J
John Scv
Hello,
Would anyone be able to provide a dummy guide explanation to radiator balancing, not the process itself but in regards to:
A. What should the boiler flow temperature be set to (weather compensator not present)? Some guides state around 75 degrees although what if the system will be used at 60 degree flow mode?
B. Should one aim for a 12, 15 or 20 degree drop between the radiator valves?
C. How does the heat pump come into play/role? Should the setting be adjusted for this as well?
Basically how does one reconcile the figures or go for one thing or another? There are a lot of guides of the doing however nothing on the prerequisites or the prior setup which could impact the actual end goal?
Many thanks.
Would anyone be able to provide a dummy guide explanation to radiator balancing, not the process itself but in regards to:
Boiler type (combi/non-combi) if it bares any difference.
Boiler flow temperature (weather compensator not present)/what if one is present.
Radiator drop temp between lock shield and TRV.
A. What should the boiler flow temperature be set to (weather compensator not present)? Some guides state around 75 degrees although what if the system will be used at 60 degree flow mode?
B. Should one aim for a 12, 15 or 20 degree drop between the radiator valves?
C. How does the heat pump come into play/role? Should the setting be adjusted for this as well?
Basically how does one reconcile the figures or go for one thing or another? There are a lot of guides of the doing however nothing on the prerequisites or the prior setup which could impact the actual end goal?
Many thanks.