2014Unpublished venueRequires access

Exposed to the arc flash hazard

Mike Lang, K.R. Jones

Open publisher page 5 citations

Abstract

It is widely acknowledged that an arc flash hazard may exist when energized conductors are within equipment in an enclosed condition if a person is interacting with the equipment at close proximity in such a manner that could cause an electric arc fault. This paper presents the results of scouting tests of arc flash events within enclosed low voltage equipment (internal arc faults). This testing was performed to see if the incident energy mitigation efforts of one company were adequate to prevent arc flash exposures to equipment operators should an arc fault occur within the equipment they interact with. Arc faults were initiated within low voltage disconnect switches, industrial control enclosures and motor control center buckets. Only the possible severity of such events on nearby operators was investigated. No attempt was made to identify the likelihood of such events from operator interaction nor all of the potential causes of internal arc faults.

About this research paper

What this paper is about

It is widely acknowledged that an arc flash hazard may exist when energized conductors are within equipment in an enclosed condition if a person is interacting with the equipment at close proximity in such a manner that could cause an electric arc fault. This paper presents the results of scouting tests of arc flash events within enclosed low voltage equipment (internal arc faults). This testing was performed to see if the incident energy mitigation efforts of one company were adequate to prevent arc flash exposures to equipment operators should an arc fault occur within the equipment they interact with. Arc faults were initiated within low voltage disconnect switches, industrial control enclosures and motor control center buckets. Only the possible severity of such events on nearby operators was investigated. No attempt was made to identify the likelihood of such events from operator interaction nor all of the potential causes of internal arc faults.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

It is widely acknowledged that an arc flash hazard may exist when energized conductors are within equipment in an enclosed condition if a person is interacting with the equipment at close proximity in such a manner that could cause an electric arc fault. This paper presents the results of scouting tests of arc flash events within enclosed low voltage equipment (internal arc faults). This testing was performed to see if the incident energy mitigation efforts of one company were adequate to prevent arc flash exposures to equipment operators should an arc fault occur within the equipment they interact with. Arc faults were initiated within low voltage disconnect switches, industrial control enclosures and motor control center buckets. Only the possible severity of such events on nearby operators was investigated. No attempt was made to identify the likelihood of such events from operator interaction nor all of the potential causes of internal arc faults.

Key concepts: Arc flash, Arc-fault circuit interrupter, Arc (geometry), Hazard, Fault (geology), Flash (photography), Electric arc, Electrical engineering

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