Arc-Flash Report - Tucson VAMC Final.pdf
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Tucson VAMC – Tucson, Arizona Electrical Condition Assessment
Prepared for: Dept. of Veterans Affairs Section 6 Page 1 Prepared by: E.K. Fox & Associates, Ltd.
425 I Street, NW, (CFM3A) 4500 Southgate Place, Suite 800 Washington, DC 20001 Chantilly, VA 20151
6. ARC FLASH HAZARD ANALYSIS
6.1. Introduction
Arc flash hazard analysis will be based on the 2018 Edition of the National Fire Protection Association (NFPA) Standard 70E® – Standard for Electrical Safety in the Workplace.
6.2. Basis of Study
The arc flash study was conducted to the bus level with the system in the normal operating and interconnection state. The study was conducted in accordance with IEEE 1584 and is based on an incident energy level of 1.2 cal/cm2. The results of the calculations are used to determine the arc flash boundary, working distance, incident energy, and required personal protective equipment (PPE).
6.3. Disclaimer
This arc flash analysis utilizes the system models developed for the other phases of this Electrical Condition Assessment. The calculations are based on the current system configuration and assumptions that have been described in this report. System modifications or assumptions that prove to be false may change the hazard level. This analysis is not meant to promote or encourage work on energized equipment. It should not be inferred that the use of personal protective equipment ensures safety while working on energized electrical equipment. It is recommended that all electrical equipment be de-energized before gaining access.
This arc flash analysis has been developed using the Arc Flash Evaluation module of SKM Power*Tools and was performed based on the equations and formulas presented in IEEE Standard 1584 and the information given in NFPA 70E related to personal protective clothing and equipment. The user of this analysis must be knowledgeable of NFPA 70E, which provides information and guidance on protective performance of equipment and various fabrics, and have read and is familiar with the pertinent standards and references (such as industry standards and codes dealing with the subject of flash protection, fault analysis, overcurrent device coordination, and the performance of a given system's electrical equipment under various fault conditions). The user must also have read and understood all of the related protective device coordination industry standards, theories, and concepts.
The equations and formulas used in the arc flash analysis are based on experimental data and use theoretical and empirical equations to provide an approximation of the heat falling on a surface. Temperature, humidity, barometric pressure, arc length, and the location of a fault within any switchgear cubicle, panel, motor control center, or any other electrical equipment, may change the characteristics of the arc. As such, an actual arc is likely to produce heat that may differ from the results documented in this analysis.
Tucson VAMC – Tucson, Arizona Electrical Condition Assessment
Prepared for: Dept. of Veterans Affairs Section 6 Page 2 Prepared by: E.K. Fox & Associates, Ltd.
425 I Street, NW, (CFM3A) 4500 Southgate Place, Suite 800 Washington, DC 20001 Chantilly, VA 20151
Therefore, the user should use the results of this Arc Flash Analysis only as a guide. The interpretation and use of the calculated results provided by the flash hazard analysis software program documented in this study are the sole responsibility of the user.
6.4. Results
The results of the analysis are included below and identify thirty-six (36) buses that have an incident energy level at or above 40 cal/cm2. These are highlighted in the following report.
A sample set of arc flash labels generated from the study is included following the arc flash report. The complete collection of labels for all buses in the study is included in the softcopy version of this report.
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