Product Description
MODEL OF STEAM ENGINE
Locomotive design showing cross section of the piston and sliding valve as positioned in the steam chamber (Cylinder), clearly visible through air tight glass plate with forward and reverse motion, smooth enough to demonstrate working even by blowing. Other parts are also clearly visible such as crankshaft, valve control, drive wheel etc. Mounted on heavy metal base.
Demonstrating Real-World Steam PowerExperience the mechanics of steam energy hands-on with the SE-2024 Model Steam Engine. Designed with precision and incorporating brass, iron, and stainless steel components, the model simulates classic steam engine operation safely. Its clear analog display and movable parts allow for close observation and interactive learning, making it an essential teaching aid for technical education.
Safe and Versatile for Educational UseOperating non-electrically with a spirit lamp or by hand, this model is ideal for classrooms and laboratories. The borosilicate glass components withstand temperatures of up to 200C, ensuring safety during demonstrations. Its compact design and durable materials make it suitable for repeated use in science fairs, student projects, and hands-on experiments.
Easy Setup and OperationSetting up the SE-2024 is straightforward. Simply add water to the boiler (approx. 200 ml), use the provided spirit burner as a heat source, and observe the principles of steam generation and mechanical motion. Variable speed control by heating input allows adaptability for different demonstration needs, making scientific concepts accessible to all ages.
FAQ's of MODEL OF STEAM ENGINE:
Q: How do I operate the SE-2024 steam engine model?
A: To operate the SE-2024, fill the boiler with approximately 200 ml of water, place the model on a stable surface, and use the included spirit lamp or a compatible fuel burner to heat the water. As the water boils, steam pressure moves the piston and flywheel, demonstrating engine mechanics. Manual operation is also possible for specific training scenarios.
Q: What materials is the SE-2024 steam engine made of?
A: The model features a combination of stainless steel, brass (for the cylinder), iron, and borosilicate glass (gauge tube) components. These materials ensure durability, corrosion resistance, and safety at high temperatures during demonstrations.
Q: When and where can this steam engine model be used?
A: The SE-2024 is designed for use in laboratories, classrooms, and science fairs, making it suitable for both academic and training environments. Its size and sturdy packing allow for safe transportation and setup at events or exhibitions.
Q: What is the process for maintaining the steam engine model?
A: After each use, allow the model to cool, empty any remaining water, and wipe surfaces with a soft cloth. Regularly check for residue in the boiler and clean the spirit lamp as per manufacturer's instructions. Store the model in its corrugated box to protect components between uses.
Q: Can the speed of the flywheel be controlled?
A: Yes, the speed of the flywheel is variable and depends on the amount and intensity of heat applied using the spirit lamp or burner. Adjusting the fuel input allows you to control the steam generation rate and, consequently, the rotational speed.
Q: What educational benefits does the SE-2024 provide?
A: This model offers hands-on learning by demonstrating key mechanical and thermodynamic principles, helping students and trainees visualize steam engine components, understand steam power, and explore manual control and variable speed in real time.
Q: Is any electrical power required for this steam engine model?
A: No, the SE-2024 operates entirely through manual input or the included spirit burner, making it a non-electric device suitable for use anywhere without electrical infrastructure.