Diy Perpetual Magnetic Motors - Build Your Own Permanent Magnetic Generator
Author: Eoin McDonnell
If everyone built their own perpetual magnetic motors to run their home it could be the answer to the energy crisis while also providing a completely environmentally friendly method of producing electricity. The great thing is that anyone can build one with the right guidelines and for very little expense.
Perpetual magnetic motors of sufficient size to create electricity for an average size house can be built quite easily for as little as sixty dollars. Other than occasional maintenance, that initial sixty dollars should be the only cost incurred as once you've started the motor it will create power indefinitely for free and require no fuel whatsoever. As well as this it can fit tidily into the corner of your utility room or garage as it takes up very little space.
The motor works on the basis that if you evenly space a series of north facing magnets around the rim of a wheel the action of the north and south ends of the magnets repelling and attracting each other will create a rotating motion in the wheel which will continue to spin indefinitely.
This rotating motion is essentially kinetic energy which can be turned into electric energy simply by attaching the axle of the wheel to a DC motor which can be bought in any electrical goods store for less than thirty dollars. The electric energy can then be transferred into a battery to be stored, ready to be used in your house.
That quite simply is basically how perpetual magnetic motors can revolutionise the world of energy and global warming. The whole process can also be adopted on a larger scale where the possibilities are endless. Unfortunately it is not something the large energy companies are interested in at the moment as it could deem most of their present energy creating methods obsolete and greatly reduce the global demand for fossil fuels such as oil and gas.
Article Source: http://www.articlesbase.com/diy-articles/diy-perpetual-magnetic-motors-build-your-own-permanent-magnetic-generator-1940739.html
About the Author
If you would like simple instructions on how perpetual magnetic motors are built you should check out http://www.permanentmagneticgenerator.info/ where you will find a very straight forward manual on this and other similar DIY free domestic energy generators.
Quick Answer Needed! DC Motors?
This relates to a question i have asked earlier today…
I am doing a science fair experiment in which i am creating a mini wind turbine, which will create electricty. For me to do that, I need a motor that can be spun to create electicty. the turbine wont be big and it will be put into moderate wind, maybe as much as a fan. I need a motor, which can act like a generator, that will be able to spin with that amount of wind and still produce some electricty.I have found Two DC motors listed below.
http://cgi.ebay.com/New-12V-DC-300-RPM-High-Torque-Gear-Box-Electric-Motor_W0QQitemZ250562687438QQcmdZViewItemQQptZLH_DefaultDomain_0?hash=item3a56b331ce
This one is a 12V 300 RPM one. It is reversable but not permanent magnetic, which ive read is good to have. Since it is 300 RPM, will it spin easier than the next one?
http://cgi.ebay.com/12V-DC-30RPM-Permanent-Magnetic-Planet-Gear-Motor-New_W0QQitemZ300372459537QQcmdZViewItemQQptZLH_DefaultDomain_0?hash=item45ef980011
This one is a 12 V 30 RPM motor. its only 30 RPM, so im not sure if a small amoutn of wind will be able to turn it? will it? It is permanent magnet, so does the RPM matter?
WHich one will work? Its just a small wind turbine and a decent amount of wind will blow onto it. Any suggestions for which one i should buy? Or suggestions for what i should be looking for?
I’d be leery of the non-PM one, it may not work as a generator.
But you are right, the 30 RPM one may be too difficult to spin.
See if you can find a higher RPM PM type.
how to wire a chicago 2000lb utility hoist?
Planetary gear system for fast, reliable pulling.
Automatic load-holding brake
Free spooling clutch
Power-in, power-out
1.5 HP, 12 volt heavy duty permanent magnetic motor
Remote control with 9ft. 9″ cord
2000 lb. rated single line pull
50 ft. x 5/32” air craft cable
Gear ratio: 153:1
Line speed: 10.5 ft. per minute @ 550 lbs, 7.5 ft. per minute @ 1000 lbs., 5.9 ft. per minute @ 1500 lbs., Mounting base dimensions: 5-1/2” L x 4-1/8” W, bolt pattern: 1.9″ x 3″; Overall dimensions: 12.2” L x 4.5” W x 4.3” H; Shipping weight: 16.2 lbs.
The hoist motor should have a connection box that allows cable entry. Your 12V cables should enter the weatherproof seal and connect to lugs in the connection box. Be sure to install sweat lugs on the battery cable for reliable connection.
The positive terminal should be marked with a small “+” or with red. The negative with black or “-” If there is no negative terminal, the case will provide the battery return.
You can also request installation manuals from the manufacturer. You mentioned Chicago. Do you mean Chicago Electric? That is a brand name of Harbor Freight. Their web site is below. In fact, I think I found the manual for your hoist/winch on the link below.
Yes, this is a major problem. The easiest solution is to have the compass IC mounted on a long stalk above the robot, away from the magnetic influence of the motors. Also, some stepper motors are worse than others. Ferromagnetic metal screening helps if it is well done, but poorly done it can make matters worse.
.Regarding the relationship between current and magnetic field?
Ok so know how an dc motor works? Basically the torque is created due to the permanent magnets’
(N to S) magnetic field which supposedly repels the current flowing through the coil/wire hence making it turn. So my question is very basic,but i still do not get it. Why does the magnetic field repel the current?
No. Actually, the repelling field of a superconductor is equivalent to the counter electromotive force that characterize all electric machines.
In addition, there is no superconductivity in AC and, since the current in a DC motor rotor is AC, there are no “true” superconductivity motors.
.
If a superconductor repels a magnetic field, how does a superconducting motor work?
Because the coils on the armature will always be repelled by the permanent magnets, right?
Does a stepper motor’s magnetic field affect a compass IC?!!?
i am designing a robot which have 4 stepper motors driving its wheels for position accuracy. However, i am using a compass IC that will determine the direction of the robot which will help me in so many aspects. So i wonder if the stepper motors, since they have permanent magnets, will affect the compass IC!.. i tried to search for any relationship between the two things but no results found, so i need your consultant about this so fast.. thanks!