@martin-kudláček My fault, did not do step 1 in your decsription above since fwserial and firmware files were already present. It's 5.18 now, thank you!

@martin-kudláček Thanks a lot, it works now :) I can set another address than default now!
Firmware is now 5.9 (it was 5.6 as you said), is there any need to upgrade to 5.18?

@martin-kudláček Sounds good, thanks for your efforts!

@martin-kudláček Just a quick question, since I also do have this problem with my xS50: Will there be some easy way to upgrade the firmware of the extension? What is the procedure of updating the firmware? Thanks for your answer!
Regards,
Boris

@tomas_hora Hi Tomas,
It is already, this is the test version: Dr.OnOff
Have a nice day!
Boris

Hi everybody,
If anybody is looking for an Android app to control the UniPi, I just added UniPi support to my little app "Dr.OnOff" (you will find it on Google Play Store). It uses the EVOK api over websockets. The intention of my app is to manually control outputs (digital, relay, analog 0-10V) and read inputs and sensors. It is not meant to do any logics like 'if input1 then output5' or similar.
Here are some screenshots:

I myself am using the app with Neuron M203 + xS50 extension to control lights, roof windows, window blinds, ventilating fans and so on. Automation is done (or will be done, not finished yet) with scripts running on the UniPi, e.g. controlling the fan speed depending on temperature and controlling ambient lights depending on daylight. Manual control is done with my app.

If you have any questions or any other kind of feedback, let me know. Thank you.

Boris

Thank you!

@TomasKnot

Hi Tomas, any chance to get this fixed? Seems that I am the only one on planet earth interested in correct humidity values... :wink:
Thank you very much in advance!

Boris

Hi,
Just found this little issue when playing around with a DS2438 sensor:

'humidity': (((float(self.value[1]) / (float(self.value[0]) - 0.16)) / 0.0062) / (1.0546 - 0.00216 * float(self.value[2]))),

should be:

'humidity': ((((float(self.value[1]) / float(self.value[0])) - 0.16) / 0.0062) / (1.0546 - 0.00216 * float(self.value[2]))),

Hope this helps!
Regards,
Boris