 km history block `SCR_IND_CONSUMP_DEVIATION4`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 17 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent level too low `SCR_IND_LEVEL_LOW`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent level too low in the 0-10,000 km history block `SCR_IND_LEVEL_LOW1`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent level too low in the 10,000-20,000 km history block `SCR_IND_LEVEL_LOW2`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 11 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent level too low in the 20,000-30,000 km history block `SCR_IND_LEVEL_LOW3`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 23 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement for reagent level too low in the 30,000-40,000 km history block `SCR_IND_LEVEL_LOW4`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 19 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

SCR inducement system active `SCR_IND_ACTIVE`

Service 01PID 88
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Shared NCD and PCD warning lamp `NCD_PCD_WL`

Used only when one lamp serves both the NOx control and particulate control systems.

Service 01PID C8
Module7E0 → 7E8
Every1 s

Bits 6 to 7 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`Off`	Warning lamp off
`1`	`On`	Warning lamp continuously on
`2`	`Blink`	Warning lamp blinking
`3`	`Not used`	Not utilized

Tailpipe NOx mass emission rate `NOX_TP`

Service 01PID 97
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10000}$
Range: 0 to 6.5535 g/s
Unit: g/s

Target SCR catalyst A NH3 storage `SCR_NH3_TGT_A`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{10000}$
Range: 0 to 6.5535 g/L
Unit: g/L

Target SCR catalyst B NH3 storage `SCR_NH3_TGT_B`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10000}$
Range: 0 to 6.5535 g/L
Unit: g/L

Engine

02S Bank 3, Sensor 1 present `O2S31_EXISTS`

Service 01PID 1D
Module7E0 → 7E8
Every3600 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 3, Sensor 2 present `O2S32_EXISTS`

Service 01PID 1D
Module7E0 → 7E8
Every3600 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 4, Sensor 1 present `O2S41_EXISTS`

Service 01PID 1D
Module7E0 → 7E8
Every3600 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 4, Sensor 2 present `O2S42_EXISTS`

Service 01PID 1D
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Absolute evap system vapor pressure `EVAP_VPA`

Normally obtained from a sensor located in the fuel tank or a sensor in an evaporative system vapor line.

Service 01PID 53
Module7E0 → 7E8
Every1 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{200}$
Range: 0 to 327.675 kPa
Unit: kPa

Absolute load value `LOAD_ABS`

Pelican can show this parameter as the absolute engine load.

Service 01PID 43
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 25700 %
Unit: %

Absolute Throttle Position G `TP_G`

Pelican can show this parameter as the throttle position.

Service 01PID 8D
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Actual EGR A duty cycle/position `EGR_A_ACT`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Actual EGR B duty cycle/position `EGR_B_ACT`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Actual engine torque `TQ_ACT`

Service 01PID 62
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

Air flow rate from mass air flow sensor `MAF`

Pelican can show this parameter as the mass air flow.

Service 01PID 10
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 g/s
Unit: g/s

Barometric pressure `BARO`

Normally obtained from one of a dedicated barometric sensor, a MAP sensor at key-on and during certain modes of driving, or inferred from a MAF sensor and other inputs during certain modes of driving. The control module reports BARO from whatever source it is derived from.

Service 01PID 33
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 kPa
Unit: kPa

Boost pressure sensor A `BP_A_ACT`

Actual turbocharger/supercharger A boost pressure.

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 kPa
Unit: kPa

Boost pressure sensor B `BP_B_ACT`

Actual turbocharger/supercharger B boost pressure.

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 kPa
Unit: kPa

Calculated engine load `LOAD_PCT`

Represents the amount of work the engine is doing. Expected to reach 100% at wide open throttle/wide open pedal at any altitude, temperature or rpm for both naturally aspirated and boosted engines. If engine load is limited for powertrain protection e.g. engine/turbocharger protection, this value may not reach 100%. For hybrid vehicles, indicates the torque produced only by the internal combustion engine, not the torque being delivered by the entire powertrain. For electric vehicles, the meaning of this parameter is undefined.

Pelican can show this parameter as the engine load.

Service 01PID 04
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Catalyst temperature A `CATEMP_A`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Catalyst temperature B `CATEMP_B`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Catalyst temperature bank 1, sensor 1 `CATEMP11`

Service 01PID 3C
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Catalyst temperature bank 1, sensor 2 `CATEMP12`

Service 01PID 3E
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Catalyst temperature bank 2, sensor 1 `CATEMP21`

Service 01PID 3D
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Catalyst temperature bank 2, sensor 2 `CATEMP22`

Service 01PID 3F
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Catalyst temperature C `CATEMP_C`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Catalyst temperature D `CATEMP_D`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Charge air cooler temperature bank 1, sensor 1 `CACT_11`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Charge air cooler temperature bank 1, sensor 2 `CACT_12`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Charge air cooler temperature bank 2, sensor 1 `CACT_21`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Charge air cooler temperature bank 2, sensor 2 `CACT_22`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Commanded boost pressure A `BP_A_CMD`

Turbocharger/supercharger A commanded boost pressure.

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 kPa
Unit: kPa

Commanded boost pressure B `BP_B_CMD`

Turbocharger/supercharger B commanded boost pressure.

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 kPa
Unit: kPa

Commanded EGR `EGR_PCT`

Service 01PID 2C
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded EGR A duty cycle/position `EGR_A_CMD`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded EGR B duty cycle/position `EGR_B_CMD`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded equivalence ratio `EQ_RAT`

Commanded fuel/air equivalence ratio (lambda): actual A/F ratio over stoichiometric A/F ratio, so above 1 is lean and below 1 is rich. Multiply by the fuel's stoichiometric A/F ratio for the commanded A/F ratio (gasoline: 14.64 x 0.95 = 13.9). Systems with conventional oxygen sensors show the commanded value in open loop and 1.000 in closed loop; systems with wide-range (linear) sensors show it in both. On engines whose banks are controlled independently, this is bank 1.

Pelican can show this parameter as the commanded lambda.

Service 01PID 44
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Commanded evaporative purge `EVAP_PCT`

Service 01PID 2E
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded fresh air flow `AIR_FL_TGT`

Service 01PID AF
Module7E0 → 7E8
Every1 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kg/h
Unit: kg/h

Commanded injection control pressure A `ICP_A_CMD`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Commanded injection control pressure B `ICP_B_CMD`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Commanded intake air flow A control `IAF_A_CMD`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded intake air flow B control `IAF_B_CMD`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded secondary air status `AIR_STAT`

Service 01PID 12
Module7E0 → 7E8
Every60 s

Bits 5 to 7 of the reply, 3 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`UPS`	Upstream of first catalytic converter
`2`	`DNS`	Downstream of first catalytic converter inlet
`4`	`OFF`	Atmosphere / off
`8`	`DIAG`	Pump commanded on for diagnostics

Commanded Throttle Actuator A Control `TAC_A_CMD`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded Throttle Actuator B Control `TAC_B_CMD`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded throttle actuator control `TAC_PCT`

Service 01PID 4C
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded variable geometry turbo A position `VGT_A_CMD`

0% is vanes bypassed, 100% vanes not bypassed.

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded variable geometry turbo B position `VGT_B_CMD`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded wastegate A position `WG_A_CMD`

If an on/off solenoid is used, is 0% when the wastegate is commanded off (allow full boost), 100% when commanded on (dump boost). If a vacuum solenoid is duty cycled, the duty cycle from 0 to 100% is displayed. If a linear or stepper motor valve is used, the fully closed position (full boost) is displayed as 0%, the fully open position (dump boost) is displayed as 100%. Intermediate positions are displayed as a percent of the full-open position. Any other actuation method is normalized to display 0% when the WG is commanded off and 100% when the WG is commanded on.

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Commanded wastegate B position `WG_B_CMD`

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Cylinder fuel rate `CYL_RATE`

Service 01PID A2
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 mg/stroke
Unit: mg/stroke

Driver's demand engine torque `TQ_DD`

Service 01PID 61
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

EGR A error `EGR_A_ERR`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

EGR B error `EGR_B_ERR`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bits 48 to 55 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

EGR error `EGR_ERR`

Service 01PID 2D
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

EGR mass flow rate A `EGR_M_FL_A`

Service 01PID B0
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kg/h
Unit: kg/h

EGR mass flow rate B `EGR_M_FL_B`

Service 01PID B0
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 kg/h
Unit: kg/h

Electric motor A speed `EMA_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor A torque `EMA_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Electric motor B speed `EMB_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 24 to 39 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor B torque `EMB_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 24 to 39 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Electric motor C speed `EMC_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 40 to 55 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor C torque `EMC_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 40 to 55 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Electric motor D speed `EMD_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 56 to 71 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor D torque `EMD_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 56 to 71 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Electric motor E speed `EME_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 72 to 87 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor E torque `EME_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 72 to 87 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Electric motor F speed `EMF_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 88 to 103 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor F torque `EMF_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 88 to 103 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Electric motor G speed `EMG_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 104 to 119 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor G torque `EMG_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 104 to 119 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Electric motor H speed `EMH_RPM`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bits 120 to 135 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 rpm
Unit: rpm

Electric motor H torque `EMH_TQ`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bits 120 to 135 of the reply, 16 bits. The value is signed.

Formula: $val$
Range: -32768 to 32767 N·m
Unit: N·m

Engine coolant temperature `ECT`

Your engine temperature must operate within a certain temperature range to operate efficiently and safely. If it runs too hot, then your engine could be permanently damaged. If it runs too cold, then your engine will use more fuel than necessary.

Pelican can show this parameter as the engine coolant temperature.

Service 01PID 05
Module7E0 → 7E8
Every500 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Engine coolant temperature 1 `ECT_1`

Service 01PID 67
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Engine coolant temperature 2 `ECT_2`

Service 01PID 67
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Engine Friction - Percent Torque `TQ_FR`

Service 01PID 8E
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

Engine oil temperature `EOT`

Pelican can show this parameter as the engine oil temperature.

Service 01PID 5C
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Engine reference torque `TQ_REF`

Service 01PID 63
Module7E0 → 7E8
Every86400 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 N·m
Unit: N·m

Engine RPM `RPM`

Pelican can show this parameter as the engine speed.

