Accurate Scanner 3D
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$3,500,00
Top of the Line ROV. Four High Performance Motors that Make it Faster than the SeaOtter-2
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Resistivity geophysical surveys measure variations in the electrical resistivity of the ground, by applying small electric currents across arrays of ground electrodes. The survey data is processed to produce graphic depth sections of the thickness and resistivity of subsurface electrical layers. The resistivity sections are correlated with ground interfaces such as soil and fill layers or soil-bedrock interfaces, to provide engineers with detailed information on subsurface ground conditions.
The MiniSting has a built in re-chargeable NiMH battery with power sufficient for one day of manual surveying. The instrument is delivered with a battery charger. During automatic surveys when the instrument uses a lot of power, it is normally powered by an external 12 V battery.
Resistivity imaging which is also known as electrical resistivity tomography (ERT), is particularly useful in clayey ground where methods such as Ground Penetrating Radar (GPR) are less effective. The method helps to define transitional boundaries which can be difficult to detect using other geophysical methods.
Notes :- This survey does not take more than 10 minutes.
Features device
Accurate Scanner 3D is the strongest descriptive detector To explore minerals and voids in the ground.
Detects all kinds of metals, rocks, caves & tunnels.
Sends strong signals to penetrate all types of hard rocks [32m depth].
Determines the depth of the target in cm.
Detects solution features & voids.
Measures bedrock & water table depth.
Identifies fracture zones & discontinuities.
Defines saline groundwater incursions.
Finds abandoned mine shafts.
Accurate Scanner 3D
Reviewed by gmdlocators
on
June 05, 2017
Rating:
Reviewed by gmdlocators
on
June 05, 2017
Rating:
