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; E-mail:
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Mole LRL 3000D operating manual
5
a probe, but the cylinder is empty and a piece of the metal we are looking for
should be put inside (for example, gold, silver, copper, bronze). The collector
should be stuck in the ground between the transmitter probes and the operator,
who is above the search line. If antennas open, this means that the detected
signal is unreal or the detected metal is very small in weight. If antennas cross,
the search continues. The collector is a device that eliminates objects ten times
heavier than the collector itself. For example: If you put 20 g of gold into the
collector, you will eliminate an object that weighs up to 200 g. If you put 1 g of
metal, you will eliminate 10 grams. In this way, the operator can estimate the size
of the object they have found (
Fig.2)
.
When selecting several collectors with different amounts of gold in them, we can
determine the weight of the object. When measuring from another location at 90
degrees to the first one, we can run a second line and when it crosses the first
one, we can find out the distance to the object (
Fig. 3
). As we go along the
second line and move towards the point of crossing in space, baguettes will not
cross.
Once you get to the object and step over it, baguettes will cross. Mark the place
with a rod, go on and see that antennas become parallel. This means that there
is no object further ahead. Now, the location of the possible metal object or the
ion field without metal is established. The ion field around objects buried long ago
move aside due to the Earth's magnetic field. The older the object is, the greater
the displacement is. The locator registers ions, because they have larger volume
than the metal itself. If there is a real finding, we can get its depth (
Fig. 6
).