Service 01PID 0C
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{4}$
Range: 0 to 16383.75 rpm
Unit: rpm

Evap system vapor pressure `EVAP_VP`

The pressure signal is normally obtained from a sensor located in the fuel tank or a sensor in an evaporative system vapor line.

Service 01PID 32
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{4000}$
Range: -8192 to 8191.75 kPa
Unit: kPa

Evap system vapor pressure (wide) `EVAP_VP_WIDE`

The pressure signal is normally obtained from a sensor located in the fuel tank or a sensor in an evaporative system vapor line.

Service 01PID 54
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{1000}$
Range: -32767 to 32768 kPa
Unit: kPa

Exhaust Gas Recirculation Temp Sensor A (Bank 1, Sensor 1) `EGRTA`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Exhaust Gas Recirculation Temp Sensor B (Bank 2, Sensor 1) `EGRTB`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bits 24 to 31 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Exhaust Gas Recirculation Temp Sensor C (Bank 1, Sensor 2) `EGRTC`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Exhaust Gas Recirculation Temp Sensor D (Bank 2, Sensor 2) `EGRTD`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bits 32 to 39 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Exhaust gas temperature bank 1, sensor 1 `EGT11`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust gas temperature bank 1, sensor 2 `EGT12`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust gas temperature bank 1, sensor 3 `EGT13`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust gas temperature bank 1, sensor 4 `EGT14`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust gas temperature bank 2, sensor 1 `EGT21`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust gas temperature bank 2, sensor 2 `EGT22`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust gas temperature bank 2, sensor 3 `EGT23`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust gas temperature bank 2, sensor 4 `EGT24`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Exhaust pressure bank 1, sensor 1 `EP_11`

Service 01PID 73
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Exhaust pressure bank 1, sensor 2 `EP_12`

Service 01PID CB
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Exhaust pressure bank 2, sensor 1 `EP_21`

Service 01PID 73
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Exhaust pressure bank 2, sensor 2 `EP_22`

Service 01PID CB
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Fuel injection timing `FUEL_TIMING`

Start of main fuel injection relative to Top Dead Center (TDC). Positive degrees indicate before TDC, negative degrees indicate after TDC.

Service 01PID 5D
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{128} - 38665$
Range: -210 to 301.992 °
Unit: °

Fuel pressure `FP`

Service 01PID 0A
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val \times 3$
Range: 0 to 765 kPa
Unit: kPa

Fuel pressure relative to manifold vacuum `FRP_REL`

Fuel rail pressure at the engine when the reading is referenced to manifold vacuum (relative pressure).

Service 01PID 22
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $val \times 0.079$
Range: 0 to 5177.27 kPa
Unit: kPa

Fuel rail pressure `FRP`

Fuel rail pressure at the engine when the reading is referenced to atmosphere (gage pressure).

Service 01PID 23
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Fuel rail pressure (absolute) `FRP_ABS`

Fuel rail pressure at the engine when the reading is absolute (referenced to vacuum). Meant for diesel and gasoline direct-injection systems, whose pressures exceed the range of PIDs 0A and 22.

Service 01PID 59
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Injection control pressure A `ICP_A`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Injection control pressure B `ICP_B`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Intake air temperature `IAT`

Service 01PID 0F
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Intake air temperature, bank 1, sensor 1 `IAT_11`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Intake air temperature, bank 1, sensor 2 `IAT_12`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Intake air temperature, bank 1, sensor 3 `IAT_13`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bits 24 to 31 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Intake air temperature, bank 2, sensor 1 `IAT_21`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bits 32 to 39 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Intake air temperature, bank 2, sensor 2 `IAT_22`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bits 40 to 47 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Intake air temperature, bank 2, sensor 3 `IAT_23`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bits 48 to 55 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Intake manifold absolute pressure `MAP`

Service 01PID 0B
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 kPa
Unit: kPa

Long term fuel trim (bank 1) `LONGFT1`

Service 01PID 07
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.2 %
Unit: %

Long term fuel trim (bank 2) `LONGFT2`

Service 01PID 09
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.2 %
Unit: %

Long term fuel trim (bank 4) `LONGFT4`

Service 01PID 09
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.2 %
Unit: %

Long term secondary O2 sensor fuel trim (bank 1) `LGSO2FT1`

Service 01PID 56
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

Long term secondary O2 sensor fuel trim (bank 2) `LGSO2FT2`

Service 01PID 58
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

Manifold surface temperature `MST`

Service 01PID 84
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Mass Air Flow Sensor A `MAFA`

Pelican can show this parameter as the mass air flow.

Service 01PID 66
Module7E0 → 7E8
Every250 ms

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 g/s
Unit: g/s

Mass Air Flow Sensor B `MAFB`

Pelican can show this parameter as the mass air flow.

Service 01PID 66
Module7E0 → 7E8
Every250 ms

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 g/s
Unit: g/s

Particulate filter bank 1 delta pressure `DPF1_DP`

Service 01PID 7A
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{100}$
Range: -327.68 to 327.67 kPa
Unit: kPa

Particulate filter bank 1 inlet pressure `DPF1_INP`

Service 01PID 7A
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Particulate filter bank 1 inlet temperature `DPF1_INT`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Particulate filter bank 1 outlet pressure `DPF1_OUTP`

Service 01PID 7A
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Particulate filter bank 1 outlet temperature `DPF1_OUTT`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Particulate filter bank 2 delta pressure `DPF2_DP`

Service 01PID 7B
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{100}$
Range: -327.68 to 327.67 kPa
Unit: kPa

Particulate filter bank 2 inlet pressure `DPF2_INP`

Service 01PID 7B
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Particulate filter bank 2 inlet temperature `DPF2_INT`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Particulate filter bank 2 outlet pressure `DPF2_OUTP`

Service 01PID 7B
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 kPa
Unit: kPa

Particulate filter bank 2 outlet temperature `DPF2_OUTT`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Power take off (PTO) status `PTO_STAT`

Service 01PID 1E
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

Relative intake air flow A position `IAF_A_REL`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Relative intake air flow B position `IAF_B_REL`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Relative Throttle A Position `TP_A_REL`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Relative Throttle B Position `TP_B_REL`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Short term fuel trim (bank 1) `SHRTFT1`

Correction being used by the closed-loop fuel algorithm.

Pelican can show this parameter as the short term fuel trim.

Service 01PID 06
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.2 %
Unit: %

Short term fuel trim (bank 2) `SHRTFT2`

Correction being used by the closed-loop fuel algorithm.

Pelican can show this parameter as the short term fuel trim.

Service 01PID 08
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.2 %
Unit: %

Short term fuel trim (bank 4) `SHRTFT4`

Correction being used by the closed-loop fuel algorithm.

Service 01PID 08
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.2 %
Unit: %

Short term secondary O2 sensor fuel trim (bank 1) `STSO2FT1`

Service 01PID 55
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

Short term secondary O2 sensor fuel trim (bank 2) `STSO2FT2`

Service 01PID 57
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

Timing advance `SPARKADV`

Ignition timing spark advance for the first cylinder. Measured in degrees before dead center. Minus is degrees before dead center, positive is degrees after.

Service 01PID 0E
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{2} - 64$
Range: -64 to 63.5 °
Unit: °

Total Engine Run Time `RUN_TIME`

Service 01PID 7F
Module7E0 → 7E8
Every1 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total Idle Run Time `IDLE_TIME`

Service 01PID 7F
Module7E0 → 7E8
Every1 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #1 timer 1 active `AECD1_TIME1`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #1 timer 2 active `AECD1_TIME2`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #2 timer 1 active `AECD2_TIME1`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #2 timer 2 active `AECD2_TIME2`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #3 timer 1 active `AECD3_TIME1`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #3 timer 2 active `AECD3_TIME2`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #4 timer 1 active `AECD4_TIME1`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #4 timer 2 active `AECD4_TIME2`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #5 timer 1 active `AECD5_TIME1`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #5 timer 2 active `AECD5_TIME2`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bits 296 to 327 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #6 timer 1 active `AECD6_TIME1`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #6 timer 2 active `AECD6_TIME2`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #7 timer 1 active `AECD7_TIME1`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #7 timer 2 active `AECD7_TIME2`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #8 timer 1 active `AECD8_TIME1`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #8 timer 2 active `AECD8_TIME2`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #9 timer 1 active `AECD9_TIME1`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #9 timer 2 active `AECD9_TIME2`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #10 timer 1 active `AECD10_TIME1`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #10 timer 2 active `AECD10_TIME2`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bits 296 to 327 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #11 timer 1 active `AECD11_TIME1`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #11 timer 2 active `AECD11_TIME2`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #12 timer 1 active `AECD12_TIME1`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #12 timer 2 active `AECD12_TIME2`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #13 timer 1 active `AECD13_TIME1`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #13 timer 2 active `AECD13_TIME2`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #14 timer 1 active `AECD14_TIME1`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #14 timer 2 active `AECD14_TIME2`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #15 timer 1 active `AECD15_TIME1`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #15 timer 2 active `AECD15_TIME2`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bits 296 to 327 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #16 timer 1 active `AECD16_TIME1`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #16 timer 2 active `AECD16_TIME2`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #17 timer 1 active `AECD17_TIME1`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #17 timer 2 active `AECD17_TIME2`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #18 timer 1 active `AECD18_TIME1`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #18 timer 2 active `AECD18_TIME2`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #19 timer 1 active `AECD19_TIME1`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #19 timer 2 active `AECD19_TIME2`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #20 timer 1 active `AECD20_TIME1`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #20 timer 2 active `AECD20_TIME2`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bits 296 to 327 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #21 timer 1 active `AECD21_TIME1`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 8 to 39 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #21 timer 2 active `AECD21_TIME2`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 40 to 71 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #22 timer 1 active `AECD22_TIME1`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #22 timer 2 active `AECD22_TIME2`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 104 to 135 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #23 timer 1 active `AECD23_TIME1`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 136 to 167 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #23 timer 2 active `AECD23_TIME2`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 168 to 199 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #24 timer 1 active `AECD24_TIME1`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 200 to 231 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #24 timer 2 active `AECD24_TIME2`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 232 to 263 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #25 timer 1 active `AECD25_TIME1`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 264 to 295 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total run time with EI-AECD #25 timer 2 active `AECD25_TIME2`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bits 296 to 327 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Total Run Time With PTO Active `PTO_TIME`

Service 01PID 7F
Module7E0 → 7E8
Every1 s

Bits 72 to 103 of the reply, 32 bits.

