waggie
Well-known member
I'm building a book case. this is a prototype for a shelf. I'm no engineer, so I'm building a prototype shelf and gonna stand on it to see if it will hold my fat *** up. Since it will span 6' 6" with no center support, the books that will be on it will be heavy. You're looking at one end of the shelf. The shelf will be 14 inches deep. The front and rear of the shelf is in the picture the green pieces in the SketchUp pic. There will be another 1x1 going across in the center (the red piece in the SketchUp).
So, if there are any engineers here, will 3 pieces of 1x1x14gauge spaning 6'6" hold up evenly distributed 200lb's? I bought some 1x1.5x14gauge in case these square tubings won't work.
anyway, on to the pictures:
material is all 1"x1"x.072 (14gauge).
This is where I began to go a little crazy. Taking a smoke break, and put a new battery in my digital caliper. 0.012 tolerance, boohoo.
FWI, the mitering was done on an Ellis 1800.
I'm quite happy with these StrongHand clamps. One of the draw backs of these clamps is the handle isn't quite great. you can see even from my cellphone pics, there are "fat spots" in the black handle, doesn't quite slide freely
So, if there are any engineers here, will 3 pieces of 1x1x14gauge spaning 6'6" hold up evenly distributed 200lb's? I bought some 1x1.5x14gauge in case these square tubings won't work.
anyway, on to the pictures:
material is all 1"x1"x.072 (14gauge).
This is where I began to go a little crazy. Taking a smoke break, and put a new battery in my digital caliper. 0.012 tolerance, boohoo.
FWI, the mitering was done on an Ellis 1800.
I'm quite happy with these StrongHand clamps. One of the draw backs of these clamps is the handle isn't quite great. you can see even from my cellphone pics, there are "fat spots" in the black handle, doesn't quite slide freely


