Product Description
XLPE Armoured Power Cable
We are engaged in manufacturing a XLPE Armoured Power Cable that is widely used in various telecommunication & transmission applications. In order to ensure reliability of our cables, our range is precision engineered to take up extreme load fluctuations in varying voltage.
Technical Advantages:- Higher current rating, higher Short Circuit Rating Approx 1.2 times that of PVC
- Thermo setting in nature
- Higher resistance to moisture
- Better Resistance to surge currents
- Low Dielectric
Premium Quality XLPE Armoured CableCrafted with XLPE insulation and robust galvanized steel wire or tape armour, this power cable guarantees excellent electrical and mechanical performance. Its outer sheath options (PVC or HDPE) enhance environmental resistance and durabilitymaking it good for both indoor installations and outdoor applications exposed to challenging conditions.
Safety and Compliance for Modern InstallationsManufactured as per IS 7098/Part 2, IEC 60502, and BS 5467 standards, these cables meet stringent quality and testing norms. Flame retardant and low smoke low halogen options ensure compliance with modern safety requirements, making them suitable for residential, commercial, and critical infrastructure applications.
Versatility in Power DistributionAvailable in multiple configurations, including single and multi-core designs, and a wide range of sizes from 2.5 sq. mm to 630 sq. mm, this cable is highly adaptable to various requirements. It supports applications from substations to industrial power grids, with both copper and aluminum conductor materials available.
FAQs of XLPE Armoured Power Cable:
Q: How are XLPE Armoured Power Cables installed and what is the minimum bending radius?
A: XLPE Armoured Power Cables should be installed with a minimum bending radius of 12 times the cable diameter to maintain their structural and electrical integrity. Proper installation requires secure routing and support, avoiding excessive mechanical strain during laying.
Q: What benefits do PVC or HDPE outer sheaths provide for this cable?
A: PVC or HDPE outer sheaths offer excellent protection against moisture, chemicals, UV rays, and oil, making the cable suitable for demanding environments and extending its service life. HDPE especially adds enhanced toughness for outdoor and buried use.
Q: When is it advisable to opt for flame retardant or low smoke low halogen versions?
A: Flame retardant and low smoke low halogen cables are recommended in enclosed spaces, high-density buildings, and applications where enhanced fire safety and reduced toxic emissions during combustion are critical, such as commercial buildings and public infrastructure.
Q: Where can these cables be used most effectively?
A: These cables are ideal for power transmission and distribution in industrial facilities, commercial complexes, residential buildings, substations, and infrastructure projectsboth indoors and outdoorsowing to their robust design and resistance features.
Q: What is the typical process for selecting the right size and configuration?
A: Selection is based on the rated voltage, current load, application type, number of cores, cable runs, and environmental conditions. Refer to the datasheet for ampacity and choose the conductor size, core configuration, and sheath that match the project requirements.
Q: How does the cable perform during voltage surges and short circuits?
A: This cable withstands voltage surges up to 6 kV and short circuit temperatures up to 250C for a maximum of 5 seconds. These features help protect electrical networks during fault conditions and enhance operational reliability.