Formula: $val$
Range: 0 to 4294967295 s
Unit: s

Transmission actual gear `GEAR_ACT`

0 is neutral, and 1 to 15 are gears. 1 can also mean reverse.

Service 01PID A4
Module7E0 → 7E8
Every250 ms

Bits 8 to 11 of the reply, 4 bits.

Formula: $val$
Range: 0 to 15
Unit: Number

Transmission actual gear ratio `GEAR_RAT`

Input shaft speed over output shaft speed.

Service 01PID A4
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 65.535
Unit: Number

Turbocharger A compressor inlet temperature `TCA_CINT`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Turbocharger A compressor outlet temperature `TCA_COUTT`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Turbocharger A speed `TCA_RPM`

Service 01PID 74
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 rpm
Unit: rpm

Turbocharger A turbine inlet temperature `TCA_TINT`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Turbocharger A turbine outlet temperature `TCA_TOUTT`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Turbocharger B compressor inlet temperature `TCB_CINT`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Turbocharger B compressor outlet temperature `TCB_COUTT`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Turbocharger B speed `TCB_RPM`

Service 01PID 74
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 rpm
Unit: rpm

Turbocharger B turbine inlet temperature `TCB_TINT`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Turbocharger B turbine outlet temperature `TCB_TOUTT`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 6513.5 °C
Unit: °C

Type of fuel currently being used by the vehicle `FUEL_TYP`

Service 01PID 51
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`GAS`	Gasoline/petrol
`2`	`METH`	Methanol
`3`	`ETH`	Ethanol
`4`	`DSL`	Diesel
`5`	`LPG`	Liquefied petroleum gas
`6`	`CNG`	Compressed natural gas
`7`	`PROP`	Propane
`8`	`ELEC`	Battery/electric
`9`	`BI_GAS`	Bi-fuel vehicle using gasoline/petrol
`10`	`BI_METH`	Bi-fuel vehicle using methanol
`11`	`BI_ETH`	Bi-fuel vehicle using ethanol
`12`	`BI_LPG`	Bi-fuel vehicle using LPG
`13`	`BI_CNG`	Bi-fuel vehicle using CNG
`14`	`BI_PROP`	Bi-fuel vehicle using propane
`15`	`BI_ELEC`	Bi-fuel vehicle using battery
`16`	`BI_MIX`	Bi-fuel vehicle using battery and combustion engine for propulsion
`17`	`HYB_GAS`	Hybrid vehicle using gasoline engine for propulsion
`18`	`HYB_ETH`	Hybrid vehicle using gasoline engine on ethanol for propulsion
`19`	`HYB_DSL`	Hybrid vehicle using diesel engine for propulsion
`20`	`HYB_ELEC`	Hybrid vehicle using battery for propulsion
`21`	`HYB_MIX`	Hybrid vehicle using battery and combustion engine for propulsion
`22`	`HYB_REG`	Hybrid vehicle in regeneration mode
`23`	`BI_DSL`	Bi-fuel vehicle using diesel
`24`	`BI_NG`	Bi-fuel vehicle using natural gas
`25`	`BI_DSL`	Bi-fuel vehicle using diesel
`26`	`NG`	Natural gas
`27`	`DSL_CNG`	Dual fuel vehicle using diesel and CNG
`28`	`DSL_LNG`	Dual fuel vehicle using diesel and LNG
`29`	`FC_H2`	Fuel cell utilizing hydrogen
`30`	`HICE_HHO`	Hydrogen Internal Combustion Engine
`31`	`KERO`	Kerosene
`32`	`HFO`	Heavy Fuel Oil

Variable geometry turbo A control status `VGT_A_STAT`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bits 46 to 47 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`VGT_A_OL`	Open loop, no fault present
`2`	`VGT_A_CL`	Closed loop, no fault present
`3`	`VGT_A_FAULT`	Fault present, VGT data unreliable

Variable geometry turbo A position `VGT_A_ACT`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Variable geometry turbo B control status `VGT_B_STAT`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bits 44 to 45 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`VGT_B_OL`	Open loop, no fault present
`2`	`VGT_B_CL`	Closed loop, no fault present
`3`	`VGT_B_FAULT`	Fault present, VGT data unreliable

Variable geometry turbo B position `VGT_B_ACT`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Wastegate A position `WG_A_ACT`

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Wastegate B position `WG_B_ACT`

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

AuxInputs

Auto Trans Neutral Drive Status `N/D_STAT`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 14 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Glow plug lamp status `GPL_STAT`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 12 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Manual Trans Neutral Gear Status `N/G_STAT`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 13 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Power Take Off (PTO) Output Status `PTO_STAT_AUX`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Recommended gear `GEAR_RCMD`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bits 8 to 11 of the reply, 4 bits.

Formula: $val$
Range: 0 to 15
Unit: No or yes

AuxInputs › Internal

Auto trans neutral drive status supported `N/D_SUP`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Glow plug lamp status supported `GPL_SUP`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Manual trans neutral gear status supported `N/G_SUP`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Power Take Off (PTO) output status supported `PTO_SUP`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Recommended gear supported `GEAR_SUP`

Service 01PID 65
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Internal

Absence of reagent dosing counter supported `REAG_DOSE_TIME_SUP`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Actual EGR A supported `EGR_A_ACT_SUP`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Actual EGR A supported `EGR_B_ACT_SUP`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Actual SCR catalyst A NH3 storage supported `SCR_NH3_ACT_A_SUP`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Actual SCR catalyst B NH3 storage supported `SCR_NH3_ACT_B_SUP`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Aftertreatment fuel pressure supported `AFT_FP_SUP`

Service 01PID 96
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Alternative fuel rail pressure supported `FRP_AF_SUP`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Alternative fuel rail temperature supported `FRT_AF_SUP`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Alternative fuel tank pressure supported `FTP_AF_SUP`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Alternative fuel tank pressure wide range supported `FTPW_AF_SUP`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Alternative fuel tank temperature supported `FTT_AF_SUP`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Average demanded reagent consumption supported `REAG_DEMD_SUP`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Average distance between particulate filter regens supported `PF_REGEN_AVGD_SUP`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Average reagent consumption supported `REAG_RATE_SUP`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Average time between particulate filter regens supported `PF_REGEN_AVGT_SUP`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Boost bressure A control status `BP_A`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bits 78 to 79 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`BP_A_OL`	Open loop
`2`	`BP_A_CL`	Closed loop
`3`	`BP_A_FAULT`	Fault

Boost bressure A control status `BP_B`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bits 76 to 77 of the reply, 2 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`BP_B_OL`	Open loop
`2`	`BP_B_CL`	Closed loop
`3`	`BP_B_FAULT`	Fault

Boost pressure A control status supported `BP_A_SUP`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Boost pressure A supported `BP_A_ACT_SUP`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Boost pressure B control status supported `BP_B_SUP`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Boost pressure B supported `BP_B_ACT_SUP`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Catalyst temperature sensor A supported `CATEMP_A_SUP`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Catalyst temperature sensor B supported `CATEMP_B_SUP`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Catalyst temperature sensor C supported `CATEMP_C_SUP`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Catalyst temperature sensor D supported `CATEMP_D_SUP`

Service 01PID CF
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Charge air cooler temperature bank 1, sensor 1 supported `CACT_11_SUP`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Charge air cooler temperature bank 1, sensor 2 supported `CACT_12_SUP`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Charge air cooler temperature bank 2, sensor 1 supported `CACT_21_SUP`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Charge air cooler temperature bank 2, sensor 2 supported `CACT_22_SUP`

Service 01PID 77
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded boost pressure A supported `BP_A_CMD_SUP`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded boost pressure B supported `BP_B_CMD_SUP`

Service 01PID 70
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded DEF dosing supported `DEF_CMD_SUP`

Service 01PID A5
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded EGR A supported `EGR_A_CMD_SUP`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded EGR A supported `EGR_B_CMD_SUP`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded injection control pressure A supported `ICP_A_CMD_SUP`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded injection control pressure B supported `ICP_B_CMD_SUP`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded intake air flow A control supported `IAF_A_CMD_SUP`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded intake air flow B control supported `IAF_B_CMD_SUP`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded Throttle Actuator A Control supported? `CTAC_A_SUP`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded Throttle Actuator B Control supported? `CTAC_B_SUP`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded VGT A position supported `VGT_A_CMD_SUP`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded VGT B position supported `VGT_B_CMD_SUP`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded wastegate A position supported `WG_A_CMD_SUP`

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded wastegate B position supported `WG_B_CMD_SUP`

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 1 has no result `NOXC11_NA`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 1 supported `NOXC11_SUP`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 2 has no result `NOXC12_NA`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 2 supported `NOXC12_SUP`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 3 has no result `NOXC13_NA`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 3 supported `NOXC13_SUP`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 4 has no result `NOXC14_NA`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 1, sensor 4 supported `NOXC14_SUP`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 1 has no result `NOXC21_NA`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 1 supported `NOXC21_SUP`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 2 has no result `NOXC22_NA`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 2 supported `NOXC22_SUP`

Service 01PID A1
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 3 has no result `NOXC23_NA`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 3 supported `NOXC23_SUP`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 4 has no result `NOXC24_NA`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Corrected NOx sensor bank 2, sensor 4 supported `NOXC24_SUP`

Service 01PID A8
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Cumulative continuous MI counter supported `MI_TIME_CUM_SUP`

Service 01PID 93
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF concentration supported `DEF_CON_SUP`

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF doser A dosing mode supported `DEFA_MODE_SUP`

Service 01PID AC
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF doser A maximum dosing rate supported `DEFA_MAX_SUP`

Service 01PID AC
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF doser B commanded dosing supported `DEFB_CMD_SUP`

Service 01PID D7
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF doser B dosing mode supported `DEFB_MODE_SUP`

