Ampere Law Apparatus Manufacturer,Supplier and Exporter in India

Product Code : SCL-E-12523

The Ampere Law Apparatus is an educational physics apparatus used for demonstrating the relationship between electric current and the magnetic field produced around current-carrying conductors. It is intended for schools, colleges, physics laboratories and STEM classrooms studying electromagnetism, magnetic-field direction and Ampère's law through practical observation or measurement.

Product Description

The Ampere Law Apparatus provides a practical platform for investigating magnetic fields generated by electric currents. For steady currents, Ampère's circuital law states that the line integral of the magnetic field around a closed path is proportional to the net current enclosed by that path.

Depending on the final apparatus configuration, students may examine a straight conductor, circular coil, solenoid or another current-carrying geometry. The exact conductor arrangement, electrical rating, measuring method, material, dimensions and supplied accessories must be confirmed for the final product before publication or procurement.

Key Features

• Demonstrates Ampère's law: connects enclosed electric current with the magnetic field around a closed path.
• Explains current-generated magnetic fields: shows that electric current produces a magnetic field around a conductor.
• Supports field-direction studies: helps learners apply the right-hand rule to determine magnetic-field direction.
• Connects theory with observation: converts an abstract electromagnetism equation into a practical laboratory investigation.
• Supports comparative experiments: may allow students to compare magnetic fields for different currents or conductor geometries where supported by the final configuration.
• Suitable for advanced physics learning: relevant to secondary schools, colleges, STEM laboratories and teacher demonstrations.

Technical Specifications

What's Included in the Kit

• 1 Ampere Law Apparatus main unit
• Current-carrying conductor, coil or equivalent arrangement
• Magnetic-field indicator, compass or measuring device
• Connecting terminals and leads
• Power supply
• Experiment guide or operating instructions

Applications / Uses

• Demonstrating Ampère's circuital law for steady currents.
• Studying magnetic fields generated by current-carrying conductors.
• Teaching magnetic-field direction using the right-hand rule.
• Comparing the experiment with the Magnetic Field Along Straight Conductor apparatus.
• Extending investigations to a Magnetic Field Along Circular Loop.

How to Use the Ampere Law Apparatus

1. Place the apparatus on a stable, dry laboratory bench.
2. Identify the conductor arrangement, electrical terminals and magnetic-field observation or measurement components.
3. Connect only a compatible low-voltage power source within the confirmed electrical rating.
4. Set the required current and energise the conductor for the minimum time needed for observation.
5. Observe or measure the magnetic field at the designated positions.
6. Change the current or measurement position where the apparatus permits and compare the results.
7. Switch off the power before changing any electrical connection.

Safety note: Use under teacher or trained-laboratory supervision. Do not exceed the confirmed current rating, allow prolonged conductor heating, create short circuits or alter connections while the circuit is energised.

Care & Maintenance

• Keep conductors, terminals and measurement components clean and dry.
• Inspect leads and electrical connections for damage before each experiment.
• Avoid excessive current that could overheat conductors or coils.
• Store the apparatus safely after disconnecting the power and allowing heated components to cool.

Why Choose School Equipments

School Equipments manufactures and exports scientific laboratory instruments, physics apparatus, science kits, mathematics kits, didactic models and STEM equipment for educational use. Its physics catalogue includes practical apparatus for current electricity, magnetic fields, electromagnetic induction and electrical measurement.

Educators can extend current-and-magnetic-field investigations with the Tangent Galvanometer and explore the broader Electricity & Electromagnetism Apparatus collection. Final electrical ratings, conductor geometry, components and accessories should be confirmed before ordering.

Frequently Asked Questions

What is an Ampere Law Apparatus used for?

An Ampere Law Apparatus is used to study the relationship between electric current and the magnetic field produced around current-carrying conductors.

What does Ampère's law state?

For steady currents, Ampère's circuital law states that the circulation of the magnetic field around a closed path is proportional to the net current enclosed by that path.

What physics concepts can students study with this apparatus?

Students can study electric current, magnetic fields, Ampère's law, magnetic-field direction, conductor geometry and electromagnetism.

Can the apparatus measure magnetic-field strength?

That depends on the supplied configuration. Quantitative measurement requires a suitable magnetic-field sensor, meter or other measuring arrangement.

Is the Ampere Law Apparatus suitable for school laboratories?

Yes. It is suitable for supervised school and college physics practicals, STEM experiments and teacher-led electromagnetism demonstrations.

What current range does the apparatus use?

The exact current range was not provided. It should be confirmed from the final product datasheet before connection or publication.

Explore the complete Electricity & Electromagnetism Apparatus range from School Equipments for additional experiments involving current, magnetic fields, induction and electrical measurement.