
TROUBLESHOOTING
over the target a few times, the target
is probably junk metal.
False signals can be caused by trashy
ground, electrical interference, or
large irregular pieces of junk metal.
False signals are usually broken or
non-repeatable.
Try finding other metal in the area. When
you find a metal item, wait a few seconds, to
allow the detector time to reset (or, press the
RED button on the handle to return the
pointer to the center of the view meter).
FINE-TUNING THE DETECTOR
Adjusting DISCRIMINATION
After you become familiar with how your
detector works, you can fine-tune it to make
it more selective in what it finds.
Discrimination is the detectors’ ability to
differentiate between types of metal. The
detector’s DISCRIMINATION setting
determines whether the detector will
distinguish between different types of
ferrous and non-ferrous metals.
You can set DISCRIMINATION from
minimum (fully counterclockwise), to
maximum (fully clockwise), or anywhere in
between. As you set DISCRIMINATION to
higher levels, the detector first discriminates
iron, then metal objects like pull tabs and
nickel.
Accurately pinpointing a target makes digging it up
easier.
Accurate pinpointing takes practice, and we
suggest you practice finding and digging up small
metal objects on your own property before you
search other locations.
Sometimes, targets are difficult to accurately locate
due to the sweep direction. Try changing your
sweep direction to pinpoint a target.
Follow these steps to pinpoint a target.
1. When the detector detects a buried target,
continue sweeping the search coil over the
target in narrowing side-to-side motion.
Make a visual note of the exact spot on the
ground where the detector beeps.
2. Stop the search coil directly over this spot on
the ground. Then move the search coil straight
forward away from you and straight back
toward you a couple of times.
Make a visual note of the exact spot on the
ground where the detector beeps.
3. Repeat Steps 1-2 at a right angle to the
original search line, making an “X”
pattern. The target should be directly
below the “X” at the point of the loudest
response.
Note:
If trash in an area is so heavy that you get
false signals, slow your sweep speed and use
shorter sweeps.
Recently buried coins might not respond the
same as coins buried for a long period of
time because of oxidation.
Some nails, nuts, bolts, and other iron
objects (such as old bottle caps) oxidize and
create a “halo” effect. A halo effect is caused
by a mixture of natural elements in the
ground and the oxidat
ion created by
different metals. Because of the metal
mixtures, target signals might not be in a
“fixed” position. This effect makes these
objects very hard to detect accurately.
When you set DISCRIMINATION fully
clockwise, silver still can
discriminated. The sound will be lower or
even disappear and the pointer will move to
left when the unit detects discriminated
metal. The sound will be higher and the
pointer will move to right when the unit
detects metal which is not discriminated.
Notes:
Each time you use the detector in a
different area, you must adjust
DISCRIMINATION. Each search
location presents new challenges.
Each time after you adjust
DISCRIMINATION, you have to press
the RED button on the handle to return
the meter pointer to 0 position..
FALSE SIGNALS
Because your detector is extremely sensitive,
trash-induced signals and other sources of
interference might cause signals that seem
confusing. The key to handling these types of
signals is to dig for only those targets that
generate a strong, repeatable signal. As you
sweep the search coil back and forth over the
ground, learn to recognize the difference
between signals that occur at random and
signals that are stable and repeatable.
To reduce false signals when searching very
trashy ground, scan only a small area at a
time using slow, short overlapping sweeps.