TERMINOLOGY
The following terms are the common terminologies among the metal detector.
Motion Mode
Continuously moving the search coil is one of the circuit operation modes within the metal detector's built-in
detection technologies. You have to move the search coil during detecting -- preferably in a overlapping 'painting'
pattern. Generally speaking, motion detection mode can reduce the effect of misleading / unwanted soil mineralization
detection, and will have a better discrimination ability for more sought after findings.
Non-Motion Mode
This is your other metal detection option included within the detector's circuitry operation modes. When searching ,
you need not move the search coil continuously, as long as your hover to locate and zero-in on your finding. When the
metal detector locates the object in non-motion mode, the detector cannot discriminate the metal categories -- in other
words, the discrimination levels do not function as in motion mode.
Elimination
To eliminate a particular metal while detecting is based on the user's preference. While searching the operator can
distinguish the specified metal, based on the metal detector's reaction to the search coil's response (a different sound in
tone and/or lighting indication can be differentiated). Please note, not all metal detectors feature a diverse and/or
wide array of detection elimination options and differentiation.
Discrimination
The detector creates sounds in dif fe re n t to ne s and/or gives different display and/or light indications to different metal
types. Discrimination also has the somewhat similar ability to also eliminate or 'zero-in' on the location/detection of
select metals. This is referred to as “discriminating”. D iscrimination is one of the most important features of the metal
detector (a different sound in tone and/or lighting indication can be differentiated). Please note, not all metal detectors
feature a diverse and/or wide array of detection elimination options and differentiation..
Metals
The common metals are alloys, such as copper, due to the different character composition of different metals, they are
most generally divided and grouped by categories like: red copper, brass, bronze, etc. However, the same metals can
provide different detection / metal detector indication -- and vice versa, different m etals can prov id e sim ilar detect ion /
metal detector indication. With a same metal, due to the different composition, shape and differences in the degree of
oxidation, resulting in electrical conductivity or magnetic permeability are not the same, as in the metal detector, there
are more often different responses.
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Iron
Iron is a common metal, it’s usually not the dedicated detection target. Undesirable iron objects include iron nails,
bolts, old cans, caps, etc. Valuable relics and sought after materials can also be composed of iron, such as old
armaments, old armature, etc . So, it may be best to pay attention to everything you detect!
Ferrous Metals
It is the metal which is made of, or containing, iron.
Trash metals
Caps, pull-tabs, s-caps from beverage containers are the most bothersome trash items for treasure hunters while metal
detecting, you should wish, to preferably, el iminate them when searching and detection. But some other valuable
objects may have a magnetic signature similar to the above trash metals, and will also be eliminated when selecting
discriminating levels. Discriminate carefully and once again, it may be best to pay attention to everything you detect!
Pinpoint Targeting
Pinpoint targeting is the process of determining the exact location of a buried metal object. As in the motion detection
mode, you need move the search coil continuously when searching and it’s hard to determine the exact location of the
buried metals during pinpoint targeting. Using the non-motion detection technology, it allows the search coil to center
align with the location of the buried metal and narrow-down a more relevant and exact location of your finding.
Ground Balance
Because the metals and objects are buried in the earth, the mineralization that occurs in the soil will affect the
detection ability and signal frequency. The integrated ground balance detec tor technolog y will, to the best of it's ability,
eliminate or weaken the shielding effect of the mineralized soil. The ground balance system contains an internal
ground balance adjustment for regulation of such instances (a different sound in tone and/or lighting indication can be
differentiated). Please note, not all metal detectors feature a diverse and/or wide array of detection elimination options
and differentiation..
Note: when you initially power on the metal detector, the unit will go into the
self-inspection boot process. Do not press any buttons or perform any operations, until
the self-inspection program has been completed.
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Assembly
1. Open the packing box.
2. Loosen the locking knob on the lower stem, and loosen the bolt. Insert the lower stem to the search
coil, and tighten the connection. Don’t forget to insert the rubber gaskets on each side.
3. Press down the locking spring (silver button) on the lower stem, and insert into the middle stem.
4. Press down the silver button on the upper arm and insert it to the other side of the middle stem.
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Assembly...
5. Coil the cable line of the search coil onto the tube pole arm, keep the cable moderate loose but
wrapped around enough, so that the cable line won’t sway or dangle in the way, then insert the cable plug
to the connector located on the lower right jack of the control box. Note: when disconnecting or
inserting the cable, make sure you connect / disconnect via holding onto the connector, not the cable itself.
Make sure when settin g the length of the metal detector, to set accordingl y at a comfortable and proper
height from the ground floor surface.
6. The arm support brace has three positions. When adjusting, tighten the triangular fastening screw
under the arm support bracket accordingly.
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