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tHEcONCH's Red Sea Max


tHEcONCH

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So, here is the weir-derived overflow and return for the RSM. The intake pipe draws water from the passage under the skimmer, up and out the chiller port, down and up again to the air vent, then across and down to the sump. Return comes up and across the top of the vent, through the chiller port and under intake, and deposits water into the circulation pump intake. It all fits flush against the back of the tank.

RSM301.jpg

RSM302.jpg

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All I think it MIGHT need would be something to ensure the intake did not get blocked, such as, say, a secondary intake, or similar.

But I think it is a great example of a weir overflow. It's so good I'm actually going to talk to a mod & suggest we get somewhere things like this could be put on the site permanently for people to see.

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I had the airvent/crossmember too high - I set it at water level, now I've dropped it 8mm down to break the surface tension more easily. I'd wondered about the intake too - I might stick an Eheim intake end on it (I think they are 16mm ID cf the 15mm tubing, so they should be able to fit :D

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Well if people are going to be making these I have a couple of pointers. The bit that slows the whole thing down is (as Conch said), the cross piece by the airvent. The lower you set that, the faster it will allow water to flow though. But, the lower you set it, the lower the water level will fall to in the tank if there is a power cut, meaning you need that much more capacity in the sump. Just tee-ing the cross piece up to a larger size pipe will allow faster flow, meaning the cross piece can be set higher.

The other thing is I really REALLY think a secondary intake pipe should be installed, or lots of holes drilled along the intake pipe, or similar. This is because the current design has just one intake hole, exposed and in the tank. More likely when than if, it will get blocked. Could be a dead fish, or whatever. The return pump from the sump will then dump water all over the carpet as the tank overflows. The other thing could be to install a shut off switch to the return pump, should the water in the tank go higher than a certain level.

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The other thing is I really REALLY think a secondary intake pipe should be installed, or lots of holes drilled along the intake pipe, or similar. This is because the current design has just one intake hole, exposed and in the tank. More likely when than if, it will get blocked. Could be a dead fish, or whatever. The return pump from the sump will then dump water all over the carpet as the tank overflows. The other thing could be to install a shut off switch to the return pump, should the water in the tank go higher than a certain level.

I think that is probably true and good advice for a normal tank where the intake is inside the main tank, but don't forget that this one is specifically for the RSM and draws water from under the skimmer chamber, which sits behind the 'false back' of the tank behind the intake / overflow grill. In addition to the grill, there are also media bags (and for those running a more standard configuration) mechanical filtration blocks. That said, perhaps cutting the intake on an angle of drilling holes / slots would be cheap insurance, just in case.

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i dont know is there only one size? i just thaught for that price must be a bigish one lol also there going to get a turtle dock in for me and try and find me a white albino axie so there doing ok for a petstore bloody expensive compared to your lot of lfs stores

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