Service 01PID D7
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF doser B maximum dosing rate supported `DEFB_MAX_SUP`

Service 01PID D7
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF tank level supported `DEF_LVL_SUP`

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF tank temperature supported `DEF_T_SUP`

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF type supported `DEF_TYPE_SUP`

Service 01PID 9B
Module7E0 → 7E8
Every5 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

DEF used in the current driving cycle supported `DEF_UCDC_SUP`

Service 01PID A5
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR A error supported `EGR_A_ERR_SUP`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR A error supported `EGR_B_ERR_SUP`

Service 01PID 69
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR mass flow rate A supported `EGR_M_FL_A_SUP`

Service 01PID B0
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR mass flow rate B supported `EGR_M_FL_B_SUP`

Service 01PID B0
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor A (Bank 1, Sensor 1) supported? `EGRTA_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor A (Bank 1, Sensor 1) Wide Range supported? `EGRTA_WR_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor B (Bank 2, Sensor 1) supported? `EGRTB_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor B (Bank 2, Sensor 1) Wide Range supported? `EGRTB_WR_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor C (Bank 1, Sensor 2) supported? `EGRTC_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor C (Bank 1, Sensor 2) Wide Range supported? `EGRTC_WR_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor D (Bank 2, Sensor 2) supported? `EGRTD_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR Temperature Sensor D (Bank 2, Sensor 2) Wide Range supported? `EGRTD_WR_SUP`

Service 01PID 6B
Module7E0 → 7E8
Every250 ms

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

EGR valve counter supported `EGR_TIME_SUP`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor A speed supported `EMA_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor A torque supported `EMA_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor B speed supported `EMB_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor B torque supported `EMB_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor C speed supported `EMC_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor C torque supported `EMC_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor D speed supported `EMD_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor D torque supported `EMD_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor E speed supported `EME_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor E torque supported `EME_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor F speed supported `EMF_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor F torque supported `EMF_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor G speed supported `EMG_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor G torque supported `EMG_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor H speed supported `EMH_RPM_SUP`

Service 01PID CC
Module7E0 → 7E8
Every250 ms

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Electric motor H torque supported `EMH_TQ_SUP`

Service 01PID CD
Module7E0 → 7E8
Every250 ms

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Engine Percent Torque At Idle, Point 1 `TQ_MAX1`

Service 01PID 64
Module7E0 → 7E8
Every3600 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

Engine Percent Torque At Point 2 `TQ_MAX2`

Service 01PID 64
Module7E0 → 7E8
Every3600 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

Engine Percent Torque At Point 3 `TQ_MAX3`

Service 01PID 64
Module7E0 → 7E8
Every3600 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

Engine Percent Torque At Point 4 `TQ_MAX4`

Service 01PID 64
Module7E0 → 7E8
Every3600 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

Engine Percent Torque At Point 5 `TQ_MAX5`

Service 01PID 64
Module7E0 → 7E8
Every3600 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $val - 125$
Range: -125 to 130 %
Unit: %

Engine-out NOx mass emission rate supported `NOX_EO_SUP`

Service 01PID 97
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system purge pressure supported `EVAP_PP_SUP`

Service 01PID AE
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system purge pressure wide range supported `EVAP_PPW_SUP`

Service 01PID AE
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system sealing status supported `EVAP_SEAL_SUP`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure A supported `EVAP_A_VP_SUP`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure A wide range supported `EVAP_A_VPW_SUP`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure B supported `EVAP_B_VP_SUP`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure B wide range supported `EVAP_B_VPW_SUP`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure C supported `EVAP_C_VP_SUP`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure C wide range supported `EVAP_C_VPW_SUP`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure D supported `EVAP_D_VP_SUP`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure D wide range supported `EVAP_D_VPW_SUP`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 1, sensor 1 supported `EGT11_SUP`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 1, sensor 2 supported `EGT12_SUP`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 1, sensor 3 supported `EGT13_SUP`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 1, sensor 4 supported `EGT14_SUP`

Service 01PID 78
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 2, sensor 1 supported `EGT21_SUP`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 2, sensor 2 supported `EGT22_SUP`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 2, sensor 3 supported `EGT23_SUP`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust gas temperature bank 2, sensor 4 supported `EGT24_SUP`

Service 01PID 79
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust pressure bank 1, sensor 1 supported `EP_11_SUP`

Service 01PID 73
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust pressure bank 1, sensor 2 supported `EP_12_SUP`

Service 01PID CB
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust pressure bank 2, sensor 1 supported `EP_21_SUP`

Service 01PID 73
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Exhaust pressure bank 2, sensor 2 supported `EP_22_SUP`

Service 01PID CB
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel injection quantity control 1 supported `FIQ1_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel injection quantity control 2 supported `FIQ2_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel injection timing control 1 supported `FIT1_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel injection timing control 2 supported `FIT2_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel level input A supported `FLI_A_SUP`

Service 01PID C3
Module7E0 → 7E8
Every30 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel level input B supported `FLI_B_SUP`

Service 01PID C3
Module7E0 → 7E8
Every30 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel pressure control 1 supported `FP1_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel pressure control 2 supported `FP2_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system status bank 1 supported `FUELSYS1_SUP`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system status bank 2 supported `FUELSYS2_SUP`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Hydrocarbon doser flow rate supported `HC_INJ_FL_SUP`

Service 01PID 96
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Hydrocarbon doser injector duty cycle supported `HC_INJ_DC_SUP`

Service 01PID 96
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

IAT Bank 1, Sensor 1 supported `IAT_11_SUP`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

IAT Bank 1, Sensor 1 supported `IAT_21_SUP`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

IAT Bank 1, Sensor 2 supported `IAT_12_SUP`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

IAT Bank 1, Sensor 3 supported `IAT_13_SUP`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

IAT Bank 2, Sensor 2 supported `IAT_22_SUP`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

IAT Bank 2, Sensor 3 supported `IAT_23_SUP`

Service 01PID 68
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Idle fuel balance control 1 supported `IFB1_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Idle fuel balance control 2 supported `IFB2_CL_SUP`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Injection control pressure A supported `ICP_A_SUP`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Injection control pressure B supported `ICP_B_SUP`

Service 01PID 6E
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Is ECT sensor 1 supported? `ECT_1_SUP`

Service 01PID 67
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Number

Is ECT sensor 2 supported? `ECT_2_SUP`

Service 01PID 67
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Number

Liquid reagent injection system failure counter supported `LRIS_FAILURE_TIME_SUP`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Long term fuel trim bank 1 supported `LONGFT1_CI_SUP`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Long term fuel trim bank 2 supported `LONGFT2_CI_SUP`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Low-pressure fuel pressure A supported `LFP_A_SUP`

Service 01PID C5
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Low-pressure fuel pressure B supported `LFP_B_SUP`

Service 01PID C5
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

MAF Sensor A supported `MAFA_SUP`

Service 01PID 66
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

MAF Sensor B supported `MAFB_SUP`

Service 01PID 66
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Maximum value for air flow rate from mass air flow sensor `MAX_MAF`

Service 01PID 50
Module7E0 → 7E8
Every3600 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val \times 10$
Range: 0 to 2550 g/s
Unit: g/s

Maximum value for equivalence ratio `MAX_EQ_RAT`

Service 01PID 4F
Module7E0 → 7E8
Every3600 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

Maximum value for intake manifold absolute pressure (MAP) `MAX_MAP`

Service 01PID 4F
Module7E0 → 7E8
Every3600 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $val \times 10$
Range: 0 to 2550 kPa
Unit: kPa

Maximum value for oxygen sensor current `MAX_O2_CURR`

Service 01PID 4F
Module7E0 → 7E8
Every3600 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 mA
Unit: mA

Maximum value for oxygen sensor voltage `MAX_O2_VOLT`

Service 01PID 4F
Module7E0 → 7E8
Every3600 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 V
Unit: V

Normalized trigger for particulate filter regen supported `PF_REGEN_PCT_SUP`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx adsorber desulfurization status supported `NOX_ADS_DESULF_SUP`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx adsorber regen status supported `NOX_ADS_REGEN_SUP`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx control monitoring system counter supported `MON_SYS_TIME_SUP`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 1 has no result `NOX11_NA`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 1 supported `NOX11_SUP`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 2 has no result `NOX12_NA`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 2 supported `NOX12_SUP`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 3 has no result `NOX13_NA`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 3 supported `NOX13_SUP`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 4 has no result `NOX14_NA`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 1, sensor 4 supported `NOX14_SUP`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 1 has no result `NOX21_NA`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 1 supported `NOX21_SUP`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 2 has no result `NOX22_NA`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 2 supported `NOX22_SUP`

Service 01PID 83
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 3 has no result `NOX23_NA`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 3 supported `NOX23_SUP`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 4 has no result `NOX24_NA`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx sensor bank 2, sensor 4 supported `NOX24_SUP`

Service 01PID A7
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

NOx warning system activation status supported `NOX_WARN_ACT_SUP`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 1 concentration supported `O2S11_PCT_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 1 lambda supported `LAMBDA11_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 2 concentration supported `O2S12_PCT_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 2 lambda supported `LAMBDA12_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 3 concentration supported `O2S13_PCT_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 3 lambda supported `LAMBDA13_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 4 concentration supported `O2S14_PCT_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 4 lambda supported `LAMBDA14_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 5 concentration supported `O2S15_PCT_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 5 lambda supported `LAMBDA15_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 6 concentration supported `O2S16_PCT_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 1, sensor 6 lambda supported `LAMBDA16_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 1 concentration supported `O2S21_PCT_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 1 lambda supported `LAMBDA21_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 2 concentration supported `O2S22_PCT_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 2 lambda supported `LAMBDA22_SUP`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 3 concentration supported `O2S23_PCT_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 3 lambda supported `LAMBDA23_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 4 concentration supported `O2S24_PCT_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 4 lambda supported `LAMBDA24_SUP`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 5 concentration supported `O2S25_PCT_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 5 lambda supported `LAMBDA25_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 6 concentration supported `O2S26_PCT_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

O2 sensor bank 2, sensor 6 lambda supported `LAMBDA26_SUP`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate control monitoring system counter supported `PCD_FAILURE_TIME_SUP`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 1 delta pressure supported `DPF1_DP_SUP`

