Product Description
WORKING MODEL OF 4 CYLINDER, 4 STROKE SI ENGINE
Description: The structure of the 4 cylinder, 4 stroke SI engine can be directly observed to make the students deeply understand the construction and the operating principle of the 4 cylinder,4 stroke SI engine. It is made up of the good-quality spare parts of the vehicle and can be operated normally driven by geared down motor. The whole frame of the training model is made of GB steel with surface sand blasted. Key area is highlighted by the lights. Details:
Power Supply: | AC220V | Net Weight : | 350Kg | Gross Weight: | 365Kg | Package Size: | 1000*900*1300 | CONFIGURATION: (As per one set) | Frame | 1 | Operating Instruction | 1 |
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Comprehensive Educational DemonstrationThis SI engine working model provides students and instructors with a clear, hands-on view of each internal process-suction, compression, power, and exhaust-through transparent sections and color-coded components. By simulating real engine motions using an electric motor at controlled speeds, it offers an engaging and safe way to study engine operation without the risks of heat or combustion.
Durable and Safe Classroom DesignConstructed from sturdy mild steel, metal, acrylic, and plastic, the model ensures durability for repeated demonstrations. Enclosed moving parts, base-mounted design, and clear acrylic panels prioritize user safety while allowing complete visibility of all operational details, making it suitable for schools, training centers, and engineering labs.
FAQ's of WORKING MODEL OF 4 CYLINDER, 4 STROKE SI ENGINE:
Q: How does the working model simulate a 4-stroke SI engine's functions?
A: The model uses an electrically driven crank mechanism to visibly operate pistons and demonstrate all four strokes-suction, compression, power, and exhaust. A simulated spark plug shows ignition, and transparent panels allow clear observation of internal movements in real time.
Q: What are the educational benefits of using this engine model?
A: This model enhances classroom learning by providing a clear, visual representation of engine cycles, facilitating easier understanding of mechanical principles. The color-coded and transparent sections help students identify parts and processes quickly, fostering interactive and practical education.
Q: Where can this engine model be used effectively?
A: It is ideally suited for engineering colleges, polytechnic institutes, schools, and training centers. Its tabletop, base-mounted design makes it adaptable for classroom demonstrations, laboratory experiments, and skill development workshops.
Q: What safety features are incorporated in this demonstration model?
A: To ensure user safety, all moving parts are securely enclosed by transparent panels, preventing accidental contact while allowing comprehensive internal visibility. The model doesn't generate operational heat or fumes, further enhancing classroom safety.
Q: How is this engine model powered and controlled?
A: The model operates on 220V AC single-phase power, using an electric motor with a belt drive to achieve realistic but safe speeds. Users control the demonstration using a simple on/off switch for convenience and reliability.
Q: What is involved in maintaining this engine model?
A: Routine maintenance requirements are minimal since the engine is non-operational regarding fuel and heat. Occasional dusting and light cleaning of the acrylic and metal surfaces ensure longevity and clarity of the viewing panels.
Q: What makes this model suitable for demonstrating the functioning of a spark ignition engine?
A: It incorporates simulated ignition via a spark plug mechanism, colored components for clear identification, and transparent sections for step-by-step internal observation, all designed specifically for educational demonstration of petrol (SI) engine action.