automotive education equipment

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

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

Features of the BYD Pure Electric Vehicle Training System (Automotive Air Conditioner Training System) Structure & Principle Training Based on the original BYD pure electric vehicle air conditioning system and PTC electric heating system , this car air conditioning training system provides an intuitive demonstration of the structural components and working principles of new energy automotive HVAC systems (cooling & heating). Supports high-voltage system familiarization, HV

Automotive Whole Car Dissection Trainer Complete vehicle anatomy training platform designed for educational purposes, enabling students to understand automotive systems through hands-on dissection and analysis. Product Overview Product Specifications Brand Name ZHONGCAI Product Name School Teaching Equipment Material Steel Color Blue-and-white Panel Certificate CE/ISO9001 Warranty 1 Year Function Teaching Purpose Usage Students Understanding Category Automotive Trainer

Auto Training School Equipment Automotive Engine Technology Service Product Description: As part of the Auto Training School Equipment , this electronically controlled gasoline engine provides a hands-on learning platform for students to master engine diagnostics, maintenance, and operation. Designed to replicate real-world automotive systems, it features a complete composition structure, including sensors, fuel injectors, throttle body, ignition system, and ECU (Engine

Introduction to EV DC Charging Station Training Equipment 1. Product Overview The DC Charging Station Training Equipment is based on a real electric vehicle (EV) DC fast charger system, consisting of a mobile frame and an instructional panel . Designed for educational purposes, it enables comprehensive teaching of the structure , working principles , and diagnostic methods of EV charging management systems, making it ideal for vocational schools and technical training

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: 10006001100mm (LWH) Constructed with 60403mm high

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

New Energy Vehicle Control Assessment System Test Bench 1. Core Electric Control System Architecture This new energy automotive training equipment adopts an automotive-grade SPC5744 MCU processor with: 10 high-side switches | 12 PWM drives | 7 high-side power drivers | 8 low-side drivers 12 Hall-effect digital inputs | 14 isolated ADC analog inputs | 7 low-control switches 4 sets of 5-wire stepper motor drivers | 3 CAN channels | 1 LIN channel Modular 4-layer PCB design