![]() |
|
#1
|
|||||
|
|||||
![]() wow i've never seen a box done up with an mp40 before. it works amazingly well and not even blasting down the length of the tank. i did the same thing on my 97 (3L x 2W x 26H) with a nano wavebox and it did not work nearly as well.
|
#2
|
||||
|
||||
![]() My final build will be with a WP-40, since the price can't be beat -- but the wavebox design will allow for an mp40 worst case
![]() Also it might be note worthy that there was much leakage around the MP40 outlet (what can you ask from a 2-minute, make-shift, hack job)... so with a tighter build things should be very slick - and with glass it should be more stable than 1/32" plastic ![]() BUT, it showed the design will work, and might be a wavebox revolution ![]()
__________________
Single System Setup: 210G SPS reef, 225G FOWLR, 72G water change, 50G frag, 120G sump. I promise a journal at some point! (anyone need some coral frags? I likely always have stuff that is frag-ready) |
#3
|
||||
|
||||
![]() and you just saved a hundred dollars using tupperware instead of a box
|
#4
|
||||
|
||||
![]() Quote:
Not to say that this couldn't work in a smaller aquarium, but this mockup had ~100 gallons of water and the final will have ~200 minus rockwork, so the pressures on a plastic container would be quite severe ![]() But after doing this test, if you needed a quick wavebox for more movement, this is a quick way to do it (so long as you have a spare DC pump sitting around)
__________________
Single System Setup: 210G SPS reef, 225G FOWLR, 72G water change, 50G frag, 120G sump. I promise a journal at some point! (anyone need some coral frags? I likely always have stuff that is frag-ready) |