RichNJKubota
Gold Member
I get the point about splitter speed. However the stand-alone splitter I have has a 11GPM pump (at 3600 RPM) and I run it at about 1800 RPM which I guess would correlate to about 5.5GPM. It's fast enough for me but I would not want it any slower.
My Kubota L4310 claims to have an "implement pump" capacity of 7.8 GPM (with the engine at 540 PTO speed?). I would want to run the tractor engine say at about 1/2 speed, 1300 RPM which would be about 3.9GPM. That would be way to slow on the 3pt splitter.
Does anyone have any other ways to do the math? Are my assumptions of RPM/GPM in the ballpark?
Rich
My Kubota L4310 claims to have an "implement pump" capacity of 7.8 GPM (with the engine at 540 PTO speed?). I would want to run the tractor engine say at about 1/2 speed, 1300 RPM which would be about 3.9GPM. That would be way to slow on the 3pt splitter.
Does anyone have any other ways to do the math? Are my assumptions of RPM/GPM in the ballpark?
Rich