PVC Sheathed, Unarmoured Power Cables - 0.6/1kV Applications WW VIPERCON 0.6/1kV PVC sheathed power cables are mostly used for buildings, industrial plants, gantry wiring, and road transport depots where not subject to mechanical damage. The cables are suitable for installation indoor/outdoor, enclosed in conduit, in underground duct Configuration Conductor: plain annealed copper or plain aluminium of the type specified in AS/NZS 1125. Insulation: 1.5mm 2 ~ 70mm 2 , polyvinylchloride compound PVC V90. 95mm 2 and above, cross-linked polyethylene compound XLPE Laying-up: cores are laid up together with a right-hand direction of lay, with non-hygroscopic filler where necessary to form a substantially compact and circular cross-section core assembly. Sheath: The laid-up core is sheathed with a continuous flame retardant polyvinylchloride compound PVC V90 Core identification 2C+E cable: Phase core colour: Red, Neutral core colour: Black Earth core colour: Green/Yellow 3C+E cable: Phase core colour: Red, White, and Blue Earth core colour: Green/Yellow 4C+E cable: Phase core colour: Red, White, and Blue Neutral core colour: Black Earth core colour: Green/Yellow Sheath colour: Standard - Orange Optional - Black (Ultraviolet radiation stabilised) Technical data Rated voltage: 0.6 / 1 kV Conductor operating range: PVC insulated, -25 o C ~ 75 o C, MAX 90 o C, short circuit temperature 160 o C for 5 sec XLPE insulated, -40 o C ~ 90 o C, short circuit temperature 250 o C for 5 sec Temperature at surface: In operation, -25 o C ~ 90 o C Minimum ambient temp: 0 o C, after installation and only when cable is in a fixed position Minimum bending radius: Stranded conductors 9 x cable O.D during installation 6 x cable O.D after installation Compacted conductors 12 x cable O.D during installation 8 x cable O.D after installation --The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints and terminations and environmental conditions. --When installed in tunnels, they should be fixed on brackets and cannot bear large pulling tension or pressure. --Thermoplastic PVC V90 insulation is subject to deformation at temperatures above 75 o C. Standards: International - IEC 60502, IEC 60228, IEC 60332 Australian/New Zealand - AS/NZS 5000.1, AS/NZS 3808, AS/NZS 1125, AS/NZS 1660 World Wire Cables www.wwcables.com.au 2 VIPERCON ELECTRIC CABLE
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PVC Sheathed, Unarmoured Power Cables - 0.6/1kVApplications
WW VIPERCON 0.6/1kV PVC sheathed power cables are mostly used for buildings, industrial plants, gantry wiring, and road transport depots where not subject to mechanicaldamage. The cables are suitable for installation indoor/outdoor, enclosed in conduit, in underground duct
ConfigurationConductor: plain annealed copper or plain aluminium of the type specified in AS/NZS 1125.Insulation: 1.5mm2 ~ 70mm2, polyvinylchloride compound PVC V90.
95mm2 and above, cross-linked polyethylene compound XLPELaying-up: cores are laid up together with a right-hand direction of lay, with non-hygroscopic filler where necessary to form a substantially
compact and circular cross-section core assembly.Sheath: The laid-up core is sheathed with a continuous flame retardant polyvinylchloride compound PVC V90
Core identification2C+E cable: Phase core colour: Red, Neutral core colour: Black Earth core colour: Green/Yellow3C+E cable: Phase core colour: Red, White, and Blue Earth core colour: Green/Yellow4C+E cable: Phase core colour: Red, White, and Blue Neutral core colour: Black Earth core colour: Green/Yellow
Sheath colour: Standard - OrangeOptional - Black (Ultraviolet radiation stabilised)
Technical dataRated voltage: 0.6 / 1 kVConductor operating range: PVC insulated, -25oC ~ 75oC, MAX 90oC, short circuit temperature 160oC for 5 sec
XLPE insulated, -40oC ~ 90oC, short circuit temperature 250oC for 5 secTemperature at surface: In operation, -25oC ~ 90oCMinimum ambient temp: 0oC, after installation and only when cable is in a fixed positionMinimum bending radius: Stranded conductors 9 x cable O.D during installation
6 x cable O.D after installationCompacted conductors 12 x cable O.D during installation
8 x cable O.D after installation
--The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--When installed in tunnels, they should be fixed on brackets and cannot bear large pulling tension or pressure.--Thermoplastic PVC V90 insulation is subject to deformation at temperatures above 75oC.
