Cooled electric cable assembly

1 . An electric cable assembly comprising:

an electric cable; and

a connector that defines a longitudinal axis, a circumferential direction that extends around the longitudinal axis, and a radial direction that extends from the longitudinal axis, wherein the connector is configured to be in electrical communication with the electric cable, the connector comprising:

an interface portion comprising:

an electrical interface; and

a fluid coupling configured to be coupled with a fluid socket of a device or an electric component of the device; and

a rotatable member that is configured to rotate in the circumferential direction,

wherein the rotatable member comprises a tab that extends inward in the radial direction,

wherein when the fluid coupling is coupled with the fluid socket, the fluid coupling is configured to be decouplable from the fluid socket when the tab of the rotatable member is positioned outward from the fluid coupling in the radial direction.

2 . The electric cable assembly of claim 1 , wherein when the fluid coupling is removed from the fluid socket, the fluid coupling prevents a fluid from flowing through an opening of the fluid coupling.

3 . The electric cable assembly of claim 1 , wherein when the fluid coupling is coupled with the fluid socket, the fluid coupling is configured to prevent decoupling from the fluid socket when the tab of the rotatable member is not positioned outward from the fluid coupling in the radial direction.

4 . The electric cable assembly of claim 1 , wherein the fluid coupling comprises an actuating member, wherein when the tab of the rotatable member is positioned outward in the radial direction from the actuating member of the fluid coupling, the tab of the rotatable member exerts a force on the actuating member of the fluid coupling.

5 . The electric cable assembly of claim 1 , wherein the rotatable member comprises a plurality of tabs that each extend inward in the radial direction and are each evenly spaced apart from adjacent tabs.

6 . The electric cable assembly of claim 1 , wherein the fluid coupling is a first fluid coupling and the fluid socket is a first fluid socket, wherein the interface portion further comprises a second fluid coupling configured to be coupled with a second fluid socket of the device or the electric component of the device.

7 . The electric cable assembly of claim 6 , wherein the tab is a first tab and the rotatable member comprises a second tab that extends inward in the radial direction, wherein when the first tab is positioned radially outward from the first fluid coupling, the second tab is positioned radially outward from the second fluid coupling.

8 . An electric cable assembly comprising:

an electric cable comprising:

a sheath;

an electric line positioned within the sheath; and

a fluid line positioned within the sheath; and

a connector that defines a longitudinal axis, a circumferential direction that extends around the longitudinal axis, and a radial direction that extends from the longitudinal axis, the connector comprising:

an interface portion comprising:

an electrical interface configured to be in electrical communication with the electric line of the electric cable; and

a fluid coupling configured to be in fluid communication with the fluid line of the electric cable, wherein the fluid coupling is configured to be coupled with a fluid socket of a device or an electric component of the device; and

a rotatable member that is configured to rotate in the circumferential direction,

wherein the rotatable member comprises a tab that extends inward in the radial direction,

wherein when the fluid coupling is coupled with the fluid socket, the fluid coupling is configured to be decouplable from the fluid socket when the tab of the rotatable member is positioned outward from the fluid coupling in the radial direction.

9 . The electric cable assembly of claim 8 , wherein when the fluid coupling is removed from the fluid socket, the fluid coupling prevents a fluid from flowing through an opening of the fluid coupling.

10 . The electric cable assembly of claim 8 , wherein the fluid coupling comprises an actuating member, wherein when the tab of the rotatable member is positioned outward in the radial direction from the actuating member of the fluid coupling, the tab of the rotatable member exerts a force on the actuating member of the fluid coupling.

11 . The electric cable assembly of claim 8 , wherein the rotatable member comprises a plurality of tabs that each extend inward in the radial direction and are each evenly spaced apart from adjacent tabs.

12 . The electric cable assembly of claim 8 , wherein the fluid coupling is a first fluid coupling and the fluid socket is a first fluid socket, wherein the interface portion further comprises a second fluid coupling configured to be coupled with a second fluid socket of the device or the electric component of the device.

13 . A device comprising:

a fluid and electric system comprising:

a fluid source;

an electric source;

an electric component; and

an electric cable assembly comprising:

an electric cable comprising:

a sheath;

an electric line positioned within the sheath, the electric line configured to be in electrical communication with the electric source; and

a fluid line positioned within the sheath, the fluid line configured to be in fluid communication with the fluid source; and

a connector that defines a longitudinal axis, a circumferential direction that extends around the longitudinal axis, and a radial direction that extends from the longitudinal axis, the connector comprising:

an interface portion comprising:

 an electrical interface configured to be in electrical communication with the electric line of the electric cable; and

 a fluid coupling configured to be in fluid communication with the fluid line of the electric cable, wherein the fluid coupling is configured to be coupled with a fluid socket of the device or the electric component of the device; and

a rotatable member that is configured to rotate in the circumferential direction, wherein the rotatable member comprises a tab that extends inward in the radial direction,

wherein when the fluid coupling is coupled with the fluid socket, the fluid coupling is configured to be decouplable from the fluid socket when the tab of the rotatable member is positioned outward from the fluid coupling in the radial direction.

14 . The device of claim 13 , wherein the fluid and electric system further comprises a return fluid line that is in fluid communication with the electric component and the fluid source.

15 . The device of claim 14 , wherein the fluid source, the fluid line, the electric component, and the return fluid line define, at least partially, a fluid circuit.

16 . The device of claim 14 , wherein the device further comprises a heat exchanger that is configured to cool a fluid within the return fluid line.

17 . The device of claim 13 , wherein the fluid source is configured to store a fluid or provide the fluid to the electric component, wherein the fluid source is a hydraulics system.

18 . The device of claim 13 , wherein when the fluid coupling is removed from the fluid socket, the fluid coupling prevents a fluid from flowing through an opening of the fluid coupling.

19 . The device of claim 13 , wherein the rotatable member comprises a plurality of tabs that each extend inward in the radial direction and are each evenly spaced apart from adjacent tabs.

20 . The device of claim 13 , wherein the fluid coupling is a first fluid coupling and the fluid socket is a first fluid socket, wherein the interface portion further comprises a second fluid coupling configured to be coupled with a second fluid socket of the electric component of the device.