Your problem are tables max / min torque ignition angle.
The ignition control angle hits the max torque limit and stop to change.
Airflow PID is based on ignition error
The Evo X CAN coolant display in the center dash is still way off and shows random values despite normal coolant temp. For example coolant temp, 195-197* (normal for Evo X) and the coolant bar display will show near overheating value. Then later it will be back at 195*, and the coolant bar display shows normal.
On stock ECU the display won’t really show hotter than normal values until at least 220* or more
I’m starting to adjust the idle rpm, I’m aware there are areas for improvement.
Following the drop in idle speed, I switched to DC Override; nothing changed, which surprised me.
I didn’t encounter any issues with this version during my first test, using only DC Override to establish a baseline to complete the table.
Could you please make a simple table for me.
Change the value in CLT sensor calibration to enter the fixed temperature value to whole table and observe the coolant gauge on the display.
So you can tell me what temeprature in EMU shows on display.
That allows me to fix the scale. I have no access to such car so it is the only way to fix it.
I’ve attached a log of me manually changing CLT from 185F to 205F and images of how the dash shows at each temp. The picture with 185F is how normal Evo X coolant temp reads when fully warmed up all the way until maybe 210F. The picture of 195F shows way too hot on the dash. It shouldn’t start creeping that high until over 210F.
The picture of 205 and 210F are way too high on the display.. this would be 220+F to trigger that high of a reading on stock ECU
Brilliant usage of Rx, always had to use some kind of a relay to connect onboards brake and pedal switches in common with original cars’ loom(as Switch inputs 1,2,3 goes crazy, when not grounded and got backwards feed through abs pullup or whatever else than free floating end:-))
In Switches log chart, it would be nice to also have Flex switch state(like Cam1, Cam2, Rx).
