About FOUR STROKE PETROL ENGINE
FOUR STROKE PETROL ENGINE
Cut away training model showing piston movements
- Fuel System : Electronic Controlled
- Rated Output (Kw) : 80kw
- Speed (Rpm) : 6000 Max
- Torque (N.M/Rpm) : 145/4000
Designed for Engaging DemonstrationsOur Four Stroke Petrol Engine Model serves as a highly effective educational tool, allowing students and instructors to visually explore the complete four-stroke cycle. Transparent sections and open access to components support hands-on learning, fostering a thorough understanding of engine operation and mechanical principles.
Flexible and Safe Laboratory ApplicationFeaturing both kick and optional battery start, this engine model is suitable for diverse lab setups. Safety is paramount, with guards covering moving parts and overheat protection integrated. The stable base frame provides secure mounting on benches and tables, ensuring steady operation and easy observation during demonstrations.
High-Quality, Durable ConstructionManufactured from robust aluminum alloy or cast iron, depending on the model, the engine offers durability for repeated educational use. With manageable weight (1520 kg) and compact dimensions (600 x 400 x 500 mm), its practical for transport and setup across various educational environments in India and beyond.
FAQs of FOUR STROKE PETROL ENGINE:
Q: How is the four-stroke petrol engine model started during demonstrations?
A: This model can be started using a manual kick-start or, if equipped, a battery-operated starter powered by 220V AC. This flexibility accommodates different laboratory environments and user preferences.
Q: What educational benefits does this engine provide for students?
A: The engine offers interactive learning of the four-stroke internal combustion cycle, visible moving parts, and direct measurement of basic operational parameters. This helps students grasp theoretical concepts through practical observation and hands-on experience.
Q: When should this engine model be used in an engineering curriculum?
A: It is most effective in courses or lab sessions focused on thermodynamics, internal combustion engines, or mechanical engineering fundamentals, particularly when students need firsthand exposure to engine mechanics and operation.
Q: Where is this four-stroke engine model typically installed for demonstrations?
A: The engine is designed for bench, table, or skid mounting in laboratory environments, universities, technical training centers, and engineering colleges, making it convenient for group demonstrations and instruction.
Q: What process does the engine demonstrate for educational purposes?
A: The model vividly illustrates the four-stroke cycle: intake, compression, power, and exhaust. Its design allows students to observe each stage through optional transparent sections and measure operational parameters using analog gauges.
Q: How is safety ensured while using this engine demonstration model?
A: Safety features include robust guards over moving parts and an overheat protection system. These measures help prevent accidental contact with hazardous components and reduce the risk of overheating during extended demonstrations.
Q: What are the main advantages of using this four-stroke engine in the laboratory?
A: Key benefits include direct visualization of engine mechanics, a realistic and interactive demonstration environment, versatility for manual or electric starts, and quick set-up with all necessary accessories included, facilitating comprehensive student training.