Send Inquiry

Request To Call Back

VAN DE GRAAFF ELECTRIC

Get a Price/Quote

MOQ : 1 Piece

VAN DE GRAAFF ELECTRIC Specification

Interface
Manual On/Off switch

Output
High voltage static electricity

Response Time
Immediate (on activation)

Operating Temperature
5C to 40C

Usage
ENGINEERING ELECTRONICS INSTRUMENTS

Components
Motor, insulating column, metal dome, driven belt

Charging Voltage
500,000 Volts (approx.)

Power Source
AC mains

Input
AC mains

Features
Portable, robust construction, easy assembly

Power Supply
Electric

Product Type
VAN DE GRAAFF ELECTRIC

Application
ENGINEERING ELECTRONICS INSTRUMENTS

Rated Voltage
220V

Supply Voltage
220V AC

Size
Standard Laboratory Size

Dimension (L*W*H)
Approx 42x28x83 cm

Function
Static electricity generation

Color
Silver and white

Weight
9.5 kg approx.

Capacity
500,000 Volts output (typical)

Current Rating
Up to 10 A

Frequency
50 Hz

Base Material
Sturdy plastic or coated steel

Noise Level
Low

Dome Diameter
220 mm (approx.)

Safety
Equipped with discharge rod and insulated supports

Drive System
Rubber drive belt with pulley arrangement

Belt Material
High quality rubber or fabric

Mounting Type
Table-top

Motor Power
1/8 HP

VAN DE GRAAFF ELECTRIC Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Western Europe, Middle East

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About VAN DE GRAAFF ELECTRIC

Specification:

VAN DE GRAAFF ELECTRIC

Construction:

A Van de Graaff generator consists of a rubber belt that moves over a pair of rollers, with a hollow metal sphere placed on an insulated stand around one of the rollers. The generator also has an electron emitter comb near the lower roller and a receiver comb near the upper roller.

Principle:

The electrons repel each other and spread out on the surface of the sphere. When the potential of the sphere exceeds the breakdown value of air

Robust Design and Construction

This Van de Graaff generator boasts a resilient build with a sturdy plastic or coated steel base and a metal dome measuring approximately 220 mm in diameter. Its construction ensures long-term durability and dependability for continual laboratory use.

Efficient Static Electricity Generation

Equipped with a powerful 1/8 HP motor and a high-quality belt system, the device generates up to 500,000 volts of static electricity. The immediate response time upon activation makes it ideal for experiments requiring quick and reliable results.

Safe Operation for Laboratories

Safety features include insulated supports and a discharge rod, providing secure operation even at high voltages. These ensure that educators and engineers can use the device confidently in academic and professional electronics laboratories.

FAQs of VAN DE GRAAFF ELECTRIC:

Q: How does the VAN DE GRAAFF ELECTRIC generator produce high voltage static electricity?

A: The generator uses a motor-driven belt made of high quality rubber or fabric that moves between two rollers. As the belt travels, it transfers electric charge to the dome through a process called triboelectric charging, resulting in the accumulation of static electricity up to 500,000 volts.

Q: What are the main components included in this Van de Graaff generator model?

A: The unit is comprised of a 1/8 HP motor, an insulating column, a metal dome, a driven belt mechanism, sturdy plastic or coated steel base, insulated supports, and an integrated discharge rod for safe operation.

Q: Where is this Van de Graaff generator typically used?

A: This instrument is predominantly utilized in engineering electronics laboratories, educational science experiments, and research facilities. It is designed for table-top mounting, making it suitable for classroom and workshop settings.

Q: What safety features are integrated into the Van de Graaff generator?

A: The generator is equipped with insulated supports and a discharge rod. These features prevent inadvertent electric shock by safely dissipating excess voltage after experiments, ensuring user protection even at high output levels.

Q: When should you use the discharge rod during operation?

A: The discharge rod should be used immediately after static electricity generation and before touching the dome or disconnecting the power supply. This removes residual charge and ensures safe handling by neutralizing potential electric buildup.

Q: How is the generator powered and controlled?

A: The device operates with a supply voltage of 220V AC mains (input), and features a manual ON/OFF switch for easy operation. Its portable design and straightforward assembly allow quick setup and activation in laboratory environments.

Q: What are the main benefits of using this Van de Graaff generator for engineering and educational applications?

A: Benefits include reliable high voltage output, low noise operation, immediate response on activation, robust construction for durability, and enhanced safety for users, making it highly suitable for demonstrations and educational experiments in electronics engineering.

Tell us about your requirement