CK20HST hydrostatic drive operating RPM\'s
I have a CK20HST. My friend is in the construction industry and was at my shop looking at my tractor. He said to always have the tractor at maximum RPM while operating the machine. He said that hydrostatic drives operate more efficiently at max RPMs and if less than that, it creates unnecessary wear and stress on the drive. He learned this through his time operating BH and excavators in the construction industry. I use mine to spray my lawn and to get a constant speed of 3 MPH I have to run it at about 2000 RPM with the pedal fully down. With a hydrostatic drive, there is no way to get the exact same speed on the pedal with the tractor at max RPM. I have to believe that Kioti knows we are going to operate the tractor without it being at max RPMs. I have thought about it a lot since then, and it makes sense. It pulls harder on the drive with less oil being pumped through it and also not running as efficiently as at full oil flow. Are we creating undue stress and wear on the drive by doing that? I am interested in what TBNer's think.
I have a CK20HST. My friend is in the construction industry and was at my shop looking at my tractor. He said to always have the tractor at maximum RPM while operating the machine. He said that hydrostatic drives operate more efficiently at max RPMs and if less than that, it creates unnecessary wear and stress on the drive. He learned this through his time operating BH and excavators in the construction industry. I use mine to spray my lawn and to get a constant speed of 3 MPH I have to run it at about 2000 RPM with the pedal fully down. With a hydrostatic drive, there is no way to get the exact same speed on the pedal with the tractor at max RPM. I have to believe that Kioti knows we are going to operate the tractor without it being at max RPMs. I have thought about it a lot since then, and it makes sense. It pulls harder on the drive with less oil being pumped through it and also not running as efficiently as at full oil flow. Are we creating undue stress and wear on the drive by doing that? I am interested in what TBNer's think.