Flexible Cables and Cords

Transcription

1 PVC Types Tri-Rated Single-Core : H0V-K (1X) & H0V-K (01X) Single-Core... : DEF 1-1 Equipment Wires : PVC Insulated and Sheathed Flexible Multicore (1*Y) : PVC Insulated Heat Resistant Flexible Multicore (0*Y) : UL Style Hook Up Wires :1 Automotive Wire - SXL/GXL/TXL :1 Automotive Wire FLY Standard Wall :1 Automotive Wire FLRY-B Thin Wall :0 Automotive Extra Flexible Battery/Starter Cable.. :1 Automotive FLYY-F Thin Wall Flat Twin : Automotive FLRYY Thin Wall Round : Automotive FLYZ Twin Speaker Cable : Rubber Types H0RN-F : EPR Insulated, HOFR Sheathed up to.mm.... :0 EPR Insulated, HOFR Sheathed mm and above.. : Welding Cable to BS : Coil Lead to BS : LSZH Types H0Z-K (1B) & H0Z-K (01B) Single-Core.. : LSZH Insulated and Sheathed Flexible Multicore.. :0 Technical Specifications Current Ratings for Extra Flexible Battery : Current Ratings for Thin Wall & Standard Wall Automotive Wires : Other Types :

2 1 Tri-Rated C 00/00 V Application For the internal wiring appliances and also the wiring of switch, control, metering and instrument panels of power switchgear. 1 1 Specifications In accordance with BS1 Type CK Conforms to UL subject Appliance Wiring Material (AWM) for styles 1,, 1 and 1 as applicable. RoHS Compliant Canadian Standards Association (CSA) approved. Complies with standard C. No.1, Type TEW <HAR> Approved to H0V-K, depending on manufacturer s: Flexible Class conductors to BS EN 0 Insulation: PVC insulation Normal colours available see page : Flame retardant to BS EN 0-1- and VW-1 Temperature Rating: BS1 specifies a maximum continuous conductor operating temperature of 0 C, and for limited use up to C. UL and CSA rated C Voltage Rating: 00/00 V (BS), 00 V (UL & CSA) 0/0 V (HAR)

3 Anixter Number Area Tri-Rated C 00/00 V ## = colour, -01 = white, -0 = black, -0 = red, -0 = green, -0 = yellow, -0 = blue, -0 = brown, -0 = orange, -0 = grey, - = violet, -1 = pink, -0 = green/yellow. etc. Other colours available upon request. For more technical information see page :0. Stranding mm #/mm mm kg/km O/D Approximate Weight UL Style Number TRI-000-## 0. 1/ TRI-000-## 0. / TRI-00-## 1.0 / TRI-001-## 1. 0/0.. 1 TRI-00-##. 0/0.. 1 TRI-000-##.0 / TRI-000-##.0 / TRI-00-## 0/0.. 1 TRI-010-## 1 1/ TRI-00-## 1/ TRI-00-## / TRI-000-## 0 / TRI-000-## 0 0/ TRI-00-## / TRI-0-## 0/

4 1 Single-Core PVC Insulated H0V-K & H0V-K 0 C 00/00 V and 0/0 V Application For fixed protected installation inside appliances and in/on light fittings, where increased flexibility is required to assist installation. 1 Specifications In accordance with Cenelec code H0V-K1 and H0V-K1 RoHS Compliant s: Flexible Class copper conductors to BS EN 0 Insulation: PVC Insulation Type TI.1 to BS EN 0- Flame retardant to BS EN 0-1- Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: 00/00 V, 0/0 V

5 Anixter Number Cenelec Code Area Single-Core PVC Insulated H0V-K & H0V-K 0 C 00/00 V and 0/0 V Stranding Insulation Thickness ## = colour, -01 = white, -0 = black, -0 = red, -0 = green, -0 = yellow, -0 = blue, -0 = brown, -0 = orange, -0 = grey, - = violet, -1 = pink, -0 = green/yellow. etc. Other colours available upon request. For further technical information refer to pages : (H0V-K) and : (H0V-K). Maximum O/D Approximate Weight mm #/mm mm mm kg/km HCN-K1-A-## H0V-K1 0. 1/ HCN-K1-B-## H0V-K1 0. / HCN-K1-C-## H0V-K1 1.0 / HDN-K1-D-## H0V-K1 1. 0/ HDN-K1-E-## H0V-K1. 0/ HDN-K1-F-## H0V-K1.0 / HDN-K1-G-## H0V-K1.0 / HDN-K1-H-## H0V-K1 0/ HDN-K1-I-## H0V-K1 1 1/ HDN-K1-J-## H0V-K1 1/ HDN-K1-K-## H0V-K1 / HDN-K1-L-## H0V-K1 0 / HDN-K1-M-## H0V-K1 0 0/ HDN-K1-N-## H0V-K1 / HDN-K1-P-## H0V-K1 0/ HDN-K1-Q-## H0V-K1 10 / HDN-K1-R-## H0V-K1 1 / HDN-K1-S-## H0V-K1 0 /

6 1 DEF 1-1 Equipment Wires Application For internal wiring of electronic and other equipment. 1 Specification In accordance with DEF 1-1 Part and BS0 Part RoHS Compliant s: Tinned copper conductors to BS EN 0 Insulation: PVC insulation Type to BS (Types 1 and equipment wires) - PVC insulation Type TI.1 to BS EN 0- (Types,,,, equipment wires) Normal colours available: red, blue, green, yellow, black, white, brown, violet, orange, grey, pink Temperature Rating: C maximum conductor operating temperature Voltage Rating: 0, 00, 100 V a.c. and 000 V d.c

7 Anixter Number Area Stranding Insulation Thickness DEF 1-1 Equipment Wires ## = colour, -0 = black, -0 = red, -0 = green, -0 = yellow, -0 = blue, -0 = brown, -0 = grey, -0 = green/yellow. Other colours available upon request. PVC hard grade and general purpose, available screened and PVC sheathed. For further technical information see page :. For LFH equipment wire refer to DEF 1-1 Part 1 wires in Section. Minimum O/D Maximum O/D Approximate Weight mm #/mm mm mm mm kg/km Type 1 - PVC hard grade working temp - 1ºC to +ºC 0 Vrms A-SO1-1-## 0.1 1/ A-SO1--## 0. 1/ A-SO1--## 0. / Type - PVC hard grade working temp - 1ºC to +ºC 00 Vrms A-SO1-01-## 0.1 1/ A-SO1-0-## 0. 1/ A-SO1--## 0. 1/ A-SO1-0-## 0. / A-SO1-0-## 0.0 1/ A-SO1--## 0. / Type - PVC general purpose working temp - 0ºC to +ºC 100 Vrms A-SO1-0-## 0. 1/ A-SO1--## / A-SO1-00-## 0.0 1/ A-SO1-0-## 0. / A-SO1-0-## 1.00 / A-SO1-0-##.00 / Type - PVC hard grade working temp - 0ºC to +ºC 000 V d.c. A-SO1-0-## 0.0 1/

