When I was a kid, around the holidays, I always got excited for the Sears "Wish List" catalog. When it finally came, I would carry it off into my room and go over each page carefully, like a monk poring over the scriptures, carefully marking each treasure I really, really wanted (the BB gun and mini bike got circled every year... finally got the BB gun). That magic feeling's faded over the years, and now that I'm an adult, I tend to harbor a more pragmatic view of what I can and can't have. The tummy just doesn't twitter anymore... until I saw a post last week in The Garage Journal:
A forum member with the moniker "blasto9000" submitted pictures of a project he recently completed, bolting three US General 44" 13-Drawer Roller Cabinets together-- essentially building a 39-drawer supermax workbench!
Since the uneven floor in his garage was an unsuitable spot for the rolling cabinets, he first removed the casters, cut various-lengthed legs and capped them with leveling feet to match the floor's contour. To bring the tool cabinets together, he left the side handles off and bolted the cabinets together with cut lengths of T-slot.
The original idea was to build the rack out of hot-roll steel, but as 80/20 is around the same price, and a lot easier to work with (plus, if you make a mistake, you can just unbolt it and re-do), he chose that instead.All the cuts were done with a cutoff saw, much like the Chicago Electric 3-1/2 HP 14" Cut-Off Saw.
Here's a list of the materials used:
1010 extrusion, 96", 8 pcs.
1030 extrusion, 36", 1 pc.
6-hole joining plate p/n 4166, 6 pcs.
End fastener p/n 3681, 12 pcs.
Leveling foot p/n 2192, 12 pcs.
1/4-20 x 0.5" BHSCP, (a lot)
Economy tee nuts (a lot)
M6x1.0 cap screw, 12 pcs.
M6 nuts and washers, 12 pcs.
1/4-20 plug tap (2 flute), 1 ea.
It's impressive how this guy kept the parts at a minimum-- clean and efficient!
The construction is basically three 42x18" rectangular hoops that the tool cabs sit on, held together using end fasteners. The hoops sit on the legs, which are 1030 extrusion (1x3" cross section), and then the hoops have screws going through them radially, and attach to axially drilled/tapped holes in the legs. The hoops are 1" extrusion-- two of them each-- sitting on 3" extrusion, which leaves 1" in the middle. This is where the vertical members are joined and covered by the 6-hole joining plate.
Here is the suggested order of assembly:
Build 42x18" hoops, cut legs, drill/tap legs, and assemble into the base frame.
Install rear (wall facing) uprights with M6 studs protruding.
Level rack to the floor.
Take a leak, so you don't piss your pants during the next maneuver.
Empty tool cab and lay on the frame using armstrong method.
Slide tool cab onto the M6 studs.
Install front vertical member.
"The HF tool cabs are very well-made and easily the best value in tool storage," he said. "When I built the 80/20 framing I cut all members to precise length. I was afraid there would be some variance in the size of the tool cabs, but they are all EXACTLY the same size, and the hole locations (for the handles) are in the exact same place. That made the job go a lot easier."
The remarkably talented Blasto9000 came up with the original design while sitting in his car, stuck in Los Angeles traffic.