linkshouse
Forum Member
I guess I already know the technically correct answer to this question but I would be interested to hear experienced views.
My normal arrangement with gas piping would be, gas regulator screwed directly to the gas canister, then a pigtail to a bulkhead through connector with a copper pipe to a manifold valve with a valve for each appliance, then a copper pipe from each valve to the respective appliance.
However in my current conversion the only gas appliance will be a hob, so....
Convention would be regulator on the canister > pigtail > bulkhead connector > copper pipe > isolation valve > copper pipe > appliance.
I know this is not strictly correct, but I’m toying with just taking the pigtail from the regulator directly to the hob.
My logic is: the “correct” way introduces five connection points, whereas the latter only has one (ignoring the regulator connection which will always be there).
Surely this presents less chance of a leak and would therefore be safer.
I should mention that the gas locker is with a couple of feet of the hob.
I welcome your views and discussion.
Thanks
Phill
My normal arrangement with gas piping would be, gas regulator screwed directly to the gas canister, then a pigtail to a bulkhead through connector with a copper pipe to a manifold valve with a valve for each appliance, then a copper pipe from each valve to the respective appliance.
However in my current conversion the only gas appliance will be a hob, so....
Convention would be regulator on the canister > pigtail > bulkhead connector > copper pipe > isolation valve > copper pipe > appliance.
I know this is not strictly correct, but I’m toying with just taking the pigtail from the regulator directly to the hob.
My logic is: the “correct” way introduces five connection points, whereas the latter only has one (ignoring the regulator connection which will always be there).
Surely this presents less chance of a leak and would therefore be safer.
I should mention that the gas locker is with a couple of feet of the hob.
I welcome your views and discussion.
Thanks
Phill