- Jul 15, 2023
- 41
- Pool Size
- 16000
- Surface
- Plaster
- Chlorine
- Salt Water Generator
- SWG Type
- Hayward Aqua Rite (T-15)
I've calculated the head on my system using gauges and referenced the performance charts for my pumps. I can easily exceed the maximum 125 GPM for my heater. All filtered water runs through the heater regardless of whether or not it is on.
The PB plumbed an "overflow" bypass using a check valve. That is, water comes from the pump and into the heater via a horizontal pipe. Just before it goes into the heater, there's a "T." The vertical pipe has a check valve and then connects to the pipe leading to the SWG, just like the pipe coming out of the heater does. This way, if the pump is putting out more water than the heater can handle, it goes down the vertical pipe and rejoins just before the SWG.
I understand the logic behind it, but feel like there should be a better way to do this. My two solutions, and don't know if either is really possible are:
1. Some kind of 3" spring loaded bypass that we can tune.
2. Valve that routes water around the heater when it's not in use. Opens when we want to turn the heater on and then we programmatically limit the speed of the pump.
Any ideas? Leave as is?
The PB plumbed an "overflow" bypass using a check valve. That is, water comes from the pump and into the heater via a horizontal pipe. Just before it goes into the heater, there's a "T." The vertical pipe has a check valve and then connects to the pipe leading to the SWG, just like the pipe coming out of the heater does. This way, if the pump is putting out more water than the heater can handle, it goes down the vertical pipe and rejoins just before the SWG.
I understand the logic behind it, but feel like there should be a better way to do this. My two solutions, and don't know if either is really possible are:
1. Some kind of 3" spring loaded bypass that we can tune.
2. Valve that routes water around the heater when it's not in use. Opens when we want to turn the heater on and then we programmatically limit the speed of the pump.
Any ideas? Leave as is?