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Low Medium Voltage Armoured Copper or Aluminum Insulation Power Cable
Product details
Low Medium Voltage Armoured Copper or Aluminum Insulation Power Cable – Reliable, Durable, and Efficient Electrical Conduit for Industrial and Commercial Applications
This premium low to medium voltage armoured power cable is engineered for superior performance in demanding environments. Designed with either copper or aluminum conductors, it ensures efficient electrical transmission while maintaining compliance with international safety standards. The insulation options—PVC (Polyvinyl Chloride) or XLPE (Cross-Linked Polyethylene)—offer tailored solutions for different temperature ranges, mechanical stress levels, and installation conditions. Whether you're installing underground systems, industrial control panels, or commercial building infrastructure, this robust power cable delivers consistent energy delivery with minimal signal loss.
Key Features:
- High-conductivity copper or aluminum cores for optimal current flow
- Dual insulation choices: PVC for cost-effective, flexible installations; XLPE for high-temperature resistance and long-term durability
- Corrugated steel armor for mechanical protection against crushing, rodent damage, and external abrasion
- Flame-retardant properties and low smoke emission for enhanced fire safety
- Compliance with IEC, BS, and EN standards for global deployment
- Available in various voltage ratings from 600/1000V up to 8.7/15kV depending on configuration
Detailed Description:
The Low Medium Voltage Armoured Power Cable combines advanced materials science with rigorous engineering to meet the evolving needs of modern power distribution networks. The copper conductor option provides excellent conductivity, making it ideal for applications where efficiency and minimal heat generation are critical—such as in data centers, manufacturing plants, or renewable energy installations. Aluminum variants offer a lightweight alternative with reduced material costs, suitable for overhead lines or long-distance power transmission where weight savings matter. Both conductor types are encased in either PVC or XLPE insulation, offering flexibility in choice based on environmental exposure. PVC offers good chemical resistance and ease of installation, while XLPE excels in thermal stability and longevity under continuous load. The outer armor, typically made of galvanized steel, adds structural integrity and protects against physical damage during handling, burial, or conduit routing. This design not only extends cable lifespan but also reduces maintenance frequency—a key benefit for facility managers and engineers overseeing large-scale projects.
Ideal Use Cases:
This power cable is widely used across industries including oil & gas, mining, transportation, construction, and utility services. It’s commonly installed in underground ducts, direct burial scenarios, and exposed outdoor runs where protection from moisture, chemicals, and mechanical hazards is essential. For commercial buildings, it supports lighting circuits, HVAC systems, and emergency power supplies. In renewable energy setups like solar farms or wind turbines, its ability to handle variable loads and harsh weather makes it a preferred choice among contractors and system integrators. Long-term reliability in both indoor and outdoor settings positions this cable as a versatile solution for architects, electricians, and project planners seeking durable, code-compliant wiring solutions.
Customer Testimonials:
A senior electrical engineer in Germany noted: “We’ve been using these cables in our new hospital expansion project for over two years now. No failures despite heavy usage and frequent maintenance access. The aluminum version saved us on weight and cost without compromising performance.” Another user from Canada shared: “The XLPE-insulated variant performed flawlessly in sub-zero temperatures during winter installations. We didn’t experience any brittleness or cracking—something we saw with cheaper alternatives.”
Frequently Asked Questions:
What’s the difference between PVC and XLPE insulation in armoured power cables?
PVC is more economical and easier to terminate, but has lower heat tolerance (typically up to 70°C). XLPE can withstand higher operating temperatures (up to 90°C continuously), making it better suited for high-load environments or areas with limited cooling capacity.
Can this cable be buried directly in soil?
Yes, when properly armored and installed according to local regulations, it is suitable for direct burial. Always ensure proper depth and use protective conduits if required by regional codes.
Is this cable compatible with existing switchgear and transformers?
Absolutely—it meets standard voltage ratings and connector specifications used globally. Consult manufacturer guidelines for specific compatibility details with your equipment model.
How does the armoured layer improve safety?
The steel armor shields the inner insulation from impact, digging tools, rodents, and other physical threats, reducing the risk of short circuits and enhancing overall system safety.
Why choose copper over aluminum for my application?
Copper offers higher conductivity, smaller cross-sectional area for the same current rating, and better corrosion resistance. However, aluminum is lighter, less expensive, and sufficient for many non-critical or long-run installations where weight and budget are priorities.
Audited supplier
2 year
Address: Qingdao, China
Main Product:
Solar Lights,
Solar Refrigerator Freezer ,
Solar Batteries,
Photovoltaic Systems,
Photovoltaic Inverters,
Photovoltaic Panels
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