electrical controls training system

Truck Drive Axle Educational Training Platform – Structural Analysis & Power Simulation Product Summary This Vehicle Educational Trainer Platform is designed for automotive suspension system training, featuring a dissected truck drive axle with motor-driven operation. It is widely used in technical schools and corporate training centers . Main Features Clear Visualization : Dissected differential and brake drum with multi-color coating. Dynamic Operation : Geared motor

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

Product Description: This training platform for ABS braking systems is constructed with authentic automotive ABS components. It also includes an operational schematic to provide a visual representation of the ABS activation process during emergency braking. This platform facilitates in-depth educational sessions on system structure, functional demonstrations, and practical skill enhancement. It is well-suited for both theoretical instruction and hands-on training in the field

New Energy Car Anatomical Model Equipment Product Introduction New energy car anatomical Model equipment adopts a refurbished hybrid power system (including engine, generator, and electric motor, etc.) assembly for profile processing. All components are complete and the profile position is reasonable, which can comprehensively display the internal and external structure and component movement of the hybrid power system. The MCU control system can simulate the operating status

Product descriptions from the supplier Practical System Integration: This gasoline engine trainer is equipped with a fully assembled engine and integrated electronic control systems, allowing learners to observe component interactions, analyze ECU logic, and safely perform diagnostic procedures. The structured setup ensures realistic hands-on training for vocational education environments. Interactive Learning and Visualization: Key automotive processes including fuel

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

1. Product Structure & Functional Display The Automotive Chassis System Educational Equipment is based on a pure electric vehicle training system , retaining the complete chassis, powertrain, and key components (e.g., drive motor, battery pack, suspension, steering, and braking systems). It provides a clear visualization of the mechanical and electrical architecture of electric vehicles. Compatible with vehicle electrical training platforms, it enables dynamic demonstrations

1. Product Overview The Toyota Corolla EV Training System is a cutting-edge automotive teaching equipment designed for electric vehicle training and automotive fault diagnosis . Built on a real Toyota Corolla EV platform , this system allows students to study high-voltage systems, sensors, and actuators in a safe, controlled environment. It serves as an ideal automotive teaching aid for vocational schools and technical institutes. 2. Key Features & Functions Real EV-Based

Advanced New Energy Vehicle Power Battery Training System 1. Product Overview This new energy automotive training equipment features a pure electric vehicle training system with automotive-grade LiFePO4 power batteries (3.2V, 20Ah per cell). The 24-cell series battery pack delivers a 76.8V nominal voltage , managed by an advanced Battery Management System (BMS) . The system includes a 10-inch touchscreen display for real-time monitoring of battery voltage, charge/discharge