Hello,
I'm using a voltage regulator (DC-DC) that will take 5V input from my arduino and step it up to 24V straight to power a DC motor. The motor specs are: 24V, 250W, 3300RPM (No load), and 0.8 Nm torque. It is classified as a geared motor. From my understanding, the motor needs about 10.4A (P=IV) to run at its full potential. However, the voltage regulator that I purchased has a maximum of 10A output that will be send to the motor to run it. So my question is, will that affect the voltage regulator (Increase its power dissipation?) and burn it, or is it going to be sufficient enough for the motor to work? Thank you.
I'm using a voltage regulator (DC-DC) that will take 5V input from my arduino and step it up to 24V straight to power a DC motor. The motor specs are: 24V, 250W, 3300RPM (No load), and 0.8 Nm torque. It is classified as a geared motor. From my understanding, the motor needs about 10.4A (P=IV) to run at its full potential. However, the voltage regulator that I purchased has a maximum of 10A output that will be send to the motor to run it. So my question is, will that affect the voltage regulator (Increase its power dissipation?) and burn it, or is it going to be sufficient enough for the motor to work? Thank you.