PVC Sheathed, Unarmoured Control Cables - 0.6/1kVApplications
WW VIPERCON 0.6/1kV PVC sheathed multi-core control cables are mostly used for control circuit in buildings, industrial plants, gantry wiring, and road transport depots wherenot subject to mechanical damage. The cables are suitable for installation indoor/outdoor, enclosed in conduit, in underground duct,
ConfigurationConductor: plain annealed copper (class 2 strands) of the type specified in AS/NZS 1125.Insulation: polyvinylchloride compound PVC V90.Laying-up: cores are laid up together with a right-hand direction of lay, with non-hygroscopic filler where necessary to form a substantially compact and
circular cross-section core assembly.Sheath: the laid-up core is sheathed with a continuous flame retardant polyvinylchloride compound PVC V90
Core identificationCore: Active core: White core with black numberingEarth core: Green/YellowSheath colour: Standard - Orange
Optional - Black (Ultraviolet radiation stabilised)
Technical dataRated voltage: 0.6 / 1 kVConductor operating range: -25oC ~ 75oC, MAX 90oC, short circuit temperature 160oC for 5 secTemperature at surface: In operation, -25oC ~ 90oCMinimum ambient temp: 0oC after installation and only when cable is in a fixed positionMinimum bending radius: 9 x cable O.D during installation
6 x cable O.D after installation
--The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--When installed in tunnels, they should be fixed on brackets and cannot bear large pulling tension or pressure.--Thermoplastic PVC V90 insulation is subject to deformation at temperatures above 75oC.
PVC Sheathed, Steel Wire Armoured Power Cables - 0.6/1kVApplications
WW VIPERCON 0.6/1kV armoured power cables are mostly used for buildings, industrial plants, mining and petroleum industry where extra mechanical protection is required. Thecables are suitable for installation indoor/outdoor, enclosed in conduit, in underground duct, and buried directly in earth.
ConfigurationConductor: plain annealed copper or plain aluminium (class 2 strands) of the type specified in AS/NZS 1125.Insulation: 1.5mm2 ~ 70mm2, polyvinylchloride compound PVC V90.
95mm2 and above, cross-linked polyethylene compound XLPELaying-up: cores are laid up together with a right-hand direction of lay, with non-hygroscopic filler where necessary to form a substantially compact and
circular cross-section core assembly.Bedding: flame retardant polyvinylchloride compound PVC V90Armour: single layer galvanized (Mild) steel wires helically applied over bedding.Sheath: The laid-up core is sheathed with a continuous flame retardant polyvinylchloride compound PVC V90 to AS/NZS 3808.
Core identification2C+E cable: Phase core colour: Red, Neutral core colour: Black Earth core colour: Green/Yellow3C+E cable: Phase core colour: Red, White, and Blue Earth core colour: Green/Yellow4C+E cable: Phase core colour: Red, White, and Blue Neutral core colour: Black Earth core colour: Green/Yellow
Sheath colour: Standard - OrangeOptional - Black (Ultraviolet radiation stabilised)
XLPE insulated, -40oC ~ 90oCTemperature at surface: In operation, -25oC ~ 90oCMinimum ambient temp: 0oC after installation and only when cable is in a fixed positionMinimum bending radius: 18 x cable O.D during installation
12 x cable O.D after installation
--The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--When installed in tunnels, they should be fixed on brackets and cannot bear large pulling tension or pressure.--Thermoplastic PVC V90 insulation is subject to deformation at temperature above 75oC.
PVC Sheathed, Steel Wire Armoured Multi-Core Control Cables - 0.6/1kVApplications
WW VIPERCON 0.6/1kV armoured multi-core control cables are mostly used for control circuit in buildings, industrial plants, mining and petroleum industry where extramechanical protection is required. The cables are suitable for installation indoor/outdoor, enclosed in conduit, in underground duct, and buried directly in earth.
ConfigurationConductor: plain annealed copper (class 2 strands) of the type specified in AS/NZS 1125.Insulation: polyvinylchloride compound PVC V90.Laying-up: cores are laid up together with a right-hand direction of lay, with non-hygroscopic filler where necessary to form a substantially compact and
circular cross-section core assembly.Bedding: flame retardant polyvinylchloride compound PVC V90Armour: single layer galvanized (Mild) steel wires helically applied over bedding.Sheath: the laid-up core is sheathed with a continuous flame retardant polyvinylchloride compound PVC V90 to AS/NZS 3808.
