• For this catalog, we have square and cylindrical shapes. The frame size is from 22mm to 130mm for you to choose.• Designed for operation at voltages ranged from 24V-220V.• Shaft Type: Single Shaft with keyway or Customize Motor for Brake• Low vibration and noise, High precision• Applications: CNC
48V Frameless Brushless Torque Servo Motor for Robot Arm and Medical MachineDescription• Seven frame sizes, which can adapt to the most popular embedded devices and collaborative robot (Cobot) design• Designed for operation at DC voltages up to 48 volts• Optional integrated Hall sensor without incre
First: The holding torque of the stepper motor, which is similar to the “power” of the stepper motor. The physical structure of the stepper motor is not similar to AC, DC motor, the output power of the motor is changeable. Commonly, the selection of the stepper motor should be based on the amount of
1. Pulse control mode For small machines, it is common to use a pulse to control the position of the motor. This control method is very simple and easy to understand. The basic control method: the number of the pulse determines the motor pulse, the frequency of pulse determines the motor speed.
By receiving pulse current, the control of speed, position, the direction in the stepper motor can achieve. The number of the pulse determines the position of the stepper motor. The rate of the pulse determines the speed of the motor. The direction of the pulse determines the rotation speed of the m
The Stepper Motor is an open-loop motor that converts angular displacement into angular displacement. When the stepper motor does not lose a step, the speed, the position of the stop is determined by the frequency of the pulse signal and the number of pulses. When the stepper motor receives a puls