Wyobuckaroo
Platinum Member
With a little of the stabilizer in the picture in post #4 in mind...... A number of years ago I saw where someone had built a bracket onto a piece of rectangle tube that slid over the draw bar and pinned in the draw bar hole.. The bracket bolted to the pto driven hydraulic pump.
This stabilized the pump, not letting it twist or back off the pto shaft. But had sufficient clearances to let it wobble or move enough to not put undue or unnatural strain on the pto shaft bearings and such..
Cooling fluid is important.. The more volume of fluid you can build into your system the better.. The more volume available makes for better cooling.. I also saw a home made cooling "radiator" made out of 2 lengths of 2" square tube about 10' long with 3/4 pipe between the square tubes.. It looked like a ladder with 3" rung spacing. Crude, awkward looking maybe, but also worked well..
This stabilized the pump, not letting it twist or back off the pto shaft. But had sufficient clearances to let it wobble or move enough to not put undue or unnatural strain on the pto shaft bearings and such..
Cooling fluid is important.. The more volume of fluid you can build into your system the better.. The more volume available makes for better cooling.. I also saw a home made cooling "radiator" made out of 2 lengths of 2" square tube about 10' long with 3/4 pipe between the square tubes.. It looked like a ladder with 3" rung spacing. Crude, awkward looking maybe, but also worked well..