Petrol (gasoline) engine with a Multi-Point Injection (MPI) system for disassembling and assembling. Visible components such as the intake manifold, throttle body, alternator, and includes complete timing and auxiliary belts. Mounted on a manually 360° rotating stand with worm and wheel gearboxes, it’s designed for practical disassembly and assembly training.
Features
Complete petrol (gasoline) MPI engine equipped with intake manifold, throttle body, and auxiliary components such as alternator, power steering pump, and air conditioning compressor.
Manually 360° rotating stand with worm and wheel gearboxes for precise engine positioning.
Mobile unit with 4 castors for easy transport and classroom arrangement.
Timing and auxiliary belts included for comprehensive training on belt systems and engine timing.
Value for Students
Learn practical skills in disassembling and assembling a petrol (gasoline) engine, analyze components such as the intake manifold, throttle body and other components.
Understand the operational principles of MPI fuel supply systems, focusing on the distribution of fuel to each cylinder.
Learn the function and maintenance of auxiliary systems, including the alternator, power steering pump, water pump, and air conditioning compressor.
Gain proficiency in timing belt management, including idler pulleys, belt tensioning, and alignment, crucial for maintaining engine performance and longevity.
Practice using a manually rotating stand that allows 360° engine orientation, providing safe and thorough access to all engine parts for detailed study.
Value for Instructors
Uses OEM components for easy, safe, and realistic training that mimics real car.
Demonstrate key engine components and their interrelationships, including MPI systems, and auxiliary belt-driven systems, using real automotive parts.
Utilize a robust, mobile platform that facilitates easy integration into classroom settings, enabling hands-on learning experiences.
Simplify lesson preparation with a user-friendly stand that allows quick resetting of the engine to its initial state for repeated instructional use.
Promote practical, skills-based learning with a tool designed to mirror real-world automotive repair and maintenance scenarios.
Enhance student engagement and collaboration through group activities centered on engine disassembly and reassembly, ensuring a practical, team-oriented learning environment.
Specifications
Dimensions: to be specified based on the exact model configuration.
Weight: to be specified based on the exact model configuration.