Earthing Resistance & Conductor Size EstimatorsContact us for a copy |
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Software tool to calculate the resistance of a grounding system and the dimensions required for a specific earthing resistance. The calculation process of this application is based on formulas obtained from BS 7430:2011 and IEEE Std 80-2000.
The calculations can account for:
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Lightning Protection
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Software tool for the design of a lightning protection system (LPS) based on the calculation methodology provided by IEC 62305-3:10.
The following LPS design parameters are calculated:
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Lightning Protection Engineering ToolsContact us for a copy |
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Software tool for the design of the lightning protection system (LPS) based on the calculation methodology provided by IEC 62305-3:10.
The following LPS design parameters are calculated:
Types of structures that can be examined:
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Q-Method for analysing DC Stray Current interference
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The Q method will be included in the upcoming ISO 21857 Standard. It can be used for evaluating the time varying potentials to allow a judgement of the pipelines’ corrosion risk caused by dc interference.
The method can be used to evaluate:
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AMPACITY Software for
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A computer program with G.U.I that provides the minimum conductor size, the conductor ampacity or the conductor temperature rise of bare buried conductors during a fault. For bare overhead conductors the software computes the conductor temperature when the electrical current is known or the current that yields a given maximum allowable conductor temperature. The calculations rely on IEEE std 738-2012 and on IEEE std 80-2013.
The Overhead Conductors can handle three input data sets that account for:
The Buried Conductors module can handle three input data sets that account for :
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