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This was the first stand I built. However, even before it was completed, my mother stopped by and saw it, and decided she liked it so much she wanted it for herself! So I had to start all over and build a second stand for myself! The tank on this stand is my mothers, and is a freshwater tank with 4 species of freshwater sharks, a school of 10 tiger barbs, and a few rose tetras. To build this stand I used 1x6x4 pine for the top and bottom runners. I used 1x4x3 pine for the legs, and strapping braces. I used 3/4 plywood for the top shelf. 1/4 plywood for the bottom shelf. 1/8 plywood for the sides. and stained the whole unit in antique maple. I used 2 inch tapered molding for the top of the stand and 1 inch tapered molding around the doors. Doors were fitted with wooden knobs, stained to match, and internal cabinet closer assemblies to hold the doors shut. Brass hinges were used to prevent rusting. When the stand was completed and placed in the house, with the tank on top, I discovered that the top shelf of the stand was uneven by about 1/16 of an inch. the center brace was just slightly higher than the outside braces. so I purchased some 1/4" Styrofoam sheeting and cut it to match the tan footprint. the Styrofoam will absorb imperfections in the wood and prevent the tank from bending or cracking. |
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the frame is put together using 2 inch anodized decking screws |
the top & bottom shelf, & sides are attached using 1" anodized screws. |
the base unit is stained with one coat of antique maple oil stain. |
the doors are assembled and attached using brass hinges and wood knobs. |
complete with the tank on top. the white line is the Styrofoam sheeting. |
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since this was the second stand, I took the opportunity to make some slight design changes. this model was built the same way, using the same wood. however, on this model, the side panels are installed from the outside instead of from the inside. this will allow easy removal should it ever be necessary in the future for a larger sized sump or refugium. the doors were also made slightly different using a different type of molding. the most important design changes was the use of 1x4 all the way around and eliminating the 1x6 runners. however, to increase strength, I placed 3x3 supports in each corner, behind the 1x4's and also in the center. the stand was stained the same color. and again, as with the first tank, I had an uneven top, so I used the left over Styrofoam from the first stand, to be sure I had a good level surface for the tank. The stands were both built to be able to accommodate a 75 gallon reef ready tank. so the dimensions are : 48" wide 36" high and 24" deep. I made them higher than standard stands to allow for more room underneath and to give a better viewing height for the tanks. |
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notice this frame has 3x3 supports in each corner for better stability & strength |
the 3x3's are hidden by the 1x4 boards, which help add support as well. |
the side panels are attached from the outside, for removability. |
the doors are framed with 1x1 and 1x4 to give a more bold look. |
the white line is the Styrofoam sheeting to level the surface |
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This is a very basic canopy. It has an open back and was constructed from a 1x2 pine frame and skinned with 3/16" plywood/Luanne. I installed two 46.5" VHO Uri super actinic white's and since the completion, have also added one NO actinic blue bulb and one NO 10k daylight bulb. I went the cheap route and instead of buying a reflector, I simply sprayed the inside of the canopy with Elmer's spray adhesive and covered with aluminum foil. it seems to be working rather fine a lot of light is reaching the tank. but when I upgrade to a larger tank, I intend to purchase two metal halide bulbs as well, and will then install a polished aluminum reflector. The doors are made from 1/2"
pine and are hinged with brass hinges the same as used on the stand. The
canopy was then stained with the same stain as the stand, for a nice
match. soon I'll get both covered in a few coats of polyurethane. All
the ballasts and switches are installed in the stand. I'll get a pic of
that when I add the VHO lighting section. |
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The idea for this standpipe is actually a combination of designs borrowed from Richard Durso, the inventor of the Durso standpipe, and Ken Stockman, who created this modified version for use in a smaller overflow box, where space is at a premium. If you use an external overflow box you'll know that the sound of air entering the drainpipe, can be quite annoying. the durso standpipe, puts a stop to that! all that's needed is about a 6-8" piece of 1" pvc pipe (depending on how big your overflow box is) a 2" to 1" reducer bushing. a 2" coupler. and a 1" end cap. in my pipe, I also purchased a 1" female adapter to replace the one that came with my overflow, because it already had a piece of pvc approximately 3" long. my total bill at Lowes for all 5 pieces was $4.30! And it actually came with a 5' length of pvc, because it was the shortest they sold. Building and installing is quite simple. drill several holes in the pvc pipe for water drainage. be sure to make them close enough together, that they will be covered by the couple. next, you'll need to trim the inside lip of the reducer, so that the pvc can slide all the way through it. slide it on so that it begins at the top of your drilled holes. you'll want at least 1" or more of pipe sticking out the top, for the end cap to be placed over. next slide on the couple and press it into place on the reducer. place the end cap over the top. if you are adding a female adapter, go ahead and press that into place as well. now drill a small hole ( 1/8" ) through the end cap and the pvc pipe. having the hole through both, will allow you to adjust the size of the hole by simply turning the end cap, rather than drilling a lager hole, or more holes. (for my unit my pump was pushing too much flow, so I connected my holes and made 4 rectangles in the pvc to accept the higher water flow. install the unit into the overflow box, and turn on your pump. to quote a member of TheReefTank, "it turned my waterfall into a stream!" |
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12 1/4" holes are drilled in the pvc for the water drainage |
the 2-1 reducer is slipped on the pvc. this is a tight fit. |
the 2" coupler is connected to the reducer so that it hides the holes |
the end cap and female adapter are connected to the pvc with no glue |
1/8 hole in end cap. widened holes for more water flow |
the unit is installed in the overflow and everything works! |
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my tank is 55
gallon long. which means I only have 13" of clearance from front to
back. this sort of forced me to have to stack my live rock against the
back wall of the tank. my only concern with this was that it would be
near impossible to get the glass or gravel cleaned behind the rock. |
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