automotive education equipment

Advanced Assessment Maintenance Electrician Training Device Educational Product Description: The Maintenance Electrician Training is designed according to the requirements of the "Worker Level Standards" and "Occupational Skill Appraisal" issued by the Ministry of Labor and Social Security. It is suitable for the electrical control circuits required by the "Junior Maintenance Electrician", "Intermediate Maintenance Electrician" and "Senior Maintenance

New Energy Training Electric Vehicle Trainer for Zhidou Zhongtai Product Description: Based on the actual components of a pure electric vehicle drive system, this device can intuitively demonstrate its structural composition and operational mechanisms. It is suitable for meeting the teaching needs of schools regarding pure electric vehicle drive systems, while also fulfilling the educational requirements of new energy vehicle and energy-saving training courses. Interactive

Training Materials for Mesh type advanced Maintenance electrician training test device Instruction Product Description: The training device, known as "SYWKB-08C mesh type Intermediate and assessment device," shares many similarities with the overview, characteristics, technical performance, and training platform configuration of the original model. Building upon the foundation laid by the "SYWKB-08C mesh type intermediate maintenance electrician training and assessment device

Transparent Motor Visual Teaching Tool for Motors Maintenance Electrician Training Product Description: SYJBT-18 Transparent Motor and Transformer Model This series of transparent motor and transformer teaching models is meticulously crafted with identical external dimensions to the real equipment. The internal components are designed following the operational principles of corresponding motors. The casing is constructed using high-quality transparent acrylic imported for a

1. Product Overview The Automotive Electrical Training Board is a comprehensive teaching platform based on the Volkswagen Passats electrical system. It integrates real-world components, including the ignition system, lighting system, power windows, wiper system, and more, to demonstrate the structure and operation of automotive electrical circuits. Designed for vocational schools and training centers, it supports both theoretical learning and hands-on practice in Fault

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

Mesh Plate PLC PLC, Inverter, Touch Screen Automation Integrated Training Device Control Training Product Description: The Mesh Plate PLC PLC, Inverter, Touch Screen Automation Integrated Training Device Control Training Device is a comprehensive and functional system that integrates variable frequency control, PLC programming logic controller, PLC analog, PLC communication module, touch screen, programming software, simulation teaching software. It offers a range of

Increase Efficiency Electrical Skill Development Motor Assembly Training System Product Description: This device is based on the National Vocational Qualification Training Course - Common Motor assemblers (Primary) compiled by the Ministry of Labor and Social Security and the China Employment Training Technical Guidance Center, and is a practical training device developed to promote the vocational training and vocational skill identification of common motor assemblers. The

Small Capacity Thyristor DC Speed Control System Electrical Training Workshop Training Test Device Product Description: The device is equipped with a general small-capacity thyristor DC speed regulation circuit. The main circuit features a single-phase bridge semi-control structure. The system incorporates negative voltage feedback and positive current feedback control mechanisms, as well as a current cutoff negative feedback link and series differential correction network.