so is just put switch in parallel
what about gnd?
ground would be shared between the VESCs so you would only need the two positives of the switches and one ground, or maybe you need both grounds not sure. Don’t parallel the switch’s LED power is what he said I think.
ah ok perfect
what does the ground actually mean with a vesc cause it cant actually ground it?
I have not had a VESC be struck by lightning but it is always a possibility.
i suspect my vesc wouldnt be the biggest concern if i was struck by lightening
thought you just said gnd doesnt need to parallel?
prob doesn’t yeah, might tho.
the LED power from one VESC is the only important bit.
does it matter if the gnd is paralled
as in will it do any harm?
hmm thinking now… the two wires need to be shorted on both VESCs so both red/black wires are needed from both VESCs
ok will try but if it blows up your to blame… jk
That’s not what I meant. I said H/M/L should become L/M/H (gears 1/2/3) in the future?
Or are there certain limitations that will not allow that?
This makes sense for sure.
Ground will be paralleled anyway as both vescs are connected to gnd of the battery. Wont do any harm connecting both grounds.
If you wanted you could just use 1 wire to turn on the vesc (without the switch) , just connect a wire to the switch contact, of the other vesc
It’s just kind of the standard for remotes to the power into the top speed mode for calibrating.
I don’t mind powering into H for that, just that 3/2/1 or H/M/L for switching through is very counterintuitive.
Yes you don’t mind but are you comfortable making every single other person that uses the remote do that?
I’m not passing an opinion off I’m just trying to inform you about why it is like this.
What do the modes do? I tried cycling through them on the bench, and I don’t remember noticing any difference between them. Is it possible to set VESC profiles to them?
When you do the input be sure to be in H. Click apply after moving the throttle forward and backward, then click on the remote to change to M and L. You’ll see that the forward input will decrease.
So does it just limit ERPMs? Or are acceleration values also affected? I’m just trying to figure out how exactly it works off the configured settings on high.