Electrical Power Cables
CU Flame Retardent (FR) Armoured Cable – 1.9/3.3KV
Description
Cu Flame Retardant (FR) Armoured Cable 1.9/3.3KV is shaped stranded copper conductors, XLPE Insulated. PVC Bedded, Galvanised steel wire Armour, PVC (FR).
Application
These cables may be used for main power distribution in general industries, houses and commercial buildings. These cables are suitable for direct burial installations as well as in air or ducts. The flame retardency in the PVC of the cable prevents the spread of fire.
General Purpose House Wire
Description
General Purpose Wire is a plain annealed stranded copper conductors, insulated with a general purpose grade PVC
Application
Wiring of houses buildings control panels and appliances.
Single Core Flex
Description
Single Core Flex is a plain annealed flexible copper conductor, insulated with a flexible grade PVC.
Application
Wiring of control panels light fittings and appliances.
Flex Power
Description
Single Core Flex is a plain annealed flexible copper conductor, insulated with a flexible grade PVC.
Application
Wiring of control panels light fittings and appliances.
Aluminium Conductor Steel Reinforced (ACSR)
Description
Two Systems are available.
Self Supporting System: Consists of four cores of hard drawn stranded compacted aluminum conductors of the same cross-sectional area insulated with Carbon loaded XLPE and laid up around a bare aluminum alloy supporting core.
Supporting Core System: Consists of three phase cores of hard drawn stranded compacted aluminum conductors of the same cross-sectional area insulated with carbon loaded XLPE and laid up around a bare aluminum alloy supporting core.
Application
ABC Cable is used in place of bare conductor overhead distribution systems. I provides a higher level of safety and reliability and economy with reduced maintenance and operative costs and reduced risks of vandalism and theft. It is ideal for difficult terrains and urban areas and is a flexible system that is easier to reroute than the conventional overhead line methods.
