DocumentCode
821651
Title
Electrical safety and arc-flash hazards
Author
Swencki, Steve J. ; Burns, David B. ; Smith, James E. ; Wetzel, Gary E. ; Roybal, David D. ; Mohla, Daleep C.
Author_Institution
Eaton Corp., Greensburg, PA
Volume
13
Issue
3
fYear
2007
Firstpage
41
Lastpage
50
Abstract
Electrical safety and reduction of arc-flash hazards are a priority in the petroleum and chemical industries. Due to a growing need to address this critical concern, a wide variety of products, designs, and system modifications are available today from electrical equipment manufacturers. Various standards committees are addressing the issue by establishing new guidelines and standards such as IEEE PI584, aimed at limiting arc-flash burns. The differences among the various standards have forced the power distribution engineer to consider and evaluate various standards to determine which is best for each particular application. Also, the guides and standards do not cover all possible conditions. The power distribution engineer must make choices related to basic system design alternatives when considering the many solutions available to reduce the hazards associated with arc flashes. The IEEE C37.20.7 working group has developed a technical paper to supplement their "guide for testing medium-voltage metal-enclosed switchgear for internal arcing faults". Numerous papers have been written on the closely related subject of system grounding.
Keywords
IEEE standards; arcs (electric); chemical industry; electrical safety; petroleum industry; power system protection; switchgear testing; IEEE C37.20.7 working group; IEEE PI584; arc-flash hazards; chemical industry; electrical safety; metal-enclosed switchgear; petroleum industry; power system protection; system grounding; Chemical industry; Design engineering; Electrical safety; Guidelines; Hazards; Manufacturing; Petroleum; Power distribution; Power engineering and energy; Product design;
fLanguage
English
Journal_Title
Industry Applications Magazine, IEEE
Publisher
ieee
ISSN
1077-2618
Type
jour
DOI
10.1109/MIA.2007.353664
Filename
4168537
Link To Document