Pedestal terminal with swing frame
A pedestal terminal includes a frame mounted to a base and a cover configured to mount to the base. The frame including a support frame and a swing frame pivotally mounted to the support frame. A splitter module mounting location is positioned on the frame. The splitter module mounting location is adapted to mount a splitter arrangement including splitter pigtails to the frame. A first termination field includes a plurality of fiber optic adapters, each being configured to couple one of the splitter pigtails to a distribution cable. A second termination field includes a plurality of fiber optic adapters, each being configured to couple one of the splitter pigtails to a drop cable. A pivoting cover arrangement can be mounted to a top of the support frame to inhibit contact between the splitter arrangement and the cover when the cover is mounted to or removed from the base.
1. A pedestal terminal comprising:
a base defining a cable port for receiving a distribution cable and a drop cable;
a frame mounted to the base, the frame including a support frame and a swing frame pivotally mounted to the support frame, the swing frame being configured to move relative to the support frame from a closed position to an open position;
a cover including a side wall defining an internal cavity, the cover being configured to be mounted to the base and to receive the frame within the internal cavity when the cover is mounted to the base;
a splitter module mounting location positioned on the frame, the splitter module mounting location being adapted to mount one or more splitter modules to the frame, each splitter module having a plurality of splitter pigtails;
ruggedized adapters mounted to the support frame;
a first termination field including a plurality of fiber optic adapters, each fiber optic adapter of the first termination field being configured to couple one of the splitter pigtails to a distribution fiber that is optically coupled to the distribution cable;
a second termination field including a plurality of fiber optic adapters, each fiber optic adapter of the second termination field being configured to couple one of the splitter pigtails to a patch fiber that is optically coupled to the drop cable; and
patch fibers precabled between the ruggedized adapters and the fiber optic adapters of the second termination field.
2. The pedestal terminal of claim 1 , wherein the first termination field is carried by the swing frame.
3. The pedestal terminal of claim 1 , wherein the second termination field is carried by the swing frame.
4. The pedestal terminal of claim 1 , further comprising:
a connector storage location positioned on the frame for use in storing unused fiber optic connectors.
5. The pedestal terminal of claim 4 , further comprising at least one connector holder mounted to the frame at the connector storage location.
6. The pedestal terminal of claim 5 , wherein the connector holder is mounted to the swing frame.
7. The pedestal terminal of claim 1 , wherein the splitter modules are mounted to the swing frame.
8. The pedestal terminal of claim 1 , wherein the patch fibers are optically coupled to the drop cable at the ruggedized adapters.
9. A pedestal terminal comprising:
a base defining a cable port;
a frame mounted to the base;
a splitter arrangement mounted to the frame;
a pivoting cover arrangement mounted to the frame, the pivoting cover arrangement including a first member extending at least partially over the splitter arrangement; and
a cover configured to mount to the base, the cover including a side wall defining an internal cavity, the cover being configured to receive the frame within the internal cavity when the cover is mounted to the base;
wherein the first member of the pivoting cover arrangement inhibits contact between the splitter arrangement and the cover when the cover is mounted to or removed from the base.
10. The pedestal terminal of claim 9 , wherein the first member of the pivoting cover arrangement is configured to pivot between a generally horizontal position and an at least partially raised position.
11. The pedestal terminal of claim 9 , wherein the frame includes a support frame and a swing frame pivotally mounted to the support frame; and wherein the splitter arrangement is mounted to the swing frame and the pivoting cover is mounted to the support frame.
12. The pedestal terminal of claim 9 , wherein the splitter arrangement includes at least a first fiber optic splitter module and a plurality of connectorized splitter pigtails extending from the fiber optic splitter module.
13. The pedestal terminal of claim 12 , wherein the frame defines a first termination region at which a plurality of fiber optic adapters are mounted, each of the fiber optic adapters of the first termination region having a first port configured to receive one of the connectorized splitter pigtails and having a second port configured to receive a connectorized end of a distribution fiber.
14. The pedestal terminal of claim 13 , wherein the frame defines a second termination region at which at least one fiber optic adapter is mounted, each of the fiber optic adapters of the second termination region having a first port configured to receive one of the connectorized splitter pigtails and having a second port configured to receive a connectorized end of a patch cable fiber that is optically coupled to a drop cable.
15. The pedestal terminal of claim 9 , further comprising an interface arrangement mounted to the frame, wherein the pivoting cover arrangement includes a second member that extends at least partially over the interface arrangement.
16. The pedestal terminal of claim 15 , wherein the second member is pivotally coupled to the support frame to enable the second member to pivot from a first, generally horizontal position, to a at least partially raised position.
17. A pedestal terminal comprising:
a base;
a frame mounted to the base, the frame including a support frame and a swing frame pivotally mounted to the support frame, the swing frame being configured to move relative to the support frame from a closed position to an open position;
a cover including a side wall defining an internal cavity, the cover being configured to be mounted to the base and to receive the frame within the internal cavity when the cover is mounted to the base;
a splitter module mounting location positioned on the frame, the splitter module mounting location being adapted to mount one or more splitter modules to the frame, each splitter module having a plurality of splitter pigtails;
a plurality of non-ruggedized fiber optic adapters mounted to the swing frame, each non-ruggedized fiber optic adapter being configured to optically couple one of the splitter pigtails to a distribution cable;
a plurality of ruggedized fiber optic adapters mounted to the support frame, each ruggedized fiber optic adapter being configured to couple one of the splitter pigtails to a drop cable.