educational training equipment

1. Technical Specifications The EV Motor Control System Training Educational Equipment features industrial-grade components to ensure accurate replication of pure electric vehicle powertrain operations. Below are the core specifications: Motor & Controller Parameters Category Specification Motor Type 3-Phase Asynchronous Motor Rated Power 4 kW Rated Voltage 72 V Rated Speed 3,000 rpm Peak Speed 6,000 rpm Controller Type AC Motor Controller Input Voltage Range 55–86 V DC Rated

Complete Vehicle Training Automotive Equipment Teaching Supplies Product Description: As a cornerstone of Complete Vehicle Training Automotive Equipment , this gasoline engine platform supports progressive learning pathways. Advanced modules can be added to explore hybrid integration, emission control systems, or adaptive ECU programming. By mastering foundational electronic control principles on this system, students build the expertise needed to transition into emerging

1. Authentic BYD E5 Powertrain Training System • OEM Drive Motor Assembly Complete BYD E5 powertrain components mounted on the Vehicle Drive Machine Training Platform Includes original motor, inverter, and reduction gearbox for realistic training • Multi-Angle Operation Heavy-duty tilting mechanism with MOPA70 reducer (1:70 ratio) 360° rotation with secure locking at any position • Compact Footprint Platform dimensions: 1000×600×1100mm (L×W×H) Constructed with 60×40×3mm high

Product Introduction The device is based on the physical Toyota Corolla CAN data transmission network system, including engine control unit, automatic transmission control unit, instrument control unit, ABS control unit, body control unit, etc., fully demonstrating the composition and working process of the CAN data transmission network system. Applicable to the teaching needs of higher vocational and technical colleges, general education colleges, and training institutions

New Energy Car Dissection Pattern Equipment 1. 3D Anatomical Display System – Multi-Color Layered Powertrain Visualization The New Energy Car Dissection Pattern Equipment features an OEM hybrid powertrain assembly (including engine, generator, and motor) with precision-dissected structures, fully showcasing the internal and external components of a hybrid electric vehicle (HEV) system. Critical cross-sections are treated with multi-color layered painting for enhanced

Product Introduction This engine training model features authentic Santana 3000 gasoline engine control system components, including sensors and actuators, to demonstrate electronic control system operations. As essential automotive education equipment , this automotive trainer realistically simulates engine management system operation. Ideal for vocational schools and technical training centers, this automotive teaching equipment meets all requirements for engine electronic

Didactic Equipment Automotive Ignition System Teaching Board Product Description: Equipped with digital interfaces and real-time monitoring tools, the Didactic Equipment Automotive Ignition System Teaching Board provides instant feedback on system performance. Students can track waveform patterns of primary and secondary circuits, measure voltage drops across contact points, and analyze the impact of timing adjustments on spark efficiency. This data-driven learning method

Modular Motor Assembly and Multi-Angle Dismantling System • Utilizes OEM new energy vehicle drive motor assembly with complete accessories for authentic training • Features innovative 360° rotatable deceleration tilting mechanism with multi-position locking • Enables multi-dimensional disassembly training to enhance spatial structure cognition User-Friendly Training Auxiliary Design • Integrated oil drip tray for parts storage and fluid recovery • Optimized tool storage

1. Realistic Vehicle Electrical Teaching Board Features Fully Functional Systems : This Vehicle Electrical Teaching Board accurately replicates all major automotive electrical systems including ignition, lighting, wipers, power windows, and central locking in operational condition. Interactive Learning : With a 12V DC power supply, students can operate switches and buttons to activate systems like engine ignition, while a 2.2KW AC motor realistically simulates the charging