Stepping Motor Trainer Electrician Trainer Didactic Equipment Vocational Training Equipment

1 Equipment introduction
1.1 Overview
The MR343E stepper motor training platform is a portable, multi-functional teaching equipment that can convert electrical pulse signals into mechanical angular displacement, providing students with real-time and efficient training experience based on its diverse functions and characteristics. It can carry out training in various environments to help students better master the knowledge and skills related to stepper motors.
1.2 Features
(1) Fast response speed: The stepper motor can respond immediately to the pulse signal and has a fast rotation speed, which is suitable for applications such as rapid positioning and quick start.
(2) Simple control: The control of stepper motors is relatively simple. You only need to supply power to the motor according to the required step angle and speed. By controlling the frequency and sequence of pulses, fine motion control can be achieved.
(3) Accurate stopping position: The stepper motor can accurately maintain a specific position when stopped, without slipping or drifting.
(4) Good low-speed performance: The stepper motor can still maintain good running stability and accuracy at low speeds, and is suitable for applications that require low-speed and high-precision control.
(5) Low motor noise: The noise of stepper motors is relatively low during operation, especially when running at low speeds. This is because the rotor of the motor does not vibrate due to high speed like an AC motor.
(6) Strong compatibility: Stepper motors can be used with various controllers, such as microcontrollers, PLCs, etc., to facilitate integration into automation systems.
(7) Portability: There are two handles installed on both sides of the stepper motor for easy access.
(8) Wide scope of application: Stepper motors are widely used in various industrial and scientific research fields, such as CNC machine tools, robots, automated assembly lines, medical equipment, office equipment, etc.
2 Technical parameters
Power supply: AC110V input, DC24V output
Dimensions: 570x520x280mm
Weight: 17kg
Ambient temperature: -10℃～+40℃
Relative humidity: <85% (25℃）

3 Components list and detailed introduction
3.1 Main part

No	Name
1	Power supply hanging box
2	Control module hanging box
3	Rotary encoder
4	electric motor
5	Movable slider
6	Transmission screw
7	Right limit
8	Left limit (not marked in the picture)
9	Drive (not shown in the picture)

3.2 Control module hanging box

No	Name
1	emergency button
2	Forward button
3	reverse button
4	mode button
5	Connection terminal

4 Experiment list
Experiment 1 Working principle of stepper motor
Experiment 2 Wiring operation of stepper motor controller and driver
Experiment 3 Forward rotation experiment of stepper motor
Experiment 4 Reverse rotation experiment of stepper motor
Experiment 5 stepper motor control mode switching test