bassJAM
Well-known member
Have this splitter from a now defunct company. I share this with my dad, brother, and BIL, so over the last dozen years I think everyone has done some sort of repair.
Here's the splitter:

It's leaking on this threaded pipe through the threads on the cylinder return port (circled red below). I think the issue is the stress of pulling the valve handle ends up loosening the pipe/valve connection so now the entire valve assembly spins on the pipe. On the original design the "cylinder extend" line (dashed yellow above) was solid metal which I think helped keep everything secure, but at some point that's been replaced.

My initial thought was using fully threaded pipe and adding jam nuts to keep things secure, but (knowing very little about hydraulics) I'm going to assume these are tapered threads so that's not going to work?
My other thought was making a brace between the cylinder and valve (red below) and strapping the valve assembly (blue below) tight to the cylinder to prevent movement like this:

What other ideas, suggestions, improvements, does the GJ team have?
Here's the splitter:

It's leaking on this threaded pipe through the threads on the cylinder return port (circled red below). I think the issue is the stress of pulling the valve handle ends up loosening the pipe/valve connection so now the entire valve assembly spins on the pipe. On the original design the "cylinder extend" line (dashed yellow above) was solid metal which I think helped keep everything secure, but at some point that's been replaced.

My initial thought was using fully threaded pipe and adding jam nuts to keep things secure, but (knowing very little about hydraulics) I'm going to assume these are tapered threads so that's not going to work?
My other thought was making a brace between the cylinder and valve (red below) and strapping the valve assembly (blue below) tight to the cylinder to prevent movement like this:

What other ideas, suggestions, improvements, does the GJ team have?





