educational training equipment

Product descriptions from the supplier Real Vehicle Structure Display: The platform is developed using an actual electric powered vehicle chassis system integrating suspension steering braking and transmission components allowing students to clearly observe the structure layout and understand the relationship between each mechanical system in a realistic teaching environment Hands On Operation Training: The system supports disassembly assembly inspection and maintenance

1. System Composition & Functions This Automotive Electrical Training System is built upon authentic Toyota Corolla vehicle electrical components, comprehensively demonstrating key automotive electrical systems including: Engine ignition system Instrument cluster system Lighting system Wiper system Horn system Power window system Central locking system Audio system Starting system Charging system The system realistically presents the architecture and operational principles of

Product descriptions from the supplier Training Effectiveness: Features a real hydraulic braking circuit to simulate ABS operation and braking response for hands-on instruction User Versatility: Suitable for vocational institutions technical colleges and auto repair courses addressing both theory and maintenance skills Reliable Components: Built with durable materials and structured wiring ensuring long service life and stable classroom operation Instructional Support:

Product descriptions from the supplier Authentic Component Integration: Built with real braking system parts including control unit sensors hydraulic circuits and actuators allowing clear observation of system structure and working process suitable for practical teaching and demonstration in technical classrooms Comprehensive Practical Training: Supports fault setting diagnosis signal detection and circuit measurement enabling students to develop troubleshooting skills and

Product Overview Our Hybrid LPI Engine Simulator is a cutting-edge automotive training equipment designed for hands-on learning of hybrid vehicle systems . This automotive trainer combines Liquefied Petroleum Injection (LPI) technology with hybrid powertrain simulation, providing a realistic training platform for hybrid and electric vehicle training . Ideal for technical schools and vocational institutes, this automotive education equipment helps students master LPI fuel

Product descriptions from the supplier Real System Structure: Built with original style ABS components and clear circuit layout to demonstrate wheel speed sensing hydraulic modulation and ECU control logic helping students understand modern braking safety systems in a realistic teaching environment Diagnostic Practice: Equipped with multiple measuring terminals for voltage resistance current and signal waveform testing allowing learners to perform circuit inspection data

Regenerative Braking Energy Recovery Training Platform Equipment Overview This regenerative braking energy recovery training platform is based on a physical example of a pure electric vehicle's regenerative braking system. It realistically demonstrates the system's structure and operation while providing braking energy feedback and related displays. Designed specifically for automotive education, research, and development needs in pure electric vehicle regenerative braking

BMS Battery Management Training Platform for Automotive Education Equipment Configuration This comprehensive training platform includes a test terminal panel, BMS battery management control unit, 3.5-inch BMS information display, lithium iron phosphate battery pack, 12V switching power supply, emergency stop switch, charge/discharge switch, charging socket, load simulation, and movable platform with self-locking casters for easy positioning. System Structure & Features Based

Products Description Product NameAnatomical model of drive motorColorAs shown or customizedPowerDC 12V (battery: 60AH 12V)Product Size1500 * 1000 * 1700mm (length * width * height)PackageWooden box Anatomical model of drive motorProduct Overview: The dissection display table for driving motors is used as a teaching tool for students to understand the structure and working principles of electric vehicle driving motors. The dissection display table is used in conjunction with