- Induction Motor: This device continuously generates and accumulates both positive and negative charges, producing a high voltage output. It is ideal for experiments involving electrostatic induction, lightning simulation, and demonstrating tip discharge. - Experimental Equipment: Designed for use in various experiments, it works effectively with electric power lines in electrostatic fields, tip discharge applications, and vacuum tube discharge experiments (such as Geisler tubes or Crookes tubes). - Durable Conductive Layer: The motor features a robust electric coating that enhances longevity and performance. This innovative coating addresses the common issue of aluminum foil peeling off, ensuring consistent electrification even in humid or rainy conditions. - Versatile Applications: Perfect for generating high-voltage electrostatics in experiments, this motor pairs seamlessly with other instruments to assess charge distribution on conductor surfaces. - Key Attributes: - Function: High-voltage generation for electrostatic applications - Compatibility: Works with various electrostatic and vacuum tube instruments - Material: Durable conductive layer resistant to environmental factors - Performance: Maintains effective charge accumulation under diverse conditions - Use Scenarios: 1. Conducting electrostatic experiments in educational settings to demonstrate fundamental principles of electricity. 2. Simulating lightning strikes for research and safety training in meteorological studies. 3. Demonstrating tip discharge phenomena in physics demonstrations to enhance student engagement and understanding. This induction motor is a reliable tool for educational institutions, research facilities, and laboratories, providing consistent performance and enhancing the learning experience.