Hello all, first time poster.
we have recently had a new thermostatic mixer shower installed fed via a gravity system.
This was to replace a manual mixer tap/shower combination.
Cold water tank is in loft so pressure and flow was never brilliant but acceptable.
The new mixer was placed at the opposite end of the bath to the old tap/mixer ( to improve visual appearance as you walk into the bathroom )
Flow rate appears to be significanctly less (I have no figures and obviously cannot now get the old flow rate).
Questions:
Do thermostatic mixers provide a restriction to flow and is it possible i would see a benifit if i changed to a manual mixer?
Is it likley that increasing the length of pipework to the shower head has introduced more losses with a consequent effect on flow rate?
Any thoughts from anyone gratefully received.
PFE
we have recently had a new thermostatic mixer shower installed fed via a gravity system.
This was to replace a manual mixer tap/shower combination.
Cold water tank is in loft so pressure and flow was never brilliant but acceptable.
The new mixer was placed at the opposite end of the bath to the old tap/mixer ( to improve visual appearance as you walk into the bathroom )
Flow rate appears to be significanctly less (I have no figures and obviously cannot now get the old flow rate).
Questions:
Do thermostatic mixers provide a restriction to flow and is it possible i would see a benifit if i changed to a manual mixer?
Is it likley that increasing the length of pipework to the shower head has introduced more losses with a consequent effect on flow rate?
Any thoughts from anyone gratefully received.
PFE