Abstract: The present invention relates to a module for terminating and connecting optical fiber telecommunications cables including connection locations located on a bulkhead pivotably mounted to an open front of a housing. The bulkhead also includes a cable management structure which moves with the bulkhead as the bulkhead pivots. The module may be mounted to a telecommunications equipment rack directly mounting locations on vertical supports of the rack Alternatively, the module may be mounted to a telecommunications equipment rack in concert with a cable slack storage structure which also fits between the vertical supports of the rack and which provides a mounting location for mounting the module. A plurality of modules may be mounted to the telecommunications equipment rack and cable guides mounted to the side of each module cooperate to define a vertical cable channel for directing telecommunications cables to a and from each of the modules mounted to the rack.

Abstract: The present invention relates to a module for terminating and connecting optical fiber telecommunications cables including connection locations located on a bulkhead pivotably mounted to an open front of a housing. The bulkhead also includes a cable management structure which moves with the bulkhead as the bulkhead pivots. The module may be mounted to a telecommunications equipment rack directly mounting locations on vertical supports of the rack. Alternatively, the module may be mounted to a telecommunications equipment rack in concert with a cable slack storage structure which also fits between the vertical supports of the rack and which provides a mounting location for mounting the module. A plurality of modules may be mounted to the telecommunications equipment rack and cable guides mounted to the side of each module cooperate to define a vertical cable channel for directing telecommunications cables to a and from each of the modules mounted to the rack.

Abstract: An adjustable cable management trough member and assembly. The assembly including first and second trough members having sidewalls extending from a base to define a U-shaped trough for receiving at least one telecommunications cable. The first trough member having a male end which is received by a female end of the second trough member. The trough members include slide posts and retention slots which engage each other to allow the trough members to be angled relative to each other in a first direction. The trough members also include a guide member and a guide slot which engage each other to allow the trough members to be angled relative to each other in a second direction. The first and second trough members may be identical.

Abstract: A low profile cable exit trough including an arch-wall with a sidewall portion. A projecting member extends from a concave surface of the arch-wall and is spaced from the sidewall portion to receive a top end of an upstanding side of a lateral trough therebetween. The arch-wall passes through the plane occupied by the upstanding side of the lateral trough at a significant angle, i.e. greater than or equal to 15 degrees, in order to allow for a lower profile above the lateral trough.

Abstract: An adjustable cable management trough member and assembly. The assembly including first and second trough members having sidewalls extending from a base to define a U-shaped trough for receiving at least one telecommunications cable. The first trough member having a male end which is received by a female end of the second trough member. The trough members include slide posts and retention slots which engage each other to allow the trough members to be angled relative to each other in a first direction. The trough members also include a guide member and a guide slot which engage each other to allow the trough members to be angled relative to each other in a second direction. The first and second trough members may be identical.