8 1 PVC Insulated and Sheathed Flexible Cords 0 C 00/00 V 1*Y Application For external supply connection of portable appliances for medium duties in domestic or office environments. * denotes number of cores. 1 1 Specifications In accordance with BS00 (up to.sqmm) and BS1 (sqmm only) and Cenelec code H0VV-F s: Flexible Class conductors to BS EN 0 Insulation: PVC insulation Type TI. to BS EN 0- Core Identification: core - blue, brown core - green/yellow, blue, brown core - green/yellow, brown, black, grey core - green/yellow, brown, black, grey, blue Sheath: PVC sheath Type TM. to BS EN 0--1 (black or white) Flame retardant to BS EN 0-1- Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: 00/00 V

9 Anixter Number Twin Core Type 1Y Cenelec Code Area ## = sheath colour, -01 = white, -0 = black. Other colours available upon request. * Not a harmonised type (National Type). For further technical information see page :. Arctic grades also available. Details upon request. PVC Insulated and Sheathed Flexible Cords 0 C 00/00 V 1*Y Stranding Insulation Thickness Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km 1Y-000-## H0VV-F 0. / Y-00-## H0VV-F 1.0 / Y-001*-## / Y-001-## H0VV-F 1. 0/ Y-00-## H0VV-F. 0/ Y-000-## H0VV-F.0 / Three Core Type 1Y 1Y-000-## H0VV-F 0. / Y-00-## H0VV-F 1.0 / Y-001*-## / Y-001-## H0VV-F 1. 0/ Y-00-## H0VV-F. 0/ Y-000-## H0VV-F.0 / Four Core Type 1Y 1Y-000-## H0VV-F 0. / Y-00-## H0VV-F 1.0 / Y-001-## H0VV-F 1. 0/ Y-00-## H0VV-F. 0/ Y-000-## H0VV-F.0 / Five Core Type 1Y 1Y-000-## H0VV-F 0. / Y-00-## H0VV-F 1.0 / Y-001-## H0VV-F 1. 0/ Y-00-## H0VV-F. 0/ Y-000-## H0VV-F.0 /

10 1 PVC Insulated and Sheathed Heat Resistant Flexible Cords 0 C 00/00 V 0*Y Application For external supply connection of portable or fixed electrical appliances operating in elevated temperature zones. * denotes number of cores. 1 1 Specifications In accordance with BS00 s: Flexible Class conductors to BS EN 0 Insulation: PVC insulation Type TI. to BS EN 0- Core Identification: core - blue, brown core - green/yellow, blue, brown core - green/yellow, brown, black, grey Sheath: PVC sheath Type TM. to BS EN 0--1 (white) Flame retardant to BS EN 0-1- Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: 00/00 V

11 Anixter Number PVC Insulated and Sheathed Heat Resistant Flexible Cords 0 C 00/00 V 0*Y Area Stranding Insulation Thickness Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km Twin Core Type 0Y 0Y / Y / Y / Y / Y / Three Core Type 0Y 0Y / Y / Y / Y / Y / Four Core Type 0Y 0Y / Y / Y / Y / Y / For further technical information see page :

12 1 UL Style Single-Core Cables 0/1 Application These wires are used in small equipment or for data transmission up to 00 Volts. These cables are internationally recognised. 1 Specifications s: Flexible tinned copper (class ) Insulation: wall 0.mm Standards: UL 0 UL 1 CSA TR- (0 C) VW-1 Fire Performance: Flame retardant to VW-1 Temperature Rating: - C minimum operating temperature +0 C/ C (0/1) maximum conductor operating temperature Voltage Rating: 00 V Anixter Number Size AWG Stranding #/mm Overall Diameter mm Approximate Weight kg/km UL 0/1 Flexible Tinned s 0-/-## / /-## / /-## / /-## 0 / /1-## 1 1/ /-## 1 / /1-## 1 1/ /-## 1 / /-## /0... ## Insert appropriate suffix for required colour of core: 0 = Black, 1 = Brown, = Red, = Orange, = Yellow, = Green = Blue, = Violet, = Grey, = White, P = Pink, = Green/Yellow Above information may vary depending on manufacturer. Other cable constructions are available on request. 0 1

13 UL Style Single-Core Cables 1 1 Application This range of multi-standard cables is used for wiring in fixed installations of electric and electronic components in switch gear cabinets, up to 00 Volts. These cables are internationally recognised. Specifications s: Flexible tinned copper (class ) Insulation: wall 0.mm Standards: UL 1 CSA TEW C CSA TR- 0 C VW-1 Fire Performance: Flame retardant to VW-1 Temperature Rating: -0 C minimum operating temperature + C maximum conductor operating temperature Voltage Rating: 00 V 1 Anixter Number Size AWG Stranding #/mm Overall Diameter mm Approximate Weight kg/km UL 1 Flexible Tinned s 1-/-## / /-## / /-## 0 / /1-## 1 1/ /-## 1 / /1-## 1 1/ /-## 1 / /-## /0... ## Insert appropriate suffix for required colour of core: 0 = Black, 1 = Brown, = Red, = Orange, = Yellow, = Green = Blue, = Violet, = Grey, = White, P = Pink, = Green/Yellow Above information may vary depending on manufacturer. Other cable constructions are available on request

14 1 UL Style Single-Core Cables 1 Application Designed to be used for internal installations and electronic control devices. These cables are internationally recognised. Specifications s: Flexible tinned copper (class ) Insulation: wall 0.mm (semi-rigid) Standards: UL 1 VW-1 CSA Type T II SR-PVC Fire Performance: Flame retardant to VW-1 Temperature Rating: - C minimum operating temperature +0 C maximum conductor operating temperature Voltage Rating: 00 V Anixter Number Size AWG Stranding #/mm Overall Diameter mm Approximate Weight kg/km UL 1 Tinned Flexible 1-/-## / /-## / /-## 0 / /-## 1 1/ /-## 1 / ## Insert appropriate suffix for required colour of core: 0 = Black, 1 = Brown, = Red, = Orange, = Yellow, = Green = Blue, = Violet, = Grey, = White, P = Pink, = Green/Yellow Above information may vary depending on manufacturer. Other cable constructions are available on request

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16 1 Automotive Wire SXL - GXL Application For use in general wiring circuits in vehicles where severe conditions such as oxidation and high temperatures may be present. These wires are approved for use in motor and vehicle engine compartments. Specifications s: Plain stranded copper Insulation: XLPE Standards: SAE J, MIL0-A, MIL0-B, MS-1, MS-00 Fire Performance: Flame retardant to VW-1 Anixter Number Size Overall Diameter Approximate Weight AWG mm kg/km SXL SXL-001-## 0.. SXL-101-## SXL-101-## SXL-101-## 1..1 SXL-1-## SXL-01-##. 1. GXL GXL-001-## 0..1 GXL-101-## 1.. GXL-101-## GXL-101-## 1.. GXL-1-## 1..0 GXL-01-##.. ## Insert appropriate suffix for required colour of core: 0 = Black 1 = Brown = Red = Orange = Yellow = Green = Blue = Violet = Grey = White P = Pink = Green/Yellow Conversion table: See Additional Technical Information on page : and :. Other cable constructions are available on request. Temperature Rating: -1 C minimum operating temperature +1 C maximum conductor operating temperature Voltage: 0 V 0 1

