absalom-muc

Thank you very much for sharing. It will definitely help users with their first steps! :thumbsup: (only one hint: I would not recommend to locate the PCB near the power...

From "electrical safety" point of view it is not enough. I assume the isolation voltage is not defined for the plastic. Or if you have an unexpected heating of the...

An issue is not only for bugs, also for ideas, request enhancements etc. - so, no problem. I don't understand the motivation for your request. You can't use RC-EX1 in...

> > > @serrj-sv > Also a question did you try tasmota software aswel? You could have a look on this [issue](https://github.com/absalom-muc/MHI-AC-Ctrl/issues/13)

> > > @absalom-muc What type of condensator did you use for C2 and C3? Tantalum? simple ceramic, no Tantalum

> MHI has a (new?) WiFi module called WF-RAC. This module is connected to the CNS port of the airco. Then you can use the 'Smart M-air' app to control...

o.k. I see, thank you. That is the first time that I see that a wired module supports these commands. Then it should be not too complicated to snif the...

You need a wired remote control supporting the interesting modes (i.e. the new WF-RAC mentioned above), where you can snif the SPI communication to implement it in MHI-AC-Ctrl.

As you can see in the [frame summary](https://github.com/absalom-muc/MHI-AC-Trace/blob/main/SPI.md#summary) many bits of the frame are used by known functions (green), for some others (grey & white) I'm not aware if they...

> Could somebody describe what is the difficulty to press interesting mode and snif it on SPI? No difficulty, you need only someone who has the wired remote control supporting...