Abstract: A grease trap for separating waste from wastewater includes a tank having an outer wall, bottom and open top. An inlet invert in the tank receives incoming wastewater, and an outlet invert removes water from the tank. The tank has a cover on the open top, and the cover has a hatch. A barrier spans a diameter of the open top below the cover and has an opening vertically below the hatch. A divider divides the tank into an upper chamber and a lower chamber and has a hole for allowing FOG into the upper chamber from the lower chamber, the hole being colinearly aligned with the hatch and the opening in the barrier.

Abstract: An electric vehicle charging system includes a housing, an electric vehicle supply circuit disposed within the housing and constructed and arranged to provide power to an electric vehicle from a power source, and a storage connector movably attached to the housing and configured to engage an electric vehicle charging connector. The storage connector may be configured to rotate between a first position to hold the charging connector to the housing and a second position for insertion/removal of the charging connector. The storage connector may be configured to engage a latch on the electric vehicle charging connector to hold the charging connector to the storage connector.

Abstract: An electric vehicle charging system includes a housing, an electric vehicle supply circuit disposed within the housing and constructed and arranged to provide power to an electric vehicle from a power source, and a storage connector movably attached to the housing and configured to engage an electric vehicle charging connector. The storage connector may be configured to rotate between a first position to hold the charging connector to the housing and a second position for insertion/removal of the charging connector. The storage connector may be configured to engage a latch on the electric vehicle charging connector to hold the charging connector to the storage connector.

Abstract: An electric vehicle charging system includes a portable housing having an integral holder to hold a connector for an electric vehicle supply circuit. An electric vehicle supply equipment enclosure includes an integral chamber to store all or part of a cord. A mounting bracket for an electric vehicle supply equipment enclosure covers an open portion of the enclosure. A method for facilitating use of an electric vehicle includes providing a prewiring kit for the electric vehicle. An electric vehicle supply equipment enclosure includes an integral disconnect switch. An electric vehicle supply circuit includes a grounding monitor circuit having automatic test functionality. Another electric vehicle supply circuit includes a contact monitor circuit to monitor the state of one or more of the contacts.

Abstract: A cable retainer assembly is adapted for segregating, bundling, and routing fiber optic cable inside a cable management cabinet. The retainer assembly includes a mounting track for being located inside the cabinet, and having first and second opposing end edges, and first and second opposing side edges. An arcuate retainer clip is carried on the mounting track between its opposing end edges and side edges. The retainer clip defines a bend-radius control surface adapted for controlling the degree of bend experienced by fiber optic cable held by the retainer clip. The retainer clip has a base, and at least one outwardly-extending cable retainer arm formed with the base. The cable retainer arm is spaced-apart from the bend-radius control surface to retain a bundled plurality of fiber optic cable inside the cabinet.

Abstract: A cable connector plate interconnects ends of fiber optic cable. The connector plate includes a base having opposing front and back sides. At least three adapters are carried by the base and have respective axially-aligned end portions extending outwardly from each of the front and back sides of the base. The adapters receive and interconnect ends of fiber optic cable in optical alignment. The adapters are disposed at respective distinct angles relative to a notional plane facing either of the front and back sides of the base.

Abstract: A fiber optic cable management system includes a cabinet defined by cabinet walls and having an interior mounting surface for carrying cable management components adapted for managing fiber optic cable within the cabinet. The mounting surface is spaced-apart from and cooperates with an adjacent one of the cabinet walls to define a door-receiving compartment inside the cabinet between the mounting surface and the adjacent wall. A cable access door is pivotably attached to the cabinet, and is adapted for pivoting movement between a closed position and an open position, and for sliding movement from the open position to a hidden position inside the cabinet and within the door-receiving compartment. Attachment rails are provided for pivotably attaching the access door to the cabinet, and for permitting sliding movement of the access door from the open position to the hidden position.