DIY Aquarium Tank Rack Shelving Stand

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  • Thread starter Thread starter Bucks2
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SUMMARY

The discussion centers on a DIY aquarium tank rack shelving stand designed to hold three 52-gallon tanks, constructed from structural pine. The user plans to utilize dado joints for shelf support and 10mm foam on 9mm marine plywood for tank placement. The total weight supported by the structure is approximately 1,047 kg (2,310 lbs), leading to concerns about horizontal stress calculations and the need for reinforcement without central support columns. The thread was ultimately closed for safety reasons, advising against DIY projects of this nature without professional guidance.

PREREQUISITES
  • Understanding of structural engineering principles, particularly load calculations.
  • Familiarity with woodworking techniques, specifically dado joints and bracing methods.
  • Knowledge of materials used in construction, such as structural pine and marine plywood.
  • Experience with CAD software like SketchUp for design visualization.
NEXT STEPS
  • Research horizontal stress calculations for timber structures.
  • Learn about effective bracing techniques for shelving systems.
  • Explore commercially available aquarium stands for safety comparisons.
  • Consult resources on DIY project safety and engineering standards.
USEFUL FOR

Aquarium enthusiasts, DIY builders, and individuals interested in structural design and safety in heavy load-bearing projects.

Bucks2
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G'day Forum Members,

I'm new to the forum I hope to get some great advice here for my projects!

I have a slow progress DIY tank rack project going on:

short story I bought a cheap steel shelving system which won't cut it for the project, so I'm going to build a timber setup which will be a lot stronger,
and allow me to mount piping and equipment directly to the stand as I please

The rack will hold 3 four foot (52gal) tanks 6mm glass thickness - dims = LxWxH 1220 x 355 x 457mm (48 x 14 x 18inch) complete weight per tank =approx 271kg (597lbs)
Slimline sumps will be added behind each tank - dims = LxWxH 1137 x 120 x 457mm (45 x 4 x 18inch) complete weight per sump =approx 78kg (172lbs)

I have chosen to use structural pine 90 x 35mm for the 4 upright columns and 70 x 35mm for the beams and bracing
column force = mg = total weight of tanks x gravity = force in N = (271*3) + (78*3)= 813+234 =1047*9.81m/s =10,272N

The shelves will be connected to the columns using dato joints which will remove relying on nails/screws holding the load alone

Each tank will sit on 10mm foam which will sit on 9mm marine plywood on the shelf

My brother has a plethora of woodworking equipment so I have access to industrial nail guns, drop saw etc,
My house is full concrete flooring so no issues there
House walls are double brick so I can brace it to the wall using dynabolts if absolutely necessary, would like to avoid if possible

The shelves span 1230mm across
the height of the stand will be 2100mm
the service gap above each tank is tentative however I find 180mm to be enough

I have created a sketchup design of the rack, attached

I want to know how to reinforce each shelf to avoid using a support column in the middle of each shelf?
I am unable to find horizontal stress calculations of timber online, I may be searching the wrong term

My thoughts are to use 45 degree bracing at the rear of the racking and on the sides with the force pushing to the rear of the stand,
and using a staggered pattern of cross beams underneath each shelf

Let me know what measurements your prefer to quote and what sketches you want to see

Your help is very much appreciated,

Thanks,
 

Attachments

  • TANK STAND 3.0_FRONT.jpg
    TANK STAND 3.0_FRONT.jpg
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  • TANK STAND 3.0_SIDE.jpg
    TANK STAND 3.0_SIDE.jpg
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  • TANK STAND 3.0_REAR.jpg
    TANK STAND 3.0_REAR.jpg
    23 KB · Views: 1,208
  • TANK STAND 3.0_SKELETON.jpg
    TANK STAND 3.0_SKELETON.jpg
    41.3 KB · Views: 1,852
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Thread closed temporarily for Moderation...
 
Sorry, this thread will remain closed. It is too dangerous for you to be asking for DIY help in building something so heavy, and which could cause injury if it fails. It would be best to just use commercially-available aquarium stands for this, or consult a local licensed Professional Engineer to help you.
 

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