Hello All,
We have had a new extension built off of the kitchen and as a consequence the subject of heating it is giving me a few headaches.
The room is about 5m by 4m with a vaulted ceiling and large french doors in 2 walls. Obviously it is very well insulated. and joins the kitchen which has now got no rad as it was on the wall to be removed.
I used the radcalc and it recomended about 11200 btus.
I then tried another websites radcalc and it recomended about 8700 btus.
My builder then came back and said that 13000 btus would be needed.
We wanted a Myson round top rad to match our other newer rads and it looks like the rad would need to be 530mm (wife doesnt want it to high)high by 2000mm wide to get 11000 btus. This seems huge, we wanted to avoid having 2 rads.
So my question really is if I get a 9500 btu rad from myson approx 530x1800 is the room likely to be cold, I am wondering what difference 3000 btus make in real terms?
Thanks for reading, any recomendations?
We have had a new extension built off of the kitchen and as a consequence the subject of heating it is giving me a few headaches.
The room is about 5m by 4m with a vaulted ceiling and large french doors in 2 walls. Obviously it is very well insulated. and joins the kitchen which has now got no rad as it was on the wall to be removed.
I used the radcalc and it recomended about 11200 btus.
I then tried another websites radcalc and it recomended about 8700 btus.
My builder then came back and said that 13000 btus would be needed.
We wanted a Myson round top rad to match our other newer rads and it looks like the rad would need to be 530mm (wife doesnt want it to high)high by 2000mm wide to get 11000 btus. This seems huge, we wanted to avoid having 2 rads.
So my question really is if I get a 9500 btu rad from myson approx 530x1800 is the room likely to be cold, I am wondering what difference 3000 btus make in real terms?
Thanks for reading, any recomendations?