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Minelab EQUINOX 700 - Beach Mode

Minelab EQUINOX 700
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13
CONTENTS
Optimised for all salty conditions – dry sand, wet sand, surf, underwater.
Beach Mode is for salt water beaches including dry sand, wet sand, surf and underwater conditions� The salt that is
typically present causes the sand and water to be very conductive, causing salt noise to be detected� Multi-IQ is better
able to reduce this noise than any single-frequency can� Therefore Multi is the only Frequency option�
Beach Mode specifically identifies any residual salt response and assigns a Target ID of 0 (zero) — indicating that it's an
unwanted target — so that desirable low conductive targets such as gold chains can readily be detected with minimal
interference from the salt-water� The Recovery Speed is relatively high to further reduce unwanted salt-water signals,
without greatly sacrificing detection depth�
Beach Profile 1 — Wet and Dry Sand
Beach 1 is most useful for detecting in wet and dry beach
sand and also in shallow water where conductive salt
signals are prevalent� It has good sensitivity to coins and
small/large jewellery� Beach 1 reduces the salt signal, while
maintaining high transmit power, and still being sensitive
to desirable targets� Beach 1 Multi-IQ processes a low
frequency weighted multi-frequency signal, and uses
special algorithms to maximise ground balancing for salt�
To maximise performance in wet sand, perform
a Ground Balance (page 26) after making any
changes to the Noise Cancel channel, Recovery
Speed or Iron Bias�
Beach Profile 2 — Underwater and Surf
Beach 2 gives the best results when either wading or
shallow diving, with the coil and/or detector fully submerged�
In these instances, there is a very strong salt signal present,
so Beach 2 has a lower transmit power, which results in
much less noise�
This Profile may also be useful in dry conditions where there
are extremely high ground noise levels� Beach 2 Multi-IQ
processes a very low weighted multi-frequency combination,
using the same algorithms as Beach 1 to maximise ground
balancing for salt�
Beach Detecting Hotspots
Search for coins and jewellery under jetties
and board-walks, beside steps and entry
ways to and from the beach�
Locate the areas where people swim the
most and detect in the deeper water there�
Venturing into the water can give you an
advantage over other detectorists who
remain on the sand� Research shipwrecks if
you are interested in historical finds�
Occasionally, the top layers of sand will be
washed away by stormy weather conditions,
exposing some deeper layers that often
contain good targets�
Difficult Beach Areas — Black Sand
Some beaches contain black sand, which
has high natural iron content and is often
magnetic� This causes continuous false
ferrous detections, making normal beach
detecting impossible
Beach Mode automatically senses black
sand and reduces the transmit power to
ensure that targets can still be detected
without overloading occurring� When
black sand is sensed, the Beach Overload
Indicator will appear on the LCD� When
this icon disappears, full transmit power
automatically resumes�
Beach
The Beach Overload Indicator
appears when the transmit signal
strength is automatically reduced�

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