Fiber optic payout assembly including cable spool
A fiber optic enclosure assembly includes a housing having an interior region and a bearing mount disposed in the interior region of the housing. A cable spool is connectedly engaged with the bearing mount such that the cable spool selectively rotates within the housing. A termination module disposed on the cable spool so that the termination module rotates in unison with the cable spool. A method of paying out a fiber optic cable from a fiber optic enclosure includes rotating a cable spool, which has a subscriber cable coiled around a spooling portion of the cable spool, about an axis of a housing of the fiber optic enclosure until a desired length of subscriber cable is paid out. A termination module is disposed on the cable spool.
1. A fiber optic payout assembly comprising:
a base and sidewalls that project forwardly from the base;
a cable spooling device positioned in front of the base, the cable spooling device being mounted to rotate about an axis relative to the base and the sidewalls, the sidewalls being positioned on opposite sides of the cable spooling device, the axis extending in a rear-to-front orientation, the cable spooling device including a flange oriented perpendicular relative to the axis, the cable spooling device including a spooling portion positioned behind the flange, and the flange including a front face defining a front axial end of the cable spooling device;
a plurality of fiber optic adapters mounted at the front axial end of the cable spooling device, the plurality of fiber optic adapters being mounted to rotate in unison with the cable spooling device when the cable spooling device is rotated about the axis;
a fiber optic cable coiled about the spooling portion, the fiber optic cable including a plurality of optical fibers having connectorized end portions routed to the plurality of fiber optic adapters, wherein the cable spooling device is adapted to rotate about the axis to allow the fiber optic cable to be paid out from the spooling portion of the cable spooling device; and
a front wall moveable relative to the sidewalls and the base, the front wall being securable in a position in which the front wall engages the sidewalls and extends directly in front of the plurality of fiber optic adapters.
2. The fiber optic payout assembly of claim 1 , wherein the cable spooling device is capable of being manually locked and unlocked, the cable spooling device being rotatable relative to the base about the axis when unlocked and being rotationally fixed relative to the base when locked, wherein the fiber optic payout assembly includes a manual lock configured to lock the cable spooling device with varying amounts of the fiber optic cable paid off the cable spooling device, and the manual lock being lockable without moving the fiber optic adapters relative to the cable spooling device.
3. The fiber optic payout assembly of claim 2 , wherein the front wall can be secured in the position in which the front wall extends between the sidewalls and directly in front of the plurality of fiber optic adapters after the cable spooling device has been locked.
4. The fiber optic payout assembly of claim 3 , wherein the front wall extends directly in front of the manual lock when the front wall is secured in the position in which the front wall extends between the sidewalls and directly in front of the plurality of fiber optic adapters.
5. The fiber optic payout assembly of claim 2 , wherein the manual lock is a pin.
6. The fiber optic payout assembly of claim 1 , wherein the base is configured to be mounted to a wall of a facility.
7. The fiber optic payout assembly of claim 1 , further comprising a cable guide wall integrated with the front axial end of the cable spooling device, the cable guide wall having a length and a height, the height extending in the rear-to-front orientation, and the cable guide wall having at least a portion that curves in an orientation extending along the length of the cable guide wall.
8. The fiber optic payout assembly of claim 1 , wherein the fiber optic adapters are slideable relative to the cable spooling device.
9. The fiber optic payout assembly of claim 1 , wherein the flange defines at least one cable routing passage that extends through the flange from a rear side of the flange to the front face of the flange.
10. The fiber optic payout assembly of claim 1 , wherein the fiber optic payout assembly has a locked configuration in which the cable spooling device is prevented from rotating relative to the base and an unlocked configuration in which the cable spooling device is allowed to rotate relative to the base, and wherein the fiber optic payout assembly can be set in the locked configuration independent of a position of the fiber optic adapters relative to the cable spooling device and independent of an amount of the fiber optic cable remaining on the cable spooling device.
11. The fiber optic payout assembly of claim 1 , wherein the fiber optic payout assembly has a locked configuration in which the cable spooling device is prevented from rotating relative to the base and an unlocked configuration in which the cable spooling device is allowed to rotate relative to the base, and wherein the fiber optic payout assembly is configured to be set in the locked configuration while: a) a deployable length of the fiber optic cable remains coiled on the cable spooling device; and b) the fiber optic adapters are supported on the cable spooling device.
12. The fiber optic payout assembly of claim 1 , further comprising a cable management structure integrated with the front axial end of the cable spooling device, the cable management structure including a curved fiber bend radius limiting surface.
13. A fiber optic payout assembly comprising:
a base and sidewalls that project forwardly from the base;
a cable spool positioned in front of the base, the cable spool being rotatable about an axis relative to the base and the sidewalls, the cable spool including a cable spooling portion that surrounds the axis, the sidewalls being positioned on opposite sides of the cable spooling portion, the axis extending in a rear-to-front orientation;
a flange operatively coupled to the cable spooling portion such that the flange and the cable spooling portion are adapted to rotate in unison with one another about the axis, the flange being oriented perpendicular relative to the axis and being positioned in front of the cable spooling portion, the sidewalls being positioned on opposite sides of the flange, the flange including a front face;
a plurality of fiber optic adapters mounted at the front face of the flange, the plurality of fiber optic adapters being mounted to rotate in unison with the flange and the cable spooling portion about the axis;
a fiber optic cable coiled about the cable spooling portion, the fiber optic cable including a plurality of optical fibers having connectorized end portions routed to the plurality of fiber optic adapters, wherein the cable spooling portion, the flange, and the fiber optic adapters are adapted to rotate in unison about the axis to allow the fiber optic cable to be paid out from the cable spooling portion; and
a front wall moveable relative to the sidewalls and the base, the front wall being securable in a position in which the front wall engages the sidewalls and extends directly in front of the plurality of fiber optic adapters.
