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HT XLPE Cables

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MOQ : 100 Meters

HT XLPE Cables Specification

No Of Core
Single Core/Three Core

Connector Type
Lug/Termination as required

Conductor Type
Stranded or Solid, Circular/Segmental

Cable Length
Customizable

Temperature
-15C to +90C

Product Type
HT XLPE Cable

Material
Cross Linked Polyethylene (XLPE)

Function
Electrical Power Transmission

Usage
Industrial, Power Plants, Substations, Utilities

Voltage Surge
Up to 45 kV

Frequency (MHz)
50 Hz

Rated Voltage
6 kV to 33 kV

Rated Current
As per customer specification and cable size

Cable Capacity
Up to 1000 sq.mm

Insulation Material
XLPE (Cross Linked Polyethylene)

Conductor Material
Aluminium or Copper

Length
Standard 500 m / Custom as required

Size
Varies as per application (e.g., 3x185 sq.mm, 3x300 sq.mm, etc.)

Color
Black / As per request

Diameter
Depends on voltage and cable size

Application
Industrial, Electrical Distribution, Transmission Lines

Standard
Conforms to IS 7098 (Part 2), IEC 60502, BS 6622

Flame Retardance
FR/FRLS/LSZH options available

Maximum Short Circuit Temperature
250°C

Environmental Compliance
ROHS compliant

Mechanical Protection
Provided by armouring and sheath

Dielectric Strength
>21 kV/mm

Bending Radius
Minimum 12 x Overall diameter

Outer Sheath Color
Black (standard) or as per request

Moisture Resistance
Excellent

Test Voltage
1.5 times rated voltage

UV Resistance
Yes

Sheath Material
Polyvinyl Chloride (PVC) / HDPE / LSZH

Armour Type
Steel Wire/Strip Armoured or Unarmoured

Current Carrying Capacity
As per IS/IEC standards

HT XLPE Cables Trade Information

Minimum Order Quantity
100 Meters

Supply Ability
10000 Meters Per Week

Delivery Time
1 Week

About HT XLPE Cables

Our HT XLPE Cables (up to 33 KV) are manufactured at a modern manufacturing setup. Technological up-gradation and Polymer revolution has replaced the conventional paper insulated cables and thermoplastic insulated cables with cross-linked Polyethylene (XLPE), having better electrical, mechanical and thermal properties with reduced cable weight and dimensions. Selecting the correct type and size of these cables for the desired application is an important task for any electrical project because the performance of all equipment largely depends upon the performance of the cables. Apart from the technical suitability and conformance, the cost of equipment has become another important aspect while purchasing these cables. The designers and consultants constantly keep their focus on economically viable proposals in selecting the equipment. Selecting the correct type and size of cable not only ensures the trouble free performance, but also optimizes the cost of equipment, installation and other operation as well. Keeping in view these aspects, we provide the correct type and size of these cables, if we get the following information, provided by customers. These high tensions cross-linked poly- ethylene cables are meant for withstanding high voltages under extreme electrical conditions. Our cables have emerged as the best alternative to paper insulated dielectric cables. We make available these cables in varied combinations, including that of Copper Conductors, Aluminum, Round Solid Conductors, Sector Shaped Conductors, Aluminum, Standard Conductors, Extruded Inner Sheath, Round Steel & Aluminum Wire, Taped Inner Sheath, Flat Galvanized Steel Strip Armoured/Unarmoured, Double Outer Sheathed, Single Outer Sheathed and others. Additionally, we offer diverse types of insulations, which include HR PVC, XLPE and PVC. The outer sheaths and inner sheaths can be FRLS, FR, HR-FRLS PVC or HR PVC based on the specific application requirement. Owing to the vast experience of the domain, we are determined as one of the most trustworthy High Tension XLPE Power Cables Suppliers in India.

Advantages

Higher Electrical Strength Retention
Higher Short Circuit Rating
Better Electrical, Mechanical & Thermal Properties
Easy Jointing & Termination

Comply With : We provide different types with combinations of specifications as per IS 1554 Part I for cables up to 1100V and IS 1554 Part II for 3300V.

Used In

Underground applications
Overhead transmission of power in Power plants, Industries, Various other projects and all electrical installations

Specifications

Application	Construction, Heavy Duty Sealing, Locking Purpose, Valve Lockout
Grade	Domestic Grade, Industrial Grade
Color	Black
Voltage	1100V, 220V, 380V, 440V
Specification	Heat Resistant, High Voltage
Special Use	Cold Heading Steel, Free Cutting Steel

Outstanding Electrical Performance

These HT XLPE Cables are designed to withstand high voltage surges up to 45 kV and perform efficiently in power distribution systems. The insulation material, cross-linked polyethylene, ensures exceptional dielectric strength, supporting high current loads while maintaining safety and reliability.

Enhanced Safety and Durability

With options for steel wire or strip armouring, these cables provide robust mechanical protection against accidental impacts and harsh installation conditions. The outer sheath, made from PVC, HDPE, or LSZH, offers excellent moisture and UV resistance, while flame retardant properties ensure operational safety in fire-prone environments.

Flexibility and Compliance

Available in multiple core and size configurations, these cables can be customized for various industrial needs. They are fully compliant with IS, IEC, and BS standards, ROHS environmental guidelines, and are supplied in standard black or requested colors to accommodate project-specific requirements.

FAQs of HT XLPE Cables:

Q: How do HT XLPE Cables ensure safety in high voltage applications?

A: HT XLPE Cables utilize XLPE insulation with a dielectric strength greater than 21 kV/mm, robust armouring, and flame retardant sheath options. This combination delivers superior safety by preventing electrical faults, containing short circuit conditions, and minimizing fire risk.

Q: What industries and applications are these cables best suited for?

A: These cables are ideal for industrial facilities, power plants, substations, and electrical utilities. They confidently transmit and distribute power in demanding environments requiring excellent mechanical protection, moisture and UV resistance, and reliable performance under voltage surges.

Q: When should one choose armoured versus unarmoured cable types?

A: Armoured cables, featuring steel wire or strip, are recommended for applications prone to mechanical stress, accidental impact, or rodent threats. Unarmoured cables are suitable when physical protection requirements are minimal or when laid in environments with lower mechanical hazards.

Q: Where can custom specifications for color, length, or core configuration be requested?

A: Customizations such as sheath color, cable length, core configuration, and conductor type (aluminium/copper) can be specified during the ordering process, directly with the distributor, manufacturer, or supplier to tailor solutions for specific installations.

Q: What is the process for maintaining HT XLPE cables in operational networks?

A: Regular inspection for external damage, ensuring correct bending radius during installation (minimum 12x overall diameter), and verifying mechanical protection are key steps. Routine electrical testing, as per IS/IEC standards, ensures continued performance and reliability over the cables lifespan.

Q: How do these cables benefit end-users in terms of installation and environmental compliance?

A: End-users benefit from flexible installation options due to customizable sizes and easy termination. Additionally, these cables adhere to ROHS standards, minimizing environmental impact through the use of non-hazardous materials in their construction.

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