Core identificationCore: Active core: White core with black numbering,
Earth: Green/YellowSheath colour: Standard - Orange
Optional - Black (Ultraviolet radiation stabilised)
Technical dataRated voltage: 0.6 / 1 kVConductor operating range: -25oC ~ 75oC, MAX 90oC, short circuit temperature 160oC for 5 secTemperature at surface: In operation, -25oC ~ 90oCMinimum ambient temp: 0oC after installation and only when cable is in a fixed positionMinimum bending radius: 18 x cable O.D during installation
12 x cable O.D after installation
--The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--When installed in tunnels, they should be fixed on brackets and cannot bear large pulling tension or pressure.--Thermoplastic PVC V90 insulation is subject to deformation at temperature above 75oC.
ConfigurationConductor: plain annealed copper or plain aluminium (class 2 strands) of the type specified in AS/NZS 1125.Inner Insulation: cross-linked polyethylene (XLPE).Outer insulation: flame retardant polyvinyl chloride PVC V90.Outer Insulation colour: Standard - Orange
Optional - Black (Ultraviolet radiation stabilised)
Technical dataRated voltage: 0.6 / 1 kVConductor operating temp: - 40oC ~ 90oC, short circuit: 250oC for 5 secMinimum bending radius: Stranded conductors 9 x cable O.D during installation
6 x cable O.D after installation
--The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--The cables should not be flexed when either the ambient or cable temperature is below 0oC
ConfigurationConductor: plain annealed copper or plain aluminium (class 2 strands) of the type specified in AS/NZS 1125.Insulation: polyvinylchloride compound PVC V90.Insulation colour: Green/Yellow
Technical dataRated voltage: 0.6 / 1 kVConductor operating temp: - 25oC ~ 90oC, short circuit: 160oC for 5 secMinimum bending radius: 12 x cable O.D
--The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--The cables should not be flexed when either the ambient or cable temperature is below 0oC--Thermoplastic 90oC PVC insulation is subject to deformation at temperature above 75oC.
Supplementary Technical InformationA. Rated voltage designationVoltage rating for low voltage power cable is expressed in the form Uo/U (Um), the voltage designation takes into consideration the fact that the system voltage may vary up to9.1% from the designated voltage.
0.6/1kV (1.2kV): Uo = 0.6kV, U = 1kV, Um = 1.2kvUo is the R.M.S power frequency voltage between phase conductor and earth conductor of the supply system.U is the R.M.S power frequency voltage between phases conductor of the supply system.Um is the maximum R.M.S power frequency voltage between any two phases conductor for which cables are designed. It is the highest voltage that can be sustained under
normal operating conditions at any time and at any point in a system. It excludes transient voltage variation due to fault condition and sudden disconnection of large load.
The rated voltage of the cable for a given application shall be suitable for the operating condition in the system.
B. Conductor materials characteristics:
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*Further conductor types and stranding configuration on request. Conductor compacted index is not less than 0.9.
D. Conversion factor for conductor temperatures:
Conversion Example50mm2 Cable (Copper)Max d.c resistance at 20ºC = 0.3661 / km.Conversion factor for 50mm2 at 90ºC = 1.275Max d.c resistance at 90ºC = 0.3661 / km * 1.275 = 0.4668 / km
Conductor Material Conductivity Resistivity at 20ºC Density Temperature ConstantType % n .m g/cm3 ºCCopper: 100 17.07~17.24 8.92 234.5
Aluminium 61 28.264 2.73 228.1
Temperature Rating Conversion FactorºC Copper Aluminium
20 1.000 1.000
90 1.275 1.282
105 1.334 1.343
130 1.432 1.443
250 1.904 1.927
C. Conductor maximum d.c resistance at 20ºC and a.c resistance at 90ºC (Multi-core):Nominal Max. d.c resistance of conductor at 20ºC a.c resistance of conductor at 90ºCArea Copper Aluminium Copper Aluminiummm² / km / km / km / km
G. Current carrying capacityThe current rating given in this catalogue has been calculated using the method described in IEC 60287 - Calculation of the current rating (All parts), and based on typical Australia
installation condition:
Lay in air: Ambient air temperature 40oC
Lay in ground: Ambient soil temperature 25oC,
Specific thermal resistivity 1.2 K.m/W, Buried depth 0.75 ~ 0.8m
Lay in conduits: The current carrying capacity will be reduced by approximate 15 ~ 25%.
