Explore the fundamental principles of energy conversion with this Hand Crank Generator, specially designed for educational and scientific demonstrations. Perfect for middle and high school physics classes and electronic experiments, this instrument clearly illustrates how mechanical energy is transformed into electrical energy through hands-on operation. Key Features: · Educational Demonstration Tool: Effectively demonstrates the working principle of a generator by converting mechanical energy into electrical energy, making complex concepts easy to understand. · Precise Working Mechanism: The armature rotor rotates within a permanent magnetic field, generating current as the hand wheel turns, which powers an LED light for visible feedback. · Comprehensive Construction: Includes a sturdy base, armature, pole shoe, magnetic field, brush, hand wheel, and load plate, all integrated into a compact and easy-to-operate design. · Durable Materials: Crafted from high-quality PVC and other robust components, ensuring excellent toughness, high strength, and long-lasting performance under frequent use. · Clear and Intuitive Operation: The copper ring-type flow collection and reversing linkage device connected to the armature coil enhance the demonstration’s accuracy and reliability. · Ideal for Educational Settings: Suitable for physics teaching, electronic experiments, and scientific exploration in schools, providing students with a practical understanding of electromagnetic principles. Specifications: · Item Type: Hand Crank Generator · Material: PVC and durable components · Use: Scientific demonstration of generator working principles and mechanical-to-electrical energy conversion · Construction: Includes base, armature, pole shoe, magnetic field, brush, hand wheel, load plate, and copper ring connection system Package Includes: · 1 x Hand Crank Generator This Hand Crank Generator is an essential educational tool that combines sturdy construction with precise engineering to facilitate clear, hands-on learning about electrical generation. Its durable design and straightforward operation make it perfect for classroom demonstrations and experimental use, helping students grasp core physics concepts through interactive experience.