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LT PVC Copper Control Cable |
We, at Power Cable Corporation manufacture and distribute an extensive range of LT PVC Copper Control Cables, which are made from refined raw materials and latest technology to ensure satisfaction of the customers. These Copper Control Cables are machined following certified quality standards to meet all customers’ needs and requirements. Our company offer Copper Control Cables at very cost-effective prices. We perform quality test before distributing to customers for maintaining good performance of products.
LT Copper Cables:
Our company offers better-quality LT Copper Cables at nominal prices. These Industrial LT PVC Copper Cables are engineered using a combination of superior raw materials and advanced equipments for better performance of FRLS/HR PVC
Copper Cables
• LT XLPE – Power / Control Copper Armoured Cables 1.1 K.V.IS: 7098.
• Single Core 1000Sq.mm. XLPE Copper Armoured Cables 1100V.IS: 7098.
• LT FR / FRLS PVC Copper Armoured Cables 1.1 K.V grade, confirm to IS: 1554.
LT XLPE 1100V – FRLS Power Cable:
Our Company is the highly known manufacturer and distributor of LT XLPE 1100 V – FRLS Power Cable of IS 7098 - BS Standards, which are machined from highly quality raw materials for maintaining reliability of Industrial LT Cables. These remarkable Aluminium LT Cables’ raw materials are procured from the most celebrated venders to ensure excellent LT – XLPE – PVC and outstanding performance.
XLPE Cables:
The XLPE insulated Cables are highly durable and reliable, which were first time brought across the world in mid sixties. These incomparable cables have overcome the limitations of PVC Insulated Cables such as thermal degradation, poor moisture resistant and thermoplastic in nature. Following are the advantages of XLPE Insulated Cables:
• Higher current rating, higher short circuit rating, approximately 1.2 times that of PVC.
• Thermosetting in nature.
• Higher insulation resistance – 1000 times more than PVC cables.
• Better resistance to surge currents.
• Low dielectric losses.
• Better resistance to chemicals and corrosion.
• Longer service life.
• Comparatively higher cable operating temperature 90oC and short circuit temperature 250°C.
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