For science enthusiasts, educators, and mechanical hobbyists, the ENJOMOR Alpha Double-Cylinder Stirling Engine Model redefines hands-on learning with its advanced engineering and mesmerizing performance. This dual-piston hot air engine transforms heat into kinetic energy with unmatched efficiency, making it a standout tool for demonstrating thermodynamics and energy conversion. Dive into its specs, features, and why it’s a must-have for labs, classrooms, or display shelves.
Key Features
- Dual-Cylinder Synergy: Two independent cylinders work in tandem, showcasing heat-to-motion conversion with double the visual impact.
- Extreme Temperature Differential: Operates at a staggering 600°C (heating side) vs. 50°C (cooling side) for sustained, high-efficiency runs.
- High-Speed Stability: Achieves 1,000 RPM crankshaft speed and 2,000 RPM flywheel speed, stabilized by a robust 78mm flywheel.
- Premium Build Quality: Stainless steel heating tubes, 20mm power cylinders, and 14 GCR15 bearings ensure durability and smooth operation.
- Educational Clarity: Transparent mechanics allow users to observe piston strokes, heat exchange, and flywheel dynamics in real time.
Technical Specifications
| Category | Details |
|---|---|
| Brand | ENJOMOR |
| Material | Stainless Steel, Brass, Aluminum Alloy |
| Dimensions | 200 x 138 x 125mm (7.9" x 5.4" x 4.9") |
| Weight | 1816g (4.0 lbs) |
| Heating Cylinder | Inner Diameter: 20mm (0.8") |
| Power Piston | Diameter: 20mm (0.8"), Stroke: 20mm (0.8") |
| Flywheel | Diameter: 78mm (3.1"), Speed: 2000 RPM |
| Bearings | 14 Precision GCR15 Bearing Steel Units |
| Included Components | 1 x Stirling Engine, 1 x Alcohol Lamp, 1 x Instruction Manual |
Why Choose the ENJOMOR Alpha Stirling Engine?
- STEM Education Powerhouse: Ideal for teaching gas laws, thermal efficiency, and mechanical energy transfer.
- Lab-Grade Performance: Withstands extreme temperatures (600°C) while maintaining precision and safety.
- Display-Worthy Craftsmanship: Polished metal finishes and rhythmic motion make it a captivating desk centerpiece.
- Beginner-Friendly Setup: Pre-assembled design and included alcohol lamp enable quick, frustration-free operation.
Ideal For:
- Physics and engineering educators seeking interactive classroom tools.
- Science fair participants demonstrating renewable energy concepts.
- Mechanical collectors craving functional industrial art.
- Hobbyists exploring high-temperature thermodynamics.
Operation Guide
- Prep: Fill the alcohol lamp and position it under the heating tube.
- Ignite: Light the lamp and allow 2–3 minutes for heat distribution.
- Observe: Watch the pistons drive the flywheel as temperature differentials power the engine.
- Adjust: Modify flame intensity to study speed variations (up to 2,000 RPM).
Safety Tips
- Use heat-resistant gloves when handling heated components.
- Allow the engine to cool completely before storage.
- Supervise beginners during operation.
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From igniting scientific curiosity to showcasing the elegance of energy conversion, the ENJOMOR Alpha Stirling Engine bridges education and artistry. Share your experiments with #ENJOMORStirling and tag @diyengmod to inspire the next wave of engineers! 🔥⚙️
