electric vehicle repair training

Toyota Corolla Car Electrical Training And Educational Equipment 1. Technical Specifications This Car Electrical Training And Educational Equipment features: Dimensions: 24006001800mm (LWH) Operating Voltage: DC 12V Temperature Range: -40 to +50 Single-phase asynchronous motor: Voltage: AC 220V Power: 2.2KW Speed: 1400r/min Steel frame: 40403mm square tubing Cabinet: 1.5mm cold-rolled steel plate Mobility: Equipped with 10050mm universal casters 2. Training

Product Introduction This training equipment is based on the complete electrical system of the Toyota Land Cruiser, integrating key components such as the engine ignition system, instrument panel system, lighting system, wiper system, horn system, power window system, central locking system, audio system, starting system, and charging system . It provides a realistic representation of automotive electrical architecture and operational processes. Ideal for vocational

Product Overview This automotive teaching equipment is a model for CAN bus system training , designed to provide hands-on learning for modern vehicle network technology. Based on the Volkswagen Passat CAN system , it includes multiple ECUs (engine, transmission, ABS, airbag, and comfort systems) to demonstrate real-world automotive electrical networks . Ideal for vocational schools and technical training centers, this automotive training board serves as a comprehensive

Product Introduction Our Automotive Electrical Trainer Board is a comprehensive automotive education equipment designed to demonstrate the structure and working principles of vehicle charging systems. Based on real automotive charging components, this automotive electrical trainer perfectly showcases the complete charging system operation. As a leading automotive training equipment manufacturer , we provide this essential automotive teaching equipment for vocational schools,

Electric Power Steering Trainer Educational Automotive Product Description: The equipment utilizes a complete automotive recirculating ball steering gear assembly (with all accessories included) that has been sectioned, ensuring all components are intact to comprehensively display the internal and external structures of the assembly. Through sectioning and applying different colors to each cutaway, the mechanical structures of the internal and external parts, as well as their

Product Overview This Automotive Demonstration Board is constructed using genuine electrical components from the Toyota Land Cruiser, integrating 10 core systems including ignition system, instrument cluster, lighting system, and wiper system . As an advanced Electrical System Training Platform , its modular design combines theoretical education with hands-on practice, making it ideal for vocational institutes and training centers offering automotive electrical diagnostics

1. Robust and Compact Design for Hands-On Learning The Car Electric Controlled Flipping Frame is engineered for durability and efficiency, with dimensions of 10006001100mm (LWH) . Constructed from high-strength 60403mm steel tubing , it ensures stability while supporting intensive training sessions. The frames MOPA70 (1:70 ratio) provides smooth and controlled flipping, allowing students to rotate and lock the gearbox at any angle for easy disassembly and assembly.

Product descriptions from the supplier Real Vehicle Structure Display: The platform is developed using an actual electric powered vehicle chassis system integrating suspension steering braking and transmission components allowing students to clearly observe the structure layout and understand the relationship between each mechanical system in a realistic teaching environment Hands On Operation Training: The system supports disassembly assembly inspection and maintenance

Product descriptions from the supplier Real Operation System: Built with a genuine DSG automatic transmission assembly and driven by an asynchronous motor, this unit supports gear position display, neutral start, forward drive and reverse operation, allowing students to observe the real working process of electronically controlled transmission systems. Intelligent Teaching Design: Equipped with a UV printed circuit diagram panel, detection terminals and diagnostic port,