I followed the instructions for setting up BLDC from the tool and my values are as follows.
I was just checking that these seem acceptable. There’s no stuttering on my 6384’s unloaded but obviously when I stand on it there’s quite a bit. I didn’t want to up the current too much more and couldn’t really notice the ERPM making a difference. Would anyone be able to clarify how it makes a difference because the instructions seeped through my pea brain.
I was wondering if someone could take a look at one of the problems I am having with some motor noises that I can’t diagnose. It’s in my build thread in the link above. Any advice would be greatly appreciated. I might be posting about the loud whining noise I talked about later on today
Thx…Yes I’m using speed rings to get the inside spacing right. I think I have it sorted out now. I assumed they needed to be as tight as I could get it.
the first thing I did was removed my belts to see if the noise is still there…if so isolate the motor thats making the noise and open it up…I’m sorta still a noob maybe someone with more knowledge will chime in.
Thx man. I took off the wheels and belts and the motor doesnt make any of the noises i mentioned so I dont think it is the motor. However, it could be the combination of the pulley and motor together making that noise idk. How hard was it to open up your motors. I see that you are using maytechs as well?
can anyone tell me what these connectors are called and where i can find the opposite ends? I think they’re bullet connectors but i haven’t found some online that look like these. Thanks!
Grab the motor by both ends of the shaft and try to wiggle it around. Both along the shaft and laterally. If it makes any sound and/or feel movement it’s the motor. Otherwise the pulley may rub on the plastic wheel core, especially if it’s bolt on or a tight press fit.
A fantastic procedure is to cut them off and solder an Amass MR60 on there (the female side, with the holes) and then epoxy the male MR60 (with the pins) into into the side of your enclosure, going through it.