17 Automotive Wire TXL 1 Application For use in general wiring circuits in vehicles where severe conditions such as oxidation and high temperatures may be present. These wires are approved for use in motor and vehicle engine compartments. Specifications s: Plain stranded copper Insulation: XLPE Standards: SAE J, MIL1-A, MS- Fire Performance: Flame retardant to VW-1 Temperature Rating: -1 C minimum operating temperature +1 C maximum conductor operating temperature Voltage: 0 V Anixter Number Size Overall Diameter Approximate Weight TXL AWG mm kg/km TXL-001-## TXL-101-## 1.0. TXL-101-## TXL-101-## TXL-1-## TXL-01-## ## Insert appropriate suffix for required colour of core: 0 = Black 1 = Brown = Red = Orange = Yellow = Green = Blue = Violet = Grey = White P = Pink = Green/Yellow Conversion table: See Additional Technical Information on page : and :. Other cable constructions are available on request

18 1 Automotive Wire FLY - Standard Wall Insulation RoHS Application Standard wall automotive cables are ideal for use in automotive and marine. The wire s lead free, PVC polymer, offers excellent resistance to petrol, chemicals, and abrasion, and in addition is suitable for both low and high temperature applications. N.B. Flexible conductors with cross sections above mm are also suitable as battery cables Specifications In accordance with ISO /BS Pt 1 and meeting LV, BMW 00-, VW 00 s: Flexible Class copper conductors to BS EN 0 with wires conforming to EN 10 for CU-ETP-1 Insulation: PVC insulation Class B to ISO (lead free) Anixter Number Area Stranding Insulation Thickness Flame retardant to BS EN 0-1- Temperature Rating: -0 C to + C (000 hours) Voltage Rating: 0 V d.c, V a.c. (suitable for 1 Volt & Volt systems) Maximum O/D Approximate Weight mm #/mm mm mm kg/km ohm/km AUTO-00MM-## 0. 1/ AUTO-0 MM-## 0. / AUTO-0MM-## 1.0 / AUTO-01MM-## 1. 0/ AUTO-00MM-##.0 / AUTO-0MM-##. 0/ AUTO-00MM-##.0 / Technical current ratings see page :. Maximum d.c. 0 C

19 Anixter Number Area Stranding Insulation Thickness Maximum O/D Approximate Weight mm #/mm mm mm kg/km ohm/km AUTO-0MM-##.0 / AUTO-00MM-##.0 / AUTO-0MM-## 10/ AUTO-10MM-## 1 1/ AUTO-0MM-## 1/ AUTO-0MM-## / AUTO-00MM-## 0 / AUTO-00MM-## 0 0/ AUTO-0MM-## 0/ AUTO-MM-## 0/ ## = colour: 01 = White 0 = Black 0 = Red 0 = Green 0 = Yellow 0 = Blue 0 = Brown 0 = Orange 0 = Grey = Violet 1 = Pink 0 = Green/Yellow Other colours available upon request. Technical current ratings see page :. Automotive Wire FLY - Standard Wall Insulation (continued) Maximum d.c. 0 C

20 1 Automotive Wire FLRY-B - Thin Wall Insulation RoHS Application These thin-wall automotive cables are ideal for use in automotive and marine applications where its reduced insulation thickness and higher current carrying capacity both help to reduce weight and volume in complex wiring harnesses. The wire s lead free, PVC polymer, hard grade insulation, also offers excellent resistance to petrol, chemicals, and abrasion, and in addition is suitable for both low and high temperature applications. Specifications In accordance with ISO and meeting BMW GS 00-1, VW 00,DBL 1/MB 01, Ford WSK 1A-A, LV, MAN 1, Bosch 0, Fiat 1/1, Fiat 1/1 requirements s: Flexible Class copper conductors to BS EN 0 with wires conforming to EN 10 for CU-ETP-1 Anixter Number Area Stranding Insulation Thickness Insulation: PVC insulation Class B to ISO (lead free) Flame retardant BS EN 0-1- Temperature Rating: -0 C + C (000 hours) mobile and fixed installations Voltage: 0 V d.c. (suitable for 1 Volt & Volt systems) O/D Approximate Weight mm #/mm mm mm kg/km ohm/km AUTO-TW00-## 0. 1/ AUTO-TW0-## 0. / AUTO-TW0-## 1.0 / AUTO-TW01-## 1. 0/ AUTO-TW00-##.0 / AUTO-TW0-##. 0/ AUTO-TW00-##.0 / AUTO-TW00-##.0 / AUTO-TW0-##. / AUTO-TW00-##.0 / AUTO-TW0-##. / AUTO-TW0-## 10/ AUTO-TW10-## 1 1/ AUTO-TW0-## 1/ ## = colour: 01 = White 0 = Black 0 = Red 0 = Green 0 = Yellow 0 = Blue 0 = Brown 0 = Orange 0 = Grey = Violet 1 = Pink 0 = Green/Yellow Other colours available upon request. Technical current ratings see page :. Maximum d.c. 0 C 0 0

21 Automotive Wire Extra-Flexible Battery/Starter Cable 1 RoHS Application These extra flexible automotive cables are ideal for use in automotive and marine applications, range of extra flexible battery/ welding cable, using fine stranded copper conductors, Class, bare copper rope stranded, with soft PVC insulation, resistant to abrasion, moisture, petrol/diesel, oil and diluted acids. Specifications Generally in accordance with ISO s: Flexible Class copper conductors to BS EN 0 Insulation: Flexible grade PVC (chromium, cadmium, lead and mercury free) Flame retardant to BS EN 0-1- Temperature Rating: -0 C +0 C fixed installation, + C +0 C mobile installation Voltage Rating: 0/0 V, 00/00 V fixed and protected installation Anixter Number Area Stranding Insulation Thickness O/D Approximate Weight mm #/mm mm mm kg/km ohm/km BATTF-0MM-## 0 / BATTF-MM-## / BATTF-MM-## / BATTF-0MM-## 0 / BATTF-0MM-## 0 / BATTF-0MM-## 0 0/ BATTF-0MM-## 0 00/ BATTF-MM-## 1/ BATTF-MM-## 1/ BATTF-10MM-## 10 0/ ## = colour: 01 = White 0 = Black 0 = Red 0 = Green 0 = Yellow 0 = Blue 0 = Brown 0 = Orange 0 = Grey = Violet 1 = Pink 0 = Green/Yellow Other colours available upon request. Technical current ratings see page :. Maximum d.c. 0 C

