An apparatus for managing a plurality of wires, wherein the apparatus is attached to a housing comprising at least one chock, and wherein the apparatus comprises: a support member; a plurality of semi-enclosed arms attached to the support member, wherein at least one arm of the plurality of semi-enclosed arms comprises an upper arm, an upper lip extending off of the upper arm, a lower arm, and a lower lip extending off of the lower arm, and wherein each of the plurality of semi-enclosed arms comprises a gap between a tip of the upper lip of the semi-enclosed arm and a tip of the lower lip of the semi-enclosed arm, and wherein each of the plurality of semi-enclosed arms is operable to allow one or more of the plurality of wires to pass through a cavity created by the semi-enclosed arm; wherein a cable retainer is attached to each respective one semi-enclosed arm of the plurality of semi-enclosed arms, the cable retainer comprising at least a hollow body portion and a flexible flange, wherein the flexible flange is dimensioned so as to substantially cover the gap between the tip of the upper lip and the tip of the lower lip, wherein the cable retainer is attached to the semi-enclosed arm by covering a portion of the lower lip of the semi-enclosed arm with the hollow body portion; characterized in that at least two fastener rods, one fastener rod at each end of the support member, each fastener rod comprising an attachment mechanism for attaching the apparatus to the housing, wherein each fastener rod extends away from the support member at an angle sufficient to create a pivot point allowing the apparatus to be rotated about an axis running between each pivot point from a first position to a second position, wherein the upper arm of at least one semi-enclosed arm rests against a chock when the apparatus is in the first position, and the lower arm of at least one semi-enclosed arm rests against a surface of the housing to which the apparatus is attached when the apparatus is in the second position; and the lower arm is longer than the upper arm. a support member; a plurality of semi-enclosed arms attached to the support member, wherein at least one arm of the plurality of semi-enclosed arms comprises an upper arm, an upper lip extending off of the upper arm, a lower arm, and a lower lip extending off of the lower arm, and wherein each of the plurality of semi-enclosed arms comprises a gap between a tip of the upper lip of the semi-enclosed arm and a tip of the lower lip of the semi-enclosed arm, and wherein each of the plurality of semi-enclosed arms is operable to allow one or more of the plurality of wires to pass through a cavity created by the semi-enclosed arm; wherein a cable retainer is attached to each respective one semi-enclosed arm of the plurality of semi-enclosed arms, the cable retainer comprising at least a hollow body portion and a flexible flange, wherein the flexible flange is dimensioned so as to substantially cover the gap between the tip of the upper lip and the tip of the lower lip, wherein the cable retainer is attached to the semi-enclosed arm by covering a portion of the lower lip of the semi-enclosed arm with the hollow body portion; characterized in that at least two fastener rods, one fastener rod at each end of the support member, each fastener rod comprising an attachment mechanism for attaching the apparatus to the housing, wherein each fastener rod extends away from the support member at an angle sufficient to create a pivot point allowing the apparatus to be rotated about an axis running between each pivot point from a first position to a second position, wherein the upper arm of at least one semi-enclosed arm rests against a chock when the apparatus is in the first position, and the lower arm of at least one semi-enclosed arm rests against a surface of the housing to which the apparatus is attached when the apparatus is in the second position; and the lower arm is longer than the upper arm.