Nixwill2
2022-05-19 09:02:36
- #1
Thanks in advance for your answers! So far, I have understood that you need:
- probably two pipes per indoor unit (one supply and one return?)
- power on the roof (or at the outdoor unit)
- power at the indoor unit
(a bus system is not an option for us)
The condensate forms at the indoor unit (I assume), which means I have to run some kind of hose to a drain pipe, right? That alone probably wouldn’t be the problem, more likely potential odors from the sewage system if no precautions are taken here.
As for the refrigerant line. Where could the sticking point be here? Sounds like rather small metal pipes, does the pipe diameter vary from manufacturer to manufacturer?
In principle, one would think that laying these pipes in a timber house not yet planned from a manufacturing perspective shouldn’t be a huge problem, or is it?
I hadn’t considered the weight, what load can such a roof bear per m²? And how much does an average outdoor unit weigh?
- probably two pipes per indoor unit (one supply and one return?)
- power on the roof (or at the outdoor unit)
- power at the indoor unit
(a bus system is not an option for us)
The condensate forms at the indoor unit (I assume), which means I have to run some kind of hose to a drain pipe, right? That alone probably wouldn’t be the problem, more likely potential odors from the sewage system if no precautions are taken here.
As for the refrigerant line. Where could the sticking point be here? Sounds like rather small metal pipes, does the pipe diameter vary from manufacturer to manufacturer?
In principle, one would think that laying these pipes in a timber house not yet planned from a manufacturing perspective shouldn’t be a huge problem, or is it?
I hadn’t considered the weight, what load can such a roof bear per m²? And how much does an average outdoor unit weigh?