In modern automation systems, stepper motors are favored for their precise position control and simple driving methods. However, there are a variety of different models of stepper motors on the market, making the choice somewhat complicated. In order to help you better understand and choose stepper motors, the following is a detailed stepper motor model and its parameters comparison table.

Step Angle: Step Angle indicates the Angle of rotation of each step of the motor, usually expressed in degrees. Smaller step angles mean higher resolution and more precise position control.

Rated voltage: The voltage of the motor during normal operation. Select the appropriate rated voltage to ensure the normal operation of the motor and avoid overvoltage damage.

Rated current: The current required for normal operation of the motor. Too large or too small a current can affect the performance and life of the motor.

Continuous torque: The continuous torque that the motor can provide during operation. This is an important indicator to measure the motor drive ability.

Static torque: the maximum torque that the motor can provide at rest. This is important to ensure that the motor can hold its position when stopped.

Inductance: The inductance value of the motor affects its response speed. Lower inductance usually means faster response.

Weight: The weight of the motor can be an important consideration for some applications, especially where it needs to be moved or carried.

By comparing the parameters of these stepper motors, you can better choose the right model for your application. Remember to understand your system requirements before purchasing, and make sure that the motor you choose can meet those needs. The choice of the stepper motor is related to the performance and stability of the system, so choosing the appropriate model is crucial.