14. The fiber optic payout assembly of claim 13 , wherein the cable spool is capable of being manually locked and unlocked, the cable spooling portion being rotatable relative to the base about the axis when unlocked and being rotationally fixed relative to the base when locked, wherein the fiber optic payout assembly includes a manual lock configured to lock the cable spool with varying amounts of the fiber optic cable paid off the cable spooling portion of the cable spool, and the manual lock being lockable without moving the fiber optic adapters relative to the flange.
15. The fiber optic payout assembly of claim 14 , wherein the front wall can be secured in the position in which the front wall extends between the sidewalls and directly in front of the plurality of fiber optic adapters after the cable spool has been locked.
16. The fiber optic payout assembly of claim 15 , wherein the front wall extends directly in front of the manual lock when the front wall is secured in the position in which the front wall extends between the sidewalls and directly in front of the plurality of fiber optic adapters.
17. The fiber optic payout assembly of claim 16 , wherein the manual lock engages the flange.
18. The fiber optic payout assembly of claim 14 , wherein the manual lock is a pin.
19. The fiber optic payout assembly of claim 13 , wherein the base is configured to be mounted to a wall of a facility.
20. The fiber optic payout assembly of claim 13 , further comprising a cable guide wall integrated with the front face of the flange, the cable guide wall having a length and a height, the height extending in the rear-to-front orientation, and the cable guide wall having at least a portion that curves in an orientation extending along the length of the cable guide wall.
21. The fiber optic payout assembly of claim 13 , wherein the fiber optic adapters are slideable relative to the flange.
22. The fiber optic payout assembly of claim 13 , wherein the flange defines at least one cable routing passage that extends through the flange from a rear side of the flange to the front face of the flange.
23. The fiber optic payout assembly of claim 13 , wherein the fiber optic payout assembly has a locked configuration in which the cable spooling portion is prevented from rotating relative to the base and an unlocked configuration in which the cable spooling portion is allowed to rotate relative to the base, and wherein the fiber optic payout assembly can be set in the locked configuration independent of a position of the fiber optic adapters relative to the flange and independent of an amount of the fiber optic cable remaining on the cable spooling portion of the cable spool.
24. The fiber optic payout assembly of claim 13 , wherein the fiber optic payout assembly has a locked configuration in which the cable spooling portion is prevented from rotating relative to the base and an unlocked configuration in which the cable spooling portion is allowed to rotate relative to the base, and wherein the fiber optic payout assembly is configured to be set in the locked configuration while: a) a deployable length of the fiber optic cable remains coiled on the cable spooling portion; and b) the fiber optic adapters are on the flange.
25. The fiber optic payout assembly of claim 13 , further comprising a cable management structure integrated with the front face of the flange, the cable management structure including a curved fiber bend radius limiting surface.
26. A fiber optic payout assembly comprising:
a base and sidewalls that project forwardly from the base;
a cable spool positioned in front of the base, the cable spool being rotatable about an axis relative to the base and the sidewalls, the cable spool including a cable spooling portion that surrounds the axis, the sidewalls being positioned on opposite sides of the cable spooling portion, the axis extending in a rear-to-front orientation;
a flange operatively coupled to the cable spooling portion such that the flange and the cable spooling portion are adapted to rotate in unison with one another about the axis, the flange being oriented perpendicular relative to the axis and being positioned in front of the cable spooling portion, the sidewalls being positioned on opposite sides of the flange, the flange including a front face;
a plurality of fiber optic adapters mounted at the front face of the flange, the plurality of fiber optic adapters being mounted to rotate in unison with the flange and the cable spooling portion about the axis;
a fiber optic cable coiled about the cable spooling portion, the fiber optic cable including a plurality of optical fibers having connectorized end portions routed to the plurality of fiber optic adapters, wherein the cable spooling portion, the flange, and the fiber optic adapters are adapted to rotate in unison about the axis to allow the fiber optic cable to be paid out from the cable spooling portion; and
a cable management structure integrated with the front face of the flange, the cable management structure including a curved fiber bend radius limiting surface;
wherein the cable spool is capable of being manually locked and unlocked, the cable spooling portion of the cable spool being rotatable relative to the base about the axis when unlocked and being rotationally fixed relative to the base when locked, wherein the fiber optic payout assembly includes a manual lock configured to lock the cable spool with varying amounts of the fiber optic cable paid off the cable spooling portion of the cable spool, and the manual lock being lockable without moving the fiber optic adapters relative to the flange.
27. The fiber optic payout assembly of claim 26 , wherein the manual lock engages the flange.
28. The fiber optic payout assembly of claim 26 , wherein the base is configured to be mounted to a wall of a facility.
29. The fiber optic payout assembly of claim 26 , wherein the cable management structure is a cable guide wall integrated with the front face of the flange.
30. The fiber optic payout assembly of claim 26 , wherein the fiber optic adapters are slideable relative to the flange.
31. The fiber optic payout assembly of claim 26 , wherein the flange defines at least one cable routing passage that extends through the flange from a rear side of the flange to the front face of the flange.
32. The fiber optic payout assembly of claim 26 , further comprising a front wall configured to engage the sidewalls and to extend directly in front of the fiber optic adapters.