Hi,
I wonder if someone can help answer some questions please.
In our house we have two boilers : a 37kw and a 30kw.
The max flow rate required for the two is 4.1 and 3.24 cu m/h (7.34 cu m/h)
this exceeds the meters limit of 6 cu m/h.
What options do I have resolve?
I have been told that a U6 meter can go up to 64kw total. So one option is to downgrade the 30kw boiler to 25kw. However, if we do that, the flow requirement is still more than 6 cu m/h. So how does that work? (what is the relationship between kW and flowrate?)
Is it possible to change to a different meter with a qmax of 10 cu m/h. (without going to a U16) :: Would that solve my issue?
I am in the process of getting a GT1 test done to establish what the current pipes to the house are capable of supplying.
Incidentally the 30kw should never have been installed but that is done and due to unforeseen circumstances, are now in a position where I have to deal with it.
Any suggestions/explanations on how this all works would be greatly appreciated.
The energy company is saying that I may need to upgrade to a U16 meter which may require new pipes from the streets. This seems overkill to me, so I am looking for a sensible solution....
I have noticed meters being designed with a U6 or a G6, is there a difference? So a G6 diaphragm has a flow rate up to 10 cu m/h, which would meet one of the requirements, as well as work with existing standard connections...
thank you kindly for your time
I wonder if someone can help answer some questions please.
In our house we have two boilers : a 37kw and a 30kw.
The max flow rate required for the two is 4.1 and 3.24 cu m/h (7.34 cu m/h)
this exceeds the meters limit of 6 cu m/h.
What options do I have resolve?
I have been told that a U6 meter can go up to 64kw total. So one option is to downgrade the 30kw boiler to 25kw. However, if we do that, the flow requirement is still more than 6 cu m/h. So how does that work? (what is the relationship between kW and flowrate?)
Is it possible to change to a different meter with a qmax of 10 cu m/h. (without going to a U16) :: Would that solve my issue?
I am in the process of getting a GT1 test done to establish what the current pipes to the house are capable of supplying.
Incidentally the 30kw should never have been installed but that is done and due to unforeseen circumstances, are now in a position where I have to deal with it.
Any suggestions/explanations on how this all works would be greatly appreciated.
The energy company is saying that I may need to upgrade to a U16 meter which may require new pipes from the streets. This seems overkill to me, so I am looking for a sensible solution....
I have noticed meters being designed with a U6 or a G6, is there a difference? So a G6 diaphragm has a flow rate up to 10 cu m/h, which would meet one of the requirements, as well as work with existing standard connections...
thank you kindly for your time
