Abstract: Described is an electrical connector assembly with an electrical connector having a connector body that includes a receptacle connector portion at a first end and a plug connector portion at a second end opposite the first end. The receptacle connector portion has electrical contacts within an opening for mating with a plug electrical connector at the first end of the connector body. The plug connector portion has electrical contacts within an opening for mating with a receptacle electrical connector at the second end. The connector body has an electrical conductor that is in electrical communication with at least one of the electrical contacts and extends from one side of the connector body. A circuit card is disposed adjacent to that one side of the connector body and is in electrical communication with the at least one electrical contact through the electrical conductor extending from the side of the connector body.

Abstract: A cabinet having a compartment disposed in an interior of the cabinet to house an electrical component. The compartment located at the base of the cabinet having Teflon rails and a stop. The compartment for holding a battery pack therein. The battery pack being slidably received into, and removed from the compartment. The battery pack engaging the stop of the cabinet, preventing the battery pack from being removed in a single sliding movement. The battery pack positioned at the base of the cabinet frame to lower its center of gravity, thus increasing the stability of the cabinet. The battery pack held firmly within the compartment during transportation of the cabinet by guide pins and finger screws.