22 1 Flexible Cables & Cords Automotive Wire FLYYF - Thin Wall Insulation Flat Cable RoHS Application Two core flat PVC cable with thin wall automotive wire, ideal for use in automotive and marine applications where its reduced insulation thickness and higher current carrying capacity both help to reduce weight and volume in complex wiring harnesses. The wire s lead free, PVC polymer, hard grade insulation, also offers excellent resistance to petrol, chemicals, and abrasion, with a low temperature rating -0 C and high rating +0 C. Specifications In accordance with ISO s: Flexible class copper conductors to BS EN 0 with wires conforming to EN 10 for CU-ETP-1 Insulation: PVC insulation Class B to ISO (lead free) Core Identification: core - red, black or white, black Outer Sheath: Black, white, red or green PVC sheath Class B to ISO (lead free) Anixter Number Insulation Colours Area Stranding Flame retardant to BS EN 0-1- Temperature Rating: -0 C + C (000 hours) mobile and fixed installations Voltage Rating: 0 V d.c. (suitable for 1 Volt & Volt systems) Insulation Thickness O/D Approximate Weight mm #/mm mm mm kg/km ohm/km AUTO-C-TW1MM-##F-RB Red, Black 1.0 1/ x.0 1. AUTO-C-TW1MM-##F-WB White, Black 1.0 1/ x.0 1. AUTO-C-TW1MM-##F-RB Red, Black 1. 1/ x. 1. AUTO-C-TW1MM-##F-WB White, Black 1. 1/ x. 1. AUTO-C-TWMM-##F-RB Red, Black.0 / x.. AUTO-C-TWMM-##F-WB White, Black.0 / x.. AUTO-C-TWMM-##F-RB Red, Black. / x..0 AUTO-C-TWMM-##F-RB White, Black. / x..0 AUTO-C-TWMM-##F-RB Red, Black.0 / x..1 AUTO-C-TWMM-##F-RB White, Black.0 / x..1 ## = sheath colour: 01 = White 0 = Black 0 = Red 0 = Green Maximum d.c. 0 C 0

23 . Automotive Wire FLRYY - Thin Wall Insulation Round Cable 1 RoHS Application Multicore round PVC cable with thin wall automotive wire, ideal for use in automotive and marine applications where its reduced insulation thickness and higher current carrying capacity both help to reduce weight and volume in complex wiring harnesses. The wire s lead free, PVC polymer, hard grade insulation, also offers excellent resistance to petrol, chemicals, and abrasion, with a low temperature rating -0 C and high rating + C. Specifications In accordance with ISO s: Flexible Class copper conductors to BS EN 0 with wires conforming to EN 10 for CU-ETP-1 Insulation: PVC insulation Class B to ISO (lead free) Core Identification: core - red, black, green core - red, black, green, white core - brown, green, red, white, yellow core - black, red, green, yellow, brown, blue, white. core - red, brown, green, yellow, blue, black, purple ( x 1.0mm ), white (.0mm ) Anixter Number Number of Cores Area Stranding Outer Sheath: Black PVC sheath Class B to ISO (lead free) Flame retardant to BS EN 0-1- Temperature Rating: -0 C + C (000 hours) mobile and fixed installations Voltage Rating: 0 V d.c. (suitable for 1 Volt & Volt systems) Insulation Thickness O/D Approximate Weight mm #/mm mm mm kg/km ohm/km AUTO-C-TW1MM / AUTO-C-TWMM-0.0 / AUTO-C-TW1MM / AUTO-C-TW1MM / AUTO-C-TW1MM / AUTO-C-TW1MM / AUTO-C-COMPOSITE (C).0 (1C) /0. /0. 0. (1.0sqmm) 0. (.0sqmm) Maximum d.c. 0 C (1.0sqmm). (.0sqmm)

24 1 Automotive Wire FLYZ - Twin Speaker Cable RoHS Application A range of flexible, two core figure speaker cable. With polarity line indicator along one core to indicate the positive tracer, these are ideal for auto/marine loudspeaker connection. Specifications In accordance with ISO s: Flexible class copper conductors to BS EN 0 with wires conforming to EN 10 for CU-ETP-1 Insulation: PVC insulation Class B to ISO (lead free) Figure construction, available in following colours:- black-black/white, black-black/red, black-black/blue and transparent with coloured tracer Anixter Number Colour Black- Area Stranding Flame retardant to BS EN 0-1- Temperature Rating: -0 C + C (000 hours) mobile and fixed installations Voltage Rating: 0 V d.c. (suitable for 1 Volt & Volt systems) Insulation Thickness O/D Approximate Weight mm #/mm mm mm kg/km ohm/km SPC1/0./BW-P0 Black/White 0. 1/ x SPC/0.BR-P0 Black/Red 0. / x.. SPC/0.BBU-P0 Black/Blue 1.0 / x.0 1. SPC1/0.BW-P0 Black/White 1. 1/ x SPC/0.BW-P0 Black/White. / x SPC/0./BW-P0 Black/White. / x Maximum d.c. 0 C

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26 1 H0RN-F 0 C 0/0 V Application For mains supply or extension leads for portable or fixed equipment operating indoors or outdoors (domestic or industrial) under conditions of frequent handling trailing or flexing. Incorporates heavy duty OFR (Oil resisting Flame Retardant) outer sheath Specifications In accordance with Cenelec code H0RN-F s: Flexible Class plain copper conductors to BS EN 0 Insulation: Rubber insulation Type EI. to BS Core Identification: core - blue, brown core - green/yellow, blue, brown core - green/yellow, brown, black, grey core - green/yellow, brown, black, grey, blue Outer Sheath: Black PCP outer sheath Type EM. to BS Flame retardant to BS EN 0-1- Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: 0/0 V For further technical information see page : (up to.sqmm conductor size) and : (.0sqmm and above)

27 Anixter Number Single-Core Type Cenelec Code Area Stranding Insulation Thickness H0RN-F 0 C 0/0 V Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km H0RNF-1C-001 H0RN-F1 1. 0/ H0RNF-1C-00 H0RN-F1. 0/ H0RNF-1C-000 H0RN-F1.0 / H0RNF-1C-000 H0RN-F1.0 / H0RNF-1C-00 H0RN-F1 0/ H0RNF-1C-010 H0RN-F1 1 1/ H0RNF-1C-00 H0RN-F1 1/ H0RNF-1C-00 H0RN-F1 / H0RNF-1C-000 H0RN-F1 0 / H0RNF-1C-000 H0RN-F1 0 0/ H0RNF-1C-00 H0RN-F1 / H0RNF-1C-0 H0RN-F1 0/ H0RNF-1C-100 H0RN-F1 10 / H0RNF-1C-10 H0RN-F1 1 / H0RNF-1C-00 H0RN-F1 0 / H0RNF-1C-000 H0RN-F1 00 1/ H0RNF-1C-000 H0RN-F / H0RNF-1C-000 H0RN-F1 00 1/ Two Core Type H0RNF-C-00 H0RN-F 1.0 / H0RNF-C-001 H0RN-F 1. 0/ H0RNF-C-00 H0RN-F. 0/ H0RNF-C-000 H0RN-F.0 / H0RNF-C-000 H0RN-F.0 / H0RNF-C-00 H0RN-F 0/ H0RNF-C-010 H0RN-F 1 1/ H0RNF-C-00 H0RN-F 1/

