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COVERED CONDUCTOR

Price 85.0 INR/ Piece

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MOQ : 500 Pieces

COVERED CONDUCTOR Specification

Tensile Strength
10 15 N/mm (Aluminium) / 20 25 N/mm (Copper) Newtons per Millimetre Squared (N/mm2)

Features
Flame Retardant, UV Resistant, Weatherproof, Flexible, High Conductivity

Diameter
As per cable size (refer data sheet) Meter (m)

Armored Material
GI / Aluminium / Steel Wire Armoured (SWA)

Conductor Shape
Round

Usage & Applications
Power Distribution, Transmission, Industrial Wiring, Outdoor Lines, Substations

Cable Type
HT CABLE

Core Material
Aluminium / Copper

Conductor Type
Stranded

Insulation
XLPE / PVC / HRPVC (IS 7098 / IS 1554 compliant)

Power Rating
As per design (kW dependent)

Product Type
LT/HT Power Cable / Covered Conductor / AAAC / ACSR / ABC

Length
500 Meter (m)

Insulation Material
PVC, XLPE

Application
Construction, Industrial, Marine, Power Station

Conductor Material
Aluminum

Jacket Material
PVC

Shield Material
Aluminium Mylar Tape / Copper Braid (optional)

Jacket Color
Black

Display Type
Printed meter marking on sheath

Color
BLACK

Material
ALUMINIUM

About COVERED CONDUCTOR

COVERED CONDUCTOR TECHNICAL DETAILS

Definition

A Covered Conductor (CC) is an overhead conductor with an extruded insulating layer (non-metallic covering) over the conductor, usually XLPE (Cross-linked Polyethylene) or HDPE (High-Density Polyethylene).

It is not a fully insulated cable rather, it provides partial insulation and touch-safe protection against short circuits and tree contacts.

TECHNICAL SPECIFICATIONS

Parameter	Description
Conductor Material	Aluminium (AAC/AAAC/ACSR base)
Covering Material	XLPE / HDPE / LDPE (UV resistant, weatherproof)
Voltage Rating	11 kV to 33 kV (typically for HT lines)
Operating Temperature	90C continuous (up to 120C short-time)
Standard Sizes	55 mm, 80 mm, 100 mm, 150 mm, 200 mm, etc.
Conductor Standards	IS 398 (Part II / Part IV)
Covering Thickness	2.3 mm to 3.5 mm (depending on voltage class)
Color Options	Black (standard), Grey or Natural (optional)
Testing Standards	IS 7098 (Part II), IEC 60502, ASTM B232

CONSTRUCTION

Central Conductor Stranded aluminium (AAAC or ACSR type).
Inner Semiconducting Layer (optional).
Insulating Layer XLPE/HDPE sheath providing mechanical & electrical protection.
Outer Surface UV and tracking-resistant for outdoor exposure.

ADVANTAGES OF COVERED CONDUCTORS

Feature	Advantage
Safety	Reduces phase-to-phase and phase-to-ground faults due to accidental contacts.
Reliability	Prevents outages caused by trees, birds, or animal contacts.
Maintenance	Lower tripping rate and reduced line maintenance cost.
Durability	High resistance to UV, corona discharge, and weathering.
Compact Design	Can be installed on existing poles no major structural change needed.
Reduced Right of Way (ROW)	Can be used in congested or urban areas.
Improved Aesthetics	Looks cleaner and safer than bare conductors.
Cost-Effective	Much cheaper than underground cables while improving reliability.

APPLICATIONS

11 kV / 22 kV / 33 kV overhead distribution lines
Urban / forest / coastal / hilly terrains
Feeder lines near trees, railways, and crossings
Upgrading existing ACSR/AAAC lines without replacing poles

TYPICAL COMPARISON

Property	Bare Conductor	Covered Conductor	ABC Cable
Insulation	None	Partial (XLPE/HDPE Covering)	Full (3-core + neutral)
Safety	Low	Medium-High	High
Cost	Low	Moderate	High
Installation	Easy	Easy	Complex
Fault Rate	High	Low	Very Low

WHY ANOCAB COVERED CONDUCTORS

Manufactured with UV-resistant XLPE compound
IS & IEC standard compliance
Long field life (>25 years)
Custom printing / branding available
Perfect for distribution utilities & contractors

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ANODE ELECTRIC PRIVATE LIMITEDGST : 23AANCA7455R1ZX