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Classic Hot Air Stirling Engine Model Kit Science Toy with Glass Cylinder

( reviews)
$41.99 USD
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Classic Hot Air Stirling Engine Model Kit Science Toy with Glass Cylinder

220201042
( reviews)
$41.99 USD
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Classic Hot Air Stirling Engine Model Kit Science Toy with Glass Cylinder

Hero Section: The Magic of Heat and Motion
Unlock the secrets of thermodynamics with this Classic Hot Air Stirling Engine Model. It’s not just a toy; it’s a window into the physics of energy conversion. By simply heating the glass cylinder with an alcohol lamp, you can watch as invisible air expands and contracts to drive the flywheel in a mesmerizing, rhythmic spin. Perfect for science classrooms, home experiments, or as a unique desk ornament, this model turns abstract scientific principles into a tangible, captivating reality.

Why Choose This Stirling Engine Kit?

  • Visual Learning: The transparent glass heating cylinder allows you to see the displacer piston in action. It’s the perfect way to demonstrate the Stirling cycle (heating, expansion, cooling, contraction) to students or curious minds.
  • Elegant Metal Construction: Built with a sturdy metal base and precision-machined components, this engine is designed for stability and durability. The contrast between the polished metal and the glass components creates a sophisticated, scientific aesthetic.
  • Easy to Operate: No batteries, no electricity, no noise. Just a little alcohol and a flame are all it takes to bring this engine to life. It’s a clean, quiet, and fascinating demonstration of external combustion power.
  • Complete Starter Set: The kit includes everything you need to get started, including the engine, an alcohol burner, and even a spare heating glass tube, ensuring your experiments can continue even if accidents happen.

Technical Highlights: Engineering Simplified

  • 90-Degree Crankshaft Angle: The engine is precision-tuned with a 90-degree phase difference between the power piston and the displacer. This optimal timing ensures smooth, continuous rotation and efficient power transfer.
  • Low-Friction Design: The flywheel and connecting rods are balanced to minimize friction. A gentle flick is all it takes to start the engine once it’s heated, allowing it to run at high speeds for extended periods.
  • Thermal Efficiency: The design maximizes heat transfer from the alcohol lamp to the air inside the cylinder, demonstrating the principles of heat engines in a compact, safe format.

Specifications

  • Type: Hot Air Stirling Engine
  • Material: Metal Alloy / Glass
  • Fuel: 95% Alcohol (Not included)
  • Heating Element: Glass Cylinder (Spare included)
  • Startup: Manual Flywheel Spin
  • Package Includes: Engine, Alcohol Burner, Spare Glass Tube

Usage Scenario: The Classroom Demo
The classroom goes quiet. You place the engine on the desk and light the alcohol lamp. For a minute, nothing happens. Then, you give the flywheel a gentle push. Suddenly, the engine catches. The wheel spins faster and faster, blurring into motion. "This," you explain to the students, "is how heat becomes work." It’s a lesson they will never forget.

Important Tips from the Workshop

  • Fuel Safety: Use 95% purity alcohol. Lower purity alcohol contains water and will not burn hot enough to run the engine effectively. Ensure the lamp is extinguished before refilling.
  • Glass Care: The glass cylinder gets very hot and is fragile. Do not let the wick touch the glass, as this can cause thermal shock and cracking. Always let the engine cool down naturally before touching or storing.
  • No Oil: Do not lubricate the piston or the inside of the glass cylinder. Oil will mix with dust and heat to create a sticky residue that will stop the engine. Keep it clean and dry.
  • Vibration: The engine runs at high speed. Ensure it is placed on a flat, non-slip surface to prevent it from vibrating off the table.

Customer Support
We want your scientific exploration to be a success. If you need help with setup, operation, or replacement parts, our team is here to assist. Contact us at service@helloworld7.com.

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