Abstract: A connector for a DC voltage connection to a platform can have i) a first over-mold section for a panel mount and ii) a sealing boot with a second over-mold section. The first over-mold section for the panel mount encases a portion of a first cable and a first section of a shear bolt connector to form a panel mount receptacle. The second over-mold section of the sealing boot encases a portion of a second cable and a second section of the shear bolt connector. The second over-mold section can have a shape and size to slidably fit over the first over-mold section to form a mechanically locked, watertight assembly that covers the shear bolt connector in its entirety and the portions of the first cable and the second cable that are electrically coupled inside the shear bolt connector.

Abstract: A method for assembling and installing a power connector on a cable includes providing female and male connectors having a tapered insulator and a contact defining a set screw contact having at least one first radial aperture. A first set screw engages the at least one first radial aperture and a second set screw engages the at least one second radial aperture. Each of the first and second set screws define an outer surface and a bore extending at least partway therethrough. A first retaining screw engages the bore of the first set screw and corresponding aperture in the female connector. A second retaining screw engages the bore of the second set screw and corresponding aperture in the male connector.

Abstract: An electrical asset for distributing power for use with a Radio Frequency Identification (“RFID”) tracking system and middleware. The electrical asset includes at least one attachable identifier defining an external surface and at least one radially extending portion or axially extending portion. An RFID transponder is molded into the attachable identifier and embedded within the radially or axially extending portion, and below the exterior surface of, the attachable identifier. The transponder is configured to transmit a first signal to a transmitting and receiving device and receive a second signal from the transmitting and receiving device.

Abstract: An electrical asset for distributing power for use with a Radio Frequency Identification (“RFID”) tracking system and middleware. The electrical asset includes at least one attachable identifier defining an external surface and at least one radially extending portion or axially extending portion. An RFID transponder is molded into the attachable identifier and embedded within the radially or axially extending portion, and below the exterior surface of, the attachable identifier. The transponder is configured to transmit a first signal to a transmitting and receiving device and receive a second signal from the transmitting and receiving device.

Abstract: An electrical asset for distributing power for use with a Radio Frequency Identification (“RFID”) tracking system and middleware. The electrical asset includes at least one electrical component defining an external surface and at least one radially extending portion or axially extending portion. An RFID transponder is overmolded with the at least one electrical component and embedded within the at least one radially extending portion or axially extending portion and below the exterior surface of the at least one electrical component. The transponder is configured to transmit a first signal to a transmitting and receiving device and receive a second signal from the transmitting and receiving device.

Abstract: An apparatus configured to mount on a door comprises a panel, an upper elastic sleeve, and a lower elastic sleeve. The top side of panel is attached to the upper sleeve. The lower side of the panel is attached to the lower sleeve. The panel may comprise an image.

Abstract: An electrical connector includes a female and male connector each having a tapered insulator and a contact with a first set screw a radial aperture. A set screw is received within the radial apertures, the set screws having an outer surface and a bore extending at least partway therethrough. A retaining screw is received within the bores of the set screws and corresponding aperture in the female and male connector. An RFID transponder is disposed within the connector. The transponder is configured to transmit a first signal to a transmitting and receiving device and receive a second signal from the transmitting and receiving device.

Abstract: A method for assembling and installing a power connector on a cable includes providing female and male connectors having a tapered insulator and a contact defining a set screw contact having at least one first radial aperture. A first set screw engages the at least one first radial aperture and a second set screw engages the at least one second radial aperture. Each of the first and second set screws define an outer surface and a bore extending at least partway therethrough. A first retaining screw engages the bore of the first set screw and corresponding aperture in the female connector. A second retaining screw engages the bore of the second set screw and corresponding aperture in the male connector.

Abstract: An electrical connector includes a female and male connector each having a tapered insulator and a contact with a first set screw a radial aperture. A set screw is received within the radial apertures, the set screws having an outer surface and a bore extending at least partway therethrough. A retaining screw is received within the bores of the set screws and corresponding aperture in the female and male connector. An RFID transponder is disposed within the connector. The transponder is configured to transmit a first signal to a transmitting and receiving device and receive a second signal from the transmitting and receiving device.

Abstract: A lighting streamer for a low voltage LED lighting system includes a cable having a positive conductor and a negative conductor, a first connector, a second connector, and at least one socket assembly positioned between the first connector and the second connector and in electrical communication with the cable. Each of the socket assemblies are configured to receive an LED bulb therein. The socket assembly defines a top portion and a bottom portion which when assembled, pierce the positive conductor and the negative conductor. A protective coating encapsulates the at least one socket assembly. At least one LED light bulb positioned in and in electrical communication with the at least one socket.

Abstract: An electrical connector is provided for a cable for distributing power. The connector includes a first end, a second end, and a midsection, and includes a female connector and a male connector. The female connector includes a tapered female insulator and a female contact defining at least one first radial aperture. The female connector further includes a first retaining screw received within a corresponding aperture defined in the female insulator to secure assembly thereof. The male connector includes a tapered male insulator defining a second taper and a male contact defining at least one second radial aperture. The male connector further includes a second retaining screw received within a corresponding aperture defined in the male insulator to secure assembly thereof.

Abstract: A facilities lighting system includes a power supply and an AC/DC converter in electrical communication with the power supply. A plurality of lighting fixtures is in electrical communication with one another in series wherein at least one of the plurality of lighting fixtures is in electrical communication with the AC/DC converter. At least one LED lighting member is installed in the at least one of the plurality of lighting fixtures. In one embodiment, the lighting member is an LED tubular bulb such as an LED T8 tube.

Abstract: An electrical connector is provided for a cable for distributing power. The connector includes a first end, a second end, and a midsection, and includes a female connector and a male connector. The female connector includes a tapered female insulator and a female contact defining at least one first radial aperture. The female connector further includes a first retaining screw received within a corresponding aperture defined in the female insulator to secure assembly thereof. The male connector includes a tapered male insulator defining a second taper and a male contact defining at least one second radial aperture. The male connector further includes a second retaining screw received within a corresponding aperture defined in the male insulator to secure assembly thereof.

Abstract: A lighting streamer for a low voltage LED lighting system includes a cable having a first end and a second end, a first connector positioned on and in electrical communication with the first end of the cable, and a second connector positioned on and in electrical communication with the second end of the cable. At least one socket is positioned between the first connector and the second connector and is in electrical communication with the cable. At least one LED light bulb is positioned in and is in electrical communication with the at least one socket.

Abstract: A breakaway cable for an electric vehicle charging system comprises a female portion connected to a first cable and a male portion connected to a second cable. The female portion comprises a tang located at an end of the female portion. The male portion is configured to receive the female portion and comprises a catch and a lip, both the catch and the lip being located on an inner surface of the male portion. Upon engagement of the tang with the lip, the tang is disengagable from the lip by application of force. The tang is disengagable from the catch by further application of force.