Fiber distribution hubs with patch and splice enclosures
View Patent ↗Fiber distribution hubs for distributing fiber optic networks are disclosed. The fiber distribution hub includes a mounting plate for supporting a termination of at least one fiber cable, a patch enclosure for protecting the termination, and a splice enclosure for protecting at least one splice connection to an optical fiber included in a feeder cable. The patch enclosure includes a first door and defining a patch chamber. The mounting plate is positioned within the patch chamber. The splice chamber includes a second door. The splice enclosure is releasably coupled to the patch enclosure.
1. A pedestal enclosure comprising a base, a dome, and a fiber distribution hub for distributing a fiber optic network, the fiber distribution hub including a mounting plate for supporting a termination of at least one fiber cable, a patch enclosure for protecting the termination, and a splice enclosure for protecting at least one splice connection to an optical fiber included in a feeder cable, the patch enclosure including a first door and defining a patch chamber, the mounting plate positioned within the patch chamber, the splice enclosure including a second door, the splice enclosure releasably coupled to the patch enclosure, the first door and the second door disposed on opposite sides of the fiber distribution hub when the splice enclosure is coupled to the patch enclosure, each of the patch enclosure and the splice enclosure being independently accessible with respect to one another.
2. The pedestal enclosure of claim 1 wherein the mounting plate includes a front side and a back side, the mounting plate being moveable relative to said patch enclosure to provide access to the front and back side of the mounting plate.
3. The pedestal enclosure of claim 2 further comprising a fiber optic splitter coupled to the mounting plate for splitting throughput available via the optical fiber included in the feeder cable.
4. The pedestal enclosure of claim 1 wherein a splice chamber defined by the splice enclosure is accessible to a technician only via the second door.
5. The pedestal enclosure of claim 1 wherein the dome includes a lower lock portion, and wherein the dome is configured to provide a bell-jar effect to trap air in the dome and protect components in the dome from rising water during flood conditions.
6. The pedestal enclosure of claim 1 wherein the first door forms a weather-tight seal when in a closed position, and wherein the second door forms a weather-tight seal when in a closed position.
7. A pedestal enclosure comprising a base, a dome and a fiber distribution hub supported by the base, the fiber distribution hub including a mounting plate for supporting a termination of at least one fiber cable, a patch enclosure for protecting the termination, and a splice enclosure for protecting at least one splice connection to an optical fiber included in a feeder cable, the patch enclosure including a first door and defining a patch chamber, the mounting plate positioned within the patch chamber, the splice enclosure including a second door, the splice enclosure releasably coupled to the patch enclosure, each of the patch enclosure and the splice enclosure being independently accessible with respect to one another.
8. The pedestal enclosure of claim 7 wherein the first door includes a first gasket for forming a weather-tight seal when the first door is in a closed position and the second door includes a second gasket for forming a weather-tight seal when the second door is in a closed position.
9. The pedestal enclosure of claim 7 wherein the mounting plate is moveable relative to said patch enclosure to provide access to a front side and a back side of the mounting plate.
10. The pedestal enclosure of claim 7 wherein the fiber distribution hub includes at least one fiber optic splitter having multiple split fiber cables and disposed within the patch chamber.
11. The pedestal enclosure of claim 10 wherein the fiber distribution hub includes a field for terminating at least one of the split fiber cables and a parking lot for terminating at least one of the split fiber cables, each of the field and the parking lot supported by the mounting plate.
12. The pedestal enclosure of claim 7 wherein the splice enclosure includes a locking mechanism such that a technician can access the patch enclosure but not access the splice enclosure.
13. The pedestal enclosure of claim 7 wherein the mounting plate includes an optical adapter coupled to the mounting plate, the optical adapter configured to convert an optical signal transferred via the optical fiber included in the feeder cable into one of an electrical signal and a radio frequency signal.