Can you show the schematic for (assumption since I see amps drop, 20X voltage, and the single phase hookup shows waaaay too many inputs and lines for a single phase only motor) 3ph hookup? It's possible the capacitor is used in single phase only to help with startup current. 3ph usually...
A capacitor start motor is designed to use the capacitor to fill the inrush current until the motor achieves full speed. Running it with a VFD will cause that capacitor to overheat.
Based on the partial wiring schematic pictured, I think that's going to do the same thing as the controller you already bought. It appears there's a 3ph hookup schematic off the picture to the right. If so, a single phase AC to 3ph VFD controller would work perfectly.
*** EDIT *** NM. That's...
It won’t make anywhere near 4,000 gallons here in San Diego. We can practically chew our water there’re so many dissolved solids in it.
Highly suggest an RO system into a DI system, stored in a tank. RO is far cheaper/gallon (I spend $60/year on consumables for 4 cars and an RV). I posted a...
Oh yeah, also also Speed:
“Want to actually drive this on a warmish day for the desert? Revamp your cooling system with our ‘upgraded’ fan shroud that doesn’t recycle air!”
Lol.
Speed after a shitty showing in rocks making clicking noises and torque limiter failure:
“This thing is built just for the desert market.”
Also Speed:
“Want to actually drive this thing in the desert? Buy our Desert and Dune cover. Want to actually drive this thing in the desertest desert...
Understood, but...
Then:
A 20% throttle cut isn't stopping an engine from revving further. Fuel/spark/complete throttle cuts need to happen for that. For example...
If 8k is the upper limit, the above shouldn't happen regardless of clutching.