MR008E DC Servo Motor Control Trainer Didactic Equipment Demonstrational Equipment Electrical Engineering Lab 1 Equipment introduction 1.1 Overview MR008E DC servo motor control training bench is an educational device for educational and industrial applications. It allows users to learn and understand the working principles of DC servo motors, design and implementation of control systems. The training bench usually includes an actual DC servo motor, one or more controllers, sensors, actuators and related circuits. By using this training platform, students can learn how to parameterize, debug and optimize motor control systems, and how to implement different control strategies, such as speed control, position control and torque control. In addition, the training bench can also be used to study the dynamic characteristics and response of the motor, as well as its performance under different working conditions. 1.2 Features (1) Real-time performance: The DC servo motor control system can respond to instructions in real time and quickly adjust the motor speed and position. It is suitable for occasions with high speed and position control requirements. (2) Accuracy: Servo motors have high precision and repeatability, can achieve very precise position control, and are usually used for precision positioning and motion control. (3) Stability: Servo motor control systems usually have good stability and adaptability, and can maintain constant speed and position under various loads and external interference. (4) Intuitiveness: The training platform may include display screens, indicator lights, etc., so that users can intuitively understand the system status and parameter settings. (5) Teaching: The training platform is designed for education and training purposes, so it usually has good teaching and operability, making it easier for students to understand and master servo motor control technology. (6) Economy: Compared with industrial-grade equipment, training benches are usually cost-controlled, making them suitable for education and laboratory use. (7) Interactivity: The training platform may include interactive interfaces, such as touch screens, allowing users to interact with the system in real time. 2 Technical parameters Power supply: AC110V power supply, DC24V output Dimensions: 1350x480x480mm Weight: 52Kg 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 Servo controller hanging box and touch screen 3 driver 4 Voltmeter and Ammeter 5 servo motor 6 Encoder 7 Right limit sensor 8 origin sensor 9 Movable slider 10 scale 11 Transmission screw 12 Left limit sensor 3.2 Power box part No Name 1 1P breaker 2 Emergency stop switch 3 Voltmeter 4 Ammeter 5 start up button 6 stop button 7 DC 24V terminal output 4 Experiment list Experiment 1 Equipment Wiring Experiment Experiment 2 Demonstration of monitoring software Experiment 3 Speed mode running experiment Experiment 4 position mode running experiment Experiment 5 Torque Mode Control Experiment