Other conditions: Balance load, Unexposed to the direct sunlight.
Nominal3G(2C+E) - 2 loaded 4G(3C+E) or 5G(3C+N+E) - 3 loaded
Fault CurrentPhase
Insulated UnenclosedTouching
Burieddirect
Buriedin conduit
Unenclosedtouching
Burieddirect
Buriedin conduit RatingCSA Material Cu Al Cu Al Cu Al Cu Al Cu Al Cu Al Cu Almm2
Enclosed in duct (trefoil) A - - - - 105 125 160 195 230 260 300 360 415
Multi - Core cables current rating
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VIPERCON ELECTRIC CABLEH. Current rating factor.
1. Depth of laying rating factor
2. The current carrying capacity of a cable will vary dependent on the installation condition and the cable surrounding condition.(I) ambient air temperature conversion factor (II) ambient soil temperature conversion factor
Note: the current rating and the derating factor is referenced from AS/NZS 3008.1, please refer to AS/NZS 3008.1 or AS/NZS 3000 for current rating on other installation condition.
Conversion Factor vs. Air Ambient Temperature
0
0.2
0.4
0.6
0.8
1
1.2
1.4
15 20 25 30 35 40 45 50 55 60 65 70
Temperature ºC
Con
vers
ion
fact
or
90ºC conductor temp.
80ºC conductor temp.
70ºC conductor temp.Conversion Factor vs. Soil Ambient Temperature
0.60
0.70
0.80
0.90
1.00
1.10
1.20
10 15 20 25 30 35 40
Temperature ºC
Con
vers
ion
fact
or
90ºC conductor temp.
80ºC conductor temp.
70ºC conductor temp.
Nominal Area
300 mm²
0.8m
1
1m
0.98
1.25m
0.96
1.5m
0.95
1.75m
0.94
2m
0.92
2.5m
0.91
+3m
0.90
Conductor area vs. Depth (Laid direct in ground)
I. Cable testing criterias
The following test will be conducted at manufacturer's work, and testing method is in accordance with AS/NZS 1660a. Cable construction test, sample testb. Conductor resistance test, routine testc. Insulation spark test (6kV a.c)d. Cable A.C withstand voltage test (3.5kV a.c /5 min.)e. Cable mechanical test, sample test on tensile strength, bending radius.
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CONFLEX ELECTRIC CABLEFlexible SDI Power/Welding Cables
ApplicationsWW Cables' SDI Power / Welding Cables are for use in switchboard wiring, load banks, welding, battery leads, battery chargers, jumper leads, etc
ConfigurationConductor: plain annealed copper (class 5 strands) of the type specified in AS/NZS 1125.(Available in tinned copper on request)Inner Insulation: cross-linked polyethylene (XLPE). or flame retardant polyvinyl chloride PVC V90.Outer insulation: thermoplastic elastomer (TPE)Outer Insulation colour: Standard - Orange
Optional - Black (Ultraviolet radiation stabilised)
V90 insulated: - 25oC ~ 75oC, Max 90oC, short circuit: 140oC for 5 secMinimum bending radius: 7.5xcable O.DMaximum pulling tension: 20N/mm2 x total cross-sectional area of phase conductor-The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--The cables should not be flexed when either the ambient or cable temperature is below 0oC--Thermoplastic PVC V90 insulation is subject to deformation at temperature above 75oC.
Short circuit temp: 140oC for 5 secMinimum bending radius: Flexing - 7.5xcable O.D
Static - 5xcable O.D
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300/500V Flexible Control CablesApplications
WW Cables' CONFLEX PVC Flexible Control Cables are manufactured for use as control and connecting cables in machine tools, machinery production lines, conveyer belts, air-conditioning, and in all general production lines. The cables can be installed in dry, moist and wet indoor area and handling apparatus for low mechanical stress (ensuring the free-movement without tensile stress or forced movements).The copper braiding screened EMC control cable is suitable for installation in the internal electric circuits and the environment where the protection from electromagneticinferences is required.
