[Hotter]

Hi, I am trying to understand CAN BUS message from 0x1D0 id, to see interesting information with Arduino. Maybe anyone know what are the meaning of these:



?

So far I know the meaning and formula of these:

TEMP_EOI        Coolant temperature. (Byte[0] - 45 = temp in C)
TEMP_ENG        Oil temperature. (Byte[1] - 45 = temp in C)
ST_SW_WAUP      ???
ST_RBMCYC       ???
ST_END_RUN      ???
RPM_IDLG_TAR    ???
RDUC_DOCTR_RPM  ???
OPMO_FU         ???
IJV_FU          Amount of fuel injected (Byte[5] * 256 + Byte[4] = in microliter) ???
CTR_SLCK        ???
ALIV_COU_DME    ???
AIP_ENG         Air intake pressure (790 + Byte[3] = in hPa) ???

[ctuna]

You would be better off taking this to the coding sub forum or
a standalone coding forum.

[Hotter]

I dont think there is standalone coding forum?

Anyway moved it to coding:
https://www.e90post.com/forums/showthread.php?t=1715831

[siloansa]

Originally Posted by Hotter

I dont think there is standalone coding forum?

Anyway moved it to coding:
https://www.e90post.com/forums/showthread.php?t=1715831

+1

[Mik325tds]

Originally Posted by Hotter

Hi, I am trying to understand CAN BUS message from 0x1D0 id, to see interesting information with Arduino. Maybe anyone know what are the meaning of these:



?

So far I know the meaning and formula of these:

TEMP_EOI        Coolant temperature. (Byte[0] - 45 = temp in C)
TEMP_ENG        Oil temperature. (Byte[1] - 45 = temp in C)
ST_SW_WAUP      ???
ST_RBMCYC       ???
ST_END_RUN      ???
RPM_IDLG_TAR    ???
RDUC_DOCTR_RPM  ???
OPMO_FU         ???
IJV_FU          Amount of fuel injected (Byte[5] * 256 + Byte[4] = in microliter) ???
CTR_SLCK        ???
ALIV_COU_DME    ???
AIP_ENG         Air intake pressure (790 + Byte[3] = in hPa) ???

Hello, here are the meanings of the rest of the signals to my understanding:

TEMP_EOI        Coolant temperature. (Byte[0] - 48 = temp in C)
TEMP_ENG        Oil temperature. (Byte[1] - 48 = temp in C)
ST_SW_WAUP      1= Warm-up Function active (Heating Catalytic Converters, EGS warmup) (Startbit 22, length 2)
ST_RBMCYC       1= RBM cycle active (Startbit 54, length 2)
ST_ENG_RUN      Status Engine: 1= Engine runs (Startbit 20, length 2)
RPM_IDLG_TAR    Signal to the EGS for the target idle rpm to improve gear change (Startbit 56, length 8 * 5 = rpm)
RDUC_DOCTR_RPM  Notification to the transmission that the engine is in limp-home with lowered max rpm in order to adjust shift rpms (Startbit 52, length 2)
OPMO_FU         Only used in E68 for fuel indicator (Gasoline/Hydrogen) (Startbit 20, length 2)
IJV_FU          Amount of fuel injected (Byte[5] * 256 + Byte[4] = in microliter) 
CTR_SLCK        Inhibits unlock of gear selector lever by the EGS (Startbit 48, length 2)
ALIV_COU_DME    Alive counter. This signal is incremented every 200ms (Startbit 16, length 4)
AIP_ENG         Absolute air pressure (Startbit 24 length 8)*2 + 598 = Absolute air pressure in hPa)

[ctuna]

B M W coding.com without the spaces .
Though I understand it's pretty dead there now
however there may be some accumulated knowledge.