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Using one-line diagrams and system models that provide the most convenient, flexible and cost-effective method as first steps to conduct an Arcing Flash Hazard study. |
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Improving compliance with the latest NFPA 70E 2009, IEEE 1584, CSA Z462 2008 and NESC 2007 standards and addressing various considerations in an Arc Flash Hazard study. |
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Saving time with fully integrated use of the scenario manager and Data Visualizer to review and analyze results and to apply good engineering judgment as to what needs to be reported. |
| • | Evaluating different system scenarios simultaneously to determine the worst-case arc flash incident energy and appropriate personal protective equipment. Automatic generating and printing of the worst-case arc flash labels. |
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Reducing reporting and documentation time by utilizing features to customize an array of reporting formats including arc flash labels and energized work permits. |
