Single Core XLPE/LSF/AWA/LSF Power Cable

Transcription

1 Single Core XLPE/LSF/AWA/LSF Power Cable 00/00V and 100/00V Application LSF insulated, armoured and sheathed, single core power cable for use in fixed installations. Especially for use in areas where fire would create dense smoke and toxic fumes causing a major threat to life and equipment. Specifications In accordance with BS. Conductors: Stranded Class copper conductors to BS EN 0. Insulation: Brown XLPE insulation Type GP to BS. Inner Sheath: LSF inner sheath Type LTS1 to BS. Aluminium wires to BS. Outer Sheath: Black LSF outer sheath Type LTS1 to BS. Flame retardant to BS EN 0-- & IEC0-- Cat. C as a minimum. Temperature Rating: 0 C maximum conductor operating temperature. Voltage Rating: 00/00 & 100/00V. 1 01

2 Anixter Number Number of Cores Nominal Conductor mm Single Core XLPE/LSF/AWA/LSF Power Cable 00/00V & 100/00V Insulation Thickness Diameter Under Armour mm CONDUCTORS MAY BE CIRCULAR OR CIRCULAR COMPACTED. For further technical information refer to page 1: (See 1: for technical information on 100/00V cables). For conductor and armour resistances refer page 1:0. For Gross Cross-Sectional area of armour refer to page 1:. For conductor short-circuit ratings refer to page 1:. For armour short-circuit ratings refer to page 1:. Armour Wire Size Nominal O/D Approx Weight mm mm mm kg/km 00/00V Cables BS-1C BS-1C BS-1C BS-1C BS-1C BS-1C BS-1C BS-1C BS-1C BS-1C BS-1C BS-1C /00V Cables A-AY A-AY A-AY A-AY A-AY A-AY A-AY A-AY A-AY A-AY A-AY A-AY A-AY Min Bending Radius (fixed bend) mm

3 XLPE/PVC/AWA/PVC Single core XLPE/LSF/AWA/LSF 00/00V 1 CURRENT - CARRYING CAPACITY (Amperes): Direct Buried BS Nominal Conductor cables cables Touching Spaced Trefoil Touching Spaced mm Arm d Arm d Arm d Arm d Arm d Nominal Conductor Air BS & BS cables Horizontally Spaced Vertically Spaced Trefoil mm Unarm d Arm d Unarm d Arm d Unarm d Arm d

4 1 Standard depth of laying 0.m Thermal resistivity of soil 1. C m/w Standard ground temperature C Ambient air temperature C Maximum conductor temperature 0 C In Single-Way Duct BS Nominal Conductor cables cables Flat Trefoil Flat mm Arm d Arm d Arm d Vertically Spaced cables Horizontally Spaced Unarm d Arm d Unarm d Arm d For further guidance refer to the BS1 (IEE Wiring Regulations - latest edition) and ERA -0 Part. Ratings do not apply if the cable is protected by a semi-enclosed fuse to BS0. Continued overleaf

5 XLPE/PVC/AWA/PVC Single core XLPE/LSF/AWA/LSF 00/00V For ambient air and ground temperatures other than those specified, the following rating factors should be applied: Cables laid in air: Ambient air temp C Rating factor Cables laid direct in ground and in single-way ducts: Ground temp C Rating factor VOLTAGE DROP (per Ampere per metre): Cables - Single Phase a.c. Conductor Cross Sectional Cables d.c. Reference Methods 1 & (touching) 1 * spaced by one cable diameter. Reference Methods (spaced*) mm mv mv mv r x z r x z

6 1 or Cables - Three Phase a.c. Reference Methods 1, & (in trefoil touching) Reference Methods 1 & (flat touching) Reference Methods (flat spaced*) mv mv mv r x z r x z r x z

7 Single core XLPE/PVC 00/00V to BS & XLPE/LSF 00/00V Single core PCU/XLPE/PVC/AWA/PVC 00/00V to BS Single core PCU/XLPE/LSF/AWA/LSF 00/00V to BS ELECTRICAL CHARACTERISTICS Conductor Size Maximum d.c. Conductor 0ºC Maximum a.c. Conductor 0ºC 0Hz Single Core Cables in Trefoil 0ºC, 0Hz Single Core Cables in Trefoil Unarm d Arm d Unarm d Arm d Unarm d Arm d mm ohms/km ohms/km ohms/km ohms/km ohms/km ohms/km ohms/km

