automotive electrical training simulators

Automotive Ignition System Training Board For Vocational Schools Product Description: The Automotive Ignition System Training Board is crafted from 4mm thick high-grade board, ensuring exceptional resistance to corrosion, physical damage, moisture, fire, and environmental pollution. This rugged design guarantees durability in demanding educational environments, making it ideal for repeated hands-on training. The robust material base supports the board’s structural integrity,

Car Teaching Model Automotive Training Kits Equipment Product Overview Features 1. The running in-cylinder direct injection electronically controlled gasoline engine assembly fully demonstrates the composition and working process of the in-cylinder direct injection electronically controlled gasoline engine system. 2. A digital gauge is installed on the training bench board to display real-time changes of engine sensor parameters. 3. The measurement board of the training bench

Product function This drive system training platform is based on the real pure electric vehicle drive system, it can truly show the structure and working process of pure electric vehicle drive system. It is suitable for the teaching needs of pure electric vehicle drive system in schools. This educational equipment meets the teaching needs of automotive new energy and energy-saving practical training courses. Technical specifications 1. Working power: HV lithium iron phosphate

Charging System Training Equipment - Product Introduction The Charging System Training Equipment is designed based on real EV AC/DC charging pile systems, featuring a mobile frame and instructional panel. This Charging System Training Equipment provides comprehensive training on the structure, working principles, and diagnostics of EV charging management systems. Charging System Training Equipment - Main Components The Charging System Training Equipment includes: Leakage

Drive Motor Dissection Display Training Equipment Introduction 1. Product Overview The Drive Motor Dissection Display Training Equipment is specifically designed for teaching the structural components and working principles of electric vehicle drive motors. Through authentic dissection demonstration, it visually presents the internal structure of drive motors and main controllers, enabling students to thoroughly understand their operational mechanisms. Ideal for vocational

Multi-System Training Platform This all-in-one automotive training aid combines 17 essential maintenance competencies into a single robust workstation. The system's industrial-grade construction (powder-coated steel frame) withstands intensive daily use while providing precise component alignment identical to production vehicles. Feature Highlights • Working temperature range: -40℃～+50℃ • Dual motor system (1.5KW main + 250W reducer) • Optimized work height (1500mm) for

Pure Electric Vehicle (EV) Modular Training Systems Integrated Platforms for Next-Gen Automotive Education Product Range : Power Battery & Management System (Training Platform + Intelligent Teaching System V1.0) High-Voltage Charging/Distribution Assembly (Training Platform + Intelligent Teaching System V1.0) E-Drive System (Training Platform + Intelligent Teaching System V1.0) E-AC System (Training Platform + Intelligent Teaching System V1.0) E-Power Steering System

Perforated Panel Basic Maintenance Electrician Training and Assessment Device (Single-Sided, Dual-Group Type) Product Description: This device mainly consists of a training table, perforated board, and training components. Students can rationally arrange the components based on the training circuit, with installation and wiring entirely completed by themselves, closely resembling an industrial setting. It enables the simulation, installation, and debugging of machine tool

1. Product Overview The NEV Electrical System Training Platform is an integrated diagnostic station designed to pair with the NEV Chassis System Training Platform . Utilizing MIL-STD aviation connectors, it provides direct access to low-voltage circuits for real-time measurement and analysis of critical EV subsystems, including: • Battery Management System (BMS) & Charging Networks • High-Voltage Distribution Unit (PDU) • Climate Control & Thermal Management • Body Electronic