0.6/1kV Cu Conductor XLPE Insulation Low Voltage Cable Steel Wire Armour power cable
APPLICATION
Excellent electrical performance,High mechanical strength, and Strong corrosion resistance.Power and auxiliary control cables for use in power networks, underground, outdoor and indoor applications and for use in cable ducting. For installation where fire, smoke emission and toxic fumes create a potential threat to life and equipment.
DESIGN & CONSTRUCTION
- CONDUCTOR:Circular, solid, compacted or sector shaped stranded Copper or aluminu
- Insulation: XLPE
- Filler:Non-hygroscopic material
- Inner sheath:PVC
- Armour:Steel Wire Armoured
- Binder type:Non-hygroscopic material
- OUTER Sheath:PVC
STANDARDS
GB/12706.1, IEC60502-1, BS 6724, BS 7870-5,BS 5467, NFC 32-321, HD 603 S1 , AS/NZS 5000.1,AS/NZS 3599.1,AS/NZS 3599.2,IS 1554 , IS 7098 and ICEA S-66-524 etc.
CHARACTERISTICS
- 1.Test Voltage: 3.5kV 5min No Breakdown
- The ambient temperature for installation: ≥0℃.
- Maximum conductor temperature in normal operation:≤90℃.
- Max operating temperature of con. When cable short-circuited(5s maximum duration): 250℃.
- Permissible minimum bending radius:
- Single unarmoured cable: 20 x OD
- Multi-core unarmoured cable: 15 x OD
- Single armoured cable: 5 x OD
- Multi-core armoured cable: 12 x OD
- Note : OD=Overall Diameter of Cable
SPECIFICATIONS
| General type | VDE type | Description | Application |
| CU/XLPE/PVC (AL/ XLPE /PVC) | N2XY(NA2XY) | Cu conductor(Al conductor)XLPE insulated PVC sheathed power cable | Laying indoors, in tunnel, fixed on the bracket, pipe and buried in the soil, the cable cannot bear external mechanical forces. |
| CU/PVC/PE (AL/ XLPE /PE) | N2X2Y(NA2X2Y) | Cu conductor(Al conductor)XLPE insulated PE sheathed power cable |
| CU/ XLPE /STA/PVC (AL/XLPE/STA/PVC) | N2XBY(NA2XBY) | Cu conductor(Al conductor)XLPE insulated double of steel-tape armored PVC sheathed power cable | For laying indoors, in tunnel, cable trench, or direct in ground, able to bear external mechanical forces, but unable to bear large pulling force. |
| CU/XLPE/STA/PE (AL/XLPE/STA/PE) | N2XB2Y(NA2XB2Y) | Cu conductor(Al conductor)XLPE insulated double of steel-tape armored PE sheathed power cable |
| CU/XLPE/ATA/PVC (AL/XLPE/ATA/PVC) | N2XBY(NA2XBY) | Cu conductor(Al conductor)XLPE insulated double of aluminum-tape armored PVC sheathed power cable |
| CU/XLPE/ATA/PE (AL/XLPE/ATA/PE) | N2XB2Y(NA2XB2Y) | Cu conductor(Al conductor)XLPE insulated double of aluminum-tape armored PE sheathed power cable |
| CU/XLPE/SWA/PVC (AL/XLPE/SWA/PVC) | N2XRY(NA2XRY) | Cu conductor(Al conductor)XLPE insulated steel-wire armored PVC sheathed power cable | For laying indoors, in tunnel, cable trench, well or direct in ground, able to bear external mechanical forces and certain pulling force |
| CU/XLPE/SWA/PE (AL/PVC/SWA/PE) | N2XR2Y(NA2XR2Y) | Cu conductor(Al conductor)XLPE insulated steel-wire armored PE sheathed power cable |
| CU/XLPE/AWA/PVC (AL/XLPE/AWA/PVC) | N2XRY(NA2XRY) | Cu conductor(Al conductor)XLPE insulated aluminum-wire armored PVC sheathed power cable |
| CU/XLPE/AWA/PE (AL/XLPE/AWA/PE) | N2XR2Y(NA2XR2Y) | Cu conductor(Al conductor)XLPE insulated aluminum-wire armored PE sheathed power cable |
ABOUT US
PROJECTS
WHY US
FAQ
What does "Multi Core Cu Conductor" mean in this cable?
The cable uses multiple copper conductors (Cu) bundled together, offering high conductivity and flexibility for low-voltage power distribution.
Why is steel wire armour (SWA) used in LV power cables?
SWA provides mechanical protection against physical damage, rodent attacks, and tensile stress, making it ideal for underground or harsh environments.
Can this cable be used outdoors or in wet conditions?
Yes, the SWA design and durable insulation materials ensure resistance to moisture, soil pressure, and environmental exposure.
What are the advantages of copper conductors over aluminum?
Copper offers superior conductivity, corrosion resistance, and reliability, reducing energy losses and maintenance needs.
How does the multi-core design improve performance?
Multiple cores allow efficient power distribution for three-phase systems or separate circuits, enhancing versatility in installations.
What bending radius should be maintained during installation?
Due to the rigid SWA layer, a minimum bending radius of 12–15 times the cable’s outer diameter is recommended to avoid damage.
Where are these cables commonly used?
Ideal for industrial plants, construction sites, renewable energy projects, and urban infrastructure requiring robust power transmission.
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