About Stepper Speed Calculator (Formula)
The Stepper Speed Calculator is a tool used to determine the rotational speed of a stepper motor based on its step angle and driving frequency. It helps in setting up and controlling stepper motors for precise motion control applications.
The formula for calculating stepper speed is:
Stepper Speed = (Step Angle × Driving Frequency) / 360
Where:
- Stepper Speed is the rotational speed of the stepper motor.
- Step Angle is the angular distance covered by each step of the motor.
- Driving Frequency is the frequency at which the motor is driven.
To use the Stepper Speed Calculator, input the step angle and driving frequency of the stepper motor, and the calculator will compute the rotational speed using the formula mentioned above.
This calculator is particularly useful in robotics, automation, and CNC (Computer Numerical Control) systems, where precise control of motor movement is required. By calculating the stepper speed accurately, users can determine the appropriate driving frequency to achieve the desired motor rotation speed. This information is crucial for programming motion profiles, calculating travel distance, and synchronizing multiple axes in motion control applications.