Wednesday, October 17, 2012

MS, diabetes and other diseases alleviated by reducing interference (''dirty electricity'')


MS, diabetes and other diseases alleviated by reducing interference (''dirty electricity'')


Yes, Gaetan, Building Biologist Sal La Duca knows what he is talking about. 

However, people who are ill, for example with diabetes and multiple sclerosis, have been
greatly helped by Graham Stetzer filters. These can help if you still measure high interference
or dirty electricity in the form of Graham-Stetzer units on your wiring even after fixing wiring errors, 
net current on a metal water pipe and eliminating or minimizing sources of interference such as
dimmers and fluorescent lighting. 
Details : 
Graham-Stetzer units explained

Help for MS patients

Diabetes and dirty electricity

This article features the work of Sam Milham and Lloyd Morgan at La Quinta CA, where a cancer cluster among teachers was associated with the amount of dirty electricity in their classroom. 
http://www.magdahavas.com/prevention-magazine-explains-dirty-electricity/
On 2012-09-23 à 16:18, Gaetan Chevalier wrote :

Hi André,

I think he is the most knowledgeable person around about "dirty electricity".

Gaétan

--- On Sun, 9/23/12, André Fauteux <info@21esiecle.qc.ca> wrote:
New Jersey Electrican and Building Biologist Sal La Duca explains at http://www.emfrelief.com/capacitive-filters.html:

If any type of Capacitive filter is installed in an attempt to ameliorate the EMI (Electromagnetic Interference), without the knowledge that there is a wiring error, then the field will exist as a Magnetic field component continuously regardless of the type of wire, AND as an Electric field component, depending on the wire type. That is because a capacitive filter will, by virtue of its physical characteristics, change a portion of the voltage pulsations (depending on frequency) impinging on it to current pulsations. So the process fundamentally involves a conversion, not an elimination.
...
Adding any capacitive filter into any circuit, will have the effect of producing a continuous current flow which will be split between the electrical system neutral and the water pipe. If there is no other net (uncanceled) current in existence, one will be created. If there is a net current in existence, then the newly added one will either add to, or subtract from the field, possibly varying in direction and intensity from any moment in time to the next, depending on the polarity of the electric source (which will determine in which direction the current is generally flowing).
In any case, the current produced by insertion of a capacitor of any size is Non-Linear. That is, if you feed it 60 Hz (50 Hz) voltage, the current produced has many frequency components in addition to the original frequency. In light of this, application of a capacitor is not inconsequential, it makes the electricity, it is meant to clean up, "dirtier"!
...
As a general rule capacitive filter installation is NOT recommended without a thorough evaluation of the electrical system to: 1) identify and eliminate any wiring errors, and 2) NOT recommended if the neutral current takes many divergent paths as shown in the house with the electrical service at one end of the house and the water pipe at the other end, and 3) NOT recommended if there are any other options (like removing dimmer switches, replacing compact fluorescents or fluorescents in general with standard lamps, reducing the number of digital devices, etc.) available to eliminate the problem.


--
Andre Fauteux, Publisher/Editor
La Maison du 21e siecle magazine
2955 Domaine-lac-Lucerne 
Ste-Adele (Qc)  Canada J8B 3K9


www.maisonsaine.ca


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