Stirling Engine Lamp Combination Overview A readytouse Stirling engine model integrated with a small generator and an alcohol lamp. The unit includes a 5V 5W LED DC bulb and a stable base. Heating cylinder and power cylinder are built for durability, and the piston is designed to resist wear during prolonged, speed operation. The assembled model provides a clear, handson demonstration of Stirling engine principles. Key benefits Demonstrates thermodynamic and mechanical principles in a compact, practical device. Converts heat from an alcohol lamp into rotational motion and electrical output to power the included LED bulb. Durable construction and lowmaintenance piston design allow extended operation and repeated demonstrations. Ready assembled for immediate use, suitable for classroom demonstration, desktop display, or hobby exploration. Main features Integrated small generator paired with the Stirling engine to power the supplied 5V 5W LED DC bulb. Alcohol lamp included for heat source; recommended fill level is two thirds of the lamp capacity. Stable, steady base for safe tabletop operation and improved stability during running. Heating cylinder and power cylinder crafted for longterm durability. Piston engineered to minimize wear at speeds over long periods. Attractive appearance with vivid colors and refined workmanship that combine texture and aesthetic appeal. Specifications Power output for lamp: 5V 5W LED DC bulb (included). Heat source: alcohol lamp (included). Assembly: preassembled, ready to operate. Operating instructions 1. Place the engine on a horizontal, level surface. 2. Remove the alcohol lamp and fill it to approximately two thirds with alcohol. 3. Light the alcohol lamp and preheat the cylinder for 30 seconds to one minute. 4. Assist the flywheel by hand to begin motion. Once the air inside expands with heat, the engine will drive the flywheel and the generator will power the LED bulb. 5. If the engine slows, reapply manual assistance to the flywheel until stable operation is achieved. Applications and use scenarios Classroom demonstration: Use during physics or engineering lessons to show heatdriven engines, thermodynamic cycles, and energy conversion. Desk display and conversation piece: Operate on a desk or shelf to illustrate mechanical motion and lighting from a small heat source. Hobbyist project and learning tool: Explore mechanical adjustments and observe the Stirling cycle handson to deepen understanding of engine mechanics. Care and notes The product ships assembled for immediate operation. Follow basic safety practices when handling an open flame and hot components. Use the included lamp and bulb for intended operation to match the system specifications. This Stirling engine lamp combination offers a practical, visually engaging way to observe and learn the operating principle of a Stirling engine while producing usable light from the integrated generator.