fat-tony
Active member
I first saw it on nano-reef (UNDERTHERADAR)
Bottom cut off right below the squid picture on the sides.
Outlet cut right off and hole bored out
Outlet showing the deflector inside that blocks flow (hole is as big as the plate is inside, otherwise water would sneak through) Probably wouldn't disrupt flow too much, but figured i'd be safe.
View through 1" PCV to open hole
Just got the sides epoxied up (never really worked with anything like that so it was a learning experience) I notched the PCV on the sidepieces since it made it wasier to mate up. Bottom piece I used a coupler for 1" PVC and then a 1" piece to get to the size i wanted.
More pics to follow later!!
ALSO, going to do a comparison with a 1" T, the new 1" SCWD and a stock SCWD. These are the 2 pumps at my immediate disposal. I'm going to make a little clip of video with 6'x1" spaflex running water into the devices and leave the outputs open so the flow difference can be seen. Not very scientific, but it's a start.
1)quietone 6000
2)mag36
Bottom cut off right below the squid picture on the sides.
Outlet cut right off and hole bored out
Outlet showing the deflector inside that blocks flow (hole is as big as the plate is inside, otherwise water would sneak through) Probably wouldn't disrupt flow too much, but figured i'd be safe.
View through 1" PCV to open hole
Just got the sides epoxied up (never really worked with anything like that so it was a learning experience) I notched the PCV on the sidepieces since it made it wasier to mate up. Bottom piece I used a coupler for 1" PVC and then a 1" piece to get to the size i wanted.
More pics to follow later!!
ALSO, going to do a comparison with a 1" T, the new 1" SCWD and a stock SCWD. These are the 2 pumps at my immediate disposal. I'm going to make a little clip of video with 6'x1" spaflex running water into the devices and leave the outputs open so the flow difference can be seen. Not very scientific, but it's a start.
1)quietone 6000
2)mag36
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