Fire Resistant Armoured Power Cable

Transcription

1 Power and Wiring Cables Fire Resistant Armoured Power Cable 00/00V Application Armoured fire resistant cable for use in fixed wiring installations where it is necessary for the cable to retain circuit integrity in the event of a fire, e.g. emergency services, alarm systems, lighting, etc., and in situations where power must be maintained to allow controlled closedown of equipment. Specifications In accordance with BS. BASEC Approved. s: Stranded Class copper conductors to BS EN 0. Mica/glass tape (S). Insulation: XLPE insulation type GP to BS. Core Identification: core - brown, blue core - brown, black, grey core - brown, black, grey, blue core + above - number printed Inner Sheath: LSF inner sheath Type LTS1 to BS. Mild galvanised steel wires to BSEN-1. Outer Sheath: Black LSF outer sheath Type LTS1 to BS. Fire resistant to IEC01 and categories CWZ of BS and BS Clause.. Flame retardant to BS EN 0-- & IEC0-- Cat. C as a minimum. Meets BS and IEC smoke emission test and ph0 BS EN 000. Temperature Rating: 0 C maximum conductor operating temperature. Voltage Rating: 00/00V. 01

2 Anixter Number Number of Cores Area Insulation Thickness Power and Wiring Cables Fire Resistant Armoured Power Cable 00/00V Diameter Under Armour Armour Wire Size O/D Approx Weight kg/km Two Core BS-C-00 1.* BS-C-00.* BS-C-000.0* BS-C-000.0* BS-C-00 * BS-C BS-C BS-C BS-C-000 0// BS-C BS-C BS-C BS-C BS-C BS-C BS-C BS-C Three Core BS-C-00 1.* BS-C-00.* BS-C-000.0* BS-C-000.0* BS-C-00 * BS-C BS-C BS-C BS-C // BS-C BS-C BS-C BS-C BS-C BS-C BS-C BS-C Min Bending Radius (fixed bend) Continued overleaf

3 Power and Wiring Cables Fire Resistant Armoured Power Cable 00/00V (continued) Anixter Number Number of Cores Area Insulation Thickness Diameter Under Armour Armour Wire Size O/D Approx Weight kg/km Four Core BS-C-00 1.* BS-C-00.* BS-C-000.0* BS-C-000.0* BS-C-00 * BS-C BS-C BS-C BS-C-000 0// BS-C BS-C BS-C BS-C BS-C BS-C BS-C BS-C C+ 1.sq AEF * AEF * AEF * AEF * AEF * Min Bending Radius (fixed bend) 01

4 Anixter Number Number of Cores Area Insulation Thickness Power and Wiring Cables Fire Resistant Armoured Power Cable 00/00V (continued) *Circular stranded conductors. // Cables having conductors of nominal area 0sq and above will have shaped stranded conductors. Circular or circular compacted stranded conductors. For more technical information refer to page 1:. For conductor and armour resistances refer to page :1. For gross cross-sectional area of armour refer to page :. For conductor short-circuit ratings refer to page :. For armour short-circuit ratings refer to page :. Diameter Under Armour Armour Wire Size O/D Approx Weight kg/km C+.sq AEF * AEF-00-0.* AEF-00-0.* AEF-00-0.* AEF-00-0.* C+.0sq AEF * AEF * AEF * AEF * AEF * NB: and cables may be supplied with SHAPED conductors. Details on dimensions, weights etc., available on request. Min Bending Radius (fixed bend) 1 01

5 Power and Wiring Cables Technical Information Fire Resistant Armoured Cables to BS 00/00V For further guidance refer to the BS1 (IEE Wiring Regulations - latest edition). For cables of seven core and above it is assumed only two cores are loaded simultaneously (i.e. live and neutral) and the two core rating should be taken. For ambient air temperatures other than 0 C, the following factors should be applied. Ambient air temp C Rating factor VOLTAGE DROP (per Ampere per metre): Cross Sectional Area of One Twin a.c. mv mv mv d.c. One or Core Cable Phase a.c. 01

6 CURRENT CARRYING CAPACITY (Amperes) Cross Sectional Area of In Free Air or on Perforated Cable Tray One Twin Cable a.c. or d.c. One, or Core Cable Phase a.c. Installation Method Power and Wiring Cables Technical Information One Twin Cable a.c. or d.c. Clipped Direct One, or Core Cable Phase a.c. A A A A operating temperature 0 C Ambient air temperature 0 C If ratings for these cables buried direct in ground or in single-way duct are required, refer to ratings for XLPE/SWA cables detailed on page 1: 01

