About POLYCAB 1.1KV 4C*185SQMM ALU. UNARM. LT CABLE
POLYCAB 1.1KV 4C 185 SQMM Aluminium Unarmoured LT Cable
Polycab 1.1KV grade, 4 Core 185 sqmm Aluminium Conductor Unarmoured Low Tension (LT) Power Cable is a heavy-duty, high-capacity cable designed for reliable electricity distribution in industrial, commercial, and utility applications where mechanical armouring is not required.
Construction Details:
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Voltage Grade: 1.1 KV (As per IS 694 / IS 7098 Part I)
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Conductor: Aluminium, stranded, circular/compacted
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Size: 185 sqmm
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Cores: 4 Core (3 phase conductors + 1 neutral)
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Insulation: XLPE (Cross-linked Polyethylene) / PVC as per IS standards
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Inner Sheath: Extruded PVC/FRLS compound
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Armouring: Unarmoured (for conduit, duct, or indoor installations)
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Outer Sheath: Black PVC, UV & weather resistant
Key Features:
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High current carrying capacity for heavy LT loads
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Lightweight and flexible for easier installation
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XLPE insulation ensures thermal stability and long service life
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Resistant to heat, moisture, and common environmental conditions
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Suitable for indoor wiring, conduit installations, and panel connections
Applications:
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Industrial, commercial, and utility LT power distribution
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Wiring in factories, plants, and large commercial complexes
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Feeder connections to distribution boards, machinery, and equipment
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Ideal for installations without mechanical protection
Standards Compliance:
Reliable Power TransmissionThis low-tension power cable efficiently handles high voltage up to 1.1KV, making it suitable for demanding power distribution setups in industrial and residential spaces. Its robust construction ensures steady and safe electricity flow, even in challenging environments.
Enhanced Safety & DurabilityFlame retardant and UV-resistant PVC insulation protects the cable from fire hazards and sun damage, extending its operational life. The copper conductor also contributes to superior conductivity, reducing the risk of electrical faults and improving performance reliability.
Trusted by Industry ProfessionalsPOLYCABs cables are widely used by distributors, suppliers, and traders across India. With a warranty of one year, professionals rely on its consistency for uninterrupted power transmission in both new installations and maintenance projects.
FAQs of POLYCAB 1.1KV 4C*185SQMM ALU. UNARM. LT CABLE:
Q: How is the POLYCAB 1.1KV 4C*185SQMM ALU. UNARM. LT Cable installed in industrial and residential projects?
A: Installation typically involves routing the cable through conduits or cable trays, ensuring correct termination at connection points. Due to its unarmored design, professional handling is recommended to maintain insulation integrity and optimal power flow.
Q: What are the key safety features of this POLYCAB cable model?
A: The cable offers flame retardant PVC insulation and UV resistance, minimizing risks associated with fire and prolonged sun exposure. These features ensure added protection in diverse environments, reducing the likelihood of electrical hazards.
Q: When should I consider using this cable for my power distribution needs?
A: You should use this cable when your project requires reliable power transmission within industrial or residential settings, especially where high voltage and robust insulation are necessary for safety and durability.
Q: Where can I purchase or source this POLYCAB cable in India?
A: This cable is available through authorized distributors, manufacturers, suppliers, and traders throughout India. You can contact local POLYCAB partners or check the companys official website for verified sales outlets.
Q: What is the warranty process if the cable encounters issues during its operational period?
A: POLYCAB offers a one-year warranty on this cable. If any defects arise within this period, you can reach out to the supplier or manufacturer for repairs or replacement, following their standard warranty claim procedures.
Q: How does the copper conductor benefit electrical applications using this cable?
A: Copper as a conductor ensures excellent electrical conductivity, providing efficient power transmission, lower energy losses, and enduring performance in a wide range of power distribution applications.