Ricks DC Motor Generator

Copyright 2002

This is a research device, Capacitor and diode ratings depend on the voltage input vs what size coil wire used and # of winds. If you use a coil that is wound several thousands of times with number 38 or 36 copper coated wire, you are going to need to use voltages from 1000 to 3,500 vdc input. The back emf will be great. # 38 wire is hair thin and hard to wind but it is the best to use for a PVC air core type magnet.


2000 - 3,500 vdc input for air cores 120 to 600 volts for iron cores.

Switch represents the On / Off Commutator and brushes

Using # 36 or 32 copper coated wire is much easier to work with. Make several coils out of old transformer iron cores. You will need to do a little cutting. This will be a great learning experience for you when you go to build a larger unit. Make one coil with #18 copper coated wire which should come out to be about 90 to 100 turns, you will notice that free energy can be collected but the coil and commutators run hot, heat loss = energy loss.

# 18 wire will take voltages from 12 to 24 vdc. #38 wire will take voltages from 200 to 3,500 vdc. And will run very cool and use very little amperage from your DC power supply, use a 12 vdc battery with a small 100 watt dc to ac inverter.

Output to load or back to battery

Motor Generator Free EnergyBedini Motor GeneratorFuelless Generator

Was this article helpful?

0 0
Saving Power, Saving The World

Saving Power, Saving The World

Get All The Support And Guidance You Need To Be A Success At Helping Save Power. This Book Is One Of The Most Valuable Resources In The World When It Comes To How To Use Renewable Energy As Your Alternative Power Suppliers.

Get My Free Ebook


  • tegan miller
    How to build fuelless generator?
    9 years ago
  • jonne vasala
    How to make bedini generator?
    3 years ago
    Which type of dc motor is suitable for fuelless generator?
    2 years ago
  • marko lax
    What dc motor is suitable for building fuelles generator?
    2 years ago

Post a comment