Scope
Armoured low and medium voltage power cable for Canadian and North American industrial projects.
Cable Standard
Canadian standard for TECK 90 armoured power cable with aluminium interlocked armour for industrial, mining and oil and gas installations.
Armoured low and medium voltage power cable for Canadian and North American industrial projects.
| Standard focus | Armoured low and medium voltage power cable for Canadian and North American industrial projects. |
|---|---|
| Typical applications | Mining, Oil and gas, Industrial plants |
| Related product families | Armoured Cables, Low Voltage Power Cables, Medium Voltage Cables |
| Common voltage references | 0.6/1 kV, 6.35/11 kV and 19/33 kV armoured references; 0.6/1 kV; 3.6/6 kV to 19/33 kV and customer-specified |
| Construction impact | Copper or aluminium conductor; XLPE, PVC or fire resistant insulation system; PVC or LSZH bedding below the armour; SWA for multicore, AWA for single-core AC circuits, steel tape armour or control-cable armour where required |
| Datasheet requirement | Confirm construction, rating, sheath, testing reference, marking and packing before quotation |
Use these cable pages to move from the standard reference to a quote-ready construction.
BS 5467 XLPE SWA PVC Multicore Armoured Cable is an armoured cable construction for mains distribution, industrial wiring, direct burial, using copper or aluminium conductor, xlpe, pvc bedding, steel wire armour for multicore cable and pvc outer sheath.
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Low-voltage AWA single core cable
BS 5467 XLPE AWA PVC Single Core Armoured Cable is an armoured cable construction for single-core ac feeders, industrial distribution, cable ducts, using copper or aluminium conductor, xlpe, pvc bedding, aluminium wire armour for single core cable and pvc outer sheath.
View technical data →BS 6724 XLPE SWA LSZH Multicore Armoured Cable is an armoured cable construction for public buildings, transport terminals, data centers, using copper or aluminium conductor, xlpe, lszh bedding, steel wire armour for multicore cable and lszh outer sheath.
View technical data →IEC 60502-1 XLPE PVC Low Voltage Power Cable is a specific low-voltage power cable construction for power distribution, industrial plants, building feeders applications, using copper or aluminium conductor, xlpe insulation and pvc outer sheath.
View technical data →IEC 60502-1 XLPE SWA PVC Armoured Power Cable is a specific low-voltage power cable construction for direct burial, industrial plants, outdoor feeders applications, using copper or aluminium conductor, xlpe insulation, steel wire armour for multicore cable and pvc outer sheath.
View technical data →BS 5467 XLPE SWA PVC Power Cable is a specific low-voltage power cable construction for building services, industrial distribution, utilities applications, using plain copper or aluminium conductor, xlpe insulation, steel wire armour for multicore cable and pvc outer sheath.
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Single core MV cable
IEC 60502-2 Single Core XLPE PVC MV Cable is a specific medium-voltage cable construction for utility distribution, substations, industrial feeders applications, using copper or aluminium conductor, xlpe insulation, copper wire or copper tape screen, non-magnetic protection where required and pvc outer sheath.
View technical data →IEC 60502-2 Three Core XLPE SWA PVC MV Cable is a specific medium-voltage cable construction for utility feeders, industrial distribution, direct burial applications, using copper or aluminium conductor, xlpe insulation, copper tape or copper wire screen, steel wire armour for three-core cable and pvc outer sheath.
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British standard PVC MV cable
BS 6622 XLPE AWA SWA PVC MV Cable is a specific medium-voltage cable construction for uk-style mv distribution, substations, industrial feeders applications, using copper or aluminium conductor, xlpe insulation, copper tape or copper wire screen, awa for single core, swa for three core and pvc outer sheath.
View technical data →When using this standard for an enquiry, confirm the full cable designation, conductor size, core count, voltage rating, sheath material, installation environment, testing requirements, cable marking and packing length. Standards help define the technical baseline, but the quote details should always match the final cable specification.
| What does CSA C22.2 No. 131 TECK 90 Cable affect in cable selection? | CSA C22.2 No. 131 TECK 90 Cable normally affects the cable construction, application range, testing references and datasheet wording. Buyers should use the standard page together with the product page before final quotation. |
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| Is CSA C22.2 No. 131 TECK 90 Cable enough to specify a cable? | Usually no. A complete enquiry should also include conductor size, core count, voltage rating, sheath material, screening or mechanical protection, installation environment and any customer-specified approvals. |
| Which UE Cable product families relate to CSA C22.2 No. 131 TECK 90 Cable? | Armoured Cables, Low Voltage Power Cables, Medium Voltage Cables |