28 H0RN-F 0 C 0/0 V Anixter Number Three Core Type Cenelec Code Area Stranding Insulation Thickness Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km H0RNF-C-00 H0RN-F 1.0 / H0RNF-C-001 H0RN-F 1. 0/ H0RNF-C-00 H0RN-F. 0/ H0RNF-C-000 H0RN-F.0 / H0RNF-C-000 H0RN-F.0 / H0RNF-C-00 H0RN-F 0/ H0RNF-C-010 H0RN-F 1 1/ H0RNF-C-00 H0RN-F 1/ H0RNF-C-00 H0RN-F / H0RNF-C-000 H0RN-F 0 / H0RNF-C-000 H0RN-F 0 0/ H0RNF-C-00 H0RN-F / H0RNF-C-0 H0RN-F 0/ H0RNF-C-100 H0RN-F 10 / H0RNF-C-10 H0RN-F 1 / H0RNF-C-00 H0RN-F 0 / H0RNF-C-000 H0RN-F 00 1/ Four Core Type H0RNF-C-00 H0RN-F 1.0 / H0RNF-C-001 H0RN-F 1. 0/ H0RNF-C-00 H0RN-F. 0/ H0RNF-C-000 H0RN-F.0 / H0RNF-C-000 H0RN-F.0 / H0RNF-C-00 H0RN-F 0/ H0RNF-C-010 H0RN-F 1 1/ H0RNF-C-00 H0RN-F 1/ H0RNF-C-00 H0RN-F / H0RNF-C-000 H0RN-F 0 / H0RNF-C-000 H0RN-F 0 0/ H0RNF-C-00 H0RN-F / H0RNF-C-0 H0RN-F 0/ H0RNF-C-100 H0RN-F 10 / H0RNF-C-10 H0RN-F 1 / H0RNF-C-00 H0RN-F 0 / H0RNF-C-000 H0RN-F 00 1/

29 Anixter Number Five Core Type Cenelec Code Area Stranding Insulation Thickness Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km H0RNF-C-00 H0RN-F 1.0 / H0RNF-C-001 H0RN-F 1. 0/ H0RNF-C-00 H0RN-F. 0/ H0RNF-C-000 H0RN-F.0 / H0RNF-C-000 H0RN-F.0 / H0RNF-C-00 H0RN-F 0/ H0RNF-C-010 H0RN-F 1 1/ H0RNF-C-00 H0RN-F 1/ Seven Core Type H0RNF-C-001 H0RN-F 1. 0/ H0RNF-C-00 H0RN-F. 0/ Twelve Core Type H0RN-F 0 C 0/0 V H0RNF-1C-001 H0RN-F1 1. 0/ H0RNF-1C-00 H0RN-F1. 0/

30 1 Rubber Flexible up to.mm EPR Insulated, HOFR Sheathed 0 C 00/00 V 1*TQ Application For mains supply or extension lead for portable or fixed equipment operating in high temperature zones. Particularly suitable for applications where contamination by oil and grease may occur. *denotes number of cores Specifications In accordance with BS00 and Cenelec Code H0BN-F s: Flexible Class tinned copper conductors to BS EN 0 Insulation: EPR insulation Type EI. to BS Core Identification: core - blue, brown core - green/yellow, blue, brown core - green/yellow, brown, black, grey core - green/yellow, brown, black, grey, blue Sheath: H.O.F.R sheath Type EM. to BS EN 0--1 (black or white) Flame retardant to BS EN 0-1- Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: 00/00 V

31 Rubber Flexible up to.mm EPR Insulated, HOFR Sheathed 0 C 00/00 V 1*TQ Anixter Number Twin Core Type 1TQ Area ## For white sheath use suffix -01 For black sheath use suffix -0 Stranding Insulation Thickness H0BN-F only valid in sizes 0. and 1.0sqmm in Two and Three core only. For further technical information see page :. Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km 1TQ-000-## 0. 1/ TQ-000-## 0. / TQ-00-## 1.0 / TQ-001-## 1. 0/ TQ-00-##. 0/ Three Core Type 1TQ 1TQ-000-## 0. 1/ TQ-000-## 0. / TQ-00-## 1.0 / TQ-001-## 1. 0/ TQ-00-##. 0/ Four Core Type 1TQ 1TQ-000-## 0. / TQ-00-## 1.0 / TQ-001-## 1. 0/ TQ-00-##. 0/ Five Core Type 1TQ 1TQ-000-## 0. / TQ-00-## 1.0 / TQ-001-## 1. 0/ TQ-00-##. 0/

32 1 EPR Insulated, Heavy Duty HOFR Sheathed Flexible Cables 0 C 0/0 V *TQ Application For power/lighting services and mains supply or extension leads in situations requiring frequent handling, trailing and flexing applications. Incorporates heavy duty HOFR (Heat resisting Oil resisting Flame Retardant) outer sheath. *denotes number of cores Specifications In accordance with BS1 and Cenelec code H0BN-F s: Flexible Class tinned copper conductors to BS EN 0 Insulation: EPR insulation Type EI. to BS Core Identification: core - blue, brown core - green/yellow, blue, brown core - green/yellow, brown, black, grey core - green/yellow, brown, black, grey, blue Sheath: Black heavy duty HOFR Sheath Type EM. to BS EN 0--1 Flame retardant to BS EN 0-1- Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: 0/0 V For further technical information see page :. (Single-Core), and : (Multicore)

33 Anixter Number EPR Insulated, Heavy Duty HOFR Sheathed Flexible Cables C 0/0 V *TQ Area Stranding Insulation Thickness Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km Single-Core Type 1TQ 1TQ / TQ / TQ-00 0/ TQ / TQ-00 1/ TQ-00 / TQ / TQ / TQ-00 / TQ-0 0/ TQ / TQ-10 1 / TQ-00 0 / TQ / TQ / TQ / TQ-00 0 / Two Core Type TQ TQ / TQ / TQ-00 0/ TQ / TQ-00 1/ Three Core Type TQ TQ / TQ / TQ-00 0/ TQ / TQ-00 1/ TQ-00 / TQ / TQ / TQ-00 / TQ-0 0/ TQ / TQ-10 1 / TQ-00 0 / TQ / Continued overleaf

34 1 1 1 EPR Insulated, Heavy Duty HOFR Sheathed Flexible Cables C 0/0 V *TQ (continued) Anixter Number Area Stranding Insulation Thickness Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm kg/km Four Core Type TQ TQ / TQ / TQ-00 0/ TQ / TQ-00 1/ TQ-00 / TQ / TQ / TQ-00 / TQ-0 0/ TQ / TQ-10 1 / TQ-00 0 / Five Core Type TQ TQ / TQ / TQ-00 0/ TQ / TQ-00 1/

35 Welding Cables - Rubber Insulated C 0 V 1 Application Primary use is for the secondary (high current) connection to automatic or hand-held metal arc welding electrodes. May also be used for non-welding applications such as earth/return leads, flexible tails on power supplies, busbar connections, etc. Specification In accordance with BS Part Flexible Class copper (plain/tinned) conductors to BS EN 0 Paper or p.e.t.p. tape separator Insulation: May be single or dual layer 01TQ Dual layer insulation EPR inner layer HOFR outer layer Temperature Rating: C maximum conductor operating temperature. Minimum handling temperature: -0 C Voltage: 0 V rating when used for welding purposes. For non-welding applications, cables may be used at voltages up to and including 0 Vrms phase - phase provided that the cables are adequately protected from damage to the insulation e.g. in panels etc. 1 1 Anixter Number Area Stranding Thickness of Covering Minimum O/D Maximum O/D Approximate Weight Colour mm #/mm mm mm mm kg/km Type 01TQ - Tinned Copper s WELD / Orange WELD-00-0 / Orange WELD / Orange WELD / Orange WELD / Orange WELD-00-0 / Orange WELD-0-0 0/ Orange WELD / Orange For further technical information see page :

