Discussion
assuming it's actually getting uniformly hot (as in there's water circulating in it), then it;s heat output is governed by it's surface area, water temp and surface finish.
all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
Scuffers said:
assuming it's actually getting uniformly hot (as in there's water circulating in it), then it;s heat output is governed by it's surface area, water temp and surface finish.
all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
Yeah, noticed this when recently sizing up a trendy vertical radiator for my living room. Despite some of them being enormous (and enormously expensive) none of them produced more heat than the 'normal' relatively small double panel radiator that is there now. Gave up on the idea for a large room but may get something fancy for the bathroom.all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
Edited by Gad-Westy on Tuesday 28th September 08:24
Scuffers said:
assuming it's actually getting uniformly hot (as in there's water circulating in it), then it;s heat output is governed by it's surface area, water temp and surface finish.
all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
This makes sense. The heat is consistent but i can put my face against it even when it is at full tilt! The room previously had a double rad and was boiling. Now we struggle to warm the room.all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
Edited by Irish on Tuesday 28th September 08:31
Irish said:
Scuffers said:
assuming it's actually getting uniformly hot (as in there's water circulating in it), then it;s heat output is governed by it's surface area, water temp and surface finish.
all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
This makes sense. The heat is consistent but i can put my face against it even when it is at full tilt! The room previously had a double rad and was boiling. Now we struggle to warm the room.]all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
Irish said:
This makes sense. The heat is consistent but i can put my face against it even when it is at full tilt! The room previously had a double rad and was boiling. Now we struggle to warm the room.
I wonder if it's plumbed the right way? I fitted a tall radiator with inlet and outlet at the bottom so I had to put a blanking plug (supplied) in the middle so the hot water was forced to the top.Edited by Simpo Two on Tuesday 28th September 08:58
Irish said:
Scuffers said:
assuming it's actually getting uniformly hot (as in there's water circulating in it), then it;s heat output is governed by it's surface area, water temp and surface finish.
all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
This makes sense. The heat is consistent but i can put my face against it even when it is at full tilt! all rads usually come with a BTU/Kw rating, looking at B&Q:
B&Q Vertirad Vertical Panel Radiator White 445 x 1500 mm - 2088 BTU
small conventional Kudox Double Radiator 600x600mm - 3662 BTU
Large conventional Kudox Double Radiator 600x1400mm - 8198 BTU
see the difference?
Ferg said:
Have you got the flow temperature high enough? You need 70 degrees plus for a radiator to get near it's rated output.
Even at full tilt it has issues.OFF TOPIC - Ferg - one for you: http://www.independent.ie/travel/inside-ireland/va...
Irish said:
Ferg - one for you: http://www.independent.ie/travel/inside-ireland/va...
Oh, thank you very much. You obviously know it's my ancestral home!! 
Ferg said:
Irish said:
Ferg - one for you: http://www.independent.ie/travel/inside-ireland/va...
Oh, thank you very much. You obviously know it's my ancestral home!! 
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