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EVC02 - EV Drive System Components Display Stand

Category:EVC02 - Drive System Components

EVC02 - Electric Vehicle Drive System Component Display StandProduct OverviewThis product is a comprehensive motor learning platform designed for teaching and practical training purposes, facilitating···

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EVC02 - Electric Vehicle Drive System Component Display Stand

Product OverviewThis product is a comprehensive motor learning platform designed for teaching and practical training purposes, facilitating students' in-depth understanding of the structure and working principles of DC permanent magnet synchronous motors and AC drive motors. The platform integrates DC permanent magnet synchronous motors, AC drive motors, and corresponding simulated motors, and is equipped with a support stand, allowing students to deepen their understanding of motor technology through hands-on operations.

Functional Features

  1. Provides physical and simulated models of DC permanent magnet synchronous motors and AC drive motors, enabling students to comprehensively learn about the motor structure and principles.

  2. The simulated motor is equipped with a rotating handle, allowing for a visual demonstration of the power generation principle and lighting up diode lights through manual rotation, enhancing the interactivity and fun of the experiment.

  3. The stand is designed for ease of observation and operation from different angles, deepening the understanding of motor working principles.

Specifications

  • Stand Dimensions: 1500mm x 600mm x 1200mm (Length x Width x Height)

  • Operating Temperature Range: -20°C to 60°C

Product Composition

  • DC Permanent Magnet Synchronous Motor

  • AC Drive Motor

  • DC and AC Simulated Motors

  • Support Stand

Educational Objectives

  1. Enable students to deeply understand the structural features of DC permanent magnet synchronous motors and AC drive motors through physical and simulated motors.

  2. Learn and comprehend the working principles of DC permanent magnet synchronous motors and AC drive motors and their applications in practice.

  3. Enhance students' practical skills and scientific literacy by operating simulated motors to deepen the understanding of the motor power generation process.



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