36 1 Coil Lead 0 C/10 C Application Coil leads are designed for direct and permanent connection to coil winding of motors and other electrical apparatus. When used in coil lead applications, cable may also be required to withstand high temperatures or immersion in varnish or compound. May also be used for other applications such as flexible power leads Specifications In accordance with BS1 s: Flexible Class tinned copper conductors to BS EN 0 Insulation: Type - Rubber insulation Type OR1 to BS (HOFR Type) Type - Composite insulation Type FR1 (Voltage Categories A & C) or Type FR (Voltage Categories D, E & F) to BS. Inner Layer EPR or Butyl, Outer Layer HOFR) Type - Silicone rubber insulation Type EI. to BS Temperature Rating: 0 C maximum conductor operating temperature (Types & ). 10 C maximum conductor operating temperature (Type ) Voltage Rating: Voltage ratings for coil leads are divided into categories and define the maximum voltage between conductor and earth, to which the cable is liable to be subjected during a 1 minute test of the equipment to which it is connected The nominal voltage rating denotes the continuous operating voltage that the cable may be used at during service. Voltage Category Maximum Equipment Test Voltage (a.c. rms) Voltage Ratings of Cable Uo/U A. 00/00 V C.0 00/00 V D. 0/00 V E 1 00/00 V F 0/100 V 1 0 0

37 Anixter Number* Type, Category C Area mm Stranding #/mm Insulation Thickness (mm) Maximum O/D (mm) COIL-C / COIL-C / COIL-C / COIL-C / COIL-C-00. 0/ COIL-C / COIL-C / COIL-C-00 0/ COIL-C / COIL-C-00 1/ COIL-C-00 / COIL-C / COIL-C / Coil Lead 0 C/10 C COIL-C-00 / COIL-C-0 0/ COIL-C / COIL-C-10 1 /0... COIL-C-00 0 / COIL-C / COIL-C / For further technical information see page :. Approximate Cable Weight kg/km

38 1 Single-Core LSF Insulated 01B (1B up to and including 1.0mm ) 0 C 00/00 and 0/0 V Application For use in applications where greater flexibility is required to assist installation. Incorporates low smoke zero halogen insulation for use in areas where dense smoke and toxic fumes may cause a threat to life and equipment Specifications In accordance with BS and Cenelec Harmonised codes - H0Z-K (00/00 V cable) RoHS Compliant H0Z-K (0/0 V cable) RoHS Compliant s: Flexible Class copper conductors to BS EN 0 Insulation: Low smoke zero halogen thermosetting insulation Type EI. to BS EN 0-, having following characteristics: - Minimum oxygen index: 0% - Maximum HCL 00 C: 0.% Flame retardant to BS EN 0-- (up to and incl. 1.0mm ) and BS EN 0-1- (above 1.0mm ) Normal colours available see : Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: Up to and including 1.0mm - 00/00 V 1.mm and above - 0/0 V

39 Anixter Number Cenelec Code Area ## = colour, -01 = white, -0 = black, -0 = red, -0 = green, -0 = yellow, -0 = blue, -0 = brown, -0 = orange, -0 = grey, - = violet, -1 = pink, -0 = green/yellow. etc. Other colours available upon request. For further technical information see page :. Single-Core LSF Insulated 01B (1B up to and including 1.0mm ) Stranding Insulation Thickness 0 C 00/00 and 0/0 V Maximum O/D Approximate Weight mm #/mm mm mm kg/km ABS-000-## H0Z-K1 0. 1/ ABS-000-## H0Z-K1 0. / ABS-00-## H0Z-K1 1.0 / ABS-001-## H0Z-K1 1. 0/ ABS-00-## H0Z-K1. 0/ ABS-000-## H0Z-K1.0 / ABS-000-## H0Z-K1.0 / ABS-00-## H0Z-K1 0/ ABS-010-## H0Z-K1 1 1/ ABS-00-## H0Z-K1 1/ ABS-00-## H0Z-K1 / ABS-000-## H0Z-K1 0 / ABS-000-## H0Z-K1 0 0/ ABS-00-## H0Z-K1 / ABS-0-## H0Z-K1 0/ ABS-100-## H0Z-K1 10 / ABS-10-## H0Z-K1 1 / ABS-00-## H0Z-K1 0 /

40 1 LSZH Insulated and Sheathed Flexible Cords 0 C 00/00 V 1*B H0Z1Z1-F Application For external supply connection of portable appliances for medium duties in domestic or office environments. * denotes number of cores. 1 1 Specifications Generally in accordance with BS00 and meeting Harmonised code H0Z1Z1-F s: Flexible Class conductors to BS EN 0 Insulation: LSZH insulation Type TI. to HD 1.1 S1 Core Identification: core - blue, brown core - green/yellow, blue, brown core - green/yellow, brown, black, grey core - green/yellow, brown, black, grey, blue Sheath: LSZH sheath Type TM. to HD 1.1 S1 (white) Flame retardant to BS EN 0-1- Temperature Rating: 0 C maximum conductor operating temperature Voltage Rating: 00/00 V

41 Anixter Number Twin Core Type 1B Area LSZH Insulated and Sheathed Flexible Cords 0 C 00/00 V 1*B Stranding Insulation Thickness Minimum O/D Maximum O/D Approximate Cable Weight mm #/mm mm mm mm 1B-000-## 0. / B-00-## 1.0 / B-001-## 1. 0/ B-001-## 1. 0/ B-00-##. 0/ B-000-##.0 / Three Core Type 1B 1B-000-## 0. / B-00-## 1.0 / B-001-## 1. 0/ B-001-## 1. 0/ B-00-##. 0/ B-000-##.0 / Four Core Type 1B 1B-000-## 0. / B-00-## 1.0 / B-001-## 1. 0/ B-00-##. 0/ B-000-##.0 / Five Core Type 1B 1B-000-## 0. / B-00-## 1.0 / B-001-## 1. 0/ B-00-##. 0/ B-000-##.0 / ## = sheath colour, -01 = white, -0 = black. Other colours available upon request. For further technical information see page :

42 Flexible Cables & Cords Automotive Wire Current Ratings for Automotive Cables Current Ratings for Extra-Flexible Battery/Starter Cables Size Current Rating for Specified Duty Cycle (A) mm 0% 0% 0% % The above ratings are based on the following standard conditions: 0 C ambient air temperature 0 C maximum conductor temperature Current rating for repeat cycle operation based on a 1 minute repeat period: Repeat cycle operation used above is defined as a periodically switched constant load with an on-load period followed by an off-load period, which is repeated. The on-load time period is expressed as a percentage of the repeat period, and is called the percentage duty cycle. For on-load percentage greater than 0%, the 0% rating should be used

43 Flexible Cables & Cords Automotive Wire Current Ratings for Automotive Cables Ratings for other types of automotive wires should be based on the following table: Size Ambient Air Temperature Approximate Current Rating (0 C Temp) mm C A A Approximate Current Rating ( C Temp) N.B. Ratings are for guidance only, and assume single cable isolated in free air. If wires are to be grouped and touching, the following rating factors should be applied: No. cables in group Rating factor

44 1 1 1 Technical Specifications for Flexible Cords Applicable to: 1X, 1*Y, 1*Y, 0*Y, 1*B, 1*P, 1*TQ, *P H0V-K, H0VV-F, H0VV-F, H0VV-F, H0Z1Z1-F, H0RN-F, H0BN-F, H0RN-F CORRECTION FACTOR FOR AMBIENT TEMPERATURE 0 C rubber and PVC cords: Ambient air temp C 0 0 Rating factor C rubber cords having a HOFR sheath or a heat-resisting PVC sheath and for 0 C heat-resisting PVC cords: Ambient air temp C Rating factor C rubber cords: Ambient air temp C Rating factor For cables where four or more cores or loaded, the following factors should be applied: No. of cores loaded Rating factor No. of cores loaded Rating factor These factors need not be applied if the number of cores loaded does not exceed the square root of the total number of cores in the cable

