Do Arc Mitigating Systems Really Work?

Electrical equipment, fitted with arc quenching technologies, have been employed and have been providing personnel and equipment protection in many global installations for over two decades. This technology continues to evolve, advance, and provides significant reduction of arc incident energy. However, a limiting factor has become the actual standards which define some of the fundamental aspects of its design and applications. This work outlines how the present generation of arc quenching technologies continue to reduce arc incident energy and improve safety within switchgear, motor control centers or control panels. Very detailed testing results will provide conclusive evidence of a superior level of protection to not only the protected equipment and process, but also to personnel as well. The factory and site acceptance testing criteria for arc mitigation systems, to guarantee the correct operation of the system, will be discussed as well. Common myths and misconceptions surrounding arc quenching technologies, such as the system current impact expectations when using arc quenching technologies, are also covered.

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Publication Details

Journal
IEEE Transactions on Industry Applications
Published
2025-05-07
DOI
https://doi.org/10.1109/tia.2025.3567430
Primary Topic
Risk and Safety Analysis
Type
article
Field-Weighted Citation Impact
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article

Do Arc Mitigating Systems Really Work?

John Kay, Juha Arvola, Mikko Manninen
IEEE Transactions on Industry Applications
Risk and Safety Analysis
article

Do Arc Mitigating Systems Really Work?

John Kay, Juha Arvola, Mikko Manninen
article en

Abstract

Electrical equipment, fitted with arc quenching technologies, have been employed and have been providing personnel and equipment protection in many global installations for over two decades. This technology continues to evolve, advance, and provides significant reduction of arc incident energy. However, a limiting factor has become the actual standards which define some of the fundamental aspects of its design and applications. This work outlines how the present generation of arc quenching technologies continue to reduce arc incident energy and improve safety within switchgear, motor control centers or control panels. Very detailed testing results will provide conclusive evidence of a superior level of protection to not only the protected equipment and process, but also to personnel as well. The factory and site acceptance testing criteria for arc mitigation systems, to guarantee the correct operation of the system, will be discussed as well. Common myths and misconceptions surrounding arc quenching technologies, such as the system current impact expectations when using arc quenching technologies, are also covered.

IEEE Transactions on Industry ApplicationsVol. 61(5)
Rockwell Automation (Canada) (CA)
Openalex Percentile: Top 90%
Risk and Safety Analysis
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