Unarmoured Power Cables for Reliable and Efficient Electrical Solutions Unarmoured power cables are important for indoor and underground electrical installations […]
Armoured Power Cables
Top Notch Protection & Reliable Performance for Every Application
Armoured Power Cables are designed to offer reliable and secure electrical transmission in demanding environments. These power cables feature a protective metallic layer that enhance the durability, resistance to mechanical damage and also protect from environmental hazards such as moisture, chemicals, and rodents. These power cables are widely used in industrial, commercial, and underground applications as Armoured cables provide uninterrupted power supply and safety. The Armoured power cables’ robust construction make them a perfect choice for installations that require extra mechanical strength and longevity for critical infrastructure and heavy-duty electrical systems.
Armoured Power Cables Specifications
Armoured Power Cables are designed to meet high-performance standards while ensuring safety, durability, and efficiency. The Armoured power cables conductor material is copper or aluminium in Solid / Stranded / Flexible type and available in various standard and customized sizes. The insulation of the Armoured power cables material is PVC / XLPE (Cross-linked Polyethylene) that features High dielectric strength, heat resistance, and moisture resistance.
The armor type used is Steel Wire Armor (SWA) / Aluminum Wire Armor (AWA) / Steel Tape Armor (STA) that functions to provide mechanical protection and resistance to external damages. The sheathing outer jacket is made of PVC / LSZH (Low Smoke Zero Halogen) / HDPE with UV-resistant, flame-retardant, and chemical-resistant properties. The voltage ranges as low voltage up to 1.1 kV, medium voltage between 1.1 kV – 33 kV and high voltage above 33 kV. The standards and compliance used for these power cables are IEC 60502, IS 1554, BS 5467, BS 6346, UL Standards, and other international standards.
Armoured Power Cables Category
Armoured Power Cables are designed based on their construction, voltage rating, and application. Below are the main categories:
Based on Voltage Rating
Voltage Rating
1. Low Voltage (LV) Armoured Cables
2. Medium Voltage (MV) Armoured Cables
3. High Voltage (HV) Armoured Cables
Specification
1. Rated up to 1.1 kV, used in household, commercial, and industrial wiring.
2.Rated between 1.1 kV and 33 kV, ideal for power distribution networks and substations
3.Rated above 33 kV, used in high-power transmission and large industrial applications.
Based on Armor Type
Armor Type
1. Steel Wire Armoured (SWA) Cables
2. Aluminum Wire Armoured (AWA) Cables
3. Steel Tape Armoured (STA) Cables
Specification
1. Used for underground and heavy-duty applications, providing mechanical protection.
2.Used for single-core cables in high-voltage applications to prevent electromagnetic interference.
3.Suitable for direct burial and industrial applications with medium mechanical stress.
Based on Insulation Type
Insulation Type
1. PVC Insulated Armoured Cables
2. XLPE Insulated Armoured Cables
Specification
1. Cost-effective and widely used for general applications.
2. Offers high thermal resistance, making them ideal for higher temperature environments.
Based On Sheathing Material
Sheathing Material
1. PVC Sheathed Armoured Cables
2. LSZH (Low Smoke Zero Halogen) Sheathed Armoured Cables
3. HDPE Sheathed Armoured Cables
Specification
1. Provides standard protection against moisture, chemicals, and environmental conditions.
2. Suitable for areas requiring fire safety and low toxic emissions.
3. Used in outdoor and underground applications due to high resistance to environmental factors.
Based on Application
Application
1. Underground Armoured Cables
2. Industrial Armoured Cables
3. Marine & Offshore Armoured Cables
Specification
1. Designed for buried installations with high mechanical protection.
2. Used in manufacturing plants, oil & gas, and mining industries.
3. Corrosion-resistant cables designed for harsh marine environments.
Benefits of Choosing Armoured Power Cables :-
Armoured Power Cables offer several benefits which makes them a reliable choice for industrial, commercial, and underground applications. Below are the key benefits that make Armoured Power Cables the preferred choice for demanding applications where reliability, safety, and durability are essential.
- The Armoured layer of the power cables provides excellent resistance against physical damage, impact, and external stress, ensuring long-term durability.
- These cables reduce the risk of electrical faults, short circuits, and insulation failures while ensuring a safe power distribution system.
- Armoured Power Cables are designed to withstand harsh environments, including moisture, chemicals, extreme temperatures, and UV exposure.
- Ideal for direct burial applications and high-risk industrial areas that offer added security and reliability.
- XLPE-insulated and LSZH-sheathed Armoured cables provide superior resistance to heat and fire hazards while enhancing safety in critical areas.
- The metallic armor prevents damage from rodents and other pests, ensuring uninterrupted power supply.
- Designed to handle heavy electrical loads, making them suitable for power transmission and industrial applications.
- Aluminum Wire Armoured (AWA) cables reduce EMI in high-voltage applications, ensuring stable power transmission.
- Built to last, Armoured cables require minimal maintenance, reducing long-term operational costs.
- Manufactured to meet IEC, BS, IS, and UL standards, ensuring quality, performance, and safety compliance.
Armoured Power Cables Application :-
Armoured Power Cables play a vital role and are widely used across various industries where electrical safety, durability, and reliability are crucial due to their durability, safety, and ability to withstand harsh environments. Their ability to withstand tough and harsh environmental conditions makes them the preferred choice for demanding applications. Below are the key application areas:
- Used in factories, manufacturing plants, and processing units for reliable power distribution.
- Essential in oil & gas, mining, and chemical industries where exposure to harsh conditions is common.
- Designed for underground power distribution, ensuring protection against moisture, mechanical stress, and external damage.
- Ideal for metro rail projects, tunnels, and road crossings where surface wiring is not feasible.
- Used in large commercial complexes, office buildings, and high-rise apartments for stable power supply.
- Ensures electrical safety in residential applications, particularly in high-risk areas.
- Utilized in substations, switchgear connections, and transmission lines for efficient electricity distribution.
- Supports medium and high-voltage applications for large-scale power infrastructure.
- Used in solar and wind energy farms to connect power generation units to the grid.
- Provides resistance against environmental factors like UV radiation and moisture in outdoor installations.
- Installed in ships, offshore platforms, and marine installations to withstand corrosive seawater and high humidity.
- Ensures uninterrupted power in remote and extreme environments.
- Deployed in railway signaling systems, metro rail projects, and airports for dependable electrical connections.
- Supports power supply for railway stations, tunnels, and control centers.
- Used in military bases, defense installations, and high-security areas for enhanced electrical protection.
- Provides reliable power supply in extreme conditions and remote locations.
- Ensures stable power supply to data centers and critical IT facilities, minimizing downtime and electrical faults.
- Offers electromagnetic interference (EMI) shielding for sensitive electronic equipment.
- Used for powering irrigation pumps, water treatment plants, and farm equipment.
- Provides durable and moisture-resistant electrical connections in agricultural environments.
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