Introduction
Context and general principles of a splice on an electromechanical cable.
Why make a splice, which mechanical and electrical constraints must be considered, and which cable diameters are involved.
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Making a Splice on an Electromechanical Cable
Technical documentation on making a splice on an electromechanical cable.
This documentation recovers and restructures an older technical article about making a splice on an electromechanical cable used with oceanographic instruments.
The original resource was published on March 25, 2008 on the UAR191 IMAGO website. It describes a field method that is simpler to implement than a resin-potted conical socket termination.
Bill of materials
Equipment required to make a splice on an electromechanical cable.
Insulating tapes, sleeves, cable grips, clamps, cutting tools, soldering and electrical checks.
Fabrication
Cable preparation, mechanical load transfer, soldering and insulation of the splice.
The steps for cutting, preparing the strands, cleaning, tinning, soldering, electrical checks and progressive insulation of the splice.
Assembly
Final assembly of the electromechanical cable and fastening of the splice on the CTD rosette.
Mechanical fastening of the cable to the frame, securing the splice and points to check before use.
Faults and links
Common faults, basic checks and useful links related to electromechanical cable splices.
A summary of checks to perform in case of malfunction and a list of technical links associated with the procedure.