45 Technical Specifications for Flexible Cords BS00, H0V-K, H0VV-F, H0VV-F, H0VV-F, H0Z1Z1-F, H0RN-F, H0BN-F, H0RN-F CURRENT CARRYING CAPACITY (Amperes): Cross Sectional Area 1 VOLTAGE DROP (per Ampere per metre): operating temperature: 0 C* Current Carrying Capacity Single Phase a.c. mm A A Cross Sectional Area 1 d.c. or Single Phase a.c. mm mv mv Three Phase a.c. Three Phase a.c. *NOTE: The tabulated values above are for 0 C rubber insulated and PVC-insulated flexible cords and for other types of flexible cords they are to be multiplied by the following factors: For 0 C rubber or PVC insulated C rubber insulated

46 Technical Specifications for H0V-K CURRENT CARRYING CAPACITY (Amperes): Cross Sectional Area Reference Method A (enclosed in conduit in thermally insulating wall etc) Cables, Single Phase a.c. or d.c. or Cables, Three Phase a.c. BS00-01X Types, PVC insulated only. Ambient temperature: 0 C operating temperature: 0 C. Reference Method B (enclosed in conduit on a wall or in trunking etc) Cables, Single Phase a.c. or d.c. 1 mm A A A A or Cables, Three Phase a.c

47 For ambient air temperatures other than 0 C, the following factors should be applied. Technical Specifications for H0V-K Ambient air temp C Rating factor VOLTAGE DROP (per Ampere per metre): Cross Sectional Area Cables d.c. Reference Methods A & B (enclosed in conduit etc in or on a wall) Cables Single Phase a.c. 1 mm mv mv mv Reference Methods A & B (enclosed in conduit etc in or on a wall) / Cables Three Phase a.c. r x z r x z

48 Technical Specifications for 01B CURRENT CAPACITY (Amperes): Cross Sectional Area Reference Method A (enclosed in conduit in thermally insulating wall etc) Cables, Single Phase a.c. or d.c. or Cables, Three Phase a.c. BS Ambient temperature: 0 C operating temperature: 0 C. For ambient air temperatures other than 0 C, the following factors should be applied. Ambient air temp C Rating factor Ambient air temp C 0 0 Rating factor Reference Method B (enclosed in conduit on a wall or in trunking etc) Cables, Single Phase a.c. or d.c. 1 mm A A A A or Cables, Three Phase a.c. 0 0

49 Technical Specifications for 01B 1 VOLTAGE DROP (per Ampere per metre): Cross Sectional Area Cables d.c. Reference Methods & (enclosed in conduit etc in or on a wall) Cables Single Phase a.c. Reference Methods & (enclosed in conduit etc in or on a wall) / Cables Three Phase a.c. 1 mm mv mv mv r x z r x z

50 Technical Specifications for Tri-Wire Area Stranding Current Rating Voltage Drop* mm #/mm A mv/a/m 0. 1/ / / / / / /0.. 0/ / / / / /0. 0. / / / / / Current ratings are based on a conductor operating temperature of C and an ambient air temperature of C and assumes single cable isolated in free air. The ratings do not apply if the cable is protected by a semi-enclosed fuse to BS0. For further guidance refer to the BS1 Requirements for Electrical Installations (IEE Wiring Regulations - latest edition). For ambient air temperature other than C the following rating factors should be applied: Ambient air temp C Rating factor Where cables are to be grouped, the following factors should be applied: No of cables in group Rating factor * The voltage drop figures quoted are for one cable only. For other circuit arrangements they should be adjusted as follows: Single phase 0Hz a.c. or -wire d.c. x Three phase a.c. x

51 Technical Specifications for Equipment Wires The upper temperature limits in the table opposite refer to the maximum continuous temperature of the conductor due to the combination of ambient temperature and temperature rise due to current flow. The lower values quoted are the minimum temperatures for equipment wire, which may be subject to slight flexing during their normal operating life. The current carrying capacities quoted are for wires carrying a continuous current in free air at an ambient temperature. NOTE: Current carrying capacities will depend on circumstances but for general guidance the quoted current values will give a temperature rise of about 1 C, in ambient temperatures up to 0 C for single, freely ventilated, insulated wires. Different values will apply when equipment wires are bunched

52 Technical Specifications for Equipment Wires Type of Equipment Wire Description Maximum a.c. (rms) d.c. 1 Hard PVC insulated 0 - Hard PVC insulated 1,000 - SB As Type, screened 1,000 - SBM As Type SB, with PVC sheath 1,000 - General purpose PVC insulated 1,00 - SB As Type, screened 1,00 - SBM As Type SB with PVC sheath 1,00 - Polyethylene insulated 1,00 - SB As Type, screened 1,00 - Silicone rubber insulated 0 - SB As Type, screened 0 - General purpose PVC insulated -,000 General purpose, PVC insulated -,000 General purpose, PVC insulated -,000 General purpose, PVC insulated - 1,000 Polyethylene insulated -,00 1 Polyethylene insulated - 1,000 1 Polyethylene insulated - 0,000 1 Silicone rubber insulated - 1,000 Type of Insulation Temperature Range Current Ratings PVC Hard grade -1º to +ºC 1/0. 0.A PVC General purpose -0º to +ºC /0. 1.A Polyethylene -0º to +ºC 1/0. 1.A Silicone rubber -0º to +10ºC 1/0..0A - - 1/0..0A - - /0..A - - 1/1.1.0A - - /0..0A - - /0..0A 0

53 Single-core, EPR insulated, HOFR sheathed. BS1-1TQ. Ambient temperature: 0 C operating temperature: 0 C. Technical Specifications for 1TQ 1 CURRENT CARRYING CAPACITY (Amperes): Cross Sectional Area Reference Method B (enclosed in conduit etc in or on a wall) Cables, Single Phase a.c. or d.c. or Cables, Three Phase a.c. Reference Method C (clipped direct) Cables, Single Phase a.c. or d.c. flat and touching 1 mm A A A A or Cables, Three Phase a.c. flat and touching or trefoil

54 Technical Specifications for 1TQ Ratings do not apply if the cable is protected by a semi-enclosed fuse to BS0. For further guidance refer to the BS1. Requirements for Electrical Installations (IEE Wiring Regulations - latest edition). For ambient air temperatures other than 0 C, the following factors should be applied. Ambient air temp C Rating factor Reference Method F (on a perforated cable tray) Horizontal or Vertical Cables, Single Phase a.c. or d.c. Flat and Touching or Cables, Three Phase a.c. Flat and Touching Reference Method G (Free Air) Single Phase a.c. or d.c. or Cables, Three Phase a.c. Flat Horizontal (H) or Vertical (V) Horizontal (H) Vertical (V) A A A A Cables Trefoil Three Phase a.c. Ratings shown in Column, also apply to cables in trefoil formation on a perforated cable tray, Reference Method F. 0 0

