Vishnu Cable Industries Rabindra Sarani, Kolkata, West Bengal

XLPE Insulation of Voltage grade upto 1.1 Kv conforming to Indian and various International Standards.Cross Linked Polyethylene (XLPE) :XLPE means crosslinked Polyethylene. The compound is based on high molecular weight polymer. High degree of crosslinking is attained in the processed form and thus attains excellent electrical and mechanical properties. Higher current rating allows to select lower size of XLPE cable compared to PVC cable, Higher short circuit rating 250°C compared to 160°C that for PVC cables, Resistant to heat deformation while PVC is prone to heat deformation.

The wires bear the mark of IS: 694: 1990. Each wire is fabricated using 99.97% pure, electrolytic grade, bright-annealed bare copper with more than 100% conductivity. Copper guarantees higher percentage of electrical energy saving which eventually helps in reducing the electricity bills. The conductor is made of multiple strands of finely drawn copper wires thereby offering greater flexibility, which makes these wires ideal for conduit wiring. This FR PVC compound has a high oxygen and temperature index. The wires are wadded with a flame retardant (FR) PVC compound, which helps to control the spread of fire even at very high temperature. It also protects against electrical shock and short circuit. All wires are subjected to high voltage spark testing to ensure that no weak spots are there in the insulation.

LT Power and control Cable with XLPE Insulation of Voltage grade upto 1.1 Kv conforming to Indian and various International Standards.XLPE means crosslinked Polyethylene. The compound is based on high molecular weight polymer. High degree of crosslinking is attained in the processed form and thus attains excellent electrical and mechanical properties.

Aerial Bunched Cable (ABC) Is A Very Novel Concept For Overhead Power Distribution. ABC Provides Higher Safety And Reliability Compared To Bare Conductor Overhead Distribution System. The Other Advanctages Are Lower Power Losses And System Economy By Reducing Installation, Maintenance And Operation Cost. This System Is Ideal For Rural Distribution And Specially Suitable In Difficult Terrains Like Hilly Areas, Forest And Coastal Areas Etc. ABC Is Also Considered As A Better Choice For Power Distribution In Densely Populated Areas Where Laying Of Underground Cable Is Either Difficult Or Extremely Expensive. This Is Attributed By Narrow Lanes And By-lanes Of Congested Urban Areas. Needless To Mention That ABC Is A Better Choice Due To The Flexibility Of Re-routing Demand, Should There Be Any Changes In Urban Development Plan.