DocumentCode
63241
Title
Clothing in Arc Flash: Four Types of Arc Exposure and the Effect of Moisture on Garment Appearance After an Arc Event
Author
Hoagland, Elihu ; Golovkov, Mikhail ; Maurice, Claude ; Clark, P.
Author_Institution
ArcWear & e-Hazard, Louisville, KY, USA
Volume
50
Issue
4
fYear
2014
fDate
July-Aug. 2014
Firstpage
2370
Lastpage
2374
Abstract
Garments respond differently to four types of arc exposures. Moisture in arc-exposed garments can alter their appearance in ways not typically observed in standardized arc flash testing, such as ASTM F1959, IEC 61482-1-1, IEC 61482-1-2, or ASTM F2621. Color changes, which are commonly seen in garments exposed to standard tests, do not occur as expected when garments are moist. This information may be useful in accident investigation and hazard assessment. The four types of arc exposures described herein are presented as follows: radiated arc, ejected arc, arc-in-a-box, and “tracking” arc. Two of these arc exposures can be described as plasma rich, and the other two are only circumstantially plasma rich, depending on equipment configuration, duration, voltage, and fault current level. New methods to reduce arc hazards, such as blankets meeting ASTM F2676 and shields meeting ASTM F2522, and how they relate to potential arc exposures will also be discussed.
Keywords
accidents; arcs (electric); hazards; protective clothing; ASTM F1959; ASTM F2522; ASTM F2621; IEC 61482-1-1; IEC 61482-1-2; accident investigation; arc event; arc hazards; arc-exposed garments; arc-in-a-box; clothing; ejected arc; garment appearance; hazard assessment; moisture effect; radiated arc; standardized arc flash testing; tracking arc; Arc discharges; Clothing; Fault currents; Hazards; Plasmas; Standards; Testing; ASTM; ASTM F1506; ASTM F1959; ASTM F2178; ASTM F2522; ASTM F2621; ASTM F2676; Arc flash; IEC 61482-1-1; NFPA 70E; arc flash; arc flash research; electric arc exposure; fault current; plasma; plasma rich; plasma-rich;
fLanguage
English
Journal_Title
Industry Applications, IEEE Transactions on
Publisher
ieee
ISSN
0093-9994
Type
jour
DOI
10.1109/TIA.2014.2300414
Filename
6714493
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