Service 01PID 7A
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 1 inlet pressure supported `DPF1_INP_SUP`

Service 01PID 7A
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 1 inlet temperature supported `DPF1_INT_SUP`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 1 outlet pressure supported `DPF1_OUTP_SUP`

Service 01PID 7A
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 1 outlet temperature supported `DPF1_OUTT_SUP`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 2 delta pressure supported `DPF2_DP_SUP`

Service 01PID 7B
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 2 inlet pressure supported `DPF2_INP_SUP`

Service 01PID 7B
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 2 inlet temperature supported `DPF2_INT_SUP`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 2 outlet pressure supported `DPF2_OUTP_SUP`

Service 01PID 7B
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter bank 2 outlet temperature supported `DPF2_OUTT_SUP`

Service 01PID 7C
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter regen status supported `PF_REGEN_STAT_SUP`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter regen type supported `PF_REGEN_TYPE_SUP`

Service 01PID 8B
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate filter removal or block counter supported `DPF_REMOVAL_BLOCKED_TIME_SUP`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Particulate warning system activation status supported `PM_WARN_ACT_SUP`

Service 01PID C6
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 1, sensor 1 mass concentration supported `PM11_SUP`

Service 01PID 86
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 1, sensor 1 operating status supported `PM11_STAT_SUP`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 1, sensor 1 signal supported `PM11_OUT_SUP`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 2, sensor 1 mass concentration supported `PM21_SUP`

Service 01PID 86
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 2, sensor 1 operating status supported `PM21_STAT_SUP`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

PM sensor bank 2, sensor 1 signal supported `PM21_OUT_SUP`

Service 01PID 8F
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Reagent consumption counter supported `REAG_CON_TIME_SUP`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Reagent quality counter supported `REAG_QUAL_TIME_SUP`

Service 01PID 94
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Reagent tank level supported `REAG_LVL_SUP`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Relative intake air flow A position supported `IAF_A_REL_SUP`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Relative intake air flow B position supported `IAF_B_REL_SUP`

Service 01PID 6A
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Relative Throttle A Position data supported? `RTP_A_SUP`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Relative Throttle B Position data supported? `RTP_B_SUP`

Service 01PID 6C
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Run time with NOx warning active supported `NWI_TIME_SUP`

Service 01PID 85
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Short term fuel trim bank 1 supported `SHRTFT1_CI_SUP`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Short term fuel trim bank 2 supported `SHRTFT2_CI_SUP`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Tailpipe NOx mass emission rate supported `NOX_TP_SUP`

Service 01PID 97
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Target SCR catalyst A NH3 storage supported `SCR_NH3_TGT_A_SUP`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Target SCR catalyst B NH3 storage supported `SCR_NH3_TGT_B_SUP`

Service 01PID 95
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total Engine Run Time supported? `RUN_TIME_SUP`

Service 01PID 7F
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total Idle Run Time supported? `IDLE_TIME_SUP`

Service 01PID 7F
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #1 active supported `AECD1_SUP`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #2 active supported `AECD2_SUP`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #3 active supported `AECD3_SUP`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #4 active supported `AECD4_SUP`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #5 active supported `AECD5_SUP`

Service 01PID 81
Module7E0 → 7E8
Every60 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #6 active supported `AECD6_SUP`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #7 active supported `AECD7_SUP`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #8 active supported `AECD8_SUP`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #9 active supported `AECD9_SUP`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #10 active supported `AECD10_SUP`

Service 01PID 82
Module7E0 → 7E8
Every60 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #11 active supported `AECD11_SUP`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #12 active supported `AECD12_SUP`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #13 active supported `AECD13_SUP`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #14 active supported `AECD14_SUP`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #15 active supported `AECD15_SUP`

Service 01PID 89
Module7E0 → 7E8
Every60 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #16 active supported `AECD16_SUP`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #17 active supported `AECD17_SUP`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #18 active supported `AECD18_SUP`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #19 active supported `AECD19_SUP`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #20 active supported `AECD20_SUP`

Service 01PID 8A
Module7E0 → 7E8
Every60 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #21 active supported `AECD21_SUP`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #22 active supported `AECD22_SUP`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #23 active supported `AECD23_SUP`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #24 active supported `AECD24_SUP`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total run time with EI-AECD #25 active supported `AECD25_SUP`

Service 01PID DC
Module7E0 → 7E8
Every60 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Total Run Time With PTO Active supported? `PTO_TIME_SUP`

Service 01PID 7F
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Transmission actual gear ratio supported `GEAR_RAT_SUP`

Service 01PID A4
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Transmission actual gear supported `GEAR_ACT_SUP`

Service 01PID A4
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo A compressor inlet temperature supported `TCA_CINT_SUP`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo A compressor outlet temperature supported `TCA_COUTT_SUP`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo A turbine inlet temperature supported `TCA_TINT_SUP`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo A turbine outlet temperature supported `TCA_TOUTT_SUP`

Service 01PID 75
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo B compressor inlet temperature supported `TCB_CINT_SUP`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo B compressor outlet temperature supported `TCB_COUTT_SUP`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo B turbine inlet temperature supported `TCB_TINT_SUP`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbo B turbine outlet temperature supported `TCB_TOUTT_SUP`

Service 01PID 76
Module7E0 → 7E8
Every1 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbocharger A speed supported `TCA_RPM_SUP`

Service 01PID 74
Module7E0 → 7E8
Every1 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Turbocharger B speed supported `TCB_RPM_SUP`

Service 01PID 74
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

VGT A control status supported `VGT_A_STAT_SUP`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

VGT A position supported `VGT_A_ACT_SUP`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

VGT B control status supported `VGT_B_STAT_SUP`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

VGT B position supported `VGT_B_ACT_SUP`

Service 01PID 71
Module7E0 → 7E8
Every1 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Wastegate A position supported `WG_A_ACT_SUP`

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Wastegate B position supported `WG_B_ACT_SUP`

Service 01PID 72
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

OxygenSensors

02S Bank 1, Sensor 1 present `O2S11_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 1, Sensor 2 present `O2S12_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 1, Sensor 3 present `O2S13_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 1, Sensor 4 present `O2S14_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 2, Sensor 1 present `O2S21_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 2, Sensor 2 present `O2S22_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 2, Sensor 3 present `O2S23_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

02S Bank 2, Sensor 4 present `O2S24_EXISTS`

Service 01PID 13
Module7E0 → 7E8
Every3600 s

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Lambda value, Equivalence Ratio Bank 1, Sensor 1 `LAMBDA11_CURRENT`

Pelican can show this parameter as the O2 lambda.

Service 01PID 34
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 1, Sensor 1 `LAMBDA11_VOLT`

Pelican can show this parameter as the O2 lambda.

Service 01PID 24
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 1, Sensor 2 `LAMBDA12_CURRENT`

Service 01PID 35
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 1, Sensor 2 `LAMBDA12_VOLT`

Service 01PID 25
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 1, Sensor 3 `LAMBDA13_CURRENT`

Bank 1, sensor 3 on engines that report sensor locations with 01 13; bank 2, sensor 1 with 01 1D.

Service 01PID 36
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 1, Sensor 3 `LAMBDA13_VOLT`

Bank 1, sensor 3 on engines that report sensor locations with 01 13; bank 2, sensor 1 with 01 1D.

Service 01PID 26
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 1, Sensor 4 `LAMBDA14_CURRENT`

Bank 1, sensor 4 on engines that report sensor locations with 01 13; bank 2, sensor 2 with 01 1D.

Service 01PID 37
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 1, Sensor 4 `LAMBDA14_VOLT`

Bank 1, sensor 4 on engines that report sensor locations with 01 13; bank 2, sensor 2 with 01 1D.

Service 01PID 27
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 1 `LAMBDA21_CURRENT`

Bank 2, sensor 1 on engines that report sensor locations with 01 13; bank 3, sensor 1 with 01 1D.

Service 01PID 38
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 1 `LAMBDA21_VOLT`

Bank 2, sensor 1 on engines that report sensor locations with 01 13; bank 3, sensor 1 with 01 1D.

Service 01PID 28
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 2 `LAMBDA22_CURRENT`

Bank 2, sensor 2 on engines that report sensor locations with 01 13; bank 3, sensor 2 with 01 1D.

Service 01PID 39
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 2 `LAMBDA22_VOLT`

Bank 2, sensor 2 on engines that report sensor locations with 01 13; bank 3, sensor 2 with 01 1D.

Service 01PID 29
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 3 `LAMBDA23_CURRENT`

Bank 2, sensor 3 on engines that report sensor locations with 01 13; bank 4, sensor 1 with 01 1D.

Service 01PID 3A
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 3 `LAMBDA23_VOLT`

Bank 2, sensor 3 on engines that report sensor locations with 01 13; bank 4, sensor 1 with 01 1D.

Service 01PID 2A
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 4 `LAMBDA24_CURRENT`

Bank 2, sensor 4 on engines that report sensor locations with 01 13; bank 4, sensor 2 with 01 1D.

Service 01PID 3B
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Lambda value, Equivalence Ratio Bank 2, Sensor 4 `LAMBDA24_VOLT`

Bank 2, sensor 4 on engines that report sensor locations with 01 13; bank 4, sensor 2 with 01 1D.

