Busbar cable adapter
A cable adapter for a server chassis is disclosed. The cable adapter comprises an adapter body having a first surface with a key slot. The key slot is configured to receive a key rib on a busbar clip of the server chassis. A pair of latches are pivotably attached to opposite sides of the adapter body. Each latch has a latch arm that extends across an open end of the adapter body when in a closed position. The latch arms are configured to engage one or more latching ribs on the blades of the busbar clip such as by hooking around the latching ribs. A pair of connectors inside the adapter body configured to engage blades of the busbar clip.
1 . A cable adapter for a server chassis, comprising:
an adapter body having a first surface with a key slot, the key slot configured to receive a key rib on a busbar clip of the server chassis;
a pair of latches pivotably attached to opposite sides of the adapter body, the latches configured to move between an open position and a closed position, each latch having a latch arm extending across an open end of the adapter body when in the closed position, the latch arms configured to engage a feature of the server chassis; and
a pair of connectors inside the adapter body and exposed at the open end when the latches are in the open position, the connectors configured to engage blades of the busbar clip.
2 . The cable adapter of claim 1 , wherein the feature of the server chassis is one or more latching ribs on the blades of the busbar clip, and wherein the latch arms are configured to hook around the latching ribs.
3 . The cable adapter of claim 1 , wherein the feature of the server chassis is one or more holes in a back surface of the server chassis, and wherein the latch arms are configured to hook on to the one or more holes.
4 . The cable adapter of claim 1 , wherein the key rib is located on a first blade of the busbar clip.
5 . The cable adapter of claim 4 , wherein the key rib is located on a top surface of the first blade of the busbar clip.
6 . The cable adapter of claim 4 , wherein the first blade is a high side voltage or positive polarity blade.
7 . The cable adapter of claim 1 , wherein the pair of latches are spring-loaded to the closed position.
8 . The cable adapter of claim 1 , further comprising:
a first contact in the adapter body, the first contact configured to make an electrical connection to a first blade of the busbar clip when the cable adapter is connected to the server chassis; and
a second contact in the adapter body, the second contact configured to make an electrical connection to a second blade of the busbar clip when the cable adapter is connected to the server chassis;
wherein the first contact and the second contact are covered by the latch arms when the pair of latches are in the closed position.
9 . A server chassis, comprising:
a busbar clip adapted to connect to a computing rack busbar, the busbar clip comprising:
a first electrical contact and a second electrical contact;
a key rib on the first electrical contact, the key rib configured to fit within a key slot of a cable adapter; and
one or more latching ribs on the first electrical contact or the second electrical contact or on both, the latching ribs configured to engage latch arms of a cable adapter so that the cable adapter is held connected to the first electrical contact and the second electrical contact.
10 . The server chassis of claim 9 , wherein the key rib is located on a top surface of the first electrical contact.
11 . The server chassis of claim 9 , wherein the key rib is located on a high side voltage or positive polarity electrical contact.
12 . The server chassis of claim 9 , further comprising:
the cable adapter coupled to the busbar clip, the cable adapter comprising:
an adapter body having a first surface with the key slot;
a pair of latches pivotably attached to opposite sides of the adapter body, the latches configured to move between an open position and a closed position, each latch having a latch arm that is engaged with the one or more latching ribs; and
a pair of connectors inside the adapter body, the connectors configured to engage the first electrical contact and the second electrical contact.
13 . The server chassis of claim 12 , wherein the pair of latches are spring-loaded to a closed position.
14 . A method for providing power to a server chassis, comprising:
opening latching arms on a cable adapter to expose a pair of electrical contacts within the cable adapter;
coupling the pair of electrical contacts to a pair of busbar blades on the server chassis;
engaging a key rib on one busbar blade with a key slot on the cable adapter; and
closing the latching arms around one or more latching ribs on the busbar blades.
15 . The method of claim 14 , wherein the latching arms are spring-loaded to a closed position.
16 . The method of claim 15 , wherein when the latching arms are closed around the one or more latching ribs, the cable adapter cannot be removed from the pair of busbar blades without opening the latching arms.
17 . The method of claim 14 , wherein the key rib is located on a top surface of the one busbar blade, and wherein the key slot is located on a top surface of the cable adapter.
18 . The method of claim 14 , wherein the key slot and key rib are configured to ensure a polarity match between the pair of electrical contacts and the pair of busbar blades.
19 . The method of claim 14 , further comprising:
providing electrical power to the server chassis when not installed in a rack via wires attached to the cable adapter.