In our second video, see Adams Baker explain how, in the event of an arc flash, AQS can be returned to service within hours. See what it takes to make this possible.
In our fourth video, learn how the Arc Quenching Device creates a current-limited, lower impedance current path to extinguish an arcing fault inside the switchgear.
Learn more about Arc Quenching Switchgear from our educational video series. In our first video, see Adams Baker, Eaton’s Arc Quenching Switchgear expert, demonstrate how this state-of-the-art switchgear operates to extinguish an arc flash.
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.
In our final video, Adams explains how you can be sure that the current path created by the Arc Quenching Device is always going to be the one of lowest impedance, and therefore will extinguish any given arc fault inside the switchgear.
