Hello, nub questions incoming.
24V DC motors. Almost exactly the size of a soda can.
I'm going to to build a very basic power assisted cart with them. Load is not an issue.
What I'm wondering is the following:
Im planning on using DeWalt 20V batteries to power it, but should I even need to worry about stepping up the voltage 4 volts?
Is the listed voltage the optimal voltage, or what they're rated for?
Would PWM speed control with under voltage make a difference?
>>1173820
2nd pic. I would also consider 24v batteries, but of course everything I have is already 20v DeWalt.
Man I got super lucky. Slip on gear drives with set screws through the shaft. These are going to be super easy to work with as long as they're not some weird low RPM.
>>1173820
If they're just run of the mill brushed motors, you can run them on a slightly lower voltage with a larger than you might expect drop in power. The voltage is lower, so they won't pull as much current-- and both work against you. You're losing over 30% of their output.
>>1173828
Got it. 24v it is. It's better to use different batteries than what I use for work anyways.
Do you know of any basic idiot friendly speed controllers? They're all over eBay for cheap, but I'm not sure if there's a go to place for stuff like this, because we all know about eBay quality.
>>1173828
Where did you learn about electricity anon.... they will pull more current because you're running them on 20V
>>1173820
Those motors came out of the assisted lifter on electric wheechairs. That is to say those motors helped geriatric patients stand up from their mobility scooters.
Enjoy your less than thrilling go-cart.
Also make note that the duty cycle on those motors is for intermittent use, i.e. not a continuous duty motor