자동차 전기 교육 보조기

1. Product Overview The Automotive Electrical Training Board is a comprehensive teaching platform based on the Volkswagen Passat’s electrical system. It integrates real-world components, including the ignition system, lighting system, power windows, wiper system, and more, to demonstrate the structure and operation of automotive electrical circuits. Designed for vocational schools and training centers, it supports both theoretical learning and hands-on practice in Fault

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

Automobile Electrical Training Equipment Introduction I. Authentic Functionality and Interactive Learning ​ The Automotive Integrated Training System showcases a real - world automotive electrical system. With simple operations, it demonstrates the working processes of multiple systems like ignition, lighting, and charging. It's also equipped with detection terminals for electrical signal measurement and a diagnostic socket for code reading and data stream retrieval, plus a

1. Core Configuration & Functional Features This Automotive Educational Vocational Equipment is designed as a Model for CAN Bus System Training , replicating the authentic CAN network architecture of a Volkswagen Passat. As a comprehensive Vehicle Training System , it is ideal for vocational institutes and technical colleges to deliver hands-on instruction in automotive network diagnostics and repair. Key Component Specifications Core Components Qty Description Diagnostic

Integrated Product Introduction This automotive training board is a cross-wire CAN-BUS system teaching model designed for automotive education , featuring industrial-grade durability and precise vehicle network replication. Key highlights include: Robust Construction Heavy-duty 60×40×3mm steel tube frame and 1.5mm cold-rolled steel cabinet ensure stability and longevity. Equipped with 100×50mm castor wheels for easy mobility in labs or workshops. Reliable Electrical

Product Composition & Functionality This automotive training board is developed based on the cross-wire CAN-BUS system of the Volkswagen Sagitar, integrating key modules such as the Engine Control Unit (ECU), Transmission Control Unit (TCU), Instrument Cluster, ABS, Body Control Module (BCM), Gateway, HVAC, and Steering Column Electronics. It accurately replicates the physical layout and data flow of an in-vehicle CAN network, making it an ideal model for CAN bus system

Cross-Wire CAN-BUS System Teaching Panel Core Advantages 1. Military-Grade Reliability Automotive-grade circuit craftsmanship : All wire harness connectors feature soldered joints with heat-shrink insulation and professional tape wrapping, fully compliant with vehicle-grade process standards Industrial-grade components : Critical parts utilize automotive-grade fuses and relays, ensuring long-term durability for intensive training use Short-circuit protected power system :

I. Unrivaled Capabilities of the Electrical Systems Training Platform ​ The Electrical Systems Training Platform stands as a pinnacle of automotive educational innovation. Offering an immersive journey into real - world vehicle electrical systems, it enables users to witness the dynamic operation of critical components like ignition, lighting, and charging systems with ease. Integrated detection terminals facilitate precise electrical signal measurement, while the diagnostic

I. Core Functionalities of the Vehicle Integrated Training System ​ This advanced automotive educational equipment, the Vehicle Integrated Training System, provides an immersive learning experience for exploring real - world Electrical Vehicle Systems. Its intuitive operation allows for vivid demonstrations of vital systems such as ignition, lighting, and charging. With built - in detection terminals for accurate electrical signal measurement and a diagnostic socket for code