FinObsessed
New Member
Hey all,
I've look all over google and can find that they require at least 200 - 400gph, but nothing about the maximum they can handle. Does anyone know this off hand? I am looking to run one in-line and my pump does around 1600 gph, but right off the pump is a '+' section, with 2 going to return lines, one to the UV, and the other to adjust for any pressure relief. All flow is adjustable as there is a ball valve on each section but obviously didn't want to put too much flow into the UV. I've debated moving the UV to be inline with the relief line, but not sure how effective this would be. Just to preface I have not messed with UV much before given I would follow a strict quarantine regimen so kinda a newbie when it comes to where to place it in line, but this will be for some high end rays the wife is wanting so figured might as well add UV to the mix and not take any chances.
1 - Return Pump
2 - Proposed spot for UV
3 - Return Line
4 - Return Line
5 - Pressure Relief (Goes back into sump)
I've look all over google and can find that they require at least 200 - 400gph, but nothing about the maximum they can handle. Does anyone know this off hand? I am looking to run one in-line and my pump does around 1600 gph, but right off the pump is a '+' section, with 2 going to return lines, one to the UV, and the other to adjust for any pressure relief. All flow is adjustable as there is a ball valve on each section but obviously didn't want to put too much flow into the UV. I've debated moving the UV to be inline with the relief line, but not sure how effective this would be. Just to preface I have not messed with UV much before given I would follow a strict quarantine regimen so kinda a newbie when it comes to where to place it in line, but this will be for some high end rays the wife is wanting so figured might as well add UV to the mix and not take any chances.
1 - Return Pump
2 - Proposed spot for UV
3 - Return Line
4 - Return Line
5 - Pressure Relief (Goes back into sump)