educational training equipment

Professional Automotive Education Equipment This diesel engine trainer features a fully operational Isuzu 2.8T common rail diesel engine, serving as comprehensive automotive teaching equipment for technical colleges. The system functions as both an automotive basic electric circuit trainer and advanced automotive diagnostic trainer , providing hands-on experience with modern diesel technology. Key Training Features Real Engine Operation : Practice starting, acceleration and

1. Comprehensive Diesel Engine and Transmission Training System This automotive trainer features a fully operational 4 cylinder engine cutaway paired with an automatic transmission cutaway , providing hands-on learning for automotive fault diagnosis training . The system includes a diesel engine trainer with a high-pressure common rail injection system, allowing students to practice starting, acceleration, and gear-shifting operations. Ideal for vocational schools and

Product Overview This automotive electrical trainer board features a complete Volkswagen Passat automatic air conditioning system, powered by an asynchronous motor to demonstrate real operational principles. As essential automotive education equipment , this automotive trainer showcases both cooling and heating processes through an integrated 5L stainless steel tank with heating elements. Ideal for vocational schools and training centers, it serves as comprehensive automotive

1. Trainer Description This automotive training simulator accurately replicates the manual HVAC system of a Volkswagen Santana, providing hands-on learning for cooling/heating cycles and electrical diagnostics. Ideal for automotive training equipment manufacturers and educators, it bridges theory and practice with industrial-grade components. 2. Functional Highlights Dual-Mode HVAC Simulation Cooling : Asynchronous motor-driven compressor with belt linkage. Heating : Electric

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

1. Complete Loader Electrical System Demonstrator This professional training equipment replicates the complete electrical system of Loader 856H, making it ideal for teaching heavy equipment maintenance. The system covers all critical electrical subsystems with authentic components and simplified representations where appropriate. 2. Interactive Learning Experience Hands-on operation of all electrical systems via original controls Visual learning aids including color-coded

Automotive Training Board TDI Diesel Engine Trainer For Volkswagen Bora Product Description: The Diesel Engine Trainer is a comprehensive training platform designed to cater to individuals from beginner to advanced levels in the field of automotive education. This innovative training tool is equipped with a steel construction, ensuring durability and longevity for continuous use in educational settings. At the core of this product is the diesel engine cylinder dissection

Automotive Education Equipment Diesel Engine Training Stand Product Description: Built with industrial-grade materials, the Diesel Engine Training Automotive Education Equipment withstands rigorous daily use in classrooms or workshops. Its corrosion-resistant frame, secure component mounting, and protective shielding ensure durability and operator safety during high-frequency training sessions. The equipment’s modular design also simplifies maintenance, minimizing downtime

Automotive Training Educational Equipments Diagnostic Technology Product Description: As innovatively designed Automotive Training Educational Equipments , the system achieves knowledge transformation through the three-stage training mode of "theory-observation-practice". Teachers can use multiple standard measurement points and programmable fault modes to dynamically demonstrate the coordination mechanism of various engine subsystems. Students use the original factory-level