That simply isn't possible!
All the cylinders I have messed with will bottom out in both directions without damage. In fact that is how a "factory" log splitter detend valve works.
Something isn't right with that valve (looked like something from a tractor). Because if you stick oil in there at HIGH pressure something has to move! I can not force my 5" cylinder by hand either. But the engine can! But it notices the load of moving oil thru the hoses, and the cylinder.
Hydraulic fluid milk shake can't be good. However, if things are not frozen then it really doesn't matter, the cylinder should have moved.
I am confused again. You want to use a 1 3/4 ram???
Not sure what pressure/flow your engine/pump combo is capable of, but...
The formula is Pi times Radius squared.
If you used a 5" cylinder 2.5 X 2.5 X 3.1416 = 19.63 square inches area.
Multiply that times the available pressure (2500??) 49087 lbs force.
24 and a half tons.
I just ran the calc on a 1 3/4 ram, 3 tons. Oh boy. What it lacks in pressure it might make up in IMPACT! as it would more pretty fast with a 11 gpm pump.
I would say that a 4" cylinder is the lower practical limit (maybe a 3.5 if pressure is around 3000 psi).
My $0.04 worth
-Pat
All the cylinders I have messed with will bottom out in both directions without damage. In fact that is how a "factory" log splitter detend valve works.
Something isn't right with that valve (looked like something from a tractor). Because if you stick oil in there at HIGH pressure something has to move! I can not force my 5" cylinder by hand either. But the engine can! But it notices the load of moving oil thru the hoses, and the cylinder.
Hydraulic fluid milk shake can't be good. However, if things are not frozen then it really doesn't matter, the cylinder should have moved.
I am confused again. You want to use a 1 3/4 ram???
Not sure what pressure/flow your engine/pump combo is capable of, but...
The formula is Pi times Radius squared.
If you used a 5" cylinder 2.5 X 2.5 X 3.1416 = 19.63 square inches area.
Multiply that times the available pressure (2500??) 49087 lbs force.
24 and a half tons.
I just ran the calc on a 1 3/4 ram, 3 tons. Oh boy. What it lacks in pressure it might make up in IMPACT! as it would more pretty fast with a 11 gpm pump.
I would say that a 4" cylinder is the lower practical limit (maybe a 3.5 if pressure is around 3000 psi).
My $0.04 worth
-Pat