Service 01PID 2B
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

O2 concentration bank 1, sensor 1 `O2S11_PCT`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 1, sensor 2 `O2S12_PCT`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 1, sensor 3 `O2S13_PCT`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 1, sensor 4 `O2S14_PCT`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 1, sensor 5 `O2S15_PCT`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 1, sensor 6 `O2S16_PCT`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 2, sensor 1 `O2S21_PCT`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 2, sensor 2 `O2S22_PCT`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 2, sensor 3 `O2S23_PCT`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 2, sensor 4 `O2S24_PCT`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 2, sensor 5 `O2S25_PCT`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 concentration bank 2, sensor 6 `O2S26_PCT`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val \times 100}{65535}$
Range: 0 to 100 %
Unit: %

O2 sensor lambda bank 1, sensor 1 `LAMBDA11`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 1, sensor 2 `LAMBDA12`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 1, sensor 3 `LAMBDA13`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 1, sensor 4 `LAMBDA14`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 1, sensor 5 `LAMBDA15`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 1, sensor 6 `LAMBDA16`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 2, sensor 1 `LAMBDA21`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 2, sensor 2 `LAMBDA22`

Service 01PID 8C
Module7E0 → 7E8
Every1 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 2, sensor 3 `LAMBDA23`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 2, sensor 4 `LAMBDA24`

Service 01PID 9C
Module7E0 → 7E8
Every1 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 2, sensor 5 `LAMBDA25`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2 sensor lambda bank 2, sensor 6 `LAMBDA26`

Service 01PID C9
Module7E0 → 7E8
Every1 s

Bits 120 to 135 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.99987793
Unit: Number

O2S Output Voltage Bank 1, Sensor 1 `O2S11`

Service 01PID 14
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

O2S Output Voltage Bank 1, Sensor 2 `O2S12`

Service 01PID 15
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

O2S Output Voltage Bank 1, Sensor 3 `O2S13`

Bank 1, sensor 3 on engines that report sensor locations with 01 13; bank 2, sensor 1 with 01 1D.

Service 01PID 16
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

O2S Output Voltage Bank 1, Sensor 4 `O2S14`

Bank 1, sensor 4 on engines that report sensor locations with 01 13; bank 2, sensor 2 with 01 1D.

Service 01PID 17
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

O2S Output Voltage Bank 2, Sensor 1 `O2S21`

Service 01PID 18
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

O2S Output Voltage Bank 2, Sensor 2 `O2S22`

Service 01PID 19
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

O2S Output Voltage Bank 2, Sensor 3 `O2S23`

Bank 2, sensor 3 on engines that report sensor locations with 01 13; bank 4, sensor 1 with 01 1D.

Service 01PID 1A
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

O2S Output Voltage Bank 2, Sensor 4 `O2S24`

Bank 2, sensor 4 on engines that report sensor locations with 01 13; bank 4, sensor 2 with 01 1D.

Service 01PID 1B
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val}{200}$
Range: 0 to 1.275 V
Unit: V

SHRTFT associated with O2S11 `SHRTFT11`

Service 01PID 14
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

SHRTFT associated with O2S12 `SHRTFT12`

Service 01PID 15
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

SHRTFT associated with O2S13 `SHRTFT13`

Service 01PID 16
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

SHRTFT associated with O2S14 `SHRTFT14`

Service 01PID 17
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

SHRTFT associated with O2S21 `SHRTFT21`

Service 01PID 18
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

SHRTFT associated with O2S22 `SHRTFT22`

Service 01PID 19
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

SHRTFT associated with O2S23 `SHRTFT23`

Service 01PID 1A
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

SHRTFT associated with O2S24 `SHRTFT24`

Service 01PID 1B
Module7E0 → 7E8
Every1 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.22 %
Unit: %

Wide Range O2S Current, O2 Sensor Bank 1, Sensor 1 `O2S11_CURRENT`

Service 01PID 34
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Current, O2 Sensor Bank 1, Sensor 2 `O2S12_CURRENT`

Service 01PID 35
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Current, O2 Sensor Bank 1, Sensor 3 `O2S13_CURRENT`

Service 01PID 36
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Current, O2 Sensor Bank 1, Sensor 4 `O2S14_CURRENT`

Service 01PID 37
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Current, O2 Sensor Bank 2, Sensor 1 `O2S21_CURRENT`

Service 01PID 38
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Current, O2 Sensor Bank 2, Sensor 2 `O2S22_CURRENT`

Service 01PID 39
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Current, O2 Sensor Bank 2, Sensor 3 `O2S23_CURRENT`

Service 01PID 3A
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Current, O2 Sensor Bank 2, Sensor 4 `O2S24_CURRENT`

Service 01PID 3B
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 1 `O2S11_VOLT`

Service 01PID 24
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 2 `O2S12_VOLT`

Service 01PID 25
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 3 `O2S13_VOLT`

Service 01PID 26
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Wide Range O2S Voltage, O2 Sensor Bank 1, Sensor 4 `O2S14_VOLT`

Service 01PID 27
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 1 `O2S21_VOLT`

Service 01PID 28
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 2 `O2S22_VOLT`

Service 01PID 29
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 3 `O2S23_VOLT`

Service 01PID 2A
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Wide Range O2S Voltage, O2 Sensor Bank 2, Sensor 4 `O2S24_VOLT`

Service 01PID 2B
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{8192}$
Range: 0 to 7.999 V
Unit: V

Fuel

Alcohol fuel percentage `ALCH_PCT`

Indicates the percentage of alcohol contained in ethanol or methanol fuels, if used. For example, ethanol fuel (E85) normally contains 85% ethanol, in which case this parameter will display 85%

Service 01PID 52
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Alternative fuel rail pressure `FRP_AF`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val}{32}$
Range: 0 to 2047.96875 kPa
Unit: kPa

Alternative fuel rail temperature `FRT_AF`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Alternative fuel tank pressure `FTP_AF`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bits 32 to 47 of the reply, 16 bits.

Formula: $\frac{val}{8}$
Range: 0 to 8191.875 kPa
Unit: kPa

Alternative fuel tank pressure, wide range `FTPW_AF`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bits 48 to 63 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 kPa
Unit: kPa

Alternative fuel tank temperature `FTT_AF`

Service 01PID AB
Module7E0 → 7E8
Every1 s

Bits 64 to 71 of the reply, 8 bits.

Formula: $val \times 2 - 256$
Range: -256 to 254 °C
Unit: °C

Commanded Fuel Rail Pressure A `FRP_A_CMD`

Displays commanded fuel rail pressure when the reading is referenced to atmosphere (gage pressure)

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bits 8 to 23 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Commanded Fuel Rail Pressure B `FRP_B_CMD`

Displays commanded fuel rail pressure when the reading is referenced to atmosphere (gage pressure)

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bits 48 to 63 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Engine exhaust flow rate `EXH_RATE`

Service 01PID 9E
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 13107 kg/h
Unit: kg/h

Engine fuel rate `FUEL_RATE`

Measured in units per hour

Pelican can show this parameter as the fuel rate.

Service 01PID 5E
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 3276.75 L/h
Unit: L/h

Engine fuel rate (alternate) `FUEL_RATE_ALT`

Service 01PID 9D
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{50}$
Range: 0 to 1310.7 g/s
Unit: g/s

Evap system purge pressure `EVAP_PP`

Service 01PID AE
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{4000}$
Range: -8.192 to 8.19175 kPa
Unit: kPa

Evap system purge pressure, wide range `EVAP_PPW`

Service 01PID AE
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{500}$
Range: -65.536 to 65.534 kPa
Unit: kPa

Evap system sealed `EVAP_SEAL`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Evap system vapor pressure A `EVAP_A_VP`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{4000}$
Range: -8.192 to 8.19175 kPa
Unit: kPa

Evap system vapor pressure A, wide range `EVAP_A_VPW`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{500}$
Range: -65.536 to 65.534 kPa
Unit: kPa

Evap system vapor pressure B `EVAP_B_VP`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{4000}$
Range: -8.192 to 8.19175 kPa
Unit: kPa

Evap system vapor pressure B, wide range `EVAP_B_VPW`

Service 01PID A3
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{500}$
Range: -65.536 to 65.534 kPa
Unit: kPa

Evap system vapor pressure C `EVAP_C_VP`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{4000}$
Range: -8.192 to 8.19175 kPa
Unit: kPa

Evap system vapor pressure C, wide range `EVAP_C_VPW`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{500}$
Range: -65.536 to 65.534 kPa
Unit: kPa

Evap system vapor pressure D `EVAP_D_VP`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bits 40 to 55 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{4000}$
Range: -8.192 to 8.19175 kPa
Unit: kPa

Evap system vapor pressure D, wide range `EVAP_D_VPW`

Service 01PID CE
Module7E0 → 7E8
Every1 s

Bits 56 to 71 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{500}$
Range: -65.536 to 65.534 kPa
Unit: kPa

Fuel injection quantity control 1 in closed loop `FIQ1_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 14 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel injection quantity control 2 in closed loop `FIQ2_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 10 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel injection timing control 1 in closed loop `FIT1_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 13 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel injection timing control 2 in closed loop `FIT2_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 9 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel level input A `FLI_A`

Service 01PID C3
Module7E0 → 7E8
Every30 s

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel level input B `FLI_B`

Service 01PID C3
Module7E0 → 7E8
Every30 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel pressure control 1 in closed loop `FP1_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel pressure control 2 in closed loop `FP2_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 11 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel Rail Pressure A `FRP_A`

Displays fuel rail pressure when the reading is referenced to atmosphere (gage pressure).

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bits 24 to 39 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Fuel Rail Pressure B `FRP_B`

Displays fuel rail pressure when the reading is referenced to atmosphere (gage pressure).

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bits 64 to 79 of the reply, 16 bits.

Formula: $val \times 10$
Range: 0 to 655350 kPa
Unit: kPa

Fuel Rail Temperature A `FRT_A`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bits 40 to 47 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Fuel Rail Temperature B `FRT_B`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bits 80 to 87 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Fuel system 1 status `FUELSYS1`

Service 01PID 03
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`OFF`	No status reported: this fuel system is not running or not present, e.g. the engine is off
`1`	`OL`	Open loop - has not yet satisfied conditions to go closed loop
`2`	`CL`	Closed loop - using oxygen sensor(s) as feedback for fuel control
`4`	`OL-Drive`	Open loop due to driving conditions (e.g. power enrichment, deceleration enleanment)
`8`	`OL-Fault`	Open loop - due to detected system fault
`16`	`CL-Fault`	Closed loop, but fault with at least one oxygen sensor - may be using single oxygen sensor for fuel control
`32`	`OL B2`	Open loop - has not yet satisfied conditions to go closed loop (Bank 2)
`64`	`OL-Drive B2`	Open loop due to driving conditions (Bank 2) (e.g. power enrichment, deceleration enleanment, cylinder deactivation)
`68`	`OL-Drive B1+B2`	Open loop due to driving conditions on bank 1 and bank 2 (e.g. power enrichment, deceleration enleanment, cylinder deactivation)
`128`	`OL-Fault B2`	Open loop - due to detected system fault (Bank 2)

Fuel system 2 status `FUELSYS2`

Service 01PID 03
Module7E0 → 7E8
Every250 ms

Bits 8 to 15 of the reply, 8 bits.

