Arc Flash Evaluation
Arc Flash Evaluation calculates the incident energy and arc flash
boundary for each location in a power system. Arc Flash saves time by
automatically determining trip times from the protective device
settings and arcing fault current values. Incident energy and arc flash
boundaries are calculated following the NFPA 70E, IEEE 1584 and NESC
standards. Clothing requirements are specified from a user-defined
clothing library. Clearing times can be automatically reduced based on
safer power systems while applying NEC 110.16, NFPA 70E, IEEE
1584, and NESC (OSHA 1910.269 Appendix E) standards or requirements.
time with the fully integrated Short Circuit, Over-Current
Coordination, Equipment Evaluation and Arc Flash Evaluation modules
working together with libraries of clothing levels, protective devices
and bus ratings.
- Provide a safer working environment by
specifying the proper level of clothing. Wearing inadequate clothing is
dangerous for obvious reasons, but wearing too much clothing is
dangerous due to limited mobility and visibility.
- Evaluate alternatives quickly and easily to establish an optimal design.
- Improve safety margins with user-definable arcing fault tolerances.
- Save time by automatically generating arc flash labels and work permits.
- Avoid potential fines, lost productivity, and increased insurance and litigation costs.
- Simple to use tabular interface for system design, PPE selection, and reviewing study results.
- Summary and detail view enables complete bus by bus examination of study data.
- Pre-populated library of protective clothing allows user-defined PPE additions.
Bus and branch arcing fault values are automatically calculated and
trip times are automatically determined from the protective device
- Arc Flash labels are automatically produced to
comply with NEC 110.16 labeling requirements and can be printed to
several standard size label sheets.
- Create custom labels in any size with user-defined logos, text, comments, field placement, and local language support.
- Report selected bus locations using custom queries or go-to function.
- Full featured reporting including bus report, line-side report, and load-side report.
Learn more about using Arc Flash using the new IEEE 1584 2018!
- Option to follow the NFPA 70E, IEEE 1584 or NESC standards.
- Option to perform DC Arc Flash analysis. (DC Systems study module required)
- Option to report in English or Metric units.
- Fuses and breakers may be modeled as current limiting devices with user-defined equations.
- Allows representation of differential, zone-interlocking, photo-sensing, and other special instantaneous protection schemes.
- Induction motors can be included; excluded; or included for a user-defined time.
- Automatically accumulates energy from parallel contributions that clear at different times.
- Compare results from multiple project scenarios in a single table.
- Option to check upstream protective devices for mis-coordination.