skills training equipment

Automotive CAN Bus Training System Education Equipment Board Description This Automotive CAN Bus Training System Education Equipment Board enables learners to configure a fully functional CAN-BUS network, integrating hardware and software tools for hands-on fault insertion and diagnostics. Designed as a specialized teaching aid for universities and technical institutes, it simulates real-world scenarios where control units communicate critical data. Through interactive

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

Automotive Technology Educational School Laboratory Equipment Product Description: The laboratory equipment of this automotive training school uses automotive-grade fuses and relays to provide stable and reliable protection for the circuit, ensuring that the equipment is not affected by electrical faults during long-term high-intensity training. Its professional safety design perfectly simulates the working conditions of a real repair shop, allowing students to conduct

Automotive Training Systems Technology for Mechanic School Core Engine Fundamentals: This Automotive Training Systems Equipment incorporates a refurbished Isuzu 4JB1 conventional mechanical injection diesel engine assembly as its operating core, providing trainees with a realistic, tactile experience in engine diagnostics and maintenance protocols. Maintenance Protocol Mastery: By performing schematics of component verification drills on our Automotive Training Systems

Features of the BYD Pure Electric Vehicle Training System (Automotive Air Conditioner Training System) Structure & Principle Training Based on the original BYD pure electric vehicle air conditioning system and PTC electric heating system , this car air conditioning training system provides an intuitive demonstration of the structural components and working principles of new energy automotive HVAC systems (cooling & heating). Supports high-voltage system familiarization, HV

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

Product Overview This hybrid and electric vehicle training platform is designed to provide hands-on learning for automotive students and technicians. Based on the BYD Qin EV450 , it features a fully operational pure electric vehicle with exposed high-voltage systems, allowing safe observation and diagnostics without compromising functionality. The system includes six interactive diagnostic panels for real-time testing of sensors, actuators, and control modules across all

Motor Trainer with Steel Training Materials Disassembly and Assembly Detection System Product Description: With a primary function of providing hands-on experience and practical knowledge, the Motor Trainer serves as an effective tool for instructors to demonstrate various concepts related to electrical machines. Whether it's understanding the basic principles or diving into advanced topics, this product caters to a wide range of teaching levels, making it versatile for

Types of Automotive Engine Teaching Equipment For Repair School Product Description: Paired with customizable fault-injection features, this Automotive Engine Teaching Equipment challenges learners to identify issues like open circuits, signal shorts, or erratic sensor outputs. Trainees practice diagnosing simulated malfunctions—such as a fluctuating MAP sensor voltage or abnormal injector pulse width—using industry-standard tools. This prepares them for certification exams