I got a big (200ft?) roll of the expandable PET sleeve material online at a deep discount. I’ll probably never use all of it. I’d be willing to sell you some at cost if you are interested.
PWM freq will just change the freq FOC is run at. Don’t reccomend touching it. Turning it up can reduce noise but decrease efficiency, but it really depends on the setup.
The second rpm transition is at what rpm the motor driver switches to ignoring hall sensors and relying on motor measurements only for estimation. If you have some weird low speed cogging around that transition playing with that value can sometimes help.
The last value is for setups without hall sensors, basically it will tune the rpm at which the controller tries to measure the rotor position. Playing with the value can sometimes reduce cogging and improve off the line performance in sensor less setups.
Generally reccomend to leave them as is unless you are seeing a specific weird behaviour.
Thanks but all my other equipment is running 4mm and I’m a very good solderer, I appreciate the offer but I think I’ll swap them out and be done with it eliminating all the randomness of keeping too many various sized spares!
my Maytech 6 came with 5mm, so I ordered 5, and then I looked at the skinny ass phase wires, the size of the 5mm connectors, my small enclosures and said FUCKING WHY, I chopped those big fuckers off and put 4mm on those as well!
UART enabled at 9600 bps (11250 makes the motors shit themselves), tried re-pairing, re uploading the VESC firmware, running the receiver as PWM then switching back
I used to have this running a while ago, then the receiver died and this new one isn’t playing nice