latazyo
New member
this will be my official tank build thread charting the progress from the beginning
this first post will cover the basics of my stand and planned plumbing
here are some renderings of the stand done by my little brother (a mechanical engineer) on pro-e and ansys
the first rendering is just a simple layout of the stand
yellow and brown = 1x6
black = 1x10
green and red = 2x4
blue = 1x4
it will be skinned on the sides with plywood and the back will be open to allow for cords/plumbing, blah blah blah
the front has no center brace to allow for maximum access to the sump/fuge area...since I am very bad at making doors I will have one giant sliding panel in a track
the top (since the tank is narrower than the stand) will have two wood boards inserted beside the tank (to cover the area between the green 2x4s and the edges) to produce a table top look with the tank sunk down 3/4" into it
the next rendering shows an ansys simulation in order to calculate stress on the materials...since this thread will be made out of pine, the properties of pine were inserted into the software
we estimated the weight of my tank at 500 pounds, so for this test we used a tank weight of 1,000 pounds to be on the safe side
the rendering shows areas of stress, the red does not indicate danger, it only indicates the location of maximum stress...DMX stands for "max displacement"
as you can see from the rendering with a weight of 1000 pounds on the stand the maximum displacement is .003 inches, so that is safe enough for me...hehe
but what about forces from the sides and front to back....running a similar test with a lateral force of 500 pounds applied, the maximum displacement in any direction was .017"
I am including all of this jibberish in case anyone wants to copy the design and wonders if it is safe
details and additional pics of the stand build process can be seen in my thread in the DIY forum located HERE
enough of the stand...on to the plumbing
in this diagram (mine aren't quite as good as the engineer's) the neon green indicates the return pump...
in the sump the huge middle area void is just there to indicate that I have space in case my fuge idea doesn't fit I can redesign the sump since it is large enough to do so (20 long)
a few notes about the numbered areas on the diagram
1. number 1 indicates a reducing elbow from 1" to 1/2"...this will then connect to a 1/2" ball valve then into 1/2 pipe then to 1/2" flex tubing, this is how I will do water changes....through a door on the side of the stand I will access the tubing, open the ball valve (after closing the other valves on the return line) and fill my buckets that way...I might even get ambitious and hook a 50' hose up to it and put it in the bathroom for draining
2. since I couldn't show the design any further than the top of the tank I would just like to mention that the two 3/4" lines will be Y'd into 4 loc-line flare nozzles to provide plenty of flow to the tank
phew..that took a long time to write
please leave comments and questions...I do pretty much everything DIY so hopefully my thread can help someone out there trying to do the same thing
thanks for reading fellow slash members
this first post will cover the basics of my stand and planned plumbing
here are some renderings of the stand done by my little brother (a mechanical engineer) on pro-e and ansys
the first rendering is just a simple layout of the stand
yellow and brown = 1x6
black = 1x10
green and red = 2x4
blue = 1x4
it will be skinned on the sides with plywood and the back will be open to allow for cords/plumbing, blah blah blah
the front has no center brace to allow for maximum access to the sump/fuge area...since I am very bad at making doors I will have one giant sliding panel in a track
the top (since the tank is narrower than the stand) will have two wood boards inserted beside the tank (to cover the area between the green 2x4s and the edges) to produce a table top look with the tank sunk down 3/4" into it
the next rendering shows an ansys simulation in order to calculate stress on the materials...since this thread will be made out of pine, the properties of pine were inserted into the software
we estimated the weight of my tank at 500 pounds, so for this test we used a tank weight of 1,000 pounds to be on the safe side
the rendering shows areas of stress, the red does not indicate danger, it only indicates the location of maximum stress...DMX stands for "max displacement"
as you can see from the rendering with a weight of 1000 pounds on the stand the maximum displacement is .003 inches, so that is safe enough for me...hehe
but what about forces from the sides and front to back....running a similar test with a lateral force of 500 pounds applied, the maximum displacement in any direction was .017"
I am including all of this jibberish in case anyone wants to copy the design and wonders if it is safe
details and additional pics of the stand build process can be seen in my thread in the DIY forum located HERE
enough of the stand...on to the plumbing
in this diagram (mine aren't quite as good as the engineer's) the neon green indicates the return pump...
in the sump the huge middle area void is just there to indicate that I have space in case my fuge idea doesn't fit I can redesign the sump since it is large enough to do so (20 long)
a few notes about the numbered areas on the diagram
1. number 1 indicates a reducing elbow from 1" to 1/2"...this will then connect to a 1/2" ball valve then into 1/2 pipe then to 1/2" flex tubing, this is how I will do water changes....through a door on the side of the stand I will access the tubing, open the ball valve (after closing the other valves on the return line) and fill my buckets that way...I might even get ambitious and hook a 50' hose up to it and put it in the bathroom for draining
2. since I couldn't show the design any further than the top of the tank I would just like to mention that the two 3/4" lines will be Y'd into 4 loc-line flare nozzles to provide plenty of flow to the tank
phew..that took a long time to write
please leave comments and questions...I do pretty much everything DIY so hopefully my thread can help someone out there trying to do the same thing
thanks for reading fellow slash members