Arco eléctrico de CC

Standards :

• Stokes & Oppenlander
• Paukert
• Maximum Power

Main capabilitiese:

• Bus data of DC networks can be supplemented with DC Arc Flash related information (connected equipment type, fixed or moveable exposed circuit, enclosure and reverberation coefficients, working distance, bus gap, clearing time and fault current).
• Calculation of the maximum bolted short-circuit current levels at the desired workplace (bus)
• Batch mode simulation which performs the analysis on every bus in the DC network in one single simulation
• Automatic detection and validation of protection schemes in the DC network
• Calculation using default values depicted by standards or user-specified values
• Additional user-defined options:
  • Include an arcing current multiplier
  • Select devices that contribute to arcing current and include their contribution to the result
  • Choose either NFPA-70E or CSA Z462 as the standard for reports and warning stickers
  • Select the arc-in-a-box incident energy calculation for enclosed-type equipment

With the one-line diagram, the user can easily create different what-if scenarios (different operating levels, different protective devices or different protective device opening times, etc.) to better assess the arc flash risks and to find solutions that could minimize such risks.