automotive electrical training simulators

1. Product Overview This Power Steering Training System is a premium automotive teaching equipment designed for hands-on education in hydraulic power steering and front suspension systems . Based on the Volkswagen Jetta platform , this automotive training board provides a complete vehicle demonstration section model , allowing students to study real-world steering mechanics and suspension alignment. 2. Key Features ✔ Fully Operational System – Functions as a real power

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:

Ordinary Intermediate Maintenance Electrician Training Test Device Training Platform Product Description: This device is designed with the international commonly used modular design , allowing for convenient and efficient training based on different modules. The layout is rational and easy to expand and upgrade. The training content includes a wide range of topics such as electrical instrumentation, electrical wiring technology, electronic circuits, electrical lighting and

1. Product Overview This Vehicle Battery Pack Testing & Training Platform is designed based on automotive components, focusing on the teaching and practical training needs of new energy vehicle (NEV) power management systems. Its core functions include power management component testing, single-cell capacity sorting and classification, battery module assembly, system integration, and functional verification. It is suitable for vocational schools and training institutions to

Increase Efficiency Electrical Skill Development Motor Assembly Training System Product Description: This device is based on the National Vocational Qualification Training Course - Common Motor assemblers (Primary) compiled by the Ministry of Labor and Social Security and the China Employment Training Technical Guidance Center, and is a practical training device developed to promote the vocational training and vocational skill identification of common motor assemblers. The

Intelligent EV Power Battery & Charging Training Platform 1. System Highlights This pure electric vehicle training system integrates LiFePO4 power batteries (76.8V, 24S) with a smart BMS and 10-inch touchscreen , enabling real-time monitoring of: Battery voltage, current, SOC, temperature Relay status, CC/CP signals, insulation resistance Single-cell voltages & passive balancing (100mA) The OBC supports CAN communication , automatically initiating constant-current charging

Series-Parallel Hybrid System Trainer – Mechanical & Electrical Integration 1. Product Description: Advanced Hybrid Vehicle Trainer Designed for automotive technical training , this Hybrid Powertrain Cutaway Model uses an OEM series-parallel hybrid system with strategic cross-sections to expose critical components. The MCU-controlled simulation replicates real-world driving conditions, making it an essential tool for hybrid vehicle maintenance courses . 2. Core Functions:

EV DC Charging Educational Trainer Model – Technical Specifications & Construction 1. Technical Specifications Parameter Details Dimensions 640 × 500 × 1650 mm (L × W × H) Charger Type Fast Charging (DC) Rated Power 7.2 kW Output Current ≤32 A Input Voltage 220 Vac ±20% Communication RS485, Ethernet, GPRS, CAN Protection Class IP54 (Dust & Splash Proof) 2. Construction & Safety Features Frame Structure : Made of 40×40 industrial-grade aluminum profiles for high load-bearing

1. Product Overview The EV Motor Control System Training Educational Equipment is designed to provide hands-on learning of core electric vehicle (EV) propulsion technologies. This new energy automotive training equipment enables users to study the performance characteristics, structure, and fundamental principles of AC motor control systems in pure electric vehicles. Through interactive demonstrations and circuit analysis, trainees can master the working principles of motor