electrical controls training system

Interactive EV Charging & Diagnostic Trainer 1. Real-World Charging Simulation The system replicates commercial EV charging stations with: Authentic Operation : AC/DC charging via RFID card, mirrored on a live-data display for process visualization. Remote Management : Embedded console enables monitoring of critical parameters (voltage, current, faults) akin to industrial Vehicle Charging System Modules . Structural Transparency : Exposed components reveal charging pile

1. Product Overview & Training Objectives This Automotive Educational Vocational Equipment serves as a comprehensive Model for CAN Bus System Training , designed to achieve five core learning outcomes: Master CAN Bus Architecture : Understand the structural composition and working principles of vehicle CAN data transmission networks Signal Measurement Skills : Learn proper techniques for CAN network signal detection and analysis Fault Diagnosis Training : Develop systematic

Automotive Lighting System Training Board - Interactive Teaching Solution 1. Product Overview: Realistic Vehicle Lighting Demonstration This Automotive Electrical Trainer Board is built using genuine VW Passat lighting components , providing a complete Vehicle Lighting System Module for technical education. Designed for vocational schools and training centers , it enables hands-on learning of automotive basic electric circuits and lighting principles. 2. Key Features:

1. System Overview & Training Value This operational pure electric vehicle drive system training platform provides complete automotive professional training by demonstrating actual EV drivetrain architecture and dynamic working processes. Designed for technical education, it offers: Fully functional EV propulsion system replication Real-world component interaction and operation Comprehensive hands-on learning experience for automotive professional training programs Industry

BYD New Energy Automotive Air Conditioning Training System 1. System Overview The BYD Pure Electric Vehicle Air Conditioning Training System is a professional new energy automotive training equipment designed for hands-on learning of EV HVAC systems. It features modular construction , OEM wiring integration , and an intelligent fault simulation system , providing comprehensive training on high-voltage and low-voltage circuits, diagnostics, and troubleshooting. 2. Technical

Automotive Training Equipment: Engine Cutaway Model & Diagnostic Trainer This advanced automotive training equipment is designed for automotive education , featuring a refurbished Chevrolet Cruze 1.6L electronically controlled gasoline engine cutting model . The system consists of a fixed engine assembly with operational accessories and a control panel, enabling hands-on practice for starting, acceleration, and deceleration. Ideal for vocational schools and training centers,

1. Core Configuration & Functional Features This Automotive Educational Vocational Equipment is designed as a Model for CAN Bus System Training , replicating the authentic CAN network architecture of a Volkswagen Passat. As a comprehensive Vehicle Training System , it is ideal for vocational institutes and technical colleges to deliver hands-on instruction in automotive network diagnostics and repair. Key Component Specifications Core Components Qty Description Diagnostic

System Introduction As a high-end automotive trainer , this ABS/ESP Training Stand is a comprehensive training platform of automobile chassis system , ideal for automotive teaching equipment in technical institutes and dealership workshops. Training Benefits: Deep understanding of automotive basic electric circuits in ABS/ESP systems Hands-on automotive fault diagnosis training with real-world scenarios Automotive diagnostic trainer capabilities with live ECU data analysis

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