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. An adapter panel arrangement configured to be mounted to a rack, the adapter panel arrangement comprising:
a chassis including opposite first and second sidewalls extending along a forward-rearward axis between a front and a rear, the chassis also including a bottom wall and a top wall extending between the first and second sidewalls to define an interior;
a first guide disposed within the chassis, the first guide defining a first passage extending parallel to the forward-rearward axis, the first guide including a first guide member that partially bounds the first passage, the first guide member defining a first stop member disposed at an intermediate location along the first passage, the first guide member being sufficiently flexible to enable the first stop member to move relative to the top wall of the chassis; and
a second guide disposed within the chassis so that the second guide opposes the first guide, the second guide defining a second passage extending parallel to the forward-rearward axis and opposing the first passage of the first guide, the second guide including a second guide member that partially bounds the second passage, the second guide member defining a second stop member disposed at an intermediate location along the second passage, the second guide member being sufficiently flexible to enable the second stop member to move relative to the top wall of the chassis.
2. The adapter panel arrangement of claim 1 , further comprising a frame member carrying a plurality of front ports, the frame member including oppositely disposed first and second rails, the first rail being sized to fit within the first passage, and the second rail being sized to fit within the second passage.
3. The adapter panel arrangement of claim 2 , wherein the first rail includes a first counterpart to the first stop member of the first guide member and the second rail includes a second counterpart to the second stop member of the second guide member, the first counterpart engaging the first stop member and the second counterpart engaging the second stop member when the frame member is slid along the first and second passages to a stop position.
4. The adapter panel arrangement of claim 3 , wherein the first and second stop members release from the first and second counterparts, respectively, when the frame member is moved along the first and second passages beyond the first and second counterparts.
5. The adapter panel arrangement of claim 3 , wherein the first and second stop members engage the first and second counterparts with sufficient force to indicate to a user when the frame member has reached the stop position.
6. The adapter panel arrangement of claim 2 , wherein the front ports are defined by optical adapters.
7. The adapter panel arrangement of claim 2 , wherein the frame member carries a plurality of groups of front ports, each group being separately removable from the frame member.
8. The adapter panel arrangement of claim 2 , wherein the frame member carries six groups of front ports.
9. The adapter panel arrangement of claim 7 , wherein each group of front ports includes a first row of four front ports.
10. The adapter panel arrangement of claim 1 , wherein the first and second guides form a first guide pair, and wherein a second guide pair also is disposed within the chassis, the first and second guide pairs being aligned along a width of the chassis that extends between the first and second sidewalls.
11. An adapter panel arrangement configured to be mounted to a rack, the adapter panel arrangement comprising:
a chassis including opposite first and second sidewalls extending along a forward-rearward axis between a front and a rear, the chassis also including a bottom wall and a top wall extending between the first and second sidewalls to define an interior;
a plurality of guide members defining passages extending parallel to the forward-rearward axis;
a plurality of frame members installed at the chassis, each of the frame members carrying a plurality of front ports, each of the frame members including a rail that is sized to fit within a respective one of the passages; and
an indication arrangement configured to indicate when each of the frame members is disposed in a stop position along the respective passage, the indication arrangement including stop members and counterpart members, the stop members being defined by the guide members and disposed within the passages, and the counterpart members being disposed at the rails of the frame members, wherein one of the guide members is sufficiently flexible to facilitate engagement and release between corresponding ones of the stop members and the counterpart members when the respective frame member is disposed in the stop position along the respective passage.
12. The adapter panel arrangement of claim 11 , wherein stop members include protrusions and the counterpart members define detents sized to receive the stop members.
13. The adapter panel arrangement of claim 11 , wherein the stop position for each frame member is a first stop position; and wherein the stop members and counterpart members cooperate to define a second stop position for each frame member that is spaced along the forward-rearward axis from the first stop position.
14. The adapter panel arrangement of claim 11 , wherein each of the frame members is independently movable relative to the other frame members to the stop position.
15. The adapter panel arrangement of claim 11 , wherein each frame member carries a plurality of groups of front ports, each group being separately removable from the respective frame member.
16. The adapter panel arrangement of claim 11 , wherein each frame member carries six groups of front ports.
17. The adapter panel arrangement of claim 15 , wherein each group includes a first row of four front ports.
18. The adapter panel arrangement of claim 15 , wherein each group of front ports is defined by an optical adapter.
19. The adapter panel arrangement of claim 11 , wherein the front ports of each frame member are defined by optical adapters.
20. The adapter panel arrangement of claim 11 , wherein the rail of each frame member is one of two oppositely facing rails, and wherein the passages include pairs of opposing passages, wherein a first of the rails of each frame member is received at one of the passages in a respective one of the pairs and a second of the rails of each frame member is received at another of the passages in the respective one of the pairs.