Back to top
Van De Graph Hand Driven
Van De Graph Hand Driven

Van De Graph Hand Driven

Van De Graph Hand Driven Specification

  • Voltage
  • High Voltage (Electrostatic)
  • Warranty
  • Not Provided
  • Core Components
  • Metal Spheres Insulated Support Hand Crank Belt
  • Model No
  • VDG-HD1
  • Feature
  • Generates Electrostatic High Voltage
  • Automation Grade
  • Manual
  • Power Source
  • Manual (Hand Driven)
  • Equipment Materials
  • Metal Wood Plastic
  • Type
  • Van de Graaff Generator
  • Usage
  • Educational and Laboratory Demonstrations
  • Dimension (L*W*H)
  • Approx 200 x 150 x 150 mm
  • Weight
  • Approx 2 kg
 
 

About Van De Graph Hand Driven

Van De Graph Hand Driven

  • Hand operated on base.
  • A metal sphere surrounds the upper pulley assembly and charge accumulates on the sphere, which is insulated by a plastic column supporting the pulley assembly.

FAQs of Van De Graph Hand Driven:


Q: What are the core components of the Van De Graph Hand Driven generator?

A: The core components of the Van De Graph Hand Driven generator include metal spheres, insulated support, hand crank, and belt.

Q: What is the usage of the Van De Graph Hand Driven generator?

A: It is primarily used for educational and laboratory demonstrations.

Q: What is the automation grade of the Van De Graph Hand Driven generator?

A: The Van De Graph Hand Driven generator has a manual automation grade.

Q: What is the model number of the Van De Graph Hand Driven generator?

A: The model number of this product is VDG-HD1.

Q: What type of voltage does the Van De Graph Hand Driven generator generate?

A: It generates electrostatic high voltage.

Tell us about your requirement
product

Price:

Quantity
Select Unit

  • 50
  • 100
  • 200
  • 250
  • 500
  • 1000+
Additional detail
Mobile number

Email

More Products in PHYSIC RESEARCH INSTRUMENTS Category

Stainless Steel Spirit Lamp

Stainless Steel Spirit Lamp

Feature : Durable and Reusable

Usage : Laboratory and Educational Use

Equipment Materials : Stainless Steel

Automation Grade : Manual

Model No : SL101

Core Components : Wick Stainless Steel Body

Maxwell Inductance Bridge

Maxwell Inductance Bridge

Feature : Precision measurement of inductance

Usage : Testing and calibration of inductors

Equipment Materials : Metal and Plastic

Automation Grade : Manual

Model No : Maxwell Inductance Bridge

Core Components : Resistors Capacitors Inductor Bridge Circuit

Spectrometer Scale

Spectrometer Scale

Feature : Dual Telescope Measurement

Usage : Educational Laboratory

Equipment Materials : Aluminum Steel

Automation Grade : Manual

Model No : Spectrometer Scale

Core Components : Metal Glass Optics

Inclined-Plane

Inclined-Plane

Feature : Used for demonstrating principles of mechanics and friction

Usage : Educational and experimental applications

Equipment Materials : Wood and metal

Automation Grade : Manual

Model No : InclinedPlane123

Core Components : Wooden inclined plane adjustable angle bracket scale pan and pulley