VAN DE GRAFF GENERATOR, 220 V

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VAN DE GRAFF GENERATOR, 220 V Specification

Accuracy
100 %

Measurement Range
Generates up to 100,000 V (output voltage)

Automation Grade
Manual

Power Source
Electric

Feature
Highly Efficient

Frequency
50 Hz

Voltage
220 V AC

Core Components
Motor, Belt, Spheres (Electrodes), Column

Equipment Materials
Stainless Steel, Perspex, Plastic

Type
Electrostatic Demonstration Generator

Usage
Laboratory

Dimension (L*W*H)
Approx. 350 mm x 200 mm x 700 mm

Weight
Approximately 6-8 kg

Motor Speed
2800 RPM

User Control
ON/OFF Switch

Input Plug Type
Standard 220 V

Insulation
High-Grade Plastic Column

Noise Level
Low

Maintenance
Easy to Clean and Maintain

Operation
By 220 V Electric Motor

Base Material
Heavy Duty Metal

Color
Metallic Silver & Blue

Application
Physics Experiments, Electrostatic Studies

Electrode Diameter
250 mm (approximate)

Maximum Output Voltage
100,000 V

Assembly Required
Minimal

Belt Material
Silicone Rubber

About VAN DE GRAFF GENERATOR, 220 V

For Demonstrates of electrostatic phenomena. For 110V generates.

A.) 7 dome. Motor driven. The motor operates at speeds up to 2400 r.p.m. Complete with a removable, flat, rubber belts; a polished and detachable metal dome; 4mm socket terminals in dome and base for attaching accessories under favorable weather conditions, the generator can give a spark to 4, yielding a potential difference of approx. 100,000V. Ready for operation with a 1.5m, 3 core mains cable instruction included.

B.) Large, 10 dome. Variable speed motor operates at speed up to 5000 r.p.m. Metal dome consists of two hemispheres and is mounted on an insulated, perspex pillar. With rubber belt and 4mm socket terminals on base for earth connection. ON/OFF switch with indicator. Rotary knob for controlling speed of rotation of belt. Produces spark up to 8 under favorable whether conditions. Ready for operation with a 3core mains cable. With instructions.

C.) Hand driven Van de Graff generator. Similar to 1364A. Mounted on wooden base with discharge sphere. Belt and pulley driving arrangement for manual operation. Spark up to 4cm.

Robust and Reliable Laboratory Equipment

Built with a solid combination of stainless steel, Perspex, and heavy-duty materials, this VAN DE GRAFF GENERATOR is designed to endure frequent laboratory use. Its metallic silver and blue finish, coupled with high-grade insulation, guarantees both safety and aesthetic appeal. The generator operates quietly at 50 Hz and includes a standard 220 V plug, making it suitable for various educational settings in India and beyond.

Versatile Applications in Physics and Electrostatics

Ideal for demonstrating electrostatic principles, this device is a staple in physics classrooms and research laboratories. The high voltage output and large electrode allow for effective visualization of static electricity phenomena, such as hair-raising demonstrations, charge accumulation, and electric field mapping.

Effortless User Experience and Maintenance

Ease of use is at the forefront of this generators design. With an intuitive ON/OFF switch and low-noise operation, users can quickly initiate demonstrations. Maintenance requires little more than regular cleaning, thanks to durable components and thoughtful engineering, ensuring efficient, long-lasting performance.

FAQs of VAN DE GRAFF GENERATOR, 220 V:

Q: How does the VAN DE GRAFF GENERATOR work during physics experiments?

A: The generator utilizes a moving silicone rubber belt driven by a 220 V electric motor. As the belt moves inside the insulated plastic column, it transports electrostatic charge to the upper spherical electrode, accumulating voltage up to 100,000 V. This process enables various physics demonstrations involving electric fields and charge transfer.

Q: What is the recommended environment for operating this generator?

A: This generator is best suited for laboratory environments, such as educational institutions or research facilities, where supervision and safety measures are available. Its sturdy construction and standard 220 V power requirement make it ideal for Indian laboratories and compatible settings.

Q: When should the generator be cleaned and maintained?

A: Routine cleaning is advised after regular use to ensure optimal performance. Simply wipe down the spheres, belt, and exposed plastic or metal surfaces with a dry, lint-free cloth. Minimal assembly allows easy access to main components for occasional deeper cleaning.

Q: Where can this generator be sourced from in India?

A: Manufacturers, suppliers, and traders specializing in laboratory equipment across India provide this VAN DE GRAFF GENERATOR. It is widely available through scientific equipment distributors and online laboratory supply stores.

Q: What is the process for assembling and starting the generator?

A: Minimal assembly is requiredusers usually need to attach the main sphere and ensure the belt is properly positioned. Plug the equipment into a standard 220 V outlet, switch it ON, and the motor will begin running at 2800 RPM, allowing users to perform demonstrations almost immediately.

Q: How does this generator benefit laboratory demonstrations?

A: Its ability to reliably produce high voltages makes complex electrostatic concepts visually accessible and interactive for students. It supports hands-on learning, facilitating clear demonstrations of charge buildup, transfer, and the effects of electric fields.

Q: What safety features are integrated into the design?

A: The generator incorporates a high-grade insulated plastic column and robust metal base, minimizing electric shock risks. The ON/OFF switch offers immediate user control over operations. The design ensures low noise and secure, stable operation during use.

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