Connections and terminations for cables

A cable assembly for a flow-through cable, wherein said flow-through cable comprises a conduit, an electric conductive core, and an insulating material surrounding said conduit and electric conductive core, comprising:

• a tubing material, wherein said tubing material is inserted into said conduit allowing fluidic communication between said tubing material and said conduit;
• and
• a conductive housing having a first cavity and a second cavity, the second cavity sized to receive an end portion of said electric conductive core, said first cavity extending from internal surface of said second cavity to the external surface of the conductive housing, said first and second cavities are coupled for allowing fluidic communication said tubing material and said second cavity.

A cable assembly for a flow-through cable having a conduit, an electric conductive core, and an insulating material, comprising:

• a conductive housing having a first cavity, a second cavity to receive an end portion of said electric conductive core, a tubing material rigidly attached to the base of said second cavity, said tubing material substantially aligned with the axis of said second cavity, said tubing material attached to said first cavity to allow fluidic communication between said tubing material and said first cavity, wherein the length of said tubing material is configured to extend through the length of the second cavity.

A cable assembly for a flow-through cable having a plurality of conduits, an electric conductive core, and an insulating material, comprising:

• a conductive housing having a first cavity, a second cavity to receive an end portion of said electric conductive core, a plurality of tubes rigidly attached to the base of said second cavity, said plurality of tubes substantially aligned with the axis of said cavity, said plurality of tubes attached to base said first cavity to allow fluidic communication between said plurality of tubes and said first cavity.

A cable assembly for a flow-through cable, wherein said flow-through cable comprises a conduit, an electric conductive core, an insulating material, an insulation shield, and a jacket, comprising:

• a conductive housing having a first and second open end, wherein said first open end is adapted to receive said electric conductive core of said flow-through cable, wherein said second open end is adapted to receive a tubing material, and wherein said first and second opening allow fluidic communication between said tubing material and said electric conductive core.

A cable assembly for a flow-through cable having an electric conductive core configured to allow fluidic communication therethrough, and an insulating material surrounding the electric conductive core, comprising:

• a conductive housing having a first cavity and a second cavity, the first cavity extends from the second cavity to at least one exterior surface of the conductive housing, the second cavity is sized to receive an end portion of said electric conductive core, said conductive housing configured to allow fluidic communication between the first and second cavity, and wherein the conductive housing is configured to allow fluidic communication between the electric conductive core and the first cavity.

A cable assembly for a flow-through cable, wherein said flow-through cable comprises a conduit, an electric conductive core, and an insulating material, comprising:

• a tubing material, wherein said tubing material is inserted into said conduit allowing fluid passage from said tubing material to said conduit;
• and
• a conductive housing having a first cavity adapted to receive said tubing material and a second cylindrical cavity to receive an end portion of said electric conductive core, said second cylindrical cavity is coupled to said first cavity thereby allowing fluidic communication between said second cylindrical cavity and said first cavity.

A cable apparatus for splicing a first flow-through cable and a second flow-through cable, wherein said first and second flow-through cable comprise a conduit, an electric conductive core, and an insulating material, the cable apparatus comprising:

• (a) a tubing material inserted into said conduit of said first and second flow-through cable;
• and
• (b) a crimp connector placed around said conductive core of said first and second flow-through cable, wherein the crimp connector is configured to affix said first and second flow-through cable such the that said cable apparatus provides fluidic and electronic communication between first and second flow-through cable.

A method for terminating a flow-through cable, wherein said flow-through cable comprises a conduit, an electric conductive core, and a surrounding insulating material, wherein the method comprises:

• stripping said insulating material to a predetermined length, thereby exposing a portion of the electric conductive core;
• and
• cutting said conduit to a length such that said conduit does not extend into said exposed portion of the electric conductive core.

A cable apparatus for terminating a flow-through cable, comprising:

• an electric conductive core surrounded by an insulating material, wherein said insulating material is cut back thereby defining a terminating end;
• and
• a conduit, wherein the conduit is positioned to allow fluidic communication to said electric conductive core, and wherein said conduit does not laterally extend past said terminating end of said flow-through cable.