Wimshurst Machine (economic version) Manufacturer,Supplier and Exporter in India
Product Code : SCL-ES-12903
The Educational Instrument Wimshurst Machine economic version is an electrostatic generator used to produce a high potential difference by rotating insulated discs and separating electric charge through induction. In a standard demonstration, the rotating disc system, metal sectors, neutralizer arrangement, and collecting terminals work together to build static charge.
This economic version is suitable for institutions that need a practical teaching model for electrostatics demonstrations without adding unverified premium specifications. It helps students observe charge buildup, spark discharge, capacitance, conductors, insulators, and electric potential in a controlled classroom setup. Exact disc diameter, construction material, collector design, and capacitor arrangement should be confirmed before publishing.
Key Features
Designed for demonstrating electrostatic induction and static charge generation.
Economic version suitable for routine classroom physics demonstrations.
Helps show spark discharge under suitable dry laboratory conditions.
Useful for explaining charge separation, electric potential, capacitance, and discharge behavior.
Suitable for related electrostatics and sound apparatus demonstrations.
Supports practical teaching in physics lab equipment collections.
Can be demonstrated with an electroscope for charge detection, where compatible.
Useful in structured classroom activities and science kits.
Technical Specifications
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Specification |
Detail |
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Product Name |
Wimshurst Machine Economic Version |
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Brand |
Educational Instrument |
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Product Category |
Physics Lab Equipment / Electrostatics Apparatus |
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Primary Keyword |
Wimshurst Machine economic version |
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Secondary Keywords |
Wimshurst electrostatic generator, static electricity generator, electrostatic induction apparatus, physics lab electrostatics machine, spark discharge apparatus, charge separation apparatus |
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Capacity |
1 unit |
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Included Components |
Wimshurst Machine economic version unit; Leyden jars, discharge rods, or accessories only if supplied [confirm] |
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Intended Users |
Schools, colleges, physics laboratories, STEM labs, teacher training institutes, and science demonstration centers |
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Standards / Certifications |
No verified certification provided; confirm before listing any compliance claim |
What's Included in the Kit
1 Wimshurst Machine economic version unit
Rotating disc and charge collection arrangement as part of the apparatus
Leyden jars or capacitor arrangement — include only if supplied [confirm]
Discharge rod, instruction sheet, or storage packaging — include only if supplied [confirm]
Applications / Uses
Demonstrating electrostatic induction in physics laboratories.
Showing static charge generation by mechanical rotation.
Explaining visible spark discharge and potential difference.
Charging an electroscope for charge detection demonstrations.
Teaching conductors, insulators, capacitance, and charge storage.
Supporting school practicals, STEM demonstrations, and science exhibitions.
How to Use the Wimshurst Machine Economic Version
Place the apparatus on a stable, dry, insulated laboratory surface.
Check that the rotating discs, handle, collectors, and discharge terminals move freely.
Keep the discharge terminals slightly apart before starting the demonstration.
Rotate the handle smoothly so the discs operate in the required opposite direction arrangement.
Observe charge buildup and spark discharge between the terminals.
Adjust the terminal gap only under teacher supervision and within safe demonstration limits.
Discharge the apparatus safely after the experiment before touching conductive parts.
Safety note: Use the machine only for supervised electrostatics demonstrations. Keep it away from moisture, flammable materials, sensitive electronics, and students with implanted electronic medical devices.
Care & Maintenance
Store the machine in a clean, dry cabinet to reduce humidity-related charge leakage.
Wipe discs, terminals, and collectors gently with a dry, soft cloth after use.
Do not force the handle, belts, collector arms, or discharge terminals.
Do not use chemical cleaners unless compatibility with the disc and base materials is confirmed.
Why Choose Educational Instrument
Educational Instrument supplies scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM learning products for academic institutions. The brand supports school and college laboratories with practical equipment for physics, chemistry, biology, and mathematics education. The Wimshurst Machine economic version is positioned for clear classroom demonstration, supervised practical use, and repeatable electrostatics learning. Educational Instrument also supports institutional and export supply requirements through its educational lab equipment portfolio.
Frequently Asked Questions
What is a Wimshurst Machine economic version used for?
A Wimshurst Machine economic version is used to demonstrate electrostatic induction, static charge generation, spark discharge, charge storage, and electric potential difference in physics laboratories.
How does a Wimshurst Machine work?
A Wimshurst Machine works by rotating two insulated discs in opposite directions. Metal sectors, neutralizer bars, and collectors separate and collect charge until a visible discharge can occur.
Is this economic version suitable for school physics labs?
Yes. It is suitable for supervised school physics laboratories, college practical classes, STEM labs, and teacher-led electrostatics demonstrations.
Can this machine be used with an electroscope?
Yes. A Wimshurst Machine can be used to charge or test an electroscope when the apparatus is handled correctly under teacher supervision.
Does the economic version include Leyden jars?
This should be confirmed before publishing. Some models include Leyden jars or capacitor arrangements, but only verified supplied components should be listed.
Why does humidity reduce Wimshurst Machine performance?
Humidity allows static charge to leak away from insulating surfaces. Dry laboratory conditions improve charge buildup, spark visibility, and repeatability.
For more electrostatics generators and classroom physics teaching tools, explore the Physics Lab Equipment category from Educational Instrument.