Standard referencesIEC 60228 - Conductors of insulated cablesVDE 0245 - Flexible PVC-insulated control cableVDE 0295 - Conductors of cables, wires and flexible cords for power installationVDE0293 - Core identification for cables and flexible cords used in power installationAS/NZS 1125 - Conductor in insulated electric cables and flexible cordsAS/NZS 3808 - Insulating and sheathing materials for electric cables
ConfigurationsUnscreened Control Cable EMC Control Cable
Conductor: plain annealed copper, class 5 fine wires stranded plain annealed copper, class 5 fine wires stranded
-- Further conductor types and stranding configuration on request.-- Current rating is calculated based on ambient air temperature at 25oC.-- The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.-- The cables should not be flexed when either the ambient or cable temperature is below 0oC.-- Thermoplastic PVC V75 insulation is subject to deformation at temperature above 70oC.
Nominal Max. wires Dia. Conductor Core Conductor d.c. Specific insulation Current carryingArea Fine-wire strand Diameter Diameter resistance at 20ºC Resistance Capacitymm² mm mm mm / km G .cm A
CONFLEX ELECTRIC CABLE0.6/1kV Flexible Heavy Duty PVC Cable
ApplicationWW CABLES' Heavy Duty PVC flexible cables are manufacture based on AS 3191 with Electrical approval No. V99412. The cables are mainly for use as extension leads or lightappliance leads.
Standard referencesAS/NZS 3191: Electric flexible cordsAS/NZS 1125: Conductor in insulated electric cables and flexible cordsAS/NZS 3808: Insulating and sheathing materials for electric cablesIEC 60228: Conductors of insulated cables
ConfigurationConductor - Fine wire stranded (Class 5) plain annealed copper to AS1125, IEC 60228Insulation - The conductor is insulated with a continuous self-extinguish and flame retardant heavy duty PVC type V75 sheath to AS 3808.Sheath - Continuous self-extinguish and flame retardant heavy duty PVC type V75 sheath to AS 3808.
Cable marking Imprint on cable
Technical dataTemperature at conductor: -25oC ~ 75oCShort circuit temperature 160oCTemperature at surface: +5oC ~ 75oC
Rated voltage: 0.6 / 1kVMinimum bending radius: 4 x Cable O.D for fixed used
6 x Cable O.D for flexible used (not under tension)Pulling tension strength: The safety pulling tension should be limited to 20N/mm2 of the total cross-sectional area of conductor
Core colour code: Brown, Blue, Green/Yellow
Part Nominal CSA Conductor Strands Core Dia. Cable Dia. Cable Weight Max. d.c Resistance Current rating
Note: Thermoplastic PVC V75 insulation is subject to deformation at temperature above 75oC.
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CONFLEX ELECTRIC CABLE
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Flexible Automotive CablesApplication
WW Cables' Automotive Cables are manufactured for general purpose automotive applications. They are suitable for Low Voltage, High Current use.
Temperature at conductor: -25oC ~ 75oCTemperature at surface: +5oC ~ 75oC
FIGURE 8 AUTOMOTIVE CABLE
Configuration Flexible stranded plain or tinned annealed copper conductor covered with PVC V75 sheath.Core identifications - Red/Red with trace or Red/Black (other by request)
TWIN SHEATHED AUTOMOTIVE / MARINE CABLE
Configuration Flexible stranded plain or tinned annealed copper conductor covered with PVC V75 sheathCore identifications - Red/Black.
TRAILER CABLE
Configuration Flexible stranded plain or tinned annealed copper conductor covered with PVC V75 sheath.
Note: WW Cables' Automotive Cables are not to be regarded as power cables or for the direct connection of equipment to main power supplies or low impedance source.
ApplicationWW Cables' single core flexible cables are mainly used for the wiring of communication electronic and allied equipment, as well as the internal wiring of switchboards.
ConfigurationConductor: plain annealed copper or tinned annealed (class 5 strands) of the type specified in AS/NZS 1125.Insulation: polyvinylchloride compound PVC V90.-- Full range of sheath colours and striping available on request
Technical dataRated voltage: 0.5mm2 ~ 1mm2: 240 V
1.5mm2 ~ 10mm2: 0.6 / 1 kVConductor operating temp: - 25oC ~ 90oC, short circuit: 160oC for 5 secMinimum bending radius: 5 x cable O.D
--The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions.--The cables should not be flexed when either the ambient or cable temperature is below 0oC--Thermoplastic PVC V90 insulation is subject to deformation at temperature above 75oC.
