About POLYCAB Armoured Cable 3.5C X 240 SQMM
We are offering high-quality Armoured Power Cables suitable for industrial, commercial, and infrastructure applications. These cables are designed for reliable power transmission and provide excellent mechanical protection, making them ideal for underground, outdoor, and heavy-duty installations.
Our armoured cables are manufactured using premium-grade copper/aluminium conductors with XLPE/PVC insulation, ensuring high durability, safety, and long service life even in harsh environmental conditions.
Key Features:
Strong steel wire/strip armouring for mechanical protection
Excellent insulation resistance and thermal stability
Suitable for underground & outdoor installations
Flame retardant & moisture resistant
Long operational life with low maintenance
Exceptional Engineering for Demanding InstallationsThis armoured cable is meticulously constructed using high-quality aluminium for the conductor, XLPE for insulation, and resilient GI steel wire armouring. The cable is specifically suited for environments requiring enhanced mechanical and environmental protection, such as underground or outdoor installations in industrial and infrastructural settings. Its robust layered design mitigates risks from oil, abrasion, moisture, and fire, ensuring reliable operation.
Dependable Performance and Safety FeaturesPOLYCAB Armoured Cable stands out with its flame retardant outer sheath, superior insulation resistance (1000 M-km at 20C), and low-maintenance requirements. The insulation thickness (1.8-2.0 mm) and heavy-duty construction make it a trusted solution for consistent electrical performance, extending the operational lifespan and reducing downtime even in the most challenging installations.
FAQ's of POLYCAB Armoured Cable 3.5C X 240 SQMM:
Q: How should the POLYCAB Armoured Cable 3.5C X 240 SQMM be installed for optimal safety?
A: The cable is designed for underground, outdoor, and heavy-duty installations. For safe operation, it should be installed following standard protocols for armoured cables, ensuring proper trench depth for underground use and adequate protection against mechanical stress during laying. It is crucial to follow local electrical codes and employ trained professionals for installation.
Q: What environments are ideal for using this type of armoured cable?
A: This armoured cable is suitable for industrial plants, commercial buildings, substations, utility infrastructure, and projects requiring robust electrical distribution. Its mechanical protection and resistance to oil, moisture, and abrasion make it especially effective for harsh or corrosive environments, both indoors and outdoors.
Q: When should I choose a 3.5C X 240 SQMM armoured cable over other cable types?
A: Opt for this cable when your application demands high current capacity (320-360A), low voltage (1.1kV) distribution, and superior mechanical and environmental protection. It's particularly advantageous for heavy-duty installations in areas with elevated risks of mechanical damage or exposure to harsh elements.
Q: Where is this cable typically supplied or distributed within India?
A: POLYCAB Armoured Cable is available through authorized suppliers, traders, and wholesalers across India. It is commonly distributed for use in public infrastructure, commercial developments, and industrial projects nationwide.
Q: What are the key benefits of using this cable for electrical installations?
A: Key advantages include excellent electrical and thermal performance, robust mechanical and flame resistance, long service life, and minimal maintenance. Its layered construction ensures safe and reliable power transmission, reducing the likelihood of failures due to environmental or mechanical stress.
Q: How does the insulation resistance of this cable enhance safety?
A: With an insulation resistance of 1000 M-km at 20C, the cable minimizes leakage currents and enhances overall operational safety. This high resistance protects equipment and personnel from electrical hazards, ensuring dependable performance in critical power distribution systems.