Unit: Named states

States
Raw value	State	Meaning
`0`	`OFF`	No status reported: this fuel system is not running or not present, e.g. the engine is off
`1`	`OL`	Open loop - has not yet satisfied conditions to go closed loop
`2`	`CL`	Closed loop - using oxygen sensor(s) as feedback for fuel control
`4`	`OL-Drive`	Open loop due to driving conditions (e.g. power enrichment, deceleration enleanment)
`8`	`OL-Fault`	Open loop - due to detected system fault
`16`	`CL-Fault`	Closed loop, but fault with at least one oxygen sensor - may be using single oxygen sensor for fuel control
`32`	`OL B2`	Open loop - has not yet satisfied conditions to go closed loop (Bank 2)
`64`	`OL-Drive B2`	Open loop due to driving conditions (Bank 2) (e.g. power enrichment, deceleration enleanment, cylinder deactivation)
`68`	`OL-Drive B1+B2`	Open loop due to driving conditions on bank 1 and bank 2 (e.g. power enrichment, deceleration enleanment, cylinder deactivation)
`128`	`OL-Fault B2`	Open loop - due to detected system fault (Bank 2)

Fuel system A use percentage bank 1 `FUELSYSA_B1`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 8 to 15 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system A use percentage bank 2 `FUELSYSA_B2`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system A use percentage bank 3 `FUELSYSA_B3`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system A use percentage bank 4 `FUELSYSA_B4`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 56 to 63 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system B use percentage bank 1 `FUELSYSB_B1`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system B use percentage bank 2 `FUELSYSB_B2`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system B use percentage bank 3 `FUELSYSB_B3`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 48 to 55 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system B use percentage bank 4 `FUELSYSB_B4`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bits 64 to 71 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Fuel system bank 1 in closed loop `FUELSYS1_CL`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 14 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system bank 1 in open loop `FUELSYS1_OL`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 15 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system bank 1 in open loop due to a malfunction `FUELSYS1_OL_FAULT`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 13 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system bank 2 in closed loop `FUELSYS2_CL`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 10 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system bank 2 in open loop `FUELSYS2_OL`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 11 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system bank 2 in open loop due to a malfunction `FUELSYS2_OL_FAULT`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bit 9 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel tank level `FLI`

Pelican can show this parameter as the fuel tank level.

Service 01PID 2F
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Idle fuel balance control 1 in closed loop `IFB1_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 12 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Idle fuel balance control 2 in closed loop `IFB2_CL`

Service 01PID 92
Module7E0 → 7E8
Every1 s

Bit 8 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Long term fuel trim bank 1, compression ignition `LONGFT1_CI`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bits 24 to 31 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.21875 %
Unit: %

Long term fuel trim bank 2, compression ignition `LONGFT2_CI`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.21875 %
Unit: %

Low-pressure fuel pressure A `LFP_A`

Service 01PID C5
Module7E0 → 7E8
Every1 s

Bits 8 to 23 of the reply, 16 bits.

Formula: $\frac{val \times 79}{1000}$
Range: 0 to 5177.265 kPa
Unit: kPa

Low-pressure fuel pressure B `LFP_B`

Service 01PID C5
Module7E0 → 7E8
Every1 s

Bits 24 to 39 of the reply, 16 bits.

Formula: $\frac{val \times 79}{1000}$
Range: 0 to 5177.265 kPa
Unit: kPa

Short term fuel trim bank 1, compression ignition `SHRTFT1_CI`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.21875 %
Unit: %

Short term fuel trim bank 2, compression ignition `SHRTFT2_CI`

Service 01PID B1
Module7E0 → 7E8
Every1 s

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.21875 %
Unit: %

Vehicle fuel rate `VFUEL_RATE`

Service 01PID 9D
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{50}$
Range: 0 to 1310.7 g/s
Unit: g/s

Internal

Commanded Fuel Rail Pressure A data supported? `FRP_A_CMD_SUP`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Commanded Fuel Rail Pressure B data supported? `FRP_B_CMD_SUP`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel Rail Pressure A data supported? `FRP_A_SUP`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel Rail Pressure B data supported? `FRP_B_SUP`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system A use percentage bank 1 supported `FUELSYSA_B1_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 7 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system A use percentage bank 2 supported `FUELSYSA_B2_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system A use percentage bank 3 supported `FUELSYSA_B3_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 3 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system A use percentage bank 4 supported `FUELSYSA_B4_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 1 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system B use percentage bank 1 supported `FUELSYSB_B1_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 6 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system B use percentage bank 2 supported `FUELSYSB_B2_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 4 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system B use percentage bank 3 supported `FUELSYSB_B3_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel system B use percentage bank 4 supported `FUELSYSB_B4_SUP`

Service 01PID 9F
Module7E0 → 7E8
Every250 ms

Bit 0 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel Temperature A data supported? `FRT_A_SUP`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bit 5 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Fuel Temperature B data supported? `FRT_B_SUP`

Service 01PID 6D
Module7E0 → 7E8
Every250 ms

Bit 2 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

Movement

Maximum current vehicle speed limit `V_SET`

Service 01PID AA
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

Vehicle speed `VSS`

Pelican can show this parameter as the speed.

Service 01PID 0D
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

OBD

OBD requirements to which vehicle is designed `OBDSUP`

Service 01PID 1C
Module7E0 → 7E8
Every3600 s

Bits 0 to 7 of the reply, 8 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`OBD II`	OBD II (California ARB)
`2`	`OBD`	OBD (Federal EPA)
`3`	`OBD & OBD II`
`4`	`OBD I`
`5`	`NO OBD`	Not OBD compliant
`6`	`EOBD`
`7`	`EOBD & OBD II`
`8`	`EOBD & OBD`
`9`	`EOBD, OBD, OBD II`
`10`	`JOBD`
`11`	`JOBD & OBD II`
`12`	`JOBD & EOBD`
`13`	`JOBD, EOBD, OBD II`
`14`	`EURO IV B1`	Heavy duty vehicles (EURO IV) B1
`15`	`EURO V B2`	Heavy duty vehicles (EURO V) B2
`16`	`EURO C`	Heavy duty vehicles (EURO EEC) C (gas engines)
`17`	`EMD`	Engine manufacturer diagnostics (EMD)
`18`	`EMD+`	Engine Manufacturer Diagnostics Enhanced (EMD+)
`19`	`HD OBD-C`	Heavy Duty On-Board Diagnostics (Child/Partial)
`20`	`HD OBD`	Heavy Duty On-Board Diagnostics
`21`	`WWH OBD`	World Wide Harmonized OBD
`23`	`HD EOBD-I`	Heavy Duty Euro OBD Stage I without NOx Control
`24`	`HD EOBD-I N`	Heavy Duty Euro OBD Stage I with NOx Control
`25`	`HD EOBD-II`	Heavy Duty Euro OBD Stage II without NOx Control
`26`	`HD EOBD-II N`	Heavy Duty Euro OBD Stage II with NOx Control
`27`	`HD-ZEV`	Heavy Duty ZEV
`28`	`OBDBr-1`	Brazil OBD Phase 1
`29`	`OBDBr-2`	Brazil OBD Phase 2 and Phase 2+
`30`	`KOBD`	Korean OBD
`31`	`IOBD-I-BS4`	India BS4 OBD I
`32`	`IOBD-II-BS4`	India BS4 OBD II
`33`	`HD EOBD-VI`	Euro VI
`34`	`OBD, OBD II and HD OBD`
`35`	`OBDBr-3`	Brazil OBD Phase 3
`36`	`MC EOBD-I`	Motorcycle, Euro OBD-I
`37`	`MC EOBD-II`	Motorcycle, Euro OBD-II
`38`	`MC COBD-I`	Motorcycle, China OBD-I
`39`	`MC TOBD-I`	Motorcycle, Taiwan OBD-I
`40`	`MC JOBD-I`	Motorcycle, Japan OBD-I
`41`	`CN-OBD-6`	China Nationwide Stage 6
`42`	`OBDBr-P7`	Brazil OBD Phase 7
`43`	`CN-HDOBD-VI`	China Heavy Duty VI
`44`	`IOBD-I-BS6`	India BS6 OBD I
`45`	`IOBD-II-BS6`	India BS6 OBD II
`46`	`IHDOBD-BSVI`	India BSVI HD OBD
`47`	`OBDBr-P8`	Brazil OBD Phase 8
`48`	`HD-JOBD-II`	Japan Heavy Duty OBD-II
`49`	`HD-KOBD-II`	Korea Heavy Duty OBD-II
`50`	`CN-OROBD-IV`	China Off-Road IV OBD
`51`	`CARB ACC-II`	Light Duty ZEV, ACC-II
`52`	`MC JOBD-II`	Motorcycle, Japan OBD-II
`53`	`MC CARB OBD`	Motorcycle, California (CARB) OBD
`54`	`MC EPA OBD`	Motorcycle, Federal (EPA) OBD
`55`	`MC CARB & EPA OBD`	Motorcycle, 50-State (CARB & EPA) OBD
`56`	`HD ZEV CARB ZEP`	Heavy Duty ZEV, CARB ZEP
`57`	`CARB ACC-II & EPA TIER4`	Light Duty ZEV, CARB ACC-II and EPA Tier 4 (GTR 22)
`58`	`EPA TIER4`	Light Duty ZEV, EPA Tier 4 (GTR 22)
`59`	`EPA HD`	EPA HD OBD

Trips

Distance since module reflash or replacement `REFLASH_DIST`

Service 01PID C7
Module7E0 → 7E8
Every30 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Engine odometer `ODO_ENG`

Service 01PID D3
Module7E0 → 7E8
Every1 s

Bits 0 to 31 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 km
Unit: km

Odometer `ODO`

Pelican can show this parameter as the odometer.

Service 01PID A6
Module7E0 → 7E8
Every1 s

Bits 0 to 31 of the reply, 32 bits.

