This teaching board is made of electric vehicle related components and control units. It can display the composition and working principle of the motor drive system/energy recovery system, and dynamically demonstrate the working process of the motor drive system/energy recovery system to deepen students' understanding of the structure and working principle of the motor drive system/energy recovery system. Applicable to the practical teaching needs of various types of colleges and training institutions for theoretical learning and maintenance training of motor drive systems/energy recovery systems.
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-Production process --
1. Nylon universal casters: With a locking universal caster movement device, it can move freely, making it easy to rescue students;
2. The stand is made of aluminum material, which is moisture-proof, rust proof, beautiful, generous, and durable,
3. The panel is made of high-quality imported aluminum-plastic panels with a thickness of 4mm that are not easily deformed, and the surface is painted with colored spray painted circuit diagrams. 4. Detection terminal 8mm stainless steel terminal;
--Main components--
Motor, motor controller, drive shaft, brake disc, accelerator pedal, LED light, LED controller, voltmeter, movable stand, circuit principle and training panel diagram, supporting user manual, etc,
Main functions-All components of the motor drive/energy recovery system can fully demonstrate the structure, composition, and working principle of the motor drive system/energy recovery system. Conduct the following experiments:
Machine drive system acceleration and deceleration experiment,
Principle Experiment of Quantity Recovery System
Display the charging and discharging voltage of the motor drive/energy recovery system.
The D flow light dynamically displays the charging and discharging status of the system. When the accelerator pedal is pressed, the voltmeter shows a decrease in voltage. The red LED lights cycle in sequence according to the direction of current flow. When the accelerator pedal is released, the voltmeter shows an increase in voltage. The blue LED lights light up in sequence according to the direction of current flow. When the motor is not working, the LED lights do not light up. The teaching board panel has a complete circuit schematic and detection terminals, which can be used to detect signal parameters of various components such as voltage, current, resistance, etc. through instruments and meters