Why I should need a higher flow temperature because of an ERR, I don't understand.
Well, there we have it already....You want, for example, a higher temperature in one room than in the others, so you have to set the flow temperature so that you bring that room to the desired temperature, but since all the others need less temperature, you have to regulate them down via ERR. With the proper design of the underfloor heating and a well-done hydraulic balancing, this is not necessary, the flow temperature can be lower and the rooms still get the temperature they want.
The ERR should not be used as a wrist endurance training, but additionally to cover scenarios that deviate from the standard load case. A single room temperature sensor can’t do that either.
You constantly contradict yourself....So your ERR should cover deviating scenarios (like your 0° winter day) which, in your opinion, an underfloor heating without ERR can’t do??? Ah yes, so if the said scenario occurs, you go to your ERR and close it because the sun is shining in. It takes about 6-12 hours for the room to lose temperature with underfloor heating…..then by that time the sun is gone, the room eventually gets colder again and you turn the ERR back up immediately because now it is too cold…..interesting.
If you block out the midday sun on a WINTER DAY (0°C) through shading because otherwise the constantly running heating gets too warm, I wonder who has no clue here. Socrates was further ahead 2400 years ago.
Here the same, yes, you also have to shade with ERR because the ERR underfloor heating is just as slow as an underfloor heating without ERR....but you knew that, right? So you basically shut down the whole heating when the sun comes out at noon? Wow....now I am amazed!
For the fact that many turn the thermostat wildly when they feel too cold or too warm, the thermostatic valve is not to blame. Ideally, these are set so that they only close above the desired room temperature and are open most of the time.
mmmHmm....ah yes, and that doesn’t happen by itself in a heating system as a whole, even though nowadays it is controlled by outdoor and indoor temperature?
Well, I’m out, this is the house images thread after all.....and whoever doesn’t want to engage with the topic should stick to their ERR, I know (and not just from a professional point of view) that there is more saving potential in this topic than one would expect.....but there are also plenty who drive through the city in 3rd gear at 50 km/h even though 5th gear would be possible too.....