W
Welder
We are at cross purposes.
The outlets do indeed draw their water from the cylinder. As the stored HW is used then temperatures at the outlets reduce.
What I was talking about was the time taken for the temps to recover (go back up). Most manufacturers give an indication of the time taken to heat a cylinder of cold water to approx 60 degs C. To understand whether this is realistic (indicative of the world we inhabit not the one manufacturers inhabit) we need to know the temp of the water going in (the lower the temp (say winter) the longer the recovery time, and the temp of the heating water through the coil. Most heating coils operate at approx 70 deg C buit the one I was referring to said it assumed a heating coil temp of 80 degs C. Frankly its unrealistic.
Bottom line. Take ALL numbers issued by manufacturers with a BUCKET of salt. YOUR circumstances dictate what will happen as every installation is different.
HTH
The outlets do indeed draw their water from the cylinder. As the stored HW is used then temperatures at the outlets reduce.
What I was talking about was the time taken for the temps to recover (go back up). Most manufacturers give an indication of the time taken to heat a cylinder of cold water to approx 60 degs C. To understand whether this is realistic (indicative of the world we inhabit not the one manufacturers inhabit) we need to know the temp of the water going in (the lower the temp (say winter) the longer the recovery time, and the temp of the heating water through the coil. Most heating coils operate at approx 70 deg C buit the one I was referring to said it assumed a heating coil temp of 80 degs C. Frankly its unrealistic.
Bottom line. Take ALL numbers issued by manufacturers with a BUCKET of salt. YOUR circumstances dictate what will happen as every installation is different.
HTH