Find Out the Truth About the Bedini Motor Generator
Author: Alfred Mccabe
John Bedini is an electrical engineer who was originally most famous for his work in audio technologies having created and patented several useful devices. In recent years he has been known for his views and theories on alternative energy. This includes designing and patenting machines that he freely admits do not adhere to current laws of conservation of energy and are in theory impossible, such as perpetual motion machines or free energy devices.
The Bedini motor generator is no different to most magnetic motor generators. Actually, Bedini has created several different motors and collaborated with other inventors but this generic name is often given to his first patented motor or to describe all his motors.
Bedini's generators and his work are unique in that, although not subject to criticism by peers, he has made better efforts than most to demonstrate and prove his technology to the outside world. A cursory look at his website will reveal what appear to be credible photographs and video footage of his motors.
One video shows a motor that has apparently been running on the same batteries for over fifteen years! Other videos show a similar motor, designed by a ten year old with whom Bedini spoke to, that ran continuously for five days on a nine volt battery. If you browse modern video sites like Youtube then you will also find no end of demonstrations of Bedini motors created by amateur enthusiasts.
Bedini has patented several generator devices including the Monopole Energizer and the SSG. Whilst there are small differences between the two, both work to charge a capacitor or a battery.
The philosophy with all these generators seems to be to demonstrate the proof that magnetic motor generators work and to enable others to easily make their own versions (the circuit diagrams and plans are easily and found for free on several internet sites), rather than to demonstrate any particular commercial application.
Possibly more than any other magnetic motor generator inventor before him, Bedini has a large following on internet forums and newsgroups dating back to the 1980s.
Thanks to his inventions, he has created a wave of enthusiasm among amateur hobbyists seeking to demonstrate to others the credibility of magnetic motor power generation.
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About the Author
Alfred writes about Magnetic Motor Generators and recommends this article spinning software.
I’m trying to find parts for a HomeLite 7200 watts generator, capacitor 220 mf, pos 85, 400 bolt UDC?
A 115 x 10-6 F capacitor is connected to an ac generator with an rms voltage of 15.9 V and a frequency of 154?
A 115 x 10-6 F capacitor is connected to an ac generator with an rms voltage of 15.9 V and a frequency of 154 Hz. What is the rms current in this circuit?
The rms current is A.
Please explain, thanks!
Resistor, capacitor, and inductor in a series across AC generator?
A resistor, capacitor, and inductor are connected in series across an AC generator. Which of the following statements is true?
a. All the power is lost in the capacitor.
b. All the power is lost in the resistor.
c. Power is lost in all three elements.
d. All the power is lost in the inductor.
when converting an electric motor into a generator, how do you size the run capacitor ?
as I understand it, if you drive an electric motor a little over its rated RPM and add a run capacitor you then have a perfect sine wave generator? How do you size the run capacitor ?and is this true of 220 volt motors and 3 phase motors as well?
how to check capacitor on mcullough 5700 generator?
Ran the generator out of gas last season so as to not store old gas in it. Fired it up this year when we lost power and it runs fine but no power output. The fuses are not blown and appear to be ok. I was told it would be the capacitor and was wondering how to check it and where I might order one from cheap. I am on disability and wife out of work. Need it cheap lol.
http://www.homelite.com/
Indeed, if you run an induction motor past its synchronous speed it will start delivering power. For that to happen, it has to be excited, either by the grid or by adding an impedance matching capacitor.
However, in island mode, both the voltage and the frequency will vary with the load and you would have to readjust the speed and the capacitor to keep the frequency and voltage constant.
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You may be able to make it work very easily without even opening a cover.
Read through my generator page under Field Flashing of Portable Generators.
Give it a try and let me know what happens.
The reactance Xc = 1/(2piFC). I = E/Xc. See the ref.
If these are the only choices, C is the most correct answer. This is due to an Electrical phenomenon called “Impedance”.
Impedance in AC Circuits because of interaction between Resistors, Capacitors and Inductors is similar to resistance in DC Circuits.
Whenever you have all three (resistance, capacitance, inductance) in an AC Circuit you will have currents due to Impedance and therefore all elements cause power to be lost.