Product added to your wishlist! View wishlist
Sign in to see your saved products on any device
Product removed from your wishlist! View wishlist
Sign in to see your saved products on any device
Something went wrong. Please try again later.
Product is added to compare already. Please refresh the page.
Product is not found in compare. Please refresh the page.
5 Products already added. Please delete existing selection to add this.
Share this product
EISCO Hand Crank Van de Graaff Generator, up to 100kV - Static Electricity Generator, Hand Generator - 7.5" Dome, 4" Discharge Sphere, 22" Tall
This product ad may change over time
ShareEISCO Hand Crank Van de Graaff Generator, up to 100kV - Static Electricity Generator, Hand Generator - 7.5" Dome, 4" Discharge Sphere, 22" Tall
Users say:
This Van De Graaf generator is a great tool for teaching students about phenomenon and kinetic/visual learning styles. It is well constructed and comes with a variety of fun experiment materials. However, some of the moving parts are made of metal and the construction is inefficient. Despite this, it is still a great product and highly recommended.
HAND CRANK VAN DE GRAAFF || Perfect for demonstrating energy transformation from mechanical to electrical. This hand crank Van De Graaff is excellent for physics classrooms and exciting for learners of all ages UP TO 100,000 VOLTS || Apparatus can generate an electrostatic charge of up to 100,000 volts in the right conditions 7.9" METAL S…
HAND CRANK VAN DE GRAAFF || Perfect for demonstrating energy transformation from mechanical to electrical. This hand crank Van De Graaff is excellent for physics classrooms and exciting for learners of all ages UP TO 100,000 VOLTS || Apparatus can generate an electrostatic charge of up to 100,000 volts in the right conditions 7.9" METAL SPHERE || Apparatus measures 22" in height and features a metal sphere measuring 7.9" (20cm) in diameter INCLUDED EXPERIMENT GUIDE || Set includes polished and hand spun Van de Graaff Dome measuring 7.9" in diameter, a 4" discharge wand, 4mm grounding wire and experiment guide with activity questions for learners INTERCHANGEABLE COMPONENTS || Components are interchangeable and replaceable, depending on regular operating atmosphere different configuration kits available to produce maximum results Hand Crank Van De Graaff Generator, up to 100kV, 7.5" Dome, 4" Discharge Sphere, 22" Tall. Hand crank van de graaf is perfect for showing students energy transformation from mechanical to electrical
Review summary
AI-generated content
This Van De Graaf generator is a great tool for teaching students about phenomenon and kinetic/visual learning styles. It is well constructed and comes with a variety of fun experiment materials. However, some of the moving parts are made of metal and the construction is inefficient. Despite this, it is still a great product and highly recommended.
Pros
- Sturdy and well-built
- Easy to use
- Fun experiment materials
- Great for classroom demonstrations
Cons
- Inefficient construction
- Overpriced
- Short cord for wand
Read original reviews
Description
HAND CRANK VAN DE GRAAFF || Perfect for demonstrating energy transformation from mechanical to electrical. This hand crank Van De Graaff is excellent for physics classrooms and exciting for learners of all ages UP TO 100,000 VOLTS || Apparatus can generate an electrostatic charge of up to 100,000 volts in the right conditions 7.9" METAL SPHERE || Apparatus measures 22" in height and features a metal sphere measuring 7.9" (20cm) in diameter INCLUDED EXPERIMENT GUIDE || Set includes polished and hand spun Van de Graaff Dome measuring 7.9" in diameter, a 4" discharge wand, 4mm grounding wire and experiment guide with activity questions for learners INTERCHANGEABLE COMPONENTS || Components are interchangeable and replaceable, depending on regular operating atmosphere different configuration kits available to produce maximum results Hand Crank Van De Graaff Generator, up to 100kV, 7.5" Dome, 4" Discharge Sphere, 22" Tall. Hand crank van de graaf is perfect for showing students energy transformation from mechanical to electrical