automotive education equipment

New Energy Vehicle Battery Pack Testing Training Platform Product Description: Based on automotive components, this system enables the testing of core power management components, single-cell capacity classification, sorting, battery module assembly, system assembly, and functional verification. It meets the needs of cognitive testing and daily teaching and training for new energy vehicle power management system diagnostics.Our products are suitable for Auto OEM,Technical

Cummins Diesel Training Automobile Engine Teaching Equipment Product Description: Beyond core engine and transmission training, this Cummins Diesel Training Automobile Engine Teaching Equipment incorporates ancillary systems such as cooling, lubrication, and exhaust aftertreatment. Students examine how these subsystems interact with the electronically controlled diesel engine, fostering a comprehensive grasp of maintenance protocols and repair strategies. Detailed schematics,

Maintenance And Testing Skill Development Training Platform Motor And Transformer Repair Training System Product Description: This device serves as a training platform for skill development in the fields of removal, rewinding, assembly, maintenance, and inspection of single-phase transformer, single-phase capacitor running asynchronous motor, and three-phase squirrel cage asynchronous motor. It covers motor factory inspection, including some type tests, and offers training

Brief introduction This sedan electrical training board is based on the physical electrical components of the Volkswagen Jetta model, including the engine ignition system, instrument system, lighting system, wiper system, horn system, electric window system, electric door lock system, audio system, starting system, and charging system. It truly displays the composition structure and working process of various electrical systems in the car. Applicable to the teaching needs of

EV DC Charging Educational Trainer Model Technical Specifications & Construction 1. Technical Specifications Parameter Details Dimensions 640 500 1650 mm (L W H) Charger Type Fast Charging (DC) Rated Power 7.2 kW Output Current 32 A Input Voltage 220 Vac 20% Communication RS485, Ethernet, GPRS, CAN Protection Class IP54 (Dust & Splash Proof) 2. Construction & Safety Features Frame Structure : Made of 4040 industrial-grade aluminum profiles for high load-bearing

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

Vocational Training Equipment Manual Air Conditioning Trainer for Passat Product Description: This training equipment is centered around the original vehicle manual air conditioning system, comprehensively demonstrating its structural composition and operational principles. It is suitable for vocational colleges and training institutions for theoretical teaching and maintenance practice.Our products are suitable for Automotive technical schools,Private technical training

Types of Automotive Engine Teaching Equipment For Repair School Product Description: Paired with customizable fault-injection features, this Automotive Engine Teaching Equipment challenges learners to identify issues like open circuits, signal shorts, or erratic sensor outputs. Trainees practice diagnosing simulated malfunctionssuch as a fluctuating MAP sensor voltage or abnormal injector pulse widthusing industry-standard tools. This prepares them for certification exams

Complete Vehicle Training Automotive Equipment Teaching Supplies Product Description: As a cornerstone of Complete Vehicle Training Automotive Equipment , this gasoline engine platform supports progressive learning pathways. Advanced modules can be added to explore hybrid integration, emission control systems, or adaptive ECU programming. By mastering foundational electronic control principles on this system, students build the expertise needed to transition into emerging