Abstract: An automatic transfer switch includes a first phase switch component having a first plurality of cassettes, and at least one outer bus component disposed at an outer side of the first phase switch component. The automatic transfer switch additionally includes a first plate which is disposed on the outer side of the first phase switch component at a terminal end of the first phase switch component. The first plate is structured to increase impedance on an outer bus component of the first phase switch component to rebalance current along the first phase switch component.

Abstract: An automatic transfer switch includes a first phase switch component having a first plurality of cassettes, and at least one outer bus component disposed at an outer side of the first phase switch component. The automatic transfer switch additionally includes a first plate which is disposed on the outer side of the first phase switch component at a terminal end of the first phase switch component. The first plate is structured to increase impedance on an outer bus component of the first phase switch component to rebalance current along the first phase switch component.

Abstract: A desk includes a base, a pedestal, a desktop panel, a desktop actuator, and a controller. The pedestal extends along a vertical axis and has a bottom end that is attached to the base. The desktop panel is supported by a top end of the pedestal, and extends transversely to the vertical axis. The desktop actuator is attached to the desktop panel and includes a motorized tilt mechanism, which is configured to pivot the desktop panel about a horizontal axis, which is transverse to the vertical axis, and adjust an angle of the desktop panel relative to the vertical axis, and a motorized lateral feed mechanism, which is configured to move the desktop panel along a feed axis that is fixed relative to the desktop panel, and extends transversely to the vertical axis and the horizontal axis. The controller controls the motorized tilt mechanism and the motorized lateral feed mechanism.

Abstract: An automatic transfer switch includes a first phase switch component having a first plurality of cassettes, and at least one outer bus component disposed at an outer side of the first phase switch component. The automatic transfer switch additionally includes a first plate which is disposed on the outer side of the first phase switch component at a terminal end of the first phase switch component. The first plate is structured to increase impedance on an outer bus component of the first phase switch component to rebalance current along the first phase switch component.

Abstract: An automatic transfer switch assembly includes a first phase switch component, a second phase switch component and a third phase switch component arranged in order of the first phase switch component, the second phase switch component, and the third phase switch component in a line. The assembly further includes a first shield disposed between the first phase switch component and the second phase switch component, and a second shield disposed between the second phase switch component and the third phase switch component. Each of the first shield and the second shield includes a plurality of laminations of electrical steel.

Abstract: An assembly includes an automatic transfer switch having an operating mechanism. The operating mechanism is configured to cause current to flow through the automatic transfer switch. The assembly further includes a cooler configured to cool at least a portion of the automatic transfer switch. The cooler is structured to be wirelessly driven by electromagnetic fields generated in response to current flowing through the automatic transfer switch.

Abstract: An assembly includes an automatic transfer switch having an operating mechanism. The operating mechanism is configured to cause current to flow through the automatic transfer switch. The assembly further includes a cooler configured to cool at least a portion of the automatic transfer switch. The cooler is structured to be wirelessly driven by electromagnetic fields generated in response to current flowing through the automatic transfer switch.

Abstract: An automatic transfer switch assembly includes a first phase switch component, a second phase switch component and a third phase switch component arranged in order of the first phase switch component, the second phase switch component, and the third phase switch component in a line. The assembly further includes a first shield disposed between the first phase switch component and the second phase switch component, and a second shield disposed between the second phase switch component and the third phase switch component. Each of the first shield and the second shield includes a plurality of laminations of electrical steel.