A
Anonymous
Guest
Hey everyone,
I am moving to a new house, and that means I get a new system. I want to do it right, so I want everyone's opinion of the upcoming setup. Sorry for the long post, but I want to set this up the best, most informed way I can, and that means picking all the smart brains here.
I am upgrading from a 50 gallon to a 150 gallon that I got a great deal on. The stand and canopy will cost more than the tank! It is 5x2x2, has perimeter bracing and a glass center brace, 2 corner overflows with 2 inch holes and bulkheads. Returns are not drilled. Lighting will start out with 2 150 and 1 250 DE PFO pendants and 2 x 110 actinic VHO.
The overflows are probably going to go to a sump under the house. What are the benefits/downsides of running them to the sump individually or into a manifold?
What are the benefits/downsides to remote sumps in general? If I am going to go with a remote sump, any suggestions on size?
Is there any good reason to tee off the return under the tank to run an additional sump/refugium with its own overflow inside the stand?
Skimmer? Any recommendations? Do you prefer in line to in sump?
The return will go to two one inch Sea Swirls. Any reason to use smaller ones instead?
The sump will be about 8 feet below the tank and about 8 feet away. I really need pump recommendations. I was thinking about the Ampmaster, but am not sure which size to go with for this system.
I like the idea of running 2 Ampmasters, or other pumps, one for each Sea Swirl, but this seems kinda spendy to me. Any advice?
Would there be any benefit, besides price, to only running one Sea Swirl as a return and the other as a closed loop? If so, would different size Sea Swirls be beneficial? What are the downsides to this idea?
If I am running both Sea Swirls with one pump, I understand it is best to leave the return line as large as possible before reducing it to the Sea Swirl diameter. To do this I would run the return line to a manifold then reduce from the manifold as close as possible to the Sea Swirls. Is there any reason I can't have the return line enter the manifold on one side, or should the entry to the manifold be in the center?
Thanks again, and please let me know what you think.
I am moving to a new house, and that means I get a new system. I want to do it right, so I want everyone's opinion of the upcoming setup. Sorry for the long post, but I want to set this up the best, most informed way I can, and that means picking all the smart brains here.
I am upgrading from a 50 gallon to a 150 gallon that I got a great deal on. The stand and canopy will cost more than the tank! It is 5x2x2, has perimeter bracing and a glass center brace, 2 corner overflows with 2 inch holes and bulkheads. Returns are not drilled. Lighting will start out with 2 150 and 1 250 DE PFO pendants and 2 x 110 actinic VHO.
The overflows are probably going to go to a sump under the house. What are the benefits/downsides of running them to the sump individually or into a manifold?
What are the benefits/downsides to remote sumps in general? If I am going to go with a remote sump, any suggestions on size?
Is there any good reason to tee off the return under the tank to run an additional sump/refugium with its own overflow inside the stand?
Skimmer? Any recommendations? Do you prefer in line to in sump?
The return will go to two one inch Sea Swirls. Any reason to use smaller ones instead?
The sump will be about 8 feet below the tank and about 8 feet away. I really need pump recommendations. I was thinking about the Ampmaster, but am not sure which size to go with for this system.
I like the idea of running 2 Ampmasters, or other pumps, one for each Sea Swirl, but this seems kinda spendy to me. Any advice?
Would there be any benefit, besides price, to only running one Sea Swirl as a return and the other as a closed loop? If so, would different size Sea Swirls be beneficial? What are the downsides to this idea?
If I am running both Sea Swirls with one pump, I understand it is best to leave the return line as large as possible before reducing it to the Sea Swirl diameter. To do this I would run the return line to a manifold then reduce from the manifold as close as possible to the Sea Swirls. Is there any reason I can't have the return line enter the manifold on one side, or should the entry to the manifold be in the center?
Thanks again, and please let me know what you think.