automotive training board

Comprehensive Ignition System Trainer This Training Stand Ignition Systems unit serves as a complete automotive education equipment, featuring six distinct ignition technologies in one integrated platform. As both an automotive electrical trainer and automotive diagnostic trainer, it provides hands-on experience with contact point, Hall effect, magnetic induction, photoelectric, distributorless, and independent coil-on-plug systems - making it ideal for automotive teaching

Gasoline Engine Electronic Control System Automotive Education Equipment Product Overview The Automotive Engine Control System Trainer is a cutting-edge teaching tool designed to demonstrate the operational principles of the Toyota 8A-FE engine, focusing on its Electronic Control Unit (ECU), sensors, and actuators. As a comprehensive automotive diagnostic trainer, it offers students hands-on opportunities to engage in real-time data monitoring and fault simulation. This makes

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. Product Overview The Automotive Lighting System Trainer is a high-quality automotive education equipment designed to demonstrate the structure and operation of a vehicle’s exterior lighting system. Based on the Volkswagen Passat’s lighting system , this automotive electrical trainer board is ideal for vocational schools, colleges, and training centers to enhance students' understanding of automotive basic electric circuits and fault diagnosis. 2. Key Features Realistic

BMS Battery Management Training Platform for Automotive Education Equipment Configuration This comprehensive training platform includes a test terminal panel, BMS battery management control unit, 3.5-inch BMS information display, lithium iron phosphate battery pack, 12V switching power supply, emergency stop switch, charge/discharge switch, charging socket, load simulation, and movable platform with self-locking casters for easy positioning. System Structure & Features Based

Premium Cylindrical Lithium Battery Metal Dissection Training Platform Advanced automotive education learning system for comprehensive power battery analysis and measurement training. Equipment Configuration Utilizes mainstream new energy ternary lithium batteries including 3.2V 5AH (32650) and 3.2V 3AH (26650) single-cell battery packs Includes four of each battery cell type for comprehensive voltage and internal resistance measurement training Fixed single cells on platform

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

Ordinary Intermediate Maintenance Electrician Training Test Device Training Platform Product Description: This device is designed with the international commonly used modular design , allowing for convenient and efficient training based on different modules. The layout is rational and easy to expand and upgrade. The training content includes a wide range of topics such as electrical instrumentation, electrical wiring technology, electronic circuits, electrical lighting and

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