EVB14 - Electric Vehicle Drive and Control System Training Bench (Detachable for Practice)

Product OverviewThis training bench is a comprehensive training device specifically designed for the teaching and technical training of electric vehicle motors and control systems. It integrates a whole vehicle motor controller and a high-voltage distribution box, supporting the demonstration of the operating state of permanent magnet synchronous motors and the detection of conventional signals, aiming to enhance students' and technicians' understanding and operational skills of electric vehicle power systems.

Functional Features

1. Equipped with a permanent magnet drive motor, supporting efficient learning of motor working principles.

2. Designed with a motor and gearbox separation mechanism and a gearbox 360° rotation structure, facilitating the assembly and disassembly of the powertrain.

3. An intelligent information acquisition and detection box supports the detection of motor low voltage control signals and three-phase power supply input, ensuring the practicality of teaching and consistency with real vehicle components.

4. Provides test points for motor three-phase voltage signals and motor rotation transformer signals, facilitating signal diagnosis and analysis with testing equipment.

5. Equipped with a 21.5-inch touch LCD screen, enhancing the interactivity and modernity of teaching.

6. Uses an acrylic material for the detection panel and protective detection terminals, ensuring safety in use.

7. High and low voltage circuits between the power supply platform and the intelligent information acquisition and detection box can be easily assembled and connected, improving operational flexibility.

Specifications

• Dimensions: Length × Width × Height (Not specified)

• Screen Size: 21.5-inch touch LCD screen

Product Composition

1. Powertrain assembly and disassembly training bench

2. Intelligent information acquisition system detection box

3. Drive energy supply platform

4. Three-phase high-voltage connection cable

5. Low-voltage communication connection cable

6. Whole vehicle motor controller and high-voltage distribution box

Educational Objectives

1. Enable students and technicians to deeply understand and operate electric vehicle motors and their control systems.

2. Provide training in powertrain assembly and disassembly, debugging, and other practical skills, enhancing learners' operational capabilities.

3. Achieve multiple motor testing and assessment projects, including no-load inspection of the drive motor, insulation resistance testing, and winding short circuit and open circuit checks, enhancing learners' technical diagnostic capabilities.