Hi
@RyanDay1
So I went for a play with the nanocom,
What I found was my sensors give some sporadic results, which does not surprise me as I know one is a year old and the other is as old as some of the senior members on here...................
This is what I found.
Daily settings
Std mode NS Nanocom setting 149 real 477mm
Std mode OS Nanocom setting 149 real 479mm
ORM mode NS Nanocom setting 177 real 510mm
ORM mode OS Nanocom setting 175 real 530mm
Test , I lowered the std settings and worked from there.
Std mode NS Nanocom setting 131 real 450mm
Std mode OS Nanocom setting 121 real 445mm
ORM mode NS Nanocom setting 157 real 495mm
ORM mode OS Nanocom setting 147 real 470mm
So, it appears I was wrong and you were right..........
, it does not have a std setting locked into the ECU for the ORM, ( although to be honest , I did not try and set a high STD setting and then raise the ORM , in case it did go bang..LOL.....Yes I chickened out) it appears to add by my calculations a measurement that correlates approx to the nanocom as 26 steps on the reading provided. Now because my sensors obviously have a delta to each other it shows that the actual height changes LH to RH compared to the readout provided by the nanocom even if the starting point in mm is the same.
All the above measurements were taken with the utmost disregard for any form of technical re-assessment and cannot be replicated in a laboratory, plus my road is on a hill as I could not be bothered ot drive anywhere on the level.
So to a conclusion.
If you set your STD height setting very high , then your ORM from what I see could also be higher than intended.
Cheers