11kV Cables XLPE 3 Core 50sqmm BS6622 Nexans

Nexans

Nexans

bs6622 Cable 11KV XLPE 3 CORE 50MM²

BS6622 Cable Description: CU/XLPE/SWA/PVC 11kV 3X 50 – Electric MV cables with copper conductors, semi conductive conductor screen, XLPE insulation, semi conductive insulation screen, copper tape metallic screen of each core, PVC bedding, galvanized steel wires armour (SWA) and PVC outer sheath.

International Standards:  IEC 60502-2

National Standards:  British Standard BS 6622

Application: The cable manufactured by Nexans is suitable for medium voltage energy networks where mechanical stresses are expected, underground installation or in cable duct. The cable is suitable for rated voltage 6/11kV according to IEC 60502-2.

âž¡ See also 11kV Cables 3 Core | 11kV Cables Single Core | 33kV Cables

Technical Specification

Cable specification for 11kV 3 Core 50sqmm BS6622 cables.Cu XLPE SC SWA PVC

Technical Specification

Cable specification for 11kV 3 Core 50sqmm BS6622 cables.

Cable type Cu/XLPE/SC/SWA/PVC
According to regulation BS 6622
Rated voltage (U) (kV) 11kV
Voltage to neutral (Uo) (kV) 6.35kV
Material of conductor Copper
Nominal cross-section area of conductor (sqmm) 50sqmm
Number of cores/conductors 3 Core
Material of insulation XLPE
Identification of cores Red-Yellow-Blue
Thickness of insulation (mm) 3.4
Screen size (sqmm) 16sqmm
Armouring type Round steel wires SWA
Material of cable sheath PVC
Thickness of cable sheath (mm) 2.6
Overall diameter  (Approx.) (mm) 55
Permissible operating temperature of conductor (°C) 90
Permissible temp.in emergency overload (°C) 130
Permissible short-circuit temperature up to 5 sec. (°C) 250
Permissible final temperature of copper screen (°C) 250
Nominal short-circuit current for 1 second of conductor (kA) 7.2
Nominal short-circuit current for 1 second of screen (kA) 3.3
Conductor DC resistance at 20 °C  (Ohm/km) 0.387
Conductor AC resistance by maximum temperature (Ohm/km) 0.496
Insulating resistance at 20 °C  (Approx.) (Mohm x km) 85000
Current carrying capacity in ground  (20 °C) (A) 210
Current carrying capacity in air  (30 °C) (A) 206
Maximum dielectric loss of cable (W/km) 4.7
Conductor losses in the ground (kW/km) 66
Charging current per phase (A/km) 0.46
Operating capacitance (uF/km) 0.23
Phase inductance (mH/km) 0.35
Dielectric power factor at Uo  (tan &) 0.0004
Inductive reactance (Ohm/km) 0.11
Capacitive reactance (Ohm/km) 0.01
Net weight of cable (kg/km) 5800
Minimum bending radius of cable (mm) 825
Standard length of drum (m) 1000
Drum diameter (cm) 260
Width of drum (cm) 136
Weight of drum including cable  (Approx.) (kg) 6450

âž¡ See HV Cable Joints, Terminations & Connectors to enable the installation of BS6622 6.35/11kV 3 Core SWA Cable – for terminatingHeat Shrink Cable Terminations medium voltage cables into MV-HV gas insulated switchgear, transformers and electrical equipment with outer cone type bushings please see Nexans Euromold connectors  slip-on, heat shrink terminations and cold shrink cable joints from 11kV-33kV (42kV) also available for MV-HV cables.

Nexans Euromold Connectors

Nexans Euromold screened separable connectors, elbows and Tee-connectors terminate high voltage cables with polymeric insulation (XLPE & EPR) onto switchgear and transformer bushings.

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