The board will only draw the Amps that are required, come check here for my cheat sheet of understanding Power Supplies (No Maths!) - core-electronics.com.au/guides/prototyping/power-supply-which-to-choose/ The larger concern is actually the 36V that your battery pack has. Pololu recommends only 28V max for the max nominal battery voltage. That means the high voltage in your battery would end up letting the smoke out of the Motor Controller - www.pololu.com/product/5053 Hit us up at the forum if you have any more questions - forum.core-electronics.com.au/latest
Our range of goBilda has motor speeds from 30rpm all the way to 6000rpm. When it comes to cutting material the most important factors to get right is Torque and Feedrates (www.destinytool.com/horsepower-torque.html). I definitely agree with Jyv Ben, you'll be able to cut/route wood with these motors, but if you are interested in CNC cutting hard metals in like steel your definitely better off with 3 Phase, higher rotating, 'bullet-proof' motors. Typically, the speed range of a CNC router spindle is between about 7,000rpm and 24,000rpm for cutting Steel. Below are links to those goBilda Motors. core-electronics.com.au/5204-series-yellow-jacket-planetary-gear-motor-1881-ratio-80mm-length-8mm-rex-shaft-30-rpm-33-5v-encoder.html core-electronics.com.au/5203-series-yellow-jacket-motor-11-ratio-24mm-length-8mm-rex-shaft-6000-rpm-33-5v-encoder.html
I was all about it until i seen that driver board was a mind blowing $200.
Is there any way to set the rotation angles to dc motors similar to how stepper motors work?
Amazing tutorial!
Would it be possible to use the motoron hat to control other DC devices (that aren't motors), such as a light to turn on/off?
Please show an industrial servo motor controlled via raspberry pi!
Is it possible to connect several of these motor controllers to a raspberry pi?
my battery pack is 36v 100amp (peak) is that too much for the board or will it only draw up to 20 amp.
The board will only draw the Amps that are required, come check here for my cheat sheet of understanding Power Supplies (No Maths!) - core-electronics.com.au/guides/prototyping/power-supply-which-to-choose/
The larger concern is actually the 36V that your battery pack has. Pololu recommends only 28V max for the max
nominal battery voltage. That means the high voltage in your battery would end up letting the smoke out of the Motor Controller - www.pololu.com/product/5053
Hit us up at the forum if you have any more questions - forum.core-electronics.com.au/latest
So I take it the motor does not have the torque for tools like routers?
for woodworking i suppose, maybe combining several motors would work ... (chain)
and making several light cuts
Our range of goBilda has motor speeds from 30rpm all the way to 6000rpm.
When it comes to cutting material the most important factors to get right is Torque and Feedrates (www.destinytool.com/horsepower-torque.html). I definitely agree with Jyv Ben, you'll be able to cut/route wood with these motors, but if you are interested in CNC cutting hard metals in like steel your definitely better off with 3 Phase, higher rotating, 'bullet-proof' motors. Typically, the speed range of a CNC router spindle is between about 7,000rpm and 24,000rpm for cutting Steel.
Below are links to those goBilda Motors.
core-electronics.com.au/5204-series-yellow-jacket-planetary-gear-motor-1881-ratio-80mm-length-8mm-rex-shaft-30-rpm-33-5v-encoder.html
core-electronics.com.au/5203-series-yellow-jacket-motor-11-ratio-24mm-length-8mm-rex-shaft-6000-rpm-33-5v-encoder.html
I have an analog controller- how do I connect it
Please also make video on how to use ROS2 with these hardware
I'll get there ❤ I love how ROS2 incorporates Autonomous Mapping