Every millisecond counts - ARCON Eaton’s 3rd Generation of internal arc-fault mitigation system
5:24
An arc flash in a low-voltage switchboard can be catastrophic in terms of safety of people and to the ongoing continuity of your business. The effects are very similar to those of an explosion and every millisecond counts in terms of quenching the arc flash. Eaton offers a comprehensive range of solutions to help businesses reduce the risk of injury and costly damage caused by an arc flash. In this video you will see the effects of an arc flash in a low-voltage switchboard. Find out how ARCON 3G can help you protect your personnel and property!
An arc flash in a low-voltage switchboard can be catastrophic in terms of safety of people and to the ongoing continuity of your business. The effects are very similar to those of an explosion and every millisecond counts in terms of quenching the arc flash. Eaton offers a comprehensive range of solutions to help businesses reduce the risk of injury and costly damage caused by an arc flash. In this video you will see the effects of an arc flash in a low-voltage switchboard. Find out how ARCON 3G can help you protect your personnel and property!
Related videos for "arc quenching"
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How to reduce incident energy as low as technically possible
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Our expert Jonathan Wells, explains various arc flash mitigation solutions. He outlines Eaton's Arc Quenching Switchgear and further explains how it’s the ideal arc flash mitigation solution, enhancing safety and protecting uptime.
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Arc Quenching Switchgear prevents catastrophe at a substation (with captions)
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In this simulated arc flash event, see how Arc Quenching Switchgear prevents disaster after a planned maintenance outage by extinguishing a phase-to-phase arcing fault within 4 milliseconds. Video contains captions.
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Arc Quenching Switchgear video series: How the Arc Quenching Device works.
2:08
In our third video, see the internals of the blue Arc Quenching Device and learn how it extinguishes an arcing fault in a total of 4 milliseconds without stressing the power distribution system.
