automotive training equipment

Automotive Training Boards Teaching Automobile Technology The Automotive Training Boards adopt Honda electronically controlled gasoline engine assembly, which is durable and easy to move. It also has the function of engine electronic control system diagnosis, and supports fault code reading and data flow analysis. Equipment composition and structural features: This Automotive Training Board is composed of Honda electronically controlled gasoline engine assembly, welded with

1. Product Overview The Automotive Electrical Training Board is based on the complete electrical system of the Volkswagen Passat, featuring real-world components such as the ignition system, instrument cluster, lighting system, wiper system, power windows, and more. It accurately demonstrates the structure and operation of automotive electrical systems, making it ideal for vocational schools, technical institutes, and training centers to enhance theoretical and hands-on

1. Product Overview The Toyota Corolla EV Training System is a cutting-edge automotive teaching equipment designed for electric vehicle training and automotive fault diagnosis . Built on a real Toyota Corolla EV platform , this system allows students to study high-voltage systems, sensors, and actuators in a safe, controlled environment. It serves as an ideal automotive teaching aid for vocational schools and technical institutes. 2. Key Features & Functions Real EV-Based

Auto Training School Equipment Automotive Engine Technology Service Product Description: As part of the Auto Training School Equipment , this electronically controlled gasoline engine provides a hands-on learning platform for students to master engine diagnostics, maintenance, and operation. Designed to replicate real-world automotive systems, it features a complete composition structure, including sensors, fuel injectors, throttle body, ignition system, and ECU (Engine

Hydraulic System Training Vocational Education Equipment for Volkswagen Jetta Product Description: This device is based on an automotive front axle assembly and comprehensively demonstrates the composition and working process of the power steering system and front axle suspension system. It is suitable for vocational schools and training institutions at intermediate and advanced levels for teaching the theory and maintenance of automotive power steering and front axle

Regenerative Braking Energy Recovery Training Platform Equipment Overview This regenerative braking energy recovery training platform is based on a physical example of a pure electric vehicle's regenerative braking system. It realistically demonstrates the system's structure and operation while providing braking energy feedback and related displays. Designed specifically for automotive education, research, and development needs in pure electric vehicle regenerative braking

BYD Qin EV Pure Electric Vehicle Dismantling Training Model Technical Specifications 1. Basic Powertrain Configuration Power Type : Pure electric (dedicated training model) Motor Configuration : Permanent magnet synchronous motor (training dismantling version) Power Parameters : Max. power 100kW (for demonstration purposes) Battery System : 53.1kWh training battery pack (non-functional, for structural study only) Range Data : Nominal 421km (for reference only) This Vehicle

Products Description Product NameHigh Voltage Electronic Control Assessment System-Educational EquipmentColorAs shown or customizedPowerDC 12V (battery: 60AH 12V)Product Size1500 * 1000 * 1700mm (length * width * height)PackageWooden box High Voltage Electronic Control Assessment System-Educational EquipmentProduct Overview: New energy vehicle electronic control system testing bench: a customized device for developing and simulating new energy vehicle electronic control

Cummins Diesel Training Automobile Engine Teaching Equipment Product Description: Beyond core engine and transmission training, this Cummins Diesel Training Automobile Engine Teaching Equipment incorporates ancillary systems such as cooling, lubrication, and exhaust aftertreatment. Students examine how these subsystems interact with the electronically controlled diesel engine, fostering a comprehensive grasp of maintenance protocols and repair strategies. Detailed schematics,