electrical controls training system

Automotive Training University Equipment Service Technology Product Introduction: The equipment is composed of two parts: the fixed bench of the electronically controlled gasoline engine assembly and running accessories and the bench of the running detection control panel.The engine can be started, accelerated, decelerated and other normal conditions of the practical operation, the real display of the electronic control gasoline engine structure and working process.It is

Automotive Cummins Diesel Training Equipment Engine Trainer Advanced Automotive Training Equipment with Common Rail Engine Simulation: This Automotive Cummins Diesel Training Equipment leverages a fully operational Isuzu 2.8T diesel common rail engine to deliver realistic training scenarios. The system includes a stationary stand for engine accessories and a separate control panel stand for diagnostic exercises. The panel is integrated with test terminals, enabling direct

1. Authentic BYD E5 Powertrain Training System • OEM Drive Motor Assembly Complete BYD E5 powertrain components mounted on the Vehicle Drive Machine Training Platform Includes original motor, inverter, and reduction gearbox for realistic training • Multi-Angle Operation Heavy-duty tilting mechanism with MOPA70 reducer (1:70 ratio) 360° rotation with secure locking at any position • Compact Footprint Platform dimensions: 1000×600×1100mm (L×W×H) Constructed with 60×40×3mm high

1. Product Overview This Battery Pack Training Platform is a professional teaching system designed for new energy vehicle power management technology training. The platform integrates lithium iron phosphate battery modules, BMS management systems, charging systems, and high-voltage distribution units, supporting comprehensive practical training from component assembly to system functional verification. It is an ideal teaching equipment for vocational colleges and training

1. Product Overview This Vehicle Battery Pack Testing & Training Platform is designed based on automotive components, focusing on the teaching and practical training needs of new energy vehicle (NEV) power management systems. Its core functions include power management component testing, single-cell capacity sorting and classification, battery module assembly, system integration, and functional verification. It is suitable for vocational schools and training institutions to

1. Integrated Teaching Solution This Automotive Training Equipment innovatively combines theory and practice: Real system : Includes starter assembly (with exploded view), battery, relays, and other OEM parts Smart interaction : Remote fault simulation enables "theory-fault-troubleshooting" closed-loop training Safety : 50A master switch + short-circuit protection for group training 2. Key Teaching Functions Designed specifically to optimize teaching efficiency: Function

Product Overview The Automotive Electrical Trainer Board is designed based on the power window, central locking, and mirror system of the Volkswagen Passat. This automotive education equipment provides a comprehensive display of the system’s structure and working principles, making it ideal for vocational schools, colleges, and training centers. Key Features Real operational system including window motors, door lock actuators, and mirror assemblies. Interactive controls allow

Automotive Gasoline Engine System Kit Product Overview: Based on the in-cylinder direct-injection electronically controlled gasoline engine, the equipment can be used for starting, accelerating, decelerating and other operating conditions, and truly displaying the composition and working process of the electronically controlled gasoline engine. Functional features: 1. A real and operational direct-injection electronically controlled gasoline engine fully demonstrates the

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