Formula: $\frac{val}{10}$
Range: 0 to 429496729.5 km
Unit: km

Parameters

Battery

Battery capacity calculation BCAP_R

Control module voltage VPWR

Distance since state of health update HEALTH_DIST

Enhanced Hybrid/EV Vehicle Charging State EHEV_MODE

Fuel cell current over the last second FC_CUMUL_CURR

Fuel cell fuel consumption FC_FUEL_RATE

Fuel cell power over the last second FC_CUMUL_ENER

Fuel cell system voltage FC_VOLT

HV battery active time since cell balancing HEV_BATT_BAL_TIME

HV battery actual charge rate HVESS_ACR

HV battery average cell temperature HEV_BATT_AVG_CELL_T

HV battery bus bar temperature HEV_BATT_BUS_BAR_T

HV battery calculated usable energy CALCULATED_ESS_CAP

HV battery charging limit HVESS_CHARGE_LIM

HV battery charging power HVESS_CHARGE_ACT

HV battery continuous charge current limit HEV_BATT_CHG_I_LIM

HV battery continuous discharge current limit HEV_BATT_DCHG_I_LIM

HV battery continuous rated power available HEV_BATT_PWR_AVAIL

HV battery coolant temperature HEV_BATT_COOLANT_T

HV battery cumulative energy in HVESS_Enrg_In

HV battery cumulative energy out HVESS_Enrg_Out

HV battery current HVESS_Cur

HV battery current over the last second HVESS_CURR

HV battery discharge energy capacity HVESS_DEnrg_CAP

HV battery initial reserve energy INIT_ESS_RSRV_CAP

HV battery maximum cell temperature HEV_BATT_MAX_CELL_T

HV battery maximum cell voltage HEV_BATT_MAX_CELL_V

HV battery minimum cell temperature HEV_BATT_MIN_CELL_T

HV battery minimum cell voltage HEV_BATT_MIN_CELL_V

HV battery pack A actual charge rate HVESPA_ACR

HV battery pack A cumulative energy in HVESPA_Enrg_In

HV battery pack A cumulative energy out HVESPA_Enrg_Out

HV battery pack A current HVESPA_Cur

HV battery pack A discharge energy capacity HVESPA_DEnrg_CAP

HV battery pack A recommended maximum state of charge HVESPA_MAX_SOC

HV battery pack A recommended minimum state of charge HVESPA_MIN_SOC

HV battery pack A state of health HVESPA_SOH

HV battery pack A temperature HVESPA_Temp

HV battery pack A total energy throughput HVESPA_Enrg_Tput

HV battery pack A voltage HVESPA_Volt

HV battery pack B actual charge rate HVESPB_ACR

HV battery pack B cumulative energy in HVESPB_Enrg_In

HV battery pack B cumulative energy out HVESPB_Enrg_Out

HV battery pack B current HVESPB_Cur

HV battery pack B discharge energy capacity HVESPB_DEnrg_CAP

HV battery pack B recommended maximum state of charge HVESPB_MAX_SOC

HV battery pack B recommended minimum state of charge HVESPB_MIN_SOC

HV battery pack B state of health HVESPB_SOH

HV battery pack B temperature HVESPB_Temp

HV battery pack B total energy throughput HVESPB_Enrg_Tput

HV battery pack B voltage HVESPB_Volt

HV battery pack C actual charge rate HVESPC_ACR

HV battery pack C cumulative energy in HVESPC_Enrg_In

HV battery pack C cumulative energy out HVESPC_Enrg_Out

HV battery pack C current HVESPC_Cur

HV battery pack C discharge energy capacity HVESPC_DEnrg_CAP

HV battery pack C recommended maximum state of charge HVESPC_MAX_SOC

HV battery pack C recommended minimum state of charge HVESPC_MIN_SOC

HV battery pack C state of health HVESPC_SOH

HV battery pack C temperature HVESPC_Temp

HV battery pack C total energy throughput HVESPC_Enrg_Tput

HV battery pack C voltage HVESPC_Volt

HV battery pack D actual charge rate HVESPD_ACR

HV battery pack D cumulative energy in HVESPD_Enrg_In

HV battery pack D cumulative energy out HVESPD_Enrg_Out

HV battery pack D current HVESPD_Cur

HV battery pack D discharge energy capacity HVESPD_DEnrg_CAP

HV battery pack D recommended maximum state of charge HVESPD_MAX_SOC

HV battery pack D recommended minimum state of charge HVESPD_MIN_SOC

HV battery pack D state of health HVESPD_SOH

HV battery pack D temperature HVESPD_Temp

HV battery pack D total energy throughput HVESPD_Enrg_Tput

HV battery pack D voltage HVESPD_Volt

HV battery pack E actual charge rate HVESPE_ACR

HV battery pack E cumulative energy in HVESPE_Enrg_In

HV battery pack E cumulative energy out HVESPE_Enrg_Out

HV battery pack E current HVESPE_Cur

HV battery pack E discharge energy capacity HVESPE_DEnrg_CAP

Battery capacity calculation `BCAP_R`

Control module voltage `VPWR`

Distance since state of health update `HEALTH_DIST`

Enhanced Hybrid/EV Vehicle Charging State `EHEV_MODE`

Fuel cell current over the last second `FC_CUMUL_CURR`

Fuel cell fuel consumption `FC_FUEL_RATE`

Fuel cell power over the last second `FC_CUMUL_ENER`

Fuel cell system voltage `FC_VOLT`

HV battery active time since cell balancing `HEV_BATT_BAL_TIME`

HV battery actual charge rate `HVESS_ACR`

HV battery average cell temperature `HEV_BATT_AVG_CELL_T`

HV battery bus bar temperature `HEV_BATT_BUS_BAR_T`

HV battery calculated usable energy `CALCULATED_ESS_CAP`

HV battery charging limit `HVESS_CHARGE_LIM`

HV battery charging power `HVESS_CHARGE_ACT`

HV battery continuous charge current limit `HEV_BATT_CHG_I_LIM`

HV battery continuous discharge current limit `HEV_BATT_DCHG_I_LIM`

HV battery continuous rated power available `HEV_BATT_PWR_AVAIL`

HV battery coolant temperature `HEV_BATT_COOLANT_T`

HV battery cumulative energy in `HVESS_Enrg_In`

HV battery cumulative energy out `HVESS_Enrg_Out`

HV battery current `HVESS_Cur`

HV battery current over the last second `HVESS_CURR`

HV battery discharge energy capacity `HVESS_DEnrg_CAP`

HV battery initial reserve energy `INIT_ESS_RSRV_CAP`

HV battery maximum cell temperature `HEV_BATT_MAX_CELL_T`

HV battery maximum cell voltage `HEV_BATT_MAX_CELL_V`

HV battery minimum cell temperature `HEV_BATT_MIN_CELL_T`

HV battery minimum cell voltage `HEV_BATT_MIN_CELL_V`

HV battery pack A actual charge rate `HVESPA_ACR`

HV battery pack A cumulative energy in `HVESPA_Enrg_In`

HV battery pack A cumulative energy out `HVESPA_Enrg_Out`

HV battery pack A current `HVESPA_Cur`

HV battery pack A discharge energy capacity `HVESPA_DEnrg_CAP`

HV battery pack A recommended maximum state of charge `HVESPA_MAX_SOC`

HV battery pack A recommended minimum state of charge `HVESPA_MIN_SOC`

HV battery pack A state of health `HVESPA_SOH`

HV battery pack A temperature `HVESPA_Temp`

HV battery pack A total energy throughput `HVESPA_Enrg_Tput`

HV battery pack A voltage `HVESPA_Volt`

HV battery pack B actual charge rate `HVESPB_ACR`

HV battery pack B cumulative energy in `HVESPB_Enrg_In`

HV battery pack B cumulative energy out `HVESPB_Enrg_Out`

HV battery pack B current `HVESPB_Cur`

HV battery pack B discharge energy capacity `HVESPB_DEnrg_CAP`

HV battery pack B recommended maximum state of charge `HVESPB_MAX_SOC`

HV battery pack B recommended minimum state of charge `HVESPB_MIN_SOC`

HV battery pack B state of health `HVESPB_SOH`

HV battery pack B temperature `HVESPB_Temp`

HV battery pack B total energy throughput `HVESPB_Enrg_Tput`

HV battery pack B voltage `HVESPB_Volt`

HV battery pack C actual charge rate `HVESPC_ACR`

HV battery pack C cumulative energy in `HVESPC_Enrg_In`

HV battery pack C cumulative energy out `HVESPC_Enrg_Out`

HV battery pack C current `HVESPC_Cur`

HV battery pack C discharge energy capacity `HVESPC_DEnrg_CAP`

HV battery pack C recommended maximum state of charge `HVESPC_MAX_SOC`

HV battery pack C recommended minimum state of charge `HVESPC_MIN_SOC`

HV battery pack C state of health `HVESPC_SOH`

HV battery pack C temperature `HVESPC_Temp`

HV battery pack C total energy throughput `HVESPC_Enrg_Tput`

HV battery pack C voltage `HVESPC_Volt`

HV battery pack D actual charge rate `HVESPD_ACR`

HV battery pack D cumulative energy in `HVESPD_Enrg_In`

HV battery pack D cumulative energy out `HVESPD_Enrg_Out`

HV battery pack D current `HVESPD_Cur`

HV battery pack D discharge energy capacity `HVESPD_DEnrg_CAP`

HV battery pack D recommended maximum state of charge `HVESPD_MAX_SOC`

HV battery pack D recommended minimum state of charge `HVESPD_MIN_SOC`

HV battery pack D state of health `HVESPD_SOH`

HV battery pack D temperature `HVESPD_Temp`

HV battery pack D total energy throughput `HVESPD_Enrg_Tput`

HV battery pack D voltage `HVESPD_Volt`

HV battery pack E actual charge rate `HVESPE_ACR`

HV battery pack E cumulative energy in `HVESPE_Enrg_In`

HV battery pack E cumulative energy out `HVESPE_Enrg_Out`

HV battery pack E current `HVESPE_Cur`

HV battery pack E discharge energy capacity `HVESPE_DEnrg_CAP`

HV battery pack E recommended maximum state of charge `HVESPE_MAX_SOC`

HV battery pack E recommended minimum state of charge `HVESPE_MIN_SOC`