I have a Waterbox 100.3, which is three feet long and two feet wide. I converted the metric plumbing that came with the system to U.S. standard plumbing so that I could use flow sensors and other equipment, such as my UV sterilizer and an algae reactor.
I planned on plumbing a manifold off of the return, but my usage of conversion fittings and a flow sensor left no room for that. So, I decided to run my UV sterilizer and algae reactor off of a separate pump. However, I am still limited on room, so I’m wondering if I can configure my manifold’s plumbing in the following manner:
manifold pump - UV sterilizer - algae reactor
Originally, I wanted to have the UV sterilizer and the algae reactor on thir own taps with each having a gate valve and a flow sensor. With the little room that I have available, I figured I could save a significant amount of room and money by plumbing them inline.
The UV sterilizer has a recommended flow rate range of 79 GPH and 788 GPH, which is dependent upon whether it’s employed for Protozoa or algae and bacteria. The algae reactor has a recommended flow rate range of 150 GPH to 200 GPH.
Since both can operate in the 150 GPH to 200 GPH range, can I plumb my system so that the manifold pump will feed the UV sterilizer, then onto the algae reactor before going back to the sump? This, of course, would be managed by a gate valve and flow sensor.
I planned on plumbing a manifold off of the return, but my usage of conversion fittings and a flow sensor left no room for that. So, I decided to run my UV sterilizer and algae reactor off of a separate pump. However, I am still limited on room, so I’m wondering if I can configure my manifold’s plumbing in the following manner:
manifold pump - UV sterilizer - algae reactor
Originally, I wanted to have the UV sterilizer and the algae reactor on thir own taps with each having a gate valve and a flow sensor. With the little room that I have available, I figured I could save a significant amount of room and money by plumbing them inline.
The UV sterilizer has a recommended flow rate range of 79 GPH and 788 GPH, which is dependent upon whether it’s employed for Protozoa or algae and bacteria. The algae reactor has a recommended flow rate range of 150 GPH to 200 GPH.
Since both can operate in the 150 GPH to 200 GPH range, can I plumb my system so that the manifold pump will feed the UV sterilizer, then onto the algae reactor before going back to the sump? This, of course, would be managed by a gate valve and flow sensor.