Product Nominal Conductor Cable Approx. Current Conductor d.c. CableCode Conductor Area Strands Dia. Weight Rating resistance at 20ºC Packing
mm² No. / mm mm kg/km A / km
7005 0.50 16 / 0.20 2.1 10 3 40.1 100m / spool or 500m / drum7075 0.75 24 / 0.20 2.4 13 7 26.7 100m / spool or 500m / drum7100 1.00 32 / 0.20 2.5 15 9 20.0 100m / spool or 500m / drum7150 1.50 30 / 0.25 3.0 22 12 13.7 100m / spool or 500m / drum7250 2.50 50 / 0.25 3.7 33 20 8.21 100m / spool or 500m / drum7400 4.00 56 / 0.30 4.6 53 25 5.09 100m / spool or 500m / drum7600 6.00 84 / 0.30 5.2 73 40 3.39 100m / spool or 500m / drum7700 10.00 77 / 0.40 6.2 113 65 1.95 100m / spool or 500m / drum
Cable Sheath Colour:
20 – Green/Yellow 24 – Yellow Grey28 – 32 – Pink21 – Black 25 – Green 29 – White 33 – Light Pink22- Red 26 – Violet 30 – Orange 34 – Dark Blue23 – Blue 27 – Brown 31 – Dark Blue
Standard referencesIEC 60228 - Conductors of insulated cablesVDE 0295 - Conductors of cables, wires and flexible cords for power installationAS/NZS 1125 - Conductor in insulated electric cables and flexible cordsAS/NZS 3808 - Insulating and sheathing materials for electric cables
VIPERHITEMP
Single Core (Glass Braid) Single Core 2-Core and Earth 3-Core and Earth 4-Core and Earth Multi-Core and Earth
ApplicationsWW Cables' VIPERHITEMP Silicone Flexible Cables are manufactured for use as wiring of domestic electrical heating application, lighting or industrial wiring for hot environments.Silicone flexible cables with coated synthetic reinforcing braid have excellent mechanical strength.
ConfigurationCables without braid reinforcement Cable with braid reinforcement
Conductor: plain annealed copper, class 5 fine wires stranded plain annealed copper, class 5 fine wires strandedInsulation: Silicone rubber Silicone rubberSheath: Coated fibre glass reinforcing braid
*Further conductor types and stranding configuration on request.*The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account ofjoints and terminations and environmental conditions
ApplicationsWW Cables' VIPERHITEMP Flexible Nickel-plated Cables are manufactured for use as wiring of heating elements, cartridges, bands and hot plates or heavy industry: foundries,steelwork and glassworks, etc.
Conductor operating temp: -60oC ~ +450oC, Peaks at: 500oC-- Further conductor types and stranding configuration on request.-- The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions
Cable with braid reinforcementConductor: Class 5 strands Nickel -plated copperInsulation: Several mineral-impregnated glass lapping tapesSheath: Silicone -coated mineral fibre braid
Sheath identification Standard colour: WhiteAny colour is available on request
Product NominalArea
Max. wires Dia. Conductor Cable Overall Cable Approx. Conductor d.c.Code Fine -wire strand Diameter Diameter Weight resistance at 20ºC
ApplicationsWW Cables' VIPERHITEMP Silicone Flexible Cables are manufactured for use as wiring in metal industry, glassworks, lighting, and in hot environment up to 180oC.
Configuration
Core identification:2 core and earth, 3 Core and earth, 4 core and earth:Cords (0.75mm2 ~ 2.5mm2) to AS/NZS 3191:Active cores: Brown, White, Black Neutral core: Blue Earth core: Green/YellowCables (4.0 mm2 and above) to VDE0293:Active cores: Brown, Grey, Black Neutral core: Blue Earth core: Green/Yellow6 cores and above:Active cores: Black core with white numbering Earth core: Green/Yellow
Technical data*:Voltage Ranges: Cords: 450V / 750V, Cables: 600V / 1000VTest voltage: 2000VConductor operating temp: -60oC ~ +180oCShort circuit temp: +200oCMinimum bending radius: 5 x cable O.D*The maximum conductor temperatures specified are based on the properties of the insulation material but in practice may need to be derated to take account of joints andterminations and environmental conditions
Conductor: Tinned annealed copper, class 5 fine wires strandedInsulation: Silicone rubberSheath: Silicone rubber
Sheath identification Black
Product Nominal Number Max. wires Conductor Core Cable Overall Cable Approx. Conductor d.c.Code Area of Diameter Diameter Diameter Diameter Weight Resistance at 20ºC