The distance between the 2 coils is adjustable up to 240 mm.
· A mobile support makes it possible to fix a teslameter probe (section 15 x 15 mm maximum) to support the magnetic fields produced by the coils.
· Number of turns: 100,
· Allowable current: 5 A,
· Coils : 125 mm
· Dimensions: 400 x 200 mm.
The magnetic effect of electric current demonstrates that a current-carrying conductor, like a wire, generates a magnetic field around it, similar to a magnet.
Bestscientificlabs presents the educational and highly interactive Magnetic Effect of Electric Current Model, an essential tool for physics laboratories and classrooms. This specialized Magnetic Effect of Electric Current Model is designed to demonstrate Oersted's Experiment, showing how a magnetic field is generated around a conductor when an electric current passes through it. By using this hands-on kit, students can visually observe the deflection of a magnetic needle, effectively bridging the gap between theoretical electromagnetism and practical application.
Built with high-quality components, the Magnetic Effect of Electric Current Model from Bestscientificlabs includes a sturdy base, a copper conductor, and a sensitive magnetic compass. It allows for easy experimentation with direct current (DC) to show the relationship between current direction and magnetic field orientation (Right-Hand Thumb Rule). The model is powered by a standard battery source or a low-voltage power supply, making it safe for student use. Whether you are teaching the fundamentals of solenoids or the working principles of electric motors, this model provides a clear, repeatable, and engaging demonstration that simplifies complex electromagnetic concepts for learners of all levels.
Visual Demonstration: Clearly shows the deflection of a magnetic compass needle when placed near a live conductor.
Durable Build: Features a high-quality non-conductive base and heavy-duty copper wiring for long-term lab use.
Educational Accuracy: Perfectly aligned with school and college curriculum for teaching Electromagnetism and Oersted's Principle.
Safe Operation: Designed to work with low-voltage DC power, ensuring a shock-proof environment for students.
Complete Kit: Includes all necessary terminals and a sensitive magnetic needle for immediate classroom demonstration.