Oersted's Law Apparatus Manufacturer,Supplier and Exporter in India
Product Code : SCL-PLE-11582
The Oersted's Law Apparatus by Scientifc Equipment is a practical educational physics laboratory apparatus designed to demonstrate the magnetic effect of electric current. It is ideal for school laboratories, college physics labs, STEM classrooms, teacher-led demonstrations, and student practical experiments related to electricity and magnetism.
This apparatus helps students observe how a current-carrying conductor produces a magnetic field around it. By placing a magnetic compass near the conductor and passing current through the circuit, students can clearly see the deflection of the compass needle, proving the relationship between electricity and magnetism.
Product Description
Oersted's Law Apparatus is used to demonstrate the important discovery that an electric current flowing through a conductor creates a magnetic field around it. This principle forms the foundation of electromagnetism and is essential for understanding electric motors, electromagnets, relays, generators, and many modern electrical devices.
The Scientifc Equipment Oersted's Law Apparatus is designed for simple setup, clear observation, and reliable classroom use. It allows students to study the direction of compass deflection when current direction changes and helps explain the right-hand thumb rule for magnetic field direction around a current-carrying wire.
Key Features
- Educational apparatus for demonstrating Oersted's Law and magnetic effect of electric current.
- Helps show that a current-carrying conductor produces a magnetic field.
- Useful for observing compass needle deflection near a live conductor.
- Supports learning of electromagnetism and right-hand thumb rule.
- Suitable for school and college physics practicals.
- Simple circuit arrangement for easy classroom demonstration.
- Durable educational-grade construction for repeated laboratory use.
- Ideal for electricity, magnetism, and STEM experiments.
- Suitable for teacher-led demonstrations and student practical work.
Product Specifications
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Product Name |
Oersted's Law Apparatus |
|
Brand |
Scientifc Equipment |
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Product Type |
Physics Laboratory Electromagnetism Demonstration Apparatus |
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Application |
Demonstration of Magnetic Effect of Electric Current |
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Working Principle |
Electric Current Produces a Magnetic Field Around a Conductor |
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Main Components |
Conducting Wire, Compass, Base Board, Terminals, Connecting Leads, and Support Arrangement Depending on Model Design |
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Required Accessories |
Suitable Low-Voltage DC Power Supply or Battery, Switch, and Connecting Wires Depending on Experiment Setup |
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Educational Use |
Physics Practical, Electromagnetism Demonstration, STEM Learning, Classroom Experiment |
|
Suitable For |
Schools, Colleges, Physics Laboratories, STEM Classrooms, Science Projects, and Science Exhibitions |
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Learning Topics |
Oersted's Law, Electric Current, Magnetic Field, Compass Deflection, Electromagnetism, Right-Hand Thumb Rule |
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Operation |
Manual Experiment-Based Use with Low-Voltage Electrical Supply |
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Recommended Use |
Teacher Demonstrations and Student Laboratory Experiments |
How to Use
- Place the Oersted's Law Apparatus on a clean, dry, and stable laboratory table.
- Position the magnetic compass close to or below the conducting wire as per the apparatus design.
- Connect the conducting wire to a suitable low-voltage DC power supply or battery using connecting leads.
- Ensure all connections are secure before switching on the circuit.
- Switch on the current and observe the deflection of the compass needle.
- Note the direction of deflection and relate it to the direction of current flow.
- Reverse the current direction and observe how the compass needle deflects in the opposite direction.
- Use the observation to explain Oersted's Law and the right-hand thumb rule.
- Record the results and discuss the relationship between electricity and magnetism.
- After the experiment, switch off the power supply, disconnect the wires, and store the apparatus safely.
Safety and Handling Instructions
- Use only under the supervision of a teacher or trained laboratory instructor.
- Use a suitable low-voltage power supply or recommended battery only.
- Do not touch bare wires or terminals while current is flowing.
- Avoid short circuits, as they may heat the wire or damage the power source.
- Switch off the power before changing connections or reversing polarity.
- Keep the compass away from strong magnets when not in use.
- Do not overload the circuit beyond the recommended current limit.
- Store the apparatus in a clean, dry, and safe place after use.
Educational Applications
- Demonstration of Oersted's Law.
- Observation of magnetic field produced by electric current.
- Study of compass deflection near a current-carrying conductor.
- Explanation of the right-hand thumb rule.
- Introduction to electromagnetism and magnetic field direction.
- Understanding the link between electricity and magnetism.
- Useful for physics practicals, STEM projects, classroom demonstrations, and science exhibitions.
Why Choose Scientifc Equipment Oersted's Law Apparatus?
The Scientifc Equipment Oersted's Law Apparatus is designed to make electromagnetism concepts simple, visual, and practical. It helps teachers demonstrate the magnetic effect of electric current clearly, while students gain hands-on experience with current flow, compass deflection, magnetic fields, and the foundation of electromagnetic theory.
FAQ
- What is Oersted's Law Apparatus used for?
Oersted's Law Apparatus is used to demonstrate that an electric current flowing through a conductor produces a magnetic field around it.
- Is this apparatus suitable for school laboratories?
Yes, it is suitable for school physics labs, college laboratories, STEM classrooms, science projects, and teacher-led electromagnetism demonstrations.
- What happens to the compass needle during the experiment?
When current flows through the conductor, the magnetic field produced around the wire causes the compass needle to deflect.
- What happens if the current direction is reversed?
When the current direction is reversed, the direction of the magnetic field also changes, causing the compass needle to deflect in the opposite direction.
- What concepts can be taught using this apparatus?
This apparatus can be used to teach Oersted's Law, magnetic effect of electric current, compass deflection, magnetic field direction, electromagnetism, and the right-hand thumb rule.
- Does this apparatus require a power supply?
Yes, it generally requires a suitable low-voltage DC power supply or battery, along with connecting wires and a switch depending on the experiment setup.
- How should the apparatus be maintained after use?
After use, switch off the power supply, disconnect the wires, clean the apparatus if required, keep the compass protected, and store all components in a clean, dry place.
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SEO Meta Title
Oersted's Law Apparatus – Scientifc Equipment Electromagnetism Lab Kit
SEO Meta Description
Buy Oersted's Law Apparatus by Scientifc Equipment for physics labs, STEM classrooms, and electromagnetism demonstrations. Ideal for teaching magnetic effect of electric current, compass deflection, magnetic field direction, Oersted's Law, and right-hand thumb rule.
Google E-E-A-T Focused Content
This product content is prepared to support teachers, laboratory suppliers, educational institutions, students, and science buyers with clear product information, practical specifications, usage guidance, safety instructions, and helpful FAQs. The content focuses on accurate electromagnetism concepts, real classroom applications, safe electrical handling, and trustworthy educational value to improve product clarity, search visibility, and user confidence.
