2026-06-09
The safety and stability of power transmission are critical, with cables serving as the "blood vessels" of electrical systems. This article provides a detailed technical examination of Polycab's 240mm² 3.5-core aluminum armored power cable, analyzing its specifications, performance parameters, and applications to serve as a reference for power engineering design, procurement, and maintenance.
Product Overview
The Polycab 240mm² 3.5-core aluminum armored power cable is designed for medium-to-low voltage power transmission. Featuring aluminum conductors, this cable offers weight and cost advantages compared to copper alternatives. The 3.5-core configuration supports three-phase power transmission while providing grounding protection. The aluminum armor enhances mechanical strength and interference resistance, making it suitable for complex installation environments.
Technical Specifications
Manufacturer
Polycab India Limited, a leading cable manufacturer based in Gujarat, India, known for its advanced production technology and rigorous quality control systems.
Conductor Specifications
Core Configuration
3.5-core design comprising three phase conductors and one smaller neutral/ground conductor, suitable for three-phase four-wire power systems.
Insulation and Sheathing
Armor Construction
Aluminum tape/wire armor (4 x 0.8mm nominal dimensions) providing mechanical protection, corrosion resistance, and electromagnetic shielding.
Electrical Characteristics
Physical Dimensions
Application Scenarios
This cable is suitable for various medium-to-low voltage power transmission applications:
Selection Considerations
When specifying this cable, engineers should evaluate:
Conclusion
The Polycab 240mm² 3.5-core aluminum armored power cable represents a reliable solution for diverse power transmission needs. Its technical specifications and performance characteristics make it particularly suitable for cost-sensitive applications where conductor weight is a consideration. Proper selection and installation following engineering best practices will ensure optimal performance and system reliability.
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