Product Description:

The device utilizes six common components found in engine ignition systems, specifically the contact ignition system, Hall electronic ignition system, magnetic induction ignition system, non-distributor group ignition system, and photoelectric fire system. This allows for a comprehensive display of the composition and operation of an engine ignition system. The device is designed for use in middle and higher vocational schools as well as training institutions to facilitate dynamic teaching demonstrations, fault diagnosis, and the troubleshooting of engine ignition system components, working principles, and more.

Features:

• Product Name: Automotive Electrical Trainer
• Type: Training Platform
• Feature: Education Training
• Training Level: Beginner To Advanced
• Size: 1740*700*1700mm
• Customizable: OEM

Technical Parameters:

Applications:

The Zhong Cai Automotive Electrical Trainer (Model ZC-QCD18B) is a cutting-edge training simulator designed for educational institutions, technical schools, training centers, workshops, and colleges. This teaching board originates from China, ensuring quality and authenticity, with ISO9001/CE certification guaranteeing high standards.

With a minimum order quantity of just 1 set, the price of this product is negotiable, making it accessible for a wide range of institutions. The packaging details include a sturdy wooden box to ensure safe delivery, with a delivery time of 15 work days, and payment terms via T/T.

Supplying up to 1000 sets, the Zhong Cai Automotive Electrical Trainer is a versatile tool suitable for various applications. Its primary function is for teaching purposes, providing hands-on experience and theoretical knowledge in automotive electrical systems.

The training materials used in this simulator are steel, ensuring durability and longevity. Additionally, the product is customizable with OEM options available to tailor it to specific educational requirements.

The Zhong Cai Automotive Electrical Trainer is a valuable asset for instructors looking to enhance their teaching methods in the automotive field. Its interactive design and practical exercises make it an ideal platform for students to learn about complex electrical systems found in modern vehicles.