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> Marc Martin wrote (about the Graham Stetzer filters):
>
> So how many of these did you end up buying/using where you
> are living? Is it a case of "more is better", or have
> you found an optimum amount?
>
Shivani replies:
Every building is unique. The issue has nothing to do with with the
size of the building, but concerns the level of pollution (high frequencies) in
the current.
You simply plug a Stetzerizer meter into a circuit, then install GS
filters till the reading at that outlet comes down to around 20.
In the US, buildings have an A line and a B line. You need to do this
for both lines. If it's not clear to you which are your A and B lines, you
can tell because the reading on the whole line will begin to come down as
soon as you plug in a filter or two on it.
In some situations, a plateau may be reached before the level comes all
the way down to 20, and installing more filters does not change the number.
You will still be way better off then you were to begin with.
Also, be aware that the pollution in the incoming current changes from
minute to minute, hour to hour, day to day. This depends on what every
customer "upstream" from you is doing. If you have any kind of industry on your
line from the substation, for instance, you may find tremendous ups and downs
in the pollution level, as their work shifts begin and end.
Even the weather can make a difference, as the conductivity of the
ground is different when it is wet/dry, and ground current is part of the big
picture.
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