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Extra High Voltage Cables

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Extra High Voltage Cables Specification

Conductor Shape
Round / Sector / Compact stranded

Cable Type
Extra High Voltage (EHV) Power Cable

Conductor Type
Stranded or Solid

Diameter
40 mm to 180 mm (varies by type)

Usage & Applications
High voltage power transmission, Substations, Industrial grids, Renewable energy projects

Armored Material
Galvanized Steel Wire / Tape, Aluminum Wire / Tape

Features
Extra High Voltage, High insulation, UV resistant, Flame retardant, Durable, Weatherproof

Core Material
Copper / Aluminium

Dielectiric Strength
340 kV/mm (XLPE Insulation)

Install Type
Direct burial, Duct, Aerial, Trench

Number of Conductor
Single core or three core

Rated Temperature
Up to 90C (Continuous), 250C (Short circuit for 5s)

Insulation
XLPE/EPR

Impedance
Depend on size and construction, specified per project requirements

Operating Temperature
-15C to +90C

Tensile Strength
15 MPa (Jacket)

Weight
Varies by size and length, e.g., 1.5 kg/m to 10 kg/m

Core Number
1 or 3

Product Type
Extra High Voltage Power Cable

Length
Available in custom lengths (Typically 100m to 1000m reels)

Voltage
66 kV to 500 kV (Extra High Voltage Range)

Insulation Material
Cross-Linked Polyethylene (XLPE) / Ethylene Propylene Rubber (EPR)

Application
Power transmission and distribution, Utility grids, Substation connections, Underground and Overhead installations

Conductor Material
High conductivity Copper / Aluminium

Jacket Material
Polyvinyl Chloride (PVC) / Polyethylene (PE) / Low Smoke Zero Halogen (LSZH)

Storage Temperature
-30C to +60C

Shield Material
Copper tape / Aluminium tape or wire

Jacket Color

Dimension (L*W*H)
Varies as per design and requirement; typical diameters: 40 mm - 180 mm

Material
Copper/Aluminium Core, XLPE/EPR Insulation, PVC/PE/LSZH Jacket

Color
Black, Custom colors available

Size
Varies, e.g. 70 sq.mm to 2500 sq.mm

Testing Voltage
Routine test at 2.5 times rated voltage

Lead Time
4-10 weeks depending on customization

Oil Resistance
Available on request

RoHS Compliant
Yes

Packing
Wooden Drum or Steel Drum packaging

Halogen Free Option
Available

Surface Finish
Smooth/Glossy, UV Stabilized

Fire Resistance
IEC 60332-1 & IEC 60332-3 compliant

Standards Compliance
IEC 60840, IEC 62067, IS 7098, BS 7912, IEEE 383

Aluminium Tape Thickness
0.2 mm - 0.5 mm (if armored with aluminum)

Humidity Resistance
Up to 95% RH at 40C

Sheath Thickness
3 mm to 6 mm as per cable size

Screening
Semiconducting tape and water-blocking tape (as required)

Bending Radius
Minimum 15 x Cable Diameter

Copper Tape Thickness
0.1 mm - 1.2 mm (if shielded)

Extra High Voltage Cables Trade Information

Minimum Order Quantity
100 Meter

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Extra High Voltage Cables About

Buy Online the most heroic Extra High Voltage Cables-crafted for optimum safety and wondrous performance! These cables boast an incredible sheath thickness of 3 mm to 6 mm according to cable size and comply with the toughest standards like IEC 60332-1 & 60332-3, IEC 60840, and more. Enjoy hot deals on cables featuring high insulation, fire and humidity resistance, with a value-packed offering that's UV stabilized, RoHS Compliant, and halogen-free. Available in custom lengths, every cable comes with smooth or glossy surface finishes and robust packaging options to suit your project needs across India.

Heroic Power Transmission for Every Application

Extra High Voltage Cables are ideal for utility grids, substation connections, power transmission, and distribution-both underground and overhead. With wondrous durability and optimum flame retardance, these cables are engineered for direct burial, aerial, and trench installations. Whether your use involves renewable energy, industrial grids, or substations, enjoy peace of mind with superior insulation and weatherproofing that make every installation reliable and long-lasting.

Domestic Market Coverage & Packaging Excellence

These Extra High Voltage Cables are available across the main domestic markets in India, supported by reliable distributor, supplier, and trader networks. Proposal amount and delivery details are tailored to your order-get secure wooden or steel drum packaging for each cable. Sample availability is included in the offer to help you make informed decisions. Enjoy swift delivery and competitive terms on every purchase, ensuring value for all project requirements.

FAQ's of Extra High Voltage Cables:

Q: How are Extra High Voltage Cables typically used in power networks?

A: These cables are mainly used for high voltage power transmission and distribution in utility grids, substations, industrial grids, and renewable energy projects, providing reliable and safe electrical connectivity.

Q: What competitive advantages do these cables offer?

A: They stand out due to compliant fire and humidity resistance, robust insulation, durability, flame retardance, and adaptability to various installation types, such as direct burial, duct, aerial, and trench.

Q: When can I expect delivery after placing an order online?

A: Depending on customization, delivery lead time ranges from 4 to 10 weeks. Proposal amount and expected delivery timeline are communicated clearly before order confirmation.

Q: Where can I install these Extra High Voltage Cables?

A: Installation is possible in underground, overhead, duct, and trench environments, making them suitable for multiple industrial, substation, and renewable project scenarios.

Q: What is the process for requesting a sample or quotation?

A: Simply submit your requirements and proposal amount via the website or distributor. Samples are available as part of the offer, and detailed quotations include delivery, packaging, and customization options.

Q: How do these cables benefit project reliability and safety?

A: With their compliance to IEC/IS/IEEE standards, UV and weather resistance, high dielectric strength, and optimal insulation, these cables ensure the reliability and safety of power networks, even under demanding conditions.

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