Multimedia outlet box
The present disclosure relates to relates to a telecommunications outlet box including a peripheral wall that is primarily curved except for a portion in which a connector access opening of the box is defined. The present disclosure also relates to a telecommunications outlet box having a cradle in which a cable management spool is retained. The present disclosure further relates to a cable guide for use with a telecommunications outlet box. The cable guide projects outward from a connector access opening of the outlet box and provides a protective shield around cables connected to the outlet box.
1. An outlet box comprising:
A) a connector holder for holding a plurality of telecommunications connectors;
B) a housing defining a connector access opening;
C) a first connector holder mount positioned at a first location within the housing that is adjacent to the connector access opening; and
D) a second connector holder mount positioned at a second location within the housing that is recessed from the connector access opening relative to the first location, wherein a user can mount the connector holder at either one of the first connector holder mount and the second connector holder mount to enable connecting the telecommunications connectors to the connector holder through the connector access opening.
2. The outlet box as in claim 1 , wherein the connector holder defines an array of openings in which the telecommunications connectors are mounted.
3. The outlet box as in claim 1 , wherein the connector holder includes at least one retaining tab for releasably mounting the connector holder to the housing at one of the first and second connector holder mounts.
4. The outlet box as in claim 1 , wherein the connector holder includes a plurality of spaced-apart dividers defining separate mounting channels.
5. The outlet box of claim 4 , wherein each mounting channel has a closed end positioned opposite from an open end, the open ends being configured for allowing the telecommunications connectors to be mounted within the mounting channels by sliding the telecommunications connectors through the open ends.
6. The outlet box as in claim 1 , wherein the connector holder includes an elongated base.
7. The outlet box of claim 6 , wherein the base of the connector holder snap-fits within the first holder mount.
8. A method for assembling an outlet box including a housing defining a connector access opening, the housing also including a first connector mounting location positioned adjacent the connector access opening and a second connector mounting location, the method comprising:
selecting one of the first and second connector mounting locations, the second connector mounting location being recessed within the housing from the connector access opening relative to the first connector mounting location; and
mounting a connector holder adapted for holding a plurality of telecommunications connectors at the selected one of the first and second connector mounting locations, wherein the telecommunications connectors connect to the connector holder through the connector access opening.
9. The method of claim 8 , further comprising mounting a blank strip at the other of the first and second connector mounting locations.
10. The method of claim 8 , further comprising mounting telecommunications connectors to the connector holder.
11. The method of claim 8 , wherein mounting the connector holder at the selected one of the first and second connector mounting locations comprises downwardly inserting a base of the connector holder into an opening defined at the selected connector mounting location.
12. The method of claim 11 , wherein mounting the connector holder at the selected one of the first and second connector mounting locations further comprises concurrently downwardly inserting resilient tabs into upright channels at the selected connector mounting location.
13. The method of claim 12 , wherein inserting the resilient tabs into the upright channels comprises snapping the resilient tabs into resilient notches defined in the opening.
14. An outlet box comprising:
A) a connector holder for holding a plurality of telecommunications connectors;
B) a housing defining a connector access opening, a first mounting location, and a second mounting location;
C) means for mounting the connector holder at a first location in the housing that is adjacent to the connector access opening; and
D) means for mounting the connector holder at a second location that is recessed within the housing from the connector access opening relative to the first locations, wherein a user can mount the connector holder at either one of the first and second locations to enable connecting the telecommunications connectors to the connector holder through the connector access opening.
15. The outlet box as in claim 14 , wherein the connector holder defines an array of openings in which the telecommunications connectors are mounted.
16. The outlet box as in claim 14 , wherein the connector holder includes at least one retaining tab for releasably mounting the connector holder to the housing at one of the first and second connector holder mounts.
17. The outlet box as in claim 14 , wherein the connector holder includes a plurality of spaced-apart dividers defining separate mounting channels.
18. The outlet box of claim 17 , wherein each mounting channel has a closed end positioned opposite from an open end, the open ends being configured for allowing the telecommunications connectors to be mounted within the mounting channels by sliding the telecommunications connectors through the open ends.
19. The outlet box as in claim 14 , wherein the connector holder includes an elongated base.
20. The outlet box of claim 19 , wherein the base of the connector holder snap-fits within the first holder mount.