automotive training board

1. Product Overview This Automotive 4WD Chassis Training System is a comprehensive automotive training equipment designed for hands-on education in drivetrain, steering, suspension, and braking systems . Featuring a cutaway manual transmission , functional electric power steering trainer , and fully operational brake system , it serves as an ideal automotive diagnostic trainer for vocational schools and technical institutes. 2. Key Features & Applications A. Multi-System

Automotive CAN Bus Training System Education Equipment Board Description This Automotive CAN Bus Training System Education Equipment Board enables learners to configure a fully functional CAN-BUS network, integrating hardware and software tools for hands-on fault insertion and diagnostics. Designed as a specialized teaching aid for universities and technical institutes, it simulates real-world scenarios where control units communicate critical data. Through interactive

Product descriptions from the supplier Practical Training Support: Designed for vocational schools technical institutes and automotive training centers this teaching board helps students understand automotive lighting circuit diagnosis switch control logic and maintenance procedures through hands on operation and fault analysis. Durable Industrial Structure: The panel uses high strength aluminum plastic material with excellent resistance to impact moisture and corrosion while

1 Product parameters Product name Automotive electric power steering system teaching board Product size 1800×1200×1600mm(L×W×H) Weight about 200kg Power supply voltage AC220V 2 Technical specifications (1) Product introduction This equipment adopts Toyota Land Cruiser electric power steering system in kind as the basis, can completely restore the working state of the car steering system, easy to operate, safe and reliable. It is suitable for teaching needs of electric power

Office School Education Training Automotive Engine for Multimedia Machine Product Description: Original Text: The equipment adopts the gasoline engine lubrication system for anatomical processing, and fully displays the internal and external structure of the engine lubrication system (each component is complete, and the profile position is reasonable). And supplemented with color engine lubrication system structure schematic, can effectively enhance the teaching effect.

Product Requirements The AC/DC charging intelligent training platform must be equipped with national standard AC and DC charging modules, capable of AC or DC charging the training platform or system. Functional Requirements 1. The training platform must be equipped with a national standard 7kW AC charging module, including: a charging card reader module, a billing module, and a control module, arranged horizontally, visually demonstrating the internal structure of the AC

Teaching Function Network Intelligent Maintenance Electrician And Skill Training Intelligent Examination DeviceTraining Platform Product Description: This device is a comprehensive equipment designed for electrical skills training maintenance and networked assessment of machine tool circuits. It enables students to learn how to maintain electrical and electrical control circuits as well as practical electronic circuits. By using this device, students can quickly master the

New Engine Automobile Starting System Teaching Board Equipment composition and core functions: This Automobile Starting System Teaching Board is composed of Wuling B12 electronically controlled gasoline engine assembly. The engine works normally and truly reflects the structure and working process of the electronic fuel injection gasoline engine. Dynamic display and parameter monitoring: The Automobile Starting System Teaching Board has dynamic operation and display functions

Professional Movable Metal Steel Lithium Battery Structure Training Platform Equipment Configuration This comprehensive training platform includes two 3.2V 25AH lithium iron phosphate batteries (one for dissection) and two 3.7V 50AH ternary lithium batteries (one for dissection), along with a single-cell charging device, movable platform, and instructional teaching board. Students can use digital multimeters to measure voltage and internal resistance across different battery