fidowanttobe
Platinum Member
I am very envious of that machine! I'm thinking you're using it enough now to warrant an action video! 
I am very envious of that machine! I'm thinking you're using it enough now to warrant an action video!![]()
If the speed isn't improved as much as I'd like, I will research using gearing changes to speed it up. I know I'll lose a bit of torque to the ground with taller gears, but for REAL loader work, I'll just use my actual loader.This little sucker isn't going to work that hard because there's no need for it. So, to get a jump on the situation, should I decide to go that route with gearing, here's a picture of how the drive setup runs. Green is the drive motor (there's one per side), uses #60 .75 pitch chain. I believe the drive gears are splined but cannot confirm that yet. So, my question to you guys that are smarter than me:
Would it be better to go undersized on the yellow gears, or oversized on the green gear. (assuming I can find something that works) Going undersized on the yellow gears may retain some torque since they'll be easier to spin, and undersized means the'll rotate more for every revolution of the drive gear meaning higher travel speed, right?
or
If I oversize the drive gear (green), I'll definitely lose torque but should gain some drive speed assuming the motor (11hp Wisconsin Robin) has the power to sustain the hydraulic (gear) pump pushing fluid through it.
I am open to all suggestions. This may never happen, but if it doesn't I may end up having to sell it because of it's wildly slow speed. The two speeds are selected by diverting hydraulic flow and they are as follows:
Low speed currently: 1.7mph
High speed currently: 2.25 blazing mph
Heres a quick calculator that my help.Chain and Sprocket Calculator | RPM and Chain Speeds. If you want to go a little more in-depth and break out the pocket calculator.... http://gearseds.com/documentation/deb holmes/2.5_Chain_drive_systems.pdf