Автомобильные электрические обучающие устройства

1. Product Overview This Vehicle Educational Vocational Equipment , based on the Volkswagen Passat CAN-BUS network system, provides authentic hands-on training with real automotive components including: Engine Control Unit (ECU) Transmission Control Unit (TCU) Instrument Cluster ABS/Airbag Control Modules Comfort System Nodes As advanced Vehicle Educational Vocational Equipment , it perfectly demonstrates CAN-BUS architecture and diagnostics for vocational schools and

1. Product Overview & Training Objectives This Automotive Educational Vocational Equipment serves as a comprehensive Model for CAN Bus System Training , designed to achieve five core learning outcomes: Master CAN Bus Architecture : Understand the structural composition and working principles of vehicle CAN data transmission networks Signal Measurement Skills : Learn proper techniques for CAN network signal detection and analysis Fault Diagnosis Training : Develop systematic

Product Introduction The device is based on the physical Toyota Corolla CAN data transmission network system, including engine control unit, automatic transmission control unit, instrument control unit, ABS control unit, body control unit, etc., fully demonstrating the composition and working process of the CAN data transmission network system. Applicable to the teaching needs of higher vocational and technical colleges, general education colleges, and training institutions

1. Authentic CAN-BUS Network Structure & Operation Functional Vehicle CAN-BUS System Training Model : Fully demonstrates the architecture of automotive network systems with real operational capabilities. Interactive Signal Simulation : Allows manipulation of circuit components (e.g., gear switches, throttle signals, RPM signals, power window switches, door lock signals, mirror controls) to showcase real-time CAN-BUS data transmission. Automotive-Grade Craftsmanship : Wiring

1. Key Features & Technical Specifications This Vehicle CAN-BUS System Training Model is designed as advanced automotive teaching equipment , integrating realistic simulations of the Vehicle starting system module , Vehicle charging system module , and Vehicle lighting system module . Its robust construction and interactive functionalities ensure an immersive learning experience for automotive network systems. Technical Specifications Table Parameter Specification Dimensions

1. Comprehensive Automotive Electrical System Demonstration The Automotive Training Aids system features a fully operational vehicle electrical network that authentically replicates: 10 functional systems including ignition, lighting, wiper, and power windows Real-world working processes with power switch activation OEM-grade wiring harnesses with soldered connections, heat-shrink tubing, and wrapped insulation Automotive-standard fuses and relays for durability Enhanced

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

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

1. Realistic Vehicle Electrical Teaching Board Features Fully Functional Systems : This Vehicle Electrical Teaching Board accurately replicates all major automotive electrical systems including ignition, lighting, wipers, power windows, and central locking in operational condition. Interactive Learning : With a 12V DC power supply, students can operate switches and buttons to activate systems like engine ignition, while a 2.2KW AC motor realistically simulates the charging