7 Area Armour Resistances Max. DC Resistance of & Armour for,, & Core XLPE Insulated Cables Having Steel Wire Armour Max Resistance per Km of 0ºC Copper (plain) Steel Wire Armour Cables with Stranded Copper s XLPE/PVC/SWA/PVC Cables to BS XLPE/LSF/SWA/LSF Cables to BS MICA/XLPE/LSF/SWA/LSF Cables to BS Two Core Three Core Four Core Five-core 00/00V 00/00V 00/00V 00/00V 00/00V ohms/km ohms/km ohms/km ohms/km ohms/km ohms/km

8 Armour Resistances Max. DC Resistance of & Armour for Auxiliary XLPE Insulated Cables Having Steel Wire Armour XLPE/PVC/SWA/PVC Cables to BS XLPE/LSF/SWA/LSF Cables to BS 00/00V MICA/XLPE/LSF/SWA/LSF Cables to BS 00/00V Area Max Resistance per Km of 0ºC Copper (plain) Steel Wire Armour Number of Cores* ohms/km ohms/km Gross Cross-sectional Area of Armour for, & Core PVC Insulated Cables PVC/PVC/SWA/PVC Cables to BS and ENATS 0-00/00V * For non-preferred sizes, the maximum resistance shall not be greater than that of the next lowest preferred number of cores. Area Gross cross-sectional area of round armour wires Steel Wire Armour Cables with Stranded Copper s Two Core Three Core Four Core

9 Gross Cross-Sectional Gross Cross-sectional Area of Armour for,,, & Core XLPE Insulated Cables XLPE/PVC/SWA/PVC Cables to BS 00/00V XLPE/LSF/SWA/LSF Cables to BS 00/00V MICA/XLPE/LSF/SWA/LSF Cables to BS 00/00V Area Gross cross-sectional area of round armour wires Steel Wire Armour Cables with Stranded Copper s Two Core Three Core Four Core Five Core Gross Cross-sectional Area of Armour for Auxiliary XLPE Insulated Cables XLPE/PVC/SWA/PVC Cables to BS XLPE/LSF/SWA/LSF Cables to BS MICA/XLPE/LSF/SWA/LSF Cables to BS Area Gross cross-sectional area of round armour wires Number of Cores

10 Short-Circuit Ratings XLPE Insulated Cables Short-Circuit Ratings Size 0.s duration 1.0s duration s duration 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.

11 Armour Short-Circuit Ratings Two Core XLPE/PVC/SWA/PVC 00/00V Two Core XLPE/LSF/SWA/LSF 00/00V Two Core MICA/XLPE/LSF/SWA/LSF 00/00V Short-Circuit Ratings Size 0.s duration 1.0s duration s duration 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.

12 Short-Circuit Ratings Size 0.s duration 1.0s duration Armour Short-Circuit Ratings Three Core XLPE/PVC/SWA/PVC 00/00V Three Core XLPE/LSF/SWA/LSF 00/00V Three Core MICA/XLPE/LSF/SWA/LSF 00/00V s duration 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. 1

13 Armour Short-Circuit Ratings Four Core XLPE/PVC/SWA/PVC 00/00V Four Core XLPE/LSF/SWA/LSF 00/00V Four Core MICA/XLPE/LSF/SWA/LSF 00/00V Short-Circuit Ratings Size 0.s duration 1.0s duration s duration 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.

14 Short-Circuit Ratings Size 0.s duration 1.0s duration Armour Short-Circuit Ratings Five Core XLPE/PVC/SWA/PVC 00/00V Five Core XLPE/LSF/SWA/LSF 00/00V Five Core MICA/XLPE/LSF/SWA/LSF 00/00V s duration 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. 1

15 Armour Short-Circuit Ratings Auxiliary XLPE/PVC/SWA/PVC 00/00V Auxiliary XLPE/LSF/SWA/LSF 00/00V Auxiliary MICA/XLPE/LSF/SWA/LSF 00/00V Short-Circuit Ratings Size No. x 0.s duration 1.0s duration x x x x x x x x x.... x.... x x x.0... x.0... x s duration 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. 0