Abstract: Trunk gland adapters include an adapter body having an internal bore that is sized to receive a trunk cable gland so that a front end of the trunk cable gland extends through a front opening of the internal bore and a plurality of attachment clips that are configured to releasably attach the adapter body to a mounting aperture in a wall of a fiber optic enclosure. Related trunk gland units and methods of routing a trunk cable into an enclosure are also disclosed.

Abstract: Trunk gland adapters include an adapter body having an internal bore that is sized to receive a trunk cable gland so that a front end of the trunk cable gland extends through a front opening of the internal bore and a plurality of attachment clips that are configured to releasably attach the adapter body to a mounting aperture in a wall of a fiber optic enclosure. Related trunk gland units and methods of routing a trunk cable into an enclosure are also disclosed.

Abstract: Trunk gland adapters include an adapter body having an internal bore that is sized to receive a trunk cable gland so that a front end of the trunk cable gland extends through a front opening of the internal bore and a plurality of attachment clips that are configured to releasably attach the adapter body to a mounting aperture in a wall of a fiber optic enclosure. elated trunk gland units and methods of routing a trunk cable into an enclosure are also disclosed.

Abstract: Trunk gland adapters include an adapter body having an internal bore that is sized to receive a trunk cable gland so that a front end of the trunk cable gland extends through a front opening of the internal bore and a plurality of attachment clips that are configured to releasably attach the adapter body to a mounting aperture in a wall of a fiber optic enclosure. Related trunk gland units and methods of routing a trunk cable into an enclosure are also disclosed.

Abstract: Trunk gland adapters include an adapter body having an internal bore that is sized to receive a trunk cable gland so that a front end of the trunk cable gland extends through a front opening of the internal bore and a plurality of attachment clips that are configured to releasably attach the adapter body to a mounting aperture in a wall of a fiber optic enclosure. Related trunk gland units and methods of routing a trunk cable into an enclosure are also disclosed.

Abstract: Trunk gland adapters include an adapter body having an internal bore that is sized to receive a trunk cable gland so that a front end of the trunk cable gland extends through a front opening of the internal bore and a plurality of attachment clips that are configured to releasably attach the adapter body to a mounting aperture in a wall of a fiber optic enclosure. Related trunk gland units and methods of routing a trunk cable into an enclosure are also disclosed.

Abstract: A door latching mechanism comprises two oppositely-directed, vertically-slideable rods adapted to engage at their outer ends respectively with the top and bottom of a door frame, and a main latch member adapted to engage with a keeper provided on or in the side of the door frame, the latching mechanism comprising a push rod actuating assembly which is connected between the inner ends of the push rods and is engaged by the main latch member, and is so arranged, in use, to urge the push rods in opposite outward directions on latching engagement of the main latch member with the door side frame, the push rod actuating assembly comprising an actuating assembly housing in or on which is mounted first and second gear pinions that are respectively meshed with vertically slideable oppositely-directed push rod bars connected to the respective inner ends of the push rods, the pinions being meshed with respective racks provided on opposite sides of a slider which is slideable substantially horizontally relative to the h

Abstract: DOOR LATCHING MECHANISM A door latching mechanism comprises two oppositely-directed, vertically-slideable rods adapted to engage at their outer ends respectively with the top and bottom of a door frame, and a main latch member adapted to engage with a keeper provided on or in the side of the door frame, the latching mechanism comprising a push rod actuating assembly which is connected between the inner ends of the push rods and is engaged by the main latch member, and is so arranged, in use, to urge the push rods in opposite outward directions on latching engagement of the main latch member with the door side frame, the push rod actuating assembly comprising an actuating assembly housing in or on which is mounted first and second gear pinions that are respectively meshed with vertically slideable oppositely-directed push rod bars connected to the respective inner ends of the push rods, the pinions being meshed with respective racks provided on opposite sides of a slider which is slideable substantially horizo

Abstract: A circuit board injector/ejector device for use with a circuit board to be accommodated in a rack housed in an enclosure comprises a body adapted to be secured to a front plate secured to the circuit board and a lever pivotally mounted on the body. The device is adapted to assist in providing the force necessary to effect a multiplicity of pin and socket connections at the rear of the circuit board when the circuit board is introduced into a rack and to assist in providing the force necessary to effect disconnection of the multiplicity of pin and socket connections at the rear of the circuit board when the circuit board is withdrawn from the rack.

Abstract: Trunk gland adapters include an adapter body having an internal bore that is sized to receive a trunk cable gland so that a front end of the trunk cable gland extends through a front opening of the internal bore and a plurality of attachment clips that are configured to releasably attach the adapter body to a mounting aperture in a wall of a fiber optic enclosure. elated trunk gland units and methods of routing a trunk cable into an enclosure are also disclosed.