Abstract: The present invention provides a rack suitable for housing a liquid-cooled electric unit. A rack 2 comprises an electric connector 12 for supplying electricity to the housed electric unit 50, and a fluid connector 14 for supplying cooling liquid to the housed electric unit 50. The fluid connector 14 and the electric connector 12 are arranged at different positions in a horizontal cross section (plane) of the rack 2. More preferably, the electric connector 12 is mounted on a back panel 6 of the rack 2, while the fluid connector 14 is mounted on the foreside of the rack 2. Such a configuration makes it less likely that the cooling liquid leaking from the fluid connector 14 drips onto the electric connector 12.

Abstract: The present invention provides a rack suitable for housing a liquid-cooled electric unit. A rack 2 comprises an electric connector 12 for supplying electricity to the housed electric unit 50, and a fluid connector 14 for supplying cooling liquid to the housed electric unit 50. The fluid connector 14 and the electric connector 12 are arranged at different positions in a horizontal cross section (plane) of the rack 2. More preferably, the electric connector 12 is mounted on a back panel 6 of the rack 2, while the fluid connector 14 is mounted on the foreside of the rack 2. Such a configuration makes it less likely that the cooling liquid leaking from the fluid connector 14 drips onto the electric connector 12.

Abstract: An electrical cable assembly is provided including multiple cables having wires. The cables each include a shield. A connector receives ends of the wires and includes an outer surface. A conductive shield ring has an outer periphery and includes multiple holes receiving the cables. The shield of each cable engages an inner surface provided by a corresponding hole in the shield ring. In one example, the circumference of each shield is soldered to the corresponding hole. A wrap engages the outer periphery and the outer surface to electrically connect the connector to the shields. In one example, the wrap is conductive heat shrink wrap that surrounds and engages the entire outer surface of the shield ring.