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AL/XLPE/CTS/SWA/PVC Three Core Power Cable 8.7/15kV
AL/XLPE/CTS/SWA/PVC Three Core Power Cable 8.7/15kV
AL/XLPE/CTS/SWA/PVC Three Core Power Cable 8.7/15kV
AL/XLPE/CTS/SWA/PVC Three Core Power Cable 8.7/15kV

AL/XLPE/CTS/SWA/PVC Three Core Power Cable 8.7/15kV

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The AL/XLPE/CTS/SWA/PVC three-core power cable 8.7/15kV manufactured by Zhongdong Cable is designed in accordance with IEC 60502-2 and IEC 60228 (Class 1 or Class 2 aluminium conductor). It uses aluminium conductors, XLPE insulation, copper wire screen (CTS), steel wire armour (SWA), and PVC outer sheath, providing a cost-efficient solution for medium-voltage underground distribution systems with strong mechanical protection.

 

The SWA structure improves tensile strength, making the cable suitable for long pulling routes and underground installations where higher mechanical stress may occur.

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Quick Specs

Type

Steel Tape Armoured Medium Voltage Power Cable

Voltage Rating

8.7/15 kV

Cores

3 Core

Conductor

Aluminium, Class 1 / Class 2 (IEC 60228)

Insulation

XLPE

Screen

Copper Tape Screen (CTS)

Armour

Galvanized Steel Wire Armour (SWA)

Sheath

PVC ST2

Standards

IEC 60502-2 / IEC 60228

Cross Reference

YJLV32 / NA2XSERY-Armoured Equivalent

Construction
Applications
Standards
Technical Data
FAQ
Construction

Conductor: Stranded aluminium conductor 

Conductor Screen: Semi-conductive layer for electric field control

Insulation: XLPE with stable thermal and dielectric performance

Insulation Screen: Semi-conductive layer for uniform field distribution

Metallic Screen: Copper Tape screen for grounding and fault current path

Armour: Galvanized steel wire armour (SWA) for high tensile strength and mechanical protection

Fillers: To maintain circular cable shape and stability

Outer Sheath: PVC (ST2), resistant to moisture and abrasion

Design: Three-core SWA armoured MV cable (8.7/15 kV)

Construction
Applications

This 8.7/15kV aluminium SWA three-core cable is commonly used in underground MV systems where cost control and mechanical protection are both required.

Typical applications:

Long-distance underground distribution networks

Utility and municipal power systems

Industrial plant power supply

Substation feeder circuits

Road and railway crossing installations

Tunnel and corridor cable systems

Cost-sensitive infrastructure projects

Applications
Standards

IEC: IEC 60502-2 / IEC 60228 / IEC 60332-1 / IEC 60332-3 / IEC 60754-1 / IEC 60754-2 / IEC 61034

DIN VDE: DIN VDE 0276-620

BS: BS 6622 / BS 7835

NF: NF C 33-220

AS/NZS: AS/NZS 1429.1

ASTM: ASTM B3 / ASTM B8

Specifications

No. of Cores

and Nominal

Cross Section

(mm²)

Nominal

Insulation

Thickness

(mm)

Nominal

Steel Wire

Diameter

(mm)

Nominal

Sheath

Thickness

(mm)

Approx.

Approx. Weight (kg/km)

Max. DC Resistance of Conductor at 20℃ (Ω/km)

Overall

Diameter

(mm)

3*25

4.5

2.5

2.6

53

4235

1.2

3*35

4.5

2.5

2.7

55.4

4580

0.868

3*50

4.5

2.5

2.8

58.1

4989

0.641

3*70

4.5

2.5

3

62.4

5657

0.443

3×95

4.5

2.5

3.1

66.5

6299

0.32

3×120

4.5

2.5

3.2

69.5

6912

0.253

3×150

4.5

3.15

3.3

74.2

8342

0.206

3×185

4.5

3.15

3.5

78.5

9231

0.164

3×240

4.5

3.15

3.6

83.9

10397

0.125

3×300

4.5

3.15

3.8

89.2

11770

0.1

3×400

4.5

3.15

4

95.6

13389

0.0778

3×500

4.5

3.15

4.2

103.7

15509

0.0605

3×630

4.5

3.15

4.5

112.7

17910

0.0469

FAQ
Q1
Why is aluminium used in 8.7/15kV SWA three-core cables?
A1

It reduces cable cost and weight, making it suitable for long-distance underground distribution projects.

Q2
What is the benefit of SWA in this structure?
A2

SWA increases tensile strength and mechanical protection, especially during pulling and direct burial installation.

Q3
Does aluminium affect current carrying capacity?
A3

Yes, aluminium has higher resistance than copper, so conductor size is usually increased to meet the same load requirement.

Q4
What is the minimum bending radius?
A4

Typically 15 × overall cable diameter during installation and 12 × diameter for fixed installation.

Q5
Can this cable be directly buried?
A5

Yes. SWA provides sufficient mechanical protection for direct burial in properly prepared trenches.

Q6
What installation care is needed on site?
A6

Avoid sharp bends, control pulling force, and use rollers for long runs to prevent sheath and armour damage.

Why Contact Zhongdong Cable

Direct Factory Since 2006

67,000㎡ Manufacturing Base

0.6kV–110kV Cable Solutions

Reply Within 24 Hours

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Packaging
Packaging

Fumigated Wooden Drums: Fully heat-treated and officially stamped in strict compliance with ISPM 15 international phytosanitary regulations. This guarantees seamless, delay-free customs clearance at any global port.

Steel-Wooden Hybrid Drums (Iron-Wooden Axle): Engineered with reinforced steel structural frames and durable wood flanging. This hybrid design prevents drum collapse under heavy loads and provides ultimate mechanical protection during rough ocean freight handling.

100% Customized Packaging: We cooperate closely with project engineers to provide tailored packing options—including custom cable lengths per drum, protective lagging, water-proof plastic wrapping, or specific color coding—tailored to your exact on-site installation layout.

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