Manual Van de Graaff Generator
Product Specification Sheet
Manual Van de Graaff Generator
Model Number: MT-1058
The Manual Van de Graaff Generator from Micro Technologies is a hand-operated electrostatics laboratory apparatus designed for experiments involving static electricity, charge accumulation and high electrostatic potential. The MT-1058 features a metallic collecting dome, insulating support and manually operated drive wheel, providing a convenient way to demonstrate electrostatic phenomena without a motorized drive system.
Product Specification
The Manual Van de Graaff Generator from Micro Technologies is designed for practical electrostatics laboratory experiments involving electric charge, static electricity and high electrostatic potential. Its hand-operated configuration allows users to control the mechanical drive directly during demonstrations.
The MT-1058 incorporates a large metallic collecting dome mounted above a vertical insulating structure. A manually operated wheel drives the internal belt mechanism, allowing mechanical motion to be used for transporting electric charge toward the upper terminal.
The manual drive provides a useful visual connection between the movement of the generator mechanism and the accumulation of charge on the conducting dome. Users can vary the rotational speed of the hand wheel and observe the resulting electrostatic effects under suitable conditions.
As the belt moves through the generator, charge is transported toward the upper collecting assembly and transferred to the metallic dome. The charge distributes over the external surface of the conductor, allowing the dome to reach a substantial electrostatic potential.
The apparatus is particularly useful for demonstrating static charge accumulation. It provides an effective laboratory example of how charge can be continuously transported and collected on a conducting surface.
Suitable accessories can be used with the generator to investigate electrostatic attraction and repulsion. Lightweight objects may respond visibly to nearby electric fields or acquired electric charge, providing engaging demonstrations of electrostatic forces.
The MT-1058 can also support experiments involving electrostatic induction. When suitable conductors are brought near the charged dome, redistribution of charge can be investigated without necessarily requiring direct electrical contact.
Under appropriate operating conditions, electrostatic discharge may also be demonstrated. The strength and visibility of such effects depend on charge accumulation, atmospheric humidity, surface cleanliness and the experimental arrangement.
The manual configuration provides an advantage where direct control of the generator speed is desirable. It also eliminates the need for an electric motor to operate the belt mechanism, making the relationship between mechanical input and electrostatic generation particularly clear.
The generator can be used alongside proof planes, electroscopes, Faraday pails and other electrostatics accessories for broader experiments involving charge detection, charge transfer and charge distribution.
Environmental conditions influence the performance of electrostatic apparatus. Clean and dry insulating surfaces generally support better charge retention, while high humidity can increase charge leakage and reduce observable electrostatic effects.
The apparatus should be operated using appropriate laboratory safety practices. High electrostatic potentials and electrostatic discharges can affect sensitive electronic equipment, so suitable precautions should be maintained during demonstrations.
Manufactured and supplied by Micro Technologies, the Manual Van de Graaff Generator is suitable for physics laboratories, electrostatics laboratories and scientific demonstration facilities requiring a hand-operated static electricity generator.
Features
- Manual Van de Graaff configuration
- Hand-operated drive wheel
- Manually driven belt mechanism
- Large metallic collecting dome
- Vertical insulating support
- Generates high electrostatic potential
- Suitable for static electricity demonstrations
- Useful for charge accumulation experiments
- Supports electrostatic induction studies
- Suitable for attraction and repulsion demonstrations
- Allows manual control of operating speed
- Clearly visible mechanical drive
- No motorized drive required
- Stable laboratory base
- Suitable for repeated demonstrations
Benefits
- Provides hands-on demonstration of static electricity
- Manual operation gives direct control over generator speed
- Helps demonstrate electrostatic charge accumulation
- Connects mechanical input with electrostatic generation
- Useful for high-potential demonstrations
- Supports attraction and repulsion experiments
- Suitable for electrostatic induction investigations
- Can be combined with other electrostatics accessories
- Does not depend on an electric motor for belt operation
- Provides an engaging laboratory demonstration
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Manual Van de Graaff Generator |
| Model No. | MT-1058 |
| Product Type | Electrostatic Generator |
| Drive Type | Manual / Hand Operated |
| Drive Arrangement | Hand Wheel |
| Charge Transport | Moving Belt |
| Upper Terminal | Metallic Dome |
| Supporting Structure | Insulating Column |
| Output Type | High Electrostatic Potential |
| Primary Study | Static Electricity |
| Related Studies | Charge / Induction / Discharge |
| Configuration | Laboratory Demonstration Type |
| Motor Requirement | Not Required |
| Application Area | Physics / Electrostatics |
Available Model
| Model No. | Product |
|---|---|
| MT-1058 | Manual Van de Graaff Generator |
Applications
- Static electricity experiments
- Van de Graaff generator demonstrations
- Electrostatic charge accumulation
- High electrostatic potential demonstrations
- Charge transfer experiments
- Electrostatic induction studies
- Electrostatic attraction experiments
- Electrostatic repulsion demonstrations
- Surface charge investigations
- Electric discharge demonstrations
- Proof plane experiments
- Electroscope demonstrations
- Faraday pail experiments
- Physics laboratory practicals
- Electrostatics laboratory experiments
Available Variants
Manual Van de Graaff Generator, Hand Operated Van de Graaff Generator, Hand Driven Van de Graaff Generator, Manual Electrostatic Generator, Laboratory Van de Graaff Generator, Static Electricity Generator, Physics Van de Graaff Generator, Hand Operated Electrostatic Generator
SKU System
MT-VDGM-1058
FAQs
What is a Manual Van de Graaff Generator used for?
It is used for experiments involving static electricity, electrostatic charge accumulation, high potential, induction, attraction and repulsion.
What is the Micro Technologies model number?
The Micro Technologies model number is MT-1058.
How is the Manual Van de Graaff Generator operated?
The generator is operated by rotating the hand wheel, which drives the belt mechanism used to transport electric charge toward the upper collecting dome.
Does the Manual Van de Graaff Generator require a motor?
No. The MT-1058 is manually driven and does not require an electric motor for normal operation of its belt mechanism.
What is the purpose of the metallic dome?
The metallic dome acts as the main charge-collecting terminal, allowing electric charge to accumulate and distribute over its outer surface.
Can it demonstrate electrostatic attraction and repulsion?
Yes. Suitable lightweight objects and compatible accessories can be used to demonstrate electrostatic attractive and repulsive forces.
Can it produce electrostatic discharge?
Under suitable operating and environmental conditions, accumulated charge can produce observable electrostatic discharge effects using an appropriate experimental arrangement.
Can it be used with a Proof Plane?
Yes. A compatible Proof Plane can be used for suitable experiments involving charge sampling and surface charge distribution.
What is the difference between manual and motorized Van de Graaff generators?
A manual Van de Graaff generator uses a hand-operated mechanism to drive the belt, while a motorized model uses an electric motor. The manual version provides direct control over belt movement during demonstrations.
Does humidity affect its performance?
Yes. High humidity can increase surface charge leakage and reduce charge accumulation. Clean, dry insulating surfaces generally provide better electrostatic performance.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Hand-operated experimental configuration
- No motorized belt drive required
- Large metallic collecting dome
- Suitable for static electricity demonstrations
- Useful for charge and induction experiments
- Hands-on laboratory operation
- Institutional and bulk procurement available
- OEM supply requirements supported
Call to Action
Choose the Manual Van de Graaff Generator – MT-1058 from Micro Technologies for hands-on electrostatics experiments involving static charge, high potential, induction and charge accumulation. Contact us for competitive pricing, institutional procurement, physics laboratory equipment supply, bulk requirements, OEM orders and customized quotations.
