Arc Quenching Switchgear video series: Ensuring the path of lowest impedance.
2:42
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. Learn more at Eaton.com/aqs
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. Learn more at Eaton.com/aqs
Oil and gas Similar Videos
-
Eaton’s Engineering Services electrical training programs | Eaton PSEC
8:43
Learn about Eaton’s Engineering Services electrical training programs, a comprehensive portfolio of training solutions that can be custom tailored to your organization’s needs.
-
Volts, amps, and watts in a power system | Eaton PSEC
9:08
Learn the concepts that explain the flow of electricity: volts, amps, and watts. We then explain how these fundamental units of electricity are applied in designing an electrical power system.
-
Reading electrical one line drawings | Eaton PSEC
19:13
Electrical one-line diagrams are drawings that represent an electrical system by detailing the components, how they are connected, and the power flow. Watch to learn the common symbols and how to correctly read one-line drawings.