Device and method for a fluid stop splice for a submersible cable

A fluid stop wherein a first electrical wire contained in an existing parent trunk is spliced to a second electrical wire contained in a takeout wherein the device of splicing said second electrical wire contained in said takeout to said first electrical wire contained in said parent trunk is comprised of:

• at least one window formed in said parent trunk and wherein said window has a first end and a second end, wherein said first electrical wire contained in said parent trunk is severed creating a first end of said first electrical wire and a second end of said first electrical wire;
• said takeout has a first end and a second end, and wherein said second electrical wire is contained in said takeout;
• at least one first splice extension with a first end and a second end wherein said first end of said first splice extension is fixed to said first end of said first electrical wire;
• at least one second splice extension with a first end and a second end wherein said first end of said second splice extension is spliced to said second end of said first electrical wire;
• said second electrical wire contained in said takeout with a first end and a second end wherein said first end of said second electrical wire is fixed to said second end of said first splice extension, and said first end of said second electrical wire is spliced to said second end of said second end of said second splice extension;
• a first shrink tube cofferdam with a first end and a second end wherein said shrink tube cofferdam is placed around and over said first end of said second electrical wire that is spliced to said second end of said first splice extension and wherein said shrink tube cofferdam is further placed over and around said second end of said second splice extension and wherein said second end of said shrink tube cofferdam is shrunk on said takeout, near said first end of said takeout to form a fluid tight seal;
• glutinous material wherein said glutinous material is viscous and is further pumped, poured, or injected into said first end of said shrink tube cofferdam and wherein said glutinous material cures and becomes less viscous than when said glutinous material was pumped, poured, or injected into said first end of said shrink tube cofferdam;
• a second cofferdam wherein said second cofferdam is further placed around said parent trunk and extends past said first end of said window and said second cofferdam also extends past said second end of said window and said second cofferdam also extends over said shrink tube cofferdam filled with said cured glutinous material and said second cofferdam further extends past said first end of said takeout and wherein said second cofferdam is further filled with said glutinous material and wherein said glutinous material cures into a less viscous mass and wherein said second cofferdam may be removed after said glutinous material cures and forms a fluid tight covering for said fluid stop splice of the takeout to the parent trunk.