Syllabus of Technical Cable Design Engineering

AEDEI: Syllabus of Cable Designing Engineering
Module-1 EVALUATING IMPACT ON AMPACITY ACCORDING TO IEC-60287 Ampacity Calculation of losses AC resistance of conductor Dielectric losses Loss factor (_1) for screen Thermal resistance T Internal thermal resistances, T1, T2 and T3 External thermal resistance T4 Buried cables where drying-out of the soil does not occur Buried cables where partial drying-out of the soil occurs Ampacity in two cases Module-2 THEORY, DESIGN OF HT CABLE Materials Used in Cables Conductors Armour and Protective Finishes Cables in Fires - Material and Design Considerations Cable Standards and Quality Assurance Current Carrying Capacity Short-circuit Ratings Technical Data Applicable to Cable Planning and Usage	Module-3 THEORY, DESIGN OF LT CABLE Materials Used in Cables Conductors Voltage Drop Conductor Ampicity calculation Conductor resistance Conductor Inductance and capacitance calculation Module-4 CABLE CONDUCTOR SELECTION Copper conductor selection criteria Al. conductor selection criteria Short circuit rating of Al/Cu cable Module-5 CROSS-LINKED POLYETHYLENE INSULATED THERMOPLASTIC SHEATHED CABLES SPECIFICATION Module-6 CROSS LINKED POLYETHYLENE INSULATED THERMOPLASTIC SHEATHED CABLES — SPECIFICATION