8 1./. kv 1 core & cores XLPE Insulated, Armoured Cables BS & BS For further guidance refer to the BS1 (IEE Wiring Regulations - latest edition) and ERA -0Part. For ambient air and ground temperatures other than those specified, the following factors should be applied. Cables laid in air Ambient air temp C Rating factor Cables laid direct in ground and in single-way ducts Ground temp C Rating factor CURRENT CARRYING CAPACITY (Amperes) Single Core 100/00V 0Hz Direct Buried - BS In Single-Way Duct - BS Nominal Trefoil Cables Spaced Nominal Cables Conductor Touching Conductor Trefoil Flat mm Arm d Arm d Arm d mm Arm d Arm d

9 CURRENT CARRYING CAPACITY (Amperes) Core 100/00V 0Hz XLPE/PVC/SWA/PVC, XLPE/LSF/SWA/LSF Direct Buried - BS In Single-Way Duct - BS Air - BS & BS Nominal Conductor Core Nominal Conductor Core Nominal Conductor Core mm Arm d mm Arm d mm Arm d Nominal Conductor XLPE/PVC/AWA/PVC XLPE/LSF/AWA/LSF Air - BS & Trefoil Cables Vertical Spaced mm Arm d Arm d Arm d Horizontally Spaced Standard depth of laying 0.m Thermal resistivity of soil 1. C m/w Standard ground temperature C Ambient air temperature C Maximum conductor temperature 0 C 1 01

10 Single core PCU/XLPE/PVC/AWA/PVC 100/00V to BS Single core PCU/XLPE/LSF/AWA/LSF 100/00V to BS ELECTRICAL CHARACTERISTICS Conductor Size mm Maximum d.c. Conductor 0ºC ohms/km Maximum a.c. Conductor 0ºC ohms/km 0Hz Single Core Cables in Trefoil ohms/km 0ºC, 0Hz Single Core Cables in Trefoil ohms/km

11 Additional Armour Resistances Max. DC Resistance of Conductor & Armour for Single Core XLPE Insulated Cables Having Aluminium Wire Armour XLPE/PVC/AWA/PVC Cables to BS XLPE/LSF/AWA/LSF Cables to BS Nominal Conductor Max Resistance per Km of 0ºC Copper Conductor (plain) Aluminium Wire Armour Cables with Stranded Copper Conductors 00/00V 100/00V mm ohms/km ohms/km ohms/km

12 Nominal Conductor Gross cross-sectional area of round armour wires Number of Cores Additional Gross Cross-Sectional Gross Cross-sectional of Armour for Auxiliary PVC Insulated Cables PVC/PVC/SWA/PVC Cables to BS and ENATS 0-00/00V 1 1 mm mm mm mm mm mm mm mm mm Nominal Conductor mm mm Gross Cross-sectional of Armour for Single Core XLPE Insulated Cables XLPE/PVC/AWA/PVC Cables to BS XLPE/LSF/AWA/LSF Cables to BS Gross cross-sectional area of round armour wires Cables with Stranded Copper Conductors Aluminium Wire Armour 00/00V 1 1

13 Additional Conductor Short-Circuit Ratings XLPE Insulated Cables Short-Circuit Ratings Conductor Size mm 0.s duration ka 1.0s duration ka s duration ka N.B: The above ratings assume an adiabatic temperature rise and are based on a conductor temperature of 0ºC at start of short-circuit and 0ºC at end of shortcircuit. 1 1

14 Short-Circuit Ratings Conductor Size mm 0.s duration ka 1.0s duration ka Additional Armour Short-Circuit Ratings Single Core XLPE/PVC/AWA/PVC 00/00V Single Core XLPE/LSF/AWA/LSF 00/00V s duration ka N.B: The above ratings assume an adiabatic temperature rise and are based on an armour temperature of 0ºC at start of short-circuit and 00ºC at end of short-circuit