Eachine ET1: Innovative STEM Upgrade Stirling Engine Model

Description: Eachine ET1: Innovative STEM Upgrade Stirling Engine Model – Unleash Your Inner Engineer Introduction: The Eachine ET1 Stirling Engine Model isn’t just a toy; it’s a captivating educational tool designed to spark curiosity and introduce fundamental physics principles in a fun and engaging way. This meticulously crafted model allows budding engineers and science enthusiasts to witness the fascinating principles of heat transfer, expansion, and contraction – all while building a tangible, working device. It’s a perfect blend of hands-on learning and imaginative exploration, encouraging problem-solving and a deeper understanding of thermodynamic processes. Designed for both children and older students, the ET1 offers a rewarding and educational experience. Detailed Features & Design: The ET1 embodies a robust and carefully designed Stirling engine, constructed with high-quality, durable materials. Its core components include: The Collector: A precisely shaped, conical collector meticulously crafted from durable, heat-resistant plastic. This area actively captures the heat generated during operation, concentrating it for optimal expansion. The Expansion Chamber: A meticulously engineered chamber utilizing a carefully calculated volume expansion ratio, ensuring the engine’s performance is predictably influenced by temperature changes. This chamber is vital for the engine’s operation. The Hammer: A robust, precisely machined hammer made of lightweight, yet surprisingly strong, aluminum alloy. This hammer facilitates the controlled movement of the piston, driving the engine’s rotation. The Pistons: Two precision-engineered pistons made of lightweight, durable metal alloy (likely brass or aluminum) ensuring smooth and reliable movement. Their intricate design is critical to the engine’s function. The Base & Mounting: A stable, easily assembled base with adjustable feet that allows for secure placement on a flat surface. It’s designed for optimal stability during operation. LED Indicator: A subtle, controllable LED indicator subtly illuminates when the engine is in operation, providing a visual confirmation of the heating and expanding process. User-Friendly Design: The ET1’s construction prioritizes ease of use. The entire mechanism is designed to be assembled and operated with minimal complexity. Educational Value & Learning Outcomes: Introduces Thermal Expansion & Contraction: The core principle of a Stirling engine is the expansion and contraction of materials due to temperature changes. Observing the ET1’s operation visually reinforces this fundamental concept. Applies Thermodynamics Principles: The engine’s operation naturally involves concepts of heat transfer, energy conversion, and work – aligning with basic thermodynamics principles. Develops Problem-Solving Skills: Understanding the factors influencing the engine’s operation – the collector, chamber, and piston – encourages students to think critically and troubleshoot potential issues. Encourages Scientific Inquiry: The project allows for experimentation – varying the temperature, adjusting the piston size, or exploring the engine’s output – promoting deeper investigation and discovery. Promotes STEM Education: The combination of engineering, physics, and a captivating project makes the ET1 a valuable tool in STEM education initiatives. Specifications: Material: High-quality ABS plastic, Aluminum alloy, and Durable Metal Components Dimensions: (Approximate – will vary slightly) Approximately 10cm x 8cm x 5cm Weight: (Approximate) 200-300 grams The Eachine ET1: It’s more than just a model; it’s an experience that fuels curiosity and unlocks the wonders of engineering!
Category: Toys & Hobbies
Currency: USD
Product supplier: Gshopper

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