A connector system for electrically and mechanically connecting insulated conductor wires encapsulated in protective tubing with down hole equipment, said connector system comprising: a first connector essembly formed with an internal passage and a tube fitting assembly, the internal passage and tube fitting assembly being adapted to selectively engage a conductive wire in protective tubing; wherein the first connector exhibits an elongated longitudinal dimension; a second connector assembly formed with an internal passage and a tube fitting assembly, the internal passage and tube fitting assembly being adapted to selectively engage a conductive wire in protective tubing; wherein the second connector exhibits an elongated longitudinal dimension, the first and second connectors being adapted to selectively mate; a protective rigid outer sheath formed with a hollow tubular chamber sized and shaped to slidably receive and engage at least a portion of the first and second connector assemblies, the first and second connector assemblies being longitudinally aligned within the tubular chamber; and a first conductive wire encapsulated in protective tubing for supplying power to electrically powered down hole equipment operating within a well bore, the protective tubing of the conductive wire being engaged by the tube fitting assembly of the first or second connector; characterized in that said conductive wire engaged by said tube fitting assembly is fitted with a pothead flange that mechanically and electrically couples with a power receptacle of said electrically powered down hole equipment; and wherein the protective tubing is sized and shaped to form a continuous protective layer extending from the tube fitting assembly to said pothead flange that prevents the conductive wire from coming into contact with well fluids, the conductive wire forming a continuous conductive medium extending from conductive portions of the first or second connector to conductive portions of the power receptacle of said down hole equipment. a first connector essembly formed with an internal passage and a tube fitting assembly, the internal passage and tube fitting assembly being adapted to selectively engage a conductive wire in protective tubing; wherein the first connector exhibits an elongated longitudinal dimension; a second connector assembly formed with an internal passage and a tube fitting assembly, the internal passage and tube fitting assembly being adapted to selectively engage a conductive wire in protective tubing; wherein the second connector exhibits an elongated longitudinal dimension, the first and second connectors being adapted to selectively mate; a protective rigid outer sheath formed with a hollow tubular chamber sized and shaped to slidably receive and engage at least a portion of the first and second connector assemblies, the first and second connector assemblies being longitudinally aligned within the tubular chamber; and a first conductive wire encapsulated in protective tubing for supplying power to electrically powered down hole equipment operating within a well bore, the protective tubing of the conductive wire being engaged by the tube fitting assembly of the first or second connector; characterized in that said conductive wire engaged by said tube fitting assembly is fitted with a pothead flange that mechanically and electrically couples with a power receptacle of said electrically powered down hole equipment; and wherein the protective tubing is sized and shaped to form a continuous protective layer extending from the tube fitting assembly to said pothead flange that prevents the conductive wire from coming into contact with well fluids, the conductive wire forming a continuous conductive medium extending from conductive portions of the first or second connector to conductive portions of the power receptacle of said down hole equipment.