Hi Ole, CAN-BUS is not supported, for EGT you will need to get amplifier output (e.g. EGT-K OUT connected to UTCOMP + EMU at the same time) and from AFR the same situation - AFR output from controller connected to EMU and to UTCOMP. RCOMP has CAN-BUS but only for basic OBD2 data (speed, rpm, boost e...

for MAP and pressures you can use simple calculator from UTCOMP app available in settings -> advanced -> pressure -> calculator and use AFR instead of bar.

Hi, based on pdf:

0V = 10 AFR
4.99V = 19,98 AFR

it will give params:
a = 2.0
b = 10.0

adcvcc1 to napięcie jest ok - jest to wejście z tzw. pullupem (podciągnięciem do zasilania) specjalnie dla czujnika NTC. Jeden przewód czujnika powinien być podłączony do masy a drugi do AdcVcc1 i tyle. ciśnienie doładowania - ciśnienie z MAP to ciśnienie absolutne, więc pokazuje aktualne ciśnienie ...

Nowa aktualizacja v1.9.2 jest już dostępna. Wymagana jest aktualizacja firmware. Dodaliśmy wsparcie dla nowych urządzeń oraz wiele drobnych zmian w tle, które zostały zaimplementowane od ostatniej aktualizacji. ⋅ dodano nową opcję do custom script: #SAVETOFILE="C:/testfile.bin"; ...

New update v1.9.2 is already available. Firmware update is required. We added support for new devices and there are a lot of small changes in background which were implemented since last update. ⋅ new feature - added new option to custom script: #SAVETOFILE="C:/testfile.bin"; &sd...

The automatic mode in version 1.9.2 includes several improvements. When you enter device=93c66, the memory database will locate both the 93..66 (8-bit) and 93..66 (16-bit) variants. By default, automatic mode will typically select the first option (8-bit). To specifically select the 16-bit version, ...

Interesting to me is the source of difference.
If you see only constant offset 0.7/0.8 AFR you can decrease "b" with 0.7-0.8 and you will get the same values:

e.g. b = 7.35 - 0.75 = 6.60
b = 6.60 instead of 7.35

It seems like your device is using different scaling. At 0.15V, it's 9.7 AFR At 3.27V, it's 21.0 AFR are you sure about these values? I'm asking beceause it will give scaling: a = 3.62 b = 9.16 However, recommended scaling from innovate LC2 manual is a = 3.01 and b = 7.35. e.g 2.7 volts for recommen...

Based on manual for signal from yellow wire it is
0V = 7.35 AFR and 5V = 22.39 AFR.
which gives

current AFR = 3.01 * voltage + 7.35

a = 3.01 b = 7.35

and it has to work correctly connected for Adc1 - Adc4.