ThreePhase Induction Motor Demonstration Model for HandsOn Electromagnetism Learning This Labs Demonstration Motor Activity Model is a ThreePhase Induction Motor Model designed to illustrate the principles of electromagnetism through handson assembly and operation. The kit includes all components needed for easy assembly and disassembly, making it suitable for classroom demonstrations, lab experiments, and hobby projects. Key benefits Clear demonstration of core concepts: Shows how electrical energy is converted into mechanical motion using a threephase induction motor design. Ready for teaching and experimentation: Complete assemble kit reduces setup time so instructors and students can focus on learning and measurement. Safe lowvoltage operation: Designed to run on standard lowvoltage DC power sources within a 1.5 volt to 6 volt range for reliable classroom use. Modular and reusable: Components can be assembled and disassembled repeatedly for multiple lessons or experiments. Features and specifications Motor type: ThreePhase Induction Motor Model for demonstration and teaching purposes. Power compatibility: Working voltage range 1.5 volt to 6 volt, compatible with common lowvoltage DC supplies and battery setups. Kit contents: Includes all components for assembly and testing; parts are intended for easy connection and removal. Function: Intended for demonstrating electromagnetism, induction motor operation, and the relationship between electric input and mechanical output. Performance: Designed for clear visual and measurable operation at low voltage suitable for classroom demonstration and physics experiments. Practical applications and scenarios Classroom demonstration: Use as a live demo to show students how phase currents create rotating magnetic fields and produce shaft movement. Science fair and project work: Ideal for student projects that require a physical model of induction motor principles and energy conversion. Electronics or physics lab: Useful for handson experiments measuring voltage, current, torque, and rotational speed at low voltage levels. Why choose this model Designed specifically for education and experimentation, not industrial use. Simplified assembly supports learning about wiring, motor structure, and electromagnetic interactions. Lowvoltage operation reduces risk during demonstrations while still producing observable mechanical motion. Contents are intended for instructional use. Use appropriate lowvoltage power sources within the specified range and follow standard classroom safety practices during assembly and operation.