What Is The Magniwork Magnetic Generator E-book?
Author: Will Yap
The current buzz on subject of renewable energy on the internet is the Magniwork e-book. If you were to surf the internet on energy related web sites, you will see Magniwork advertisement posted everywhere. So, what is the e-book all about?
Here’s some basic fact about the magnetic device. The magnet generator uses the principle of moving magnetic flow named "the magnetic current" for generating electrical power. The generator is capable of producing 3.5 volts and 7 ampere of Direct Current (DC). The amount of energy produced is equivalent to 24 watts.
In the manual, you will see instruction on how to build the generator with 12 pieces of magnet bars arranged in a special configuration. The magnet bars are place next to a series of copper wires supported by copper tubes.
Here’s the catch, in order for the generator to start spinning, it has to be assisted by an external force. Meaning, the assembly has to be spun by a motor up to 2100 revolution per minute (rpm) for a period of 42 second. When it reaches a sufficient speed, the external force can be disengaged and the magnets are to spin freely.
As the magnets spin, a constant electric current is flowed through the copper wires hence generating a magnetic field. The wire magnetic field will push against the magnet bars therefore maintaining its momentum.
The spinning magnets assembly is connected to a central shaft which drives a DC electric generator. The author of the Magniwork e-book claims that the amount of energy produced by the DC electric generator is more than the amount of energy going into the copper wire.
The magnetic generator is capable of producing sufficient energy to sustain itself at the same time generating access power for consumption. Generally, that is the science behind the Magniwork magnetic generator concept.
Article Source: http://www.articlesbase.com/science-articles/what-is-the-magniwork-magnetic-generator-ebook-1168546.html
About the Author
Do you want to know how to build a magnetic generator to reduce your home electricity bill? If you do, check out the Magniwork e-book. It will show you step-by-step how to make a magnet generator with inexpensive parts. For a comprehensive write up on Magniwork review ==> Click Here
How do you calculate the voltage/current created as wire passes thru a magnetic field?
I want to play with variables such as magnetic strength, wire diameter, number of windings, speed of the spinning magnets etc to optimize a generator design.
What distance is the magnetic field from the wire?
At what distance from a long, straight wire carrying a current of 7.6 A is the magnetic field due to the wire equal to the strength
of Earth’s field, approximately 5.6 x 10^ -5 T?
The permeabilty of free space is 1.25664 x 10^ -6 T*m/A.
Answer in units of cm.
where can i buy magnetic wire?
does anyone know where i can buy magnetic wire (enamel coated copper wire) from in Mackay Queensland Australia.
What are the direction of the magnetic force on a 1.60cm section of this wire if the magnetic-field direction ?
A straight vertical wire carries a current of 1.25A downward in a region between the poles of a large electromagnet where the field strength is 0.555T and is horizontal. What are the direction of the magnetic force on a 1.60cm section of this wire if the magnetic-field direction is toward the east?
Where can I acquire the clear amber coating for magnetic wire ( amber to dark red) ?
Spray on, dip, brush. To color and coat wire from further oxidation. Need the rich amber to dark red , both. HELP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! From dull copper to amber shine plus. Also I believe it is Flexible as not to crack when bent moderately.
faraday’s law.
I = closed line integral of H (dot) dl
here in the states..i spent 35 yrs repairing electric motors..i would assume you guys have electric motors there also..so try a repair shop if you have one in your area..the wire comes in buckets or spools…
There are a few kinds of varnish, but they all have to be applied using an electrodeposition process. They are also highly proprietary. Magnet wire has to be purchased with the enamel already applied.
If this is some weird application (i.e. NOT coil winding) then ordinary polyurethane will sort of work for a while. But it is not the color that you want.
The Force on the conductor = Flux Density x Current x Active Length of Conductor
Force = 0.555 T x 1.25 A x 0.016 m
= 11.1 mN
Using Fleming’s Left Hand Rule [ first finger is the direction of magnetic flux, second finger is the direction of the current in the conductor and thumb is direction of the force on the conductor ] the wire will be deflected to the South relative to the West to East magnetic field.
Biot-Savart Law – Magnetic field around a straight conductor carrying a current I.
B = μ_0 I/2πr
where:
B is strength of magnetic field in T.
μ_0 is permeability of free space = 1.25664 x 10^ -6 T-m/A.
I is current in A.
r is distance from conductor in m.
So r = μ_0 I/2πB
r = (1.25664 x 10^ -6 T-m/A * 7.6A)/(2π * 5.6 x 10^ -5 T) = 0.0271429 m = 2.7 cm