When I read the L message of my wallthermostat, the value for the temp is always 0. I decoded the results of my cube and they were different from the described values here. Attached you can find my results.
I figured out, that I need to use other bytes of the message when reading from the wallthermostat.
It is bytes 8 and index 12 for normal thermostats and 20 and 24 for wallthermostat (starting with 0).
Maybe someone can verify? My Cube is using firmware 1.1.3.
So for me, I used this code: (Testing for >128 because I only want the upper bit)
if (deviceType == EQ3MAX_DEV_TYPE_WALLTHERMOSTAT) { deviceStatus.temp = (payload[8]>=128 ? 25.5 : 0) + payload[12] / 10; } else { deviceStatus.temp = (payload[20]>=128 ? 25.5 : 0) + payload[24] / 10; }
decoded_254.txt
decoded_275.txt
decoded_280.txt
decoded_340.txt
When I read the L message of my wallthermostat, the value for the temp is always 0. I decoded the results of my cube and they were different from the described values here. Attached you can find my results.
I figured out, that I need to use other bytes of the message when reading from the wallthermostat.
It is bytes 8 and index 12 for normal thermostats and 20 and 24 for wallthermostat (starting with 0).
Maybe someone can verify? My Cube is using firmware 1.1.3.
So for me, I used this code: (Testing for >128 because I only want the upper bit)
if (deviceType == EQ3MAX_DEV_TYPE_WALLTHERMOSTAT) { deviceStatus.temp = (payload[8]>=128 ? 25.5 : 0) + payload[12] / 10; } else { deviceStatus.temp = (payload[20]>=128 ? 25.5 : 0) + payload[24] / 10; }decoded_254.txt
decoded_275.txt
decoded_280.txt
decoded_340.txt