55 VOLTAGE DROP (per Amperes per metre): Cross Sectional Area * Spaced by one cable diameter. operating temperature: 0 C. Technical Specifications for 1TQ (continued) Cables - Single Phase a.c. Cables d.c. Reference Method B (enclosed in conduit etc in or on a wall) Reference Methods C & F (clipped direct or on trays, touching) 1 mm mv mv mv mv Reference Method G (spaced*) r x z r x z r x z

56 1 Technical Specifications for 1TQ Reference Method B (enclosed in conduit etc in or on a wall) Reference Methods C, F & G (in trefoil touching) or Cables - Three Phase a.c. Reference Methods C & F (flat touching) mv mv mv mv Reference Method G (flat spaced*) r x z r x z r x z r x z

57 CURRENT CARRYING CAPACITY (Amperes): Cross Sectional Area d.c. or Single Phase a.c. (1 Two Core cable, with or without protective conductor) Technical Specifications for *TQ Three Phase a.c. (1 Three Core, Four Core or Five Core cable) mm A A A Single Phase a.c. or d.c. Single-Core Cables Touching

58 1 Technical Specifications for *TQ The ratings do not apply if the cable is protected by a semi-enclosed fuse to BS0. For further guidance refer to the BS1 Requirements for Electrical Installations (IEE Wiring Regulations - latest edition). For ambient air temperature other than 0 C the following rating factors should be applied: Ambient air temp C Rating factor Ambient temperature: 0 C. operating temperature: C. NOTE: The current ratings tabulated are for cables in free air but may also be used for cables resting on a surface. See page : for Voltage Drops

59 VOLTAGE DROP (per Ampere per metre): Cross Sectional Area 1 Two Core or two Single-Core Cables d.c. * A larger voltage drop will result if cables are spaced. operating temperature: C. Technical Specifications for *TQ (continued) Two Core Cable Single Phase a.c. mm mv mv mv Three Core, Four Core or Five Core Cable Three Phase a.c. r x z r x z

60 1 Technical Specifications for *TQ Two Single-Core Cables Touching, Single Phase a.c.* mv r x z

61 Technical Specifications for H0RN-F The ratings do not apply if the cable is protected by a semi-enclosed fuse to BS0. For further guidance refer to the BS1 Requirements for Electrical Installations (IEE Wiring Regulations - latest edition). For ambient air temperature other than 0 C the following rating factors should be applied: Ambient air temp C Rating factor Ambient temperature: 0 C. operating temperature: 0 C. NOTE: The current ratings tabulated are for cables in free air but may also be used for cables resting on a surface. 1 VOLTAGE DROP (per Ampere per metre): Cross Sectional Area Two Core Cable d.c. Two Core Cable Single Phase a.c. 1 Three Core, Four Core or Five Core Cable Three Phase a.c. 1 mm mv mv mv r x z r x z

62 Technical Specifications for H0RN-F CURRENT CAPACITY (per Ampere per metre): Cross Sectional Area Single Phase a.c. or d.c. (1 two core cable, with or without protective conductor) Three Phase a.c. (1 three core, four core or five core cable) mm A A A Two Single-Core Cables Touching d.c. Single Phase a.c.* mv mv r x z * A larger voltage drop will result if cables are spaced. Single Phase a.c. or d.c. Single-Core Cables Touching 0

63 Technical Specifications for Welding Cables Welding cables are now used for many duties ranging from automatic welding machines where the current is carried continuously, to hand welding equipment which is used intermittently and where the cable has time to cool between the periods on load. In order to provide current ratings for intermittently loaded cables, the term duty cycle, sometimes called arcing time factor or load factor has been introduced. Duty cycle is defined as the ratio of the duration of operation under load, to the duration of a complete cycle. This ratio, lying between 0 and 1, may be expressed as a percentage. For example, if a cable carries its load current for six minutes followed by a period of four minutes off load and this cycle is repeated, every ten minutes, this gives a duty cycle of 0%. Welding equipment to BS is rated for repeat cycle operation based on a ten minute period. When authorised, a repeat cycle based on a five minute period may be used. The current rating tables give ratings corresponding to various duty cycles in common use. The following are typical duty cycles for various welding processes and applications. Automatic welding up to 0% Semi-Automatic welding 0-% Manual welding 0-0% Very intermittent or occasional welding up to 0%

64 Technical Specifications for Welding Cables CURRENT RATINGS OF CABLES WITH COPPER CONDUCTORS FOR REPEAT CYCLE BASED ON A MINUTE PERIOD Cross Current Rating at a Maximum Duty Cycle of Sectional Area of Cond 0% % 0% 0% % 0% % mm A A A A A A A Ambient air temperature C operating temperature: C Derating factors for higher ambient temperatures: 0 C C 0 C C NOTE: Cables operating at conductor temperatures of C, with the outer surface of the covering approximately C lower, could cause injury if carelessly handled after a period of use at the maximum rated current. CURRENT RATINGS OF CABLES WITH COPPER CONDUCTORS FOR REPEAT CYCLE BASED ON A MINUTE PERIOD Cross Current Rating at a Maximum Duty Cycle of Sectional Area of Cond 0% % 0% 0% % 0% % mm A A A A A A A Ambient air temperature C operating temperature: C Derating factors for higher ambient temperatures: 0 C C 0 C C NOTE: Cables operating at conductor temperatures of C, with the outer surface of the covering approximately C lower, could cause injury if carelessly handled after a period of use at the maximum rated current. 0

65 Technical Specifications for Welding Cables VOLTAGE DROP IN COPPER CONDUCTORS AT NORMAL AND ELEVATED TEMPERATURES Cross Sectional Area of Cond. d.c.* Voltage Drop/0A/m of Cable at 0ºC 0ºC ºC mm V V V The voltage drop values given above are for metres of cable carrying 0 amperes. For longer lengths of cable and heavier currents, the voltage drop value should be increased proportionally. *The corresponding values when using a.c. may be much higher depending on the inductance of the circuit

66 Technical Specifications for Coil Leads For ambient air temperatures other than 0/0 C, the following factors should be applied. Types and : Ambient temp C Rating factor Type : Ambient temp C Rating factor Where cables are to be grouped in free air, the following factors should be applied: Number of cables in group Rating factor Ambient air temperature 0 C, operating temperature 0 C. Area Stranding Maximum d.c. Resistance at 0ºC mm #/mm ohm/km amp 0. 1/ / / / /0.. /0.0. /0.0. 0/ / / / / / / / / / / / / Maximum Continuous Current Ratings (BS1) Types 0 0

67 GUIDE TO MINIMUM BENDING RADII ON FLEXIBLE CORDS AND CABLES 1 Cable Type Flexible Cable Thermoplastic (e.g. PVC) Cable Diameter (mm) > 1 >1 0 >0 M.B.R. (Minimum Bending Radius) Fixed installation D D D D Free movement* D D D D Flexible Cable Elastomeric (e.g. rubber) Fixed installation D D D D Free movement* D D D D Where D = cable diameter. The above values are based on recommendations given in BS0 Use of cables with a rated voltage not exceeding 0/0 V. *These values do not apply to cables used on festoon, reeling drum, cranes, robotics, etc., where repetitive flexing and/or twisting is anticipated. For further details refer to BS

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