Adapter panel with lateral sliding adapter arrays
An adapter panel arrangement including a chassis and a panel of adapters. The adapters defining open rearward cable connections and open forward cable connections of the panel arrangement. The adapters being arranged in arrays that slide independently of other adapter arrays to provide access to the open rearward and open forward cable connections.
1. A chassis arrangement comprising:
a) a chassis housing defining an interior accessible through an open front of the chassis housing;
b) a first sliding member coupled to the chassis housing, the first sliding member being configured to slide relative to the chassis housing so that at least a portion of the first sliding member passes through the open front of the chassis housing;
c) a second sliding member configured to be coupled to the first sliding member, the second sliding member having a row of fiber optic adapters, and the second sliding member being configured to slide relative to the first sliding member along a forward-rearward axis; and
d) a front cover configured to pivot between a first cover position and a second cover position, the front cover extending across the row of adapters when the front cover is in the first cover position.
2. The chassis arrangement of claim 1 , wherein a third sliding member also is coupled to the first sliding member, the third sliding member also being configured to slide relative to the first sliding member, and wherein the third sliding member slides independent of the second sliding member.
3. The chassis arrangement of claim 2 , wherein the third sliding member is horizontally aligned with the second sliding member.
4. The chassis arrangement of claim 1 , wherein the adapters are grouped as adapter blocks.
5. The chassis arrangement of claim 4 , wherein each adapter block defines front ports and defines rear ports that face in an opposite direction from the front ports.
6. The chassis arrangement of claim 1 , wherein the second sliding member includes a frame member that carries the row of adapters, the frame member being configured to move relative to the first sliding member to slide the row of adapters relative to the first sliding member, the frame member being carried by the first sliding member.
7. The chassis arrangement of claim 6 , wherein each of the adapters of the row are stationary relative to each other when carried by the frame member.
8. The chassis arrangement of claim 6 , wherein the row of adapters is a first row of adapters; and wherein a third sliding member also is coupled to the first sliding member, the third sliding member including a second frame member that carries a second row of fiber optic adapters, the second frame member being configured to move relative to the first frame member to slide the second row of adapters relative to the first row of adapters.
9. The chassis arrangement of claim 1 , wherein the first sliding member is configured to slide between a closed position and an open position, wherein the row of adapters is disposed within the chassis housing when the first sliding member is disposed in the closed position and wherein the row of adapters is disposed external of the chassis housing when the first sliding member is disposed in the open position.
10. The chassis arrangement of claim 1 , wherein the first sliding member is a drawer.
11. The chassis arrangement of claim 1 , further comprising another row of fiber optic adapters disposed above the row of adapters, the another row of adapters being independently slidable relative to the row of adapters.
12. The chassis arrangement of claim 1 , wherein the row of adapters is mounted to a frame that moves relative to the first sliding member to slide the row of adapters relative to the first sliding member, the frame including a rail member configured to slide along guides carried by the first sliding member.
13. The chassis arrangement of claim 1 , wherein the row of adapters is configured to slide relative to the first sliding member along an axis that is parallel with insertion axes of front ports defined by the adapters of the row.
14. A chassis arrangement comprising:
a) a chassis housing defining an interior accessible through an open front of the chassis housing;
b) a first sliding member coupled to the chassis housing, the first sliding member being configured to slide relative to the chassis housing so that at least a portion of the first sliding member passes through the open front of the chassis housing;
(c) a second sliding member configured to be coupled to the first sliding member, the second sliding member having a row of fiber optic adapters, and the second sliding member being configured to slide relative to the first sliding member along a forward-rearward axis; and
(d) a third sliding member configured to be coupled to the first sliding member, the third sliding member being configured to slide relative to the first sliding member, wherein the third sliding member slides independent of the second sliding member.
15. The chassis arrangement of claim 14 , wherein the third sliding member is horizontally aligned with the second sliding member.
16. The chassis arrangement of claim 14 , wherein the adapters are grouped as adapter blocks.
17. The chassis arrangement of claim 14 , wherein each adapter block defines front ports and defines rear ports that face in an opposite direction from the front ports.
18. The chassis arrangement of claim 14 , wherein the first sliding member is configured to slide between a closed position and an open position, wherein the row of adapters is disposed within the chassis housing when the first sliding member is disposed in the closed position and wherein the row of adapters is disposed external of the chassis housing when the first sliding member is disposed in the open position.
19. The chassis arrangement of claim 14 , wherein the first sliding member is a drawer.
20. The chassis arrangement of claim 14 , wherein the row of adapters is configured to slide relative to the first sliding member along an axis that is parallel with insertion axes of front ports defined by the adapters of the row.