Yes the motor can get hot. As the shaft rotates, the greater the resistance, the higher the current consumption and the higher the motor's temperature. Air cooling is limited. Cooling with water is best.
Hi~ The DC value of the multimeter indicates the percentage of the output, not the output of the motor driver. The motor driver outputs DC 0-100V and outputs the ratio to other ports at DC 0-10V. In other words, DC 5V has 50% output.
Spent too much way too much time showing the product than how to hook it up and did not really explain much. Bummer. Why? Why not take two seconds to show it and then explain the hooking up part?! We would have see everything at that time as well! My god. What a waist of people’s time.
Hooking up the motor to power or hooking it up to a machine? To power is simple, to a machine it can be difficult and can vary on which machine you got. Tbh, if it is hard to connect the 2 wires from the motor to the PSU, 3 wires from the 3k(ohm) potentiometer to the PSU and lastly 2 wires from an outlet (where switching + and - doesn't do anything) to the PSU, you'd might need to do some more research on electronics. You got all the knowledge printed on the PSU at 1:33 to know what goes where.
Adapter colet size?
Hola ese motor tiene carbones por dentro o también lo dicen escobillas?
so?...do you recommend this motor sir?
Your motor get hot in use too?
Yes the motor can get hot. As the shaft rotates, the greater the resistance, the higher the current consumption and the higher the motor's temperature. Air cooling is limited. Cooling with water is best.
why does your multimeter say 10V and not 100?
Hi~ The DC value of the multimeter indicates the percentage of the output, not the output of the motor driver. The motor driver outputs DC 0-100V and outputs the ratio to other ports at DC 0-10V. In other words, DC 5V has 50% output.
is it need speed controler?
If you don't need variable speed, you don't necessarily need a PWM-based controller. However, the motor in the content is rated for DC 100V.
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Spent too much way too much time showing the product than how to hook it up and did not really explain much. Bummer. Why? Why not take two seconds to show it and then explain the hooking up part?! We would have see everything at that time as well! My god. What a waist of people’s time.
Thanks for your comments. It's because I'm a beginner UA-camr. Even when thinking about the scenario, there is always something lacking.
Hooking up the motor to power or hooking it up to a machine? To power is simple, to a machine it can be difficult and can vary on which machine you got.
Tbh, if it is hard to connect the 2 wires from the motor to the PSU, 3 wires from the 3k(ohm) potentiometer to the PSU and lastly 2 wires from an outlet (where switching + and - doesn't do anything) to the PSU, you'd might need to do some more research on electronics. You got all the knowledge printed on the PSU at 1:33 to know what goes where.