Deluxe Hand Crank DC Generator

Unveil the captivating world of converting mechanical energy into electrical power with our Deluxe Hand-Crank DC Generator.

Designed for educational classroom use, this handheld marvel offers an engaging way to demonstrate the captivating process of energy conversion. Encased in durable, transparent plastic, this generator invites you to observe its intricate mechanisms in real-time.

Generating a steady terminal voltage of 6V and boasting an impressive maximum current output of 0.2A, this generator empowers your scientific explorations like never before.

Equipped with a pair of 15-inch leads with alligator clips, you can seamlessly integrate it into your existing electric circuits, breathing life into your experiments. As a delightful bonus, a standard light bulb accompanies the package, enriching your hands-on learning experiences.

Features:

• Demonstrates mechanical-electrical energy transformation
• Voltage of 6V
• Max current output 0.2A
• Two 15in. leads with alligator clips
• Standard light bulb

WARNING: This product can expose you to chemicals which are known to the State of California to cause cancer. For more information, go to www.P65Warnings.ca.gov.

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Customer Reviews

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   K.P. from South Pasadena, CA
Works great


  Hand Held DC Generator
Konstantine Papadakis from CA
I especially like the built in light bulb and spare bulb that came with this unit. Great way to demonstrate several principles.


   Cindy from James Madison University
This is a great way to show the mechanical equivalent of electrical energy. Try cranking without the light bulb in place....you will feel very little resistance. Then screw in the light bulb. It is definitely harder to crank. Students can actually feel the mechanical energy that is being transformed into electricity.


  Very nice
Quinton from South Africa
The clear display is very nice.


  Oh! That's How it Works!
Michelle Martin from Northfield, MN
I teach fourth and fifth graders and they used this constantly during our electricity work. They ran it fast for a bright light, slowly for a dim one. They attached it to a buzzer to see how fast they had to crank it to create 3 volts. They loved that it had the same motor in it that we were using in other experiments so they could see how a generator is the inverse of a motor. Very cool.