Apparatus Type: Electrostatic belt driven generator.
Generator Components: Insulating belt, lower and upper pulleys, charging source, and large metal collector sphere.
Voltage Output: Varies by model size, typically ranging from 100 kV (small benchtop) to over 400 kV (floor standing).
Power Source: Operates using a standard 110 V or 220 V AC motor to drive the belt, or occasionally hand cranked.
Accessories: Includes a separate discharge sphere on an insulated stand.
High Voltage Generation: Capable of creating very high electrostatic voltages, often reaching hundreds of thousands of volts, suitable for dramatic classroom demonstrations.
Electrostatics Study: Provides the best visual and hands-on tool for demonstrating key principles like charge transfer, electric fields, and static potential energy.
Collector Sphere: Features a large, polished metal sphere designed for maximum charge accumulation and minimum leakage into the surrounding air.
Continuous Operation: Unlike friction-based machines, the motor-driven belt allows for continuous generation and accumulation of charge, providing stable output for experiments.
Safety Design: Includes safety features such as a grounding discharge ball on an insulating rod to safely discharge the large stored potential after use.
Apparatus Type: Electrostatic belt driven generator.
Generator Components: Insulating belt, lower and upper pulleys, charging source, and large metal collector sphere.
Voltage Output: Varies by model size, typically ranging from 100 kV (small benchtop) to over 400 kV (floor standing).
Power Source: Operates using a standard 110 V or 220 V AC motor to drive the belt, or occasionally hand cranked.
Accessories: Includes a separate discharge sphere on an insulated stand.
