k0ua
Epic Contributor
I decided it was time to build a PTO shaft hanger for my rotary cutter today.
I looked around for materiel's, and didn't find much.
I did come up with a screw in hanger of abut the right size, and a piece of 1/4 inch all thread about 2 inches long..
OK, this will have to do for now.
I cut the hanger on an angle and likewise one end of the all thread to more or less match the angle of one of the rotary cutters supports.
I drilled the support, to receive the all-thread.
Next I clamped down the two pieces of metal to get ready to TIG weld them together. How do you like my Rube Goldberg Clamping arrangement? Pretty ingenious huh?


Here it is after being TIGed. It is lousy cadmium plated hardware.. I filed some of it off, but you don't get rid of all of the contamination., but it turned out OK.

Here it is installed on the support of the cutter with a spot of black paint.
and here is the PTO shaft resting on it.
It is probably not the sturdiest hanger ever built but if it breaks, I will just drill a larger hole and make something bigger.
It is a 0$ project, except for a few cents of argon for the welder and some scrap.
I looked around for materiel's, and didn't find much.
OK, this will have to do for now.

I cut the hanger on an angle and likewise one end of the all thread to more or less match the angle of one of the rotary cutters supports.

I drilled the support, to receive the all-thread.

Next I clamped down the two pieces of metal to get ready to TIG weld them together. How do you like my Rube Goldberg Clamping arrangement? Pretty ingenious huh?


Here it is after being TIGed. It is lousy cadmium plated hardware.. I filed some of it off, but you don't get rid of all of the contamination., but it turned out OK.


Here it is installed on the support of the cutter with a spot of black paint.


It is probably not the sturdiest hanger ever built but if it breaks, I will just drill a larger hole and make something bigger.