Well, I decided to make myself a counter weight caddy today. I was looking at one from JMI, but the diameter was 20mm and I needed 7/8" for the Meade LXD650 Weights.
So, I looked at the design and thought, well I can make something similar from materials at the metal salvage.
I bought some 3/16" x 2.5" aluminum, 3' which was more than twice what I needed, but I wanted to have extra in case I screwed up the first one. Then I bought 1 foot of 7/8 aluminum tubing for the shaft. Total cost was $5 for the aluminum.
Next at Lowes I picked up a 6.5" handle and four 1/4 x 20 counter sink screws 1/2" long and 4 bar style t-nuts.
Drilled the holes for everything and cut it to size and then proceeded to bend the two 90° bends in the frame.
It took a while to bend the aluminum, had to heat it first to soften it so it would bend.
Cleaned it up afterward and assembled the caddy.
I used two 7/8 plastic caps for the shaft as keepers. One is slipped on tightly to the end and the other is able to slip off and on easily enough. It keeps the shaft in place and doesn't add to the complexity of the design.
Simple was my plan and it turned out well, it is much easier to carry the 25 lbs+ of weight this way than to carry the weights individually.
So, I looked at the design and thought, well I can make something similar from materials at the metal salvage.
I bought some 3/16" x 2.5" aluminum, 3' which was more than twice what I needed, but I wanted to have extra in case I screwed up the first one. Then I bought 1 foot of 7/8 aluminum tubing for the shaft. Total cost was $5 for the aluminum.
Next at Lowes I picked up a 6.5" handle and four 1/4 x 20 counter sink screws 1/2" long and 4 bar style t-nuts.
Drilled the holes for everything and cut it to size and then proceeded to bend the two 90° bends in the frame.
It took a while to bend the aluminum, had to heat it first to soften it so it would bend.
Cleaned it up afterward and assembled the caddy.
I used two 7/8 plastic caps for the shaft as keepers. One is slipped on tightly to the end and the other is able to slip off and on easily enough. It keeps the shaft in place and doesn't add to the complexity of the design.
Simple was my plan and it turned out well, it is much easier to carry the 25 lbs+ of weight this way than to carry the weights individually.
Attached Image:
[SIZE="Large"][/SIZE][COLOR="Blue"][/COLOR] Floyd Blue
Amateur Imager