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Graphic indications on the 2-D grid layout of the area being analyzed for touch and step voltages, for easy identification of hazardous locationsД®arthing Calculation software, free download Average ratng: 6,3/10 1997 reviews Introduction to Grounding Calculations An Introduction to Grounding Calculations and Why They Are Necessary This webinar, given by Michael Antonishen, P.E.

Graphics of touch and step voltage variation along any straight line, with comparison to the safe values computed by the safety assessment module.

Equipotential contours for surface potentials in either 2-D or 3-D plots, with facilities to examine the graphs from any desired viewing angle.

Any area of the grid can be selected with the mouse for detailed calculations and danger point evaluation

Color-coding of the surface potential gradients based on user-defined thresholds for touch or surface potentials.

Graphical comparison of deduced soil model with field measurements, for model acceptance.

Computation of maximum single phase to ground fault current for a specified grid.

Ability to model return electrodes and distinct electrodes.

Supports symmetrical or asymmetrical grids of any shape.

Electrode analysis for the optimal sizing of conductors and rods based on the most common type of electrode material as per IEEE Std.

DC component of asymmetrical fault current taken into account in the computations.

Computation of the Decrement Factor (DF) from bus (X/R) ratio and shock duration data as per IEEE 80в„ў 2000.

Current Split Factor (SF) estimated from substation configuration data as per IEEE 80в„ў 2000.

Safety assessment calculations for maximum permissible touch and step voltages as per IEEE 80в„ў 2000.

Library of typical station soil resistivity values.

Library of the most common types of surface layer materials.

Uniform or two-layer soil model from field measurements or user-defined values.

Touch and surface potential analysis, inside and outside the grid perimeter, with color display in 2D or 3D representation.

Computation of the station ground resistance (Rg) and the Ground Potential Rise (GPR).

Finite element analysis of the ground grid conductors and rods.