Description
STEM Hot Air Stirling Engine Model Generator STEAM DIY Physics Science Experiment Kit
Micro Metal Stirling Engine Model with Brass Cylinder and Aluminum Alloy Holder – Black
Features:
.Exquisite Appearence: Fine polished model feels smooth and comfortable, highlighting the exquisite workmanship. The appearance is elegant black, with metal sense and modern technology sense, realizing the dual combination of texture and aesthetic feeling, highlighting exquisite workmanship
.Excellent Performance: Brass cylinder, stainless steel piston, aluminum alloy bracket, absolutely reliable quality. Quartz glass hot cylinder with high hardness, high speed and is long running without wear. The output voltage can reach 4-9v
.Reasonable Design: The base is provided with alcohol lamp groove, and the engine base is provided with shock-proof pad, which makes the engine more stable during operation
.Operating Principle & Method: Stirling engines are powered by gases that expand when heated and compress when cooled. 95% alcohol should be used in the operation (not included), not water, kerosene, gasoline, lighter oil, liquor. Put the engine model on the horizontal position, then take out the alcohol lamp, add about 2/3 alcohol into the alcohol lamp. On the premise of ensuring safety, to ignite the alcohol lamp. The alcohol lamp heats the piston tube, and the dry burning air expands to generate power, drive the flywheel to rotate quickly, thus lighting the bulb.
.Meaning and Value: By operating the engine, you would observe and know the operational process and more intuitive understanding of the operating principle of stirling engine, deepening your interest in physics;
.Suitable for people over 14 years old
.Precautions: Be careful not to get hot during operation
Specifications:
.Color: Black
.Material: Aluminum Alloy + Brass + Stainless Steel + Quartz Glass + Glass
.Product Size: 14 x 7 x 7cm
.Product Weight: 500g
.Package Dimensions: 18 x 10 x 11cm
.Package Weight: 550g
.Packing: Box
Package Content:
.1Set x Stirling Engine Model
