Homeslice
- #1
I've got a bunch of submersible pumps, and they are just fine, but I have set up an aquarium outside here in Houston, Texas, where it gets HOT, including today where it was 110 F in our car. I've got a submersible in the aquarium out side, that that water is HOT, the pump being in the water is not helping!
So I want an external one. I want one. Probably to use in connection with a DIY trickle filter. I want one that I guess is called "inline" - I want to have a hose attached to both the intake and outflow, that way I can put the intake hose into the water, probably covered by a sponge as a pre-filter, then the outflow hose would run up to the top of the trickle filter.
I also want one that is efficient as possible. I assume that is generally what has the most GPH power divided by watts.
So after doing some digging. The best I've found so far is this one:
So that 9000 model can put out up to 2377 GPH for 60 watts. That works out to just shy of 40 GPH/watt. That is higher than anything else I've seen, including that same pump with a different model that puts out lesser more GPH.
Any reason not to get this one? I will probably never use it to its true 2377 GPH potential, but I'd like to have that option for what might come into play down the road.
Another question. These various models have adjustable flow. Since the one I linked has the best GPH/hour/watt ratio than the other ones, if I were to slow it down let's say half way, would one expect to get a better GPH/hour/watt ratio that the other models that have the same max flow as the reduced flow on this one?
Hope that makes sense. Thanks!
So I want an external one. I want one. Probably to use in connection with a DIY trickle filter. I want one that I guess is called "inline" - I want to have a hose attached to both the intake and outflow, that way I can put the intake hose into the water, probably covered by a sponge as a pre-filter, then the outflow hose would run up to the top of the trickle filter.
I also want one that is efficient as possible. I assume that is generally what has the most GPH power divided by watts.
So after doing some digging. The best I've found so far is this one:
So that 9000 model can put out up to 2377 GPH for 60 watts. That works out to just shy of 40 GPH/watt. That is higher than anything else I've seen, including that same pump with a different model that puts out lesser more GPH.
Any reason not to get this one? I will probably never use it to its true 2377 GPH potential, but I'd like to have that option for what might come into play down the road.
Another question. These various models have adjustable flow. Since the one I linked has the best GPH/hour/watt ratio than the other ones, if I were to slow it down let's say half way, would one expect to get a better GPH/hour/watt ratio that the other models that have the same max flow as the reduced flow on this one?
Hope that makes sense. Thanks!