The relationship between the torque of the torque and the torque of the motor shaft output when the motor connection is reduced by 1:10.
The step motor output torque is 0.1 NM and the speed of the decelerator is 1NM, but the output speed of the final decelerator is one in 10. It's the equivalent of sacrificing speed to improve torque
Stepper motor connection speed reducer will increase after the output torque, but output speed will also decline, in the design is important to identify what is the speed of the processing of good equipment? If the device is running at a high speed, it is better to choose the machine with the greater torque and reduce the reduction ratio.
According to the power formula of the motor: P = T omega When the stepper motor output torque is 0.1 Nm, through reducer after reduction, the angular velocity of the angular velocity of the original one over ten, so if they do not consider in the process of the friction loss, mechanical loss and the reducer output torque is ten times the motor torque, namely the output torque of 1 Nm, this process is equivalent to sacrifice the speed torque.
