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Calculate step and touch potentials for earth grids.
Design of
safe buried earthing systems made fast and easy for many applications.
Accurate
results in compliance with the latest Standards.
▪ Build
earth grids and rods of any shape or size ▪ Analyze results in 3D
▪ Input field soil resistivity measurements ▪ Size earthing conductors ▪
Metric or
Imperial
To see how
it works: Download Demo
or View Images
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$995.00 + GST
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Reference Manual
Sample Report
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SafeGrid complies with IEEE Std. 80 and IEC 60479 (AS/NZS 60479).
International earthing design software. Tested against CDEGS AutoGrid. |
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CALCULATIONS:
Analysis and safety criteria evaluation for any arbitrary
buried earthing electrode configurations for any application.
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Advanced proprietary algorithm based on Maxwell's equations and Method
of Moments methodology.
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Computation of grid resistance and ground potential rise (GPR).
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Surface potential, touch and step voltage analysis over the area of
the grid and beyond in 2D and 3D colour perspectives.
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Safety criteria calculations for maximum permissible touch and step
voltages based on either IEEE Std. 80-2000 or IEC 60479-1.
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Uniform and two-layer soil modelling from field measurement data.
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Build grids of any shape using either the grid editor or load custom
grids from AutoCAD files.
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Arbitrarily position grounding rods.
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Sizing of earthing conductors per
IEEE Std. 80-2000.
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Metric or Imperial units.
View screen images
Download Demo Version |
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FEATURES AND BENEFITS:
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Rapid
analysis and safety evaluation for various earthing grid
configurations for determination of most economical design.
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Complies with:
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Proven algorithm in use for more than 20 years by utilities both locally and internationally.
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Equivalent performance to CDEGS AutoGrid and AutoGround.
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Optimal
soil modelling from Wenner 4-probe soil resistivity field test measurements.
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Calculate
most economical (and compliant) earthing arrangement based on:
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Optimal
soil model from field soil resistivity measurements.
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Load
arbitrary grid configurations from CAD (.dxf) files.
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Safety
criteria calculations based on IEEE and IEC methods.
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Accurate potential analysis using graphical techniques.
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Comprehensive design reporting direct to PDF.
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Sample PDF Design Report..
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