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XLPE Cables

Name: XLPE Cables
Brand: NEW MANGLA CABLE
Price: 10 INR
Availability: InStock

Price 10 INR/ Meter

Get a Price/Quote

MOQ : 500 Meters

XLPE Cables Specification

Diameter
Varies from 6mm to 80mm or as per specification

Armour Type
Steel wire, Steel tape, Aluminum wire

Core Material
Copper/Aluminum

Armored Material
Galvanized steel tape/wire, Aluminum for single core cables

Tensile Strength
High tensile strength as per IS/IEC standards

Features
High insulation, excellent electrical properties, resistance to chemicals and weathering, flame retardant, durable, long service life

Operating Temperature
Up to 90C continuous, 250C short-circuit

Impedance
As per specification and design

Number of Conductor
Single core, twin core, multi-core (up to 4 core or as required)

Cable Type
Armored / Unarmored XLPE Power Cable

Weight
Varies with size and core number

Conductor Type
Annealed/Flexible/Stranded

Core Number
1, 2, 3, 3.5, 4, 5 or custom

Conductor
Stranded/solid copper or aluminum

Usage & Applications
Power transmission, control and instrumentation

Insulation
XLPE (cross-linked polyethylene)

Dielectiric Strength
24kV - 36kV as per cable rating

Conductor Shape
Circular or sector shaped

Install Type
Direct burial, ducts, trays, conduits

Outer Material
PVC, XLPE or FRLS

Rated Temperature
-25C to +90C (max up to 250C under short-circuit)

Standard
IS 7098, IEC 60502, BS 5467

Connector Size
Customizable based on application

Product Type
Cable

Length
100m, 500m, 1000m roll or as required

Voltage
High Voltage Volt (v)

Insulation Material
XLPE

Application
Power distribution, industrial installations, underground and overhead lines

Conductor Material
Aluminum

Jacket Material
PVC

Storage Temperature
-15C to +45C

Connector Color
Multi-color coded as per standards

Shield Material
Copper or Aluminum for screened cables

Jacket Color
Black, as per requirement

Dimension (L*W*H)
Varies as per design and core size

Color
Standard black or as specified

Material
XLPE, PVC, Copper/Aluminum, Steel/Aluminum Armour

Size
1.5 sqmm to 1000 sqmm

Sheath Thickness
As per IS/IEC standards based on voltage and size range

Environmental Compliance
RoHS, REACH compliant materials

Earthing
Copper/Aluminium tape for earthing conductor (if required)

Mechanical Impact
Resistant to mechanical damage and stress

Short Circuit Current Capacity
Varies with conductor size and design

Moisture Resistance
Excellent, suitable for wet locations

Halogen Content
Halogen-free types available

Test Voltage
3.5kV to 21kV AC as per cable design

UV Resistance
UV stabilized outer sheath for outdoor use

Smoke Emission
Low smoke emission type available (LSOH)

Packing Type
Wooden drum, coil, or as per client requirement

Installation Altitude
Up to 2000m above sea level without derating

Minimum Bending Radius
12 x cable overall diameter (typical)

Fire Resistance
IEC 60332-1, IEC 60332-3 tested for flame retardance and fire performance

XLPE Cables Trade Information

Minimum Order Quantity
500 Meters

Supply Ability
1000 Meters Per Month

Delivery Time
1 Days

Main Domestic Market
All India

About XLPE Cables

XLPE Cable is mainly used for transmission of power in power plants, industries and various commercial places. It has minimal dielectric losses, better resistance to most chemicals, oils, acids etc. Offered wire is the most economic solution with high efficiency and total reliability. They have tough and resilient sheath with excellent fire resisting qualities. Further, XLPE Cable provide complete protection against most forms of electrolytic and chemical corrosion.

Reliable Flame Retardance and Fire Performance

XLPE cables are rigorously tested to IEC 60332-1 and IEC 60332-3 standards, demonstrating reliable flame retardance for enhanced fire safety. Low smoke emission (LSOH) options reduce toxicity and improve visibility during fire incidents, making them suitable for sensitive and populated environments.

Superior Mechanical and Environmental Protection

Designed with high tensile strength, UV stabilization, moisture resistance, and robust outer sheaths, these cables withstand severe mechanical impacts and environmental stressors. Their armor and insulation materials ensure lasting durability across diverse installation scenarios-from direct burial to overhead use.

Versatile Applications Across Industries

XLPE fire-resistant cables support a wide range of power distribution and control tasks in industrial, commercial, and utility settings. With customizable cores, conductor materials, and sizes, they are suited for underground, overhead, duct, and tray installations, complying with IS, IEC, and BS standards.

FAQ's of XLPE Cables:

Q: How are XLPE cables tested for fire resistance and flame retardance?

A: These cables undergo rigorous flame propagation testing as per IEC 60332-1 and IEC 60332-3 standards. The process assesses the cable's ability to resist and inhibit flame spread, ensuring enhanced safety in case of fire.

Q: What are the benefits of using low smoke, halogen-free (LSOH) XLPE cables?

A: LSOH XLPE cables emit minimal smoke and are halogen-free, reducing toxic hazards and corrosion during fire incidents. This feature is crucial for installations in enclosed or populated areas, such as public buildings and industrial plants.

Q: Where can XLPE cables with fire-resistant properties be installed?

A: These cables are suitable for underground and overhead lines, direct burial, ducts, trays, and conduits. Their moisture resistance, UV stabilization, and mechanical strength allow for reliable use in outdoor, wet, and industrial environments.

Q: What is the typical process for selecting and installing XLPE fire-resistant cables?

A: Cable selection depends on voltage rating, core size, application environment, and mechanical requirements. Installation must consider bending radius (typical minimum 12 cable diameter) and environmental factors, with packing options like wooden drums or coils provided as per client needs.

Q: How do XLPE cables ensure safe power distribution in harsh conditions?

A: Their construction includes armored layers, UV-protected sheaths, and moisture barriers. These features, along with compliance to RoHS and REACH, help withstand temperature extremes, impact, and weathering-ensuring long-term, reliable performance.

Q: When should you opt for halogen-free or low smoke variants of these cables?

A: Halogen-free and low smoke variants are recommended for environments where fire safety is critical-such as tunnels, public infrastructure, or confined industrial spaces-to minimize smoke and toxic gas release during a fire.

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