automotive training equipment

Educational Automotive Automatic Transmission Training Bench Electric Power Steering Trainer Product Description: ThisElectric Power Steering Trainer is designed with an automatic transmission system at its core, featuring an adjustable-speed asynchronous motor as its primary power source. The equipment allows for the illustration of key functions, including gear position indication, neutral start, forward and reverse operations, thus highlighting the structure and operationa

Automotive Electrical Training Equipment Educational Aids For Toyota Land Cruiser Description This Automotive CAN BUS System Education Training Board is engineered for vocational automotive programs, offering hands-on exploration of modern vehicle communication networks. Integrated diagnostics and fault simulation tools enable learners to practice real-world troubleshooting scenarios, while the focus on CAN-BUS systems ensures alignment with current automotive technology

Automobile Electrical Training Equipment Introduction I. Overview and Application ​ The Automotive Integrated Training System, rooted in the real - world electrical components of the Toyota Corolla, serves as an advanced Electronic Control System Training Panel. It encompasses ten crucial systems, namely the engine ignition system, instrument system, lighting system, wiper system, horn system, power window system, power door lock system, audio system, starting system, and

1. Product Overview The EV Motor Control System Training Educational Equipment is designed to provide hands-on learning of core electric vehicle (EV) propulsion technologies. This new energy automotive training equipment enables users to study the performance characteristics, structure, and fundamental principles of AC motor control systems in pure electric vehicles. Through interactive demonstrations and circuit analysis, trainees can master the working principles of motor

1. Product Overview This Power Steering Training System is a premium automotive teaching equipment designed for hands-on education in hydraulic power steering and front suspension systems . Based on the Volkswagen Jetta platform , this automotive training board provides a complete vehicle demonstration section model , allowing students to study real-world steering mechanics and suspension alignment. 2. Key Features ✔ Fully Operational System – Functions as a real power

1 Product parameters Product name Hydraulic brake system training table Product size 1300×1000×1000mm(L×W×H) Weight about 150kg Main material Steel Power source AC 220V±10% 50Hz 2Technical specifications (1) Product introduction The test bench selection of Toyota Land Cruiser original car hydraulic brake system physical composition of the structure, full demonstration of automotive hydraulic brake system working principle, the realization of automotive hydraulic brake system

Products Description I. Product Introduction This complete vehicle electrical training platform uses actual vehicle electrical components as its foundation, fully demonstrating the structure and operation of various automotive electrical systems, including the engine immobilizer, instrument panel, lighting system, wiper system, horn system, ignition system, power windows, power door locks, audio system, starting system, and charging system. It is suitable for schools'

Six-linkage System Training Platform Electric Vehicle Trainer for Geely Emgrand EV450 Product Description: Enclosed in a sturdy wooden box for easy storage and transport, the Electric Vehicle Trainer includes high-quality training materials made of durable steel. This ensures the longevity and reliability of the equipment, making it suitable for repeated use in various educational settings. With a focus on teaching the fundamentals of electric vehicle technology, the Electric

Electric Power Steering Trainer Full Chassis System Training Board for Toyota Product Description: This training device is created with a focus on the fundamental systems of a vehicle chassis. It offers a detailed presentation of the configuration and positioning of various chassis elements. These elements include the front and rear suspension systems, the steering mechanisms, the power transmission systems, the manual gear-shifting components and controls, as well as the