Standard
Suke´s HV&EHV cable systems are designed to meet requirements in international and/or national standards. Some of these are listed below.
IEC
HV&EHV cable systems specified according to IEC (International Electrotechnical Commission) are among many other standards accepted. Some frequently used standards are:
IEC 60228
Conductors of insulated cables.
IEC 60287
Electric cables - Calculation of the current rating.
IEC 60332
Tests on electric cables under fire conditions.
IEC 60840
Power cables with extruded insulation and their accessories for rated voltage above 30 kV (Um=36 kV) up to 150 kV(Um=170 kV). Test methods and requirements.
IEC 60853
Calculation of the cyclic and emergency current rating of cables.
IEC 61443
Short-circuit temperature limits of electric cables with rated voltages above 30 kV (Um=36 kV)
IEC 62067
Power cables with extruded insulation and their accessories for rated voltage above 150 kV (Um=170 kV) up to 500 kV(Um=550 kV). Test methods and requirements
CENELEC
In Europe, cable standards are issued by CENELEC.(European Committee for Electrotechnical Standardization.) They are as a rule implementations of the IEC specifications. Special features in design may occur depending on national conditions.
HD 632
Power cables with extruded insulation and their accessories for rated voltage above 36 kV (Um=42 kV) up to 150 kV (Um=170 kV)."
ICEA/ANSI/AEIC
North America cables are often specified according to ICEA /ANSI/AEIC
S-97-682
Standard for utility shielded power cables rated 5-46 kV.
AEIC CS7-93
Specifications for crosslinked polyethylene insulated shielded power cables rated 69 through 138kV
ANSI/ICEA S-108-720-2004
Standard for extruded insulated power cables rated above 46 through 345 kV.
ISO
Suke possesses well developed systems for quality and environmental management which comply with the requirements of ISO 9001 and ISO 14001, giving satisfaction to our customers.
Certification
CCC, RoHS, SAA
Models
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Model
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Name
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Copper core
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Aluminium core
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|
YJLW02
|
YJLLW02
|
XLPE insulated corrugated aluminium sheath or welding corrugated aluminium sheath PCV sheath power cable
|
|
YJLW03
|
YJLLW03
|
XLPE insulated corrugated aluminium sheath or welding corrugated aluminium sheath PE sheath power cable
|
|
YJLW02-Z
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YJLLW02-Z
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XLPE insulated corrugated aluminium sheath or welding corrugated aluuminium sheath PVC sheath longitudinally
water blocking power cable
|
|
YJLW03-Z
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YJLLW03-Z
|
XLPE insulated corrugated aluminium sheath or welding corrugated aluminium sheath PVC sheath longitudinally
water blocking power cable
|
Type and Description
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Type
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Description
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Scope of Application
|
|
Cu Conductor
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AI Conductor
|
|
YJLW02
|
YJLLW02
|
XLPE insulated welding corrugated aluminum-sheathing PVC sheathed power cable
|
It is suitable for laying indoors, in tunnels, in pipelines, and in high dropout conditions.
It is also able to bear a certain traction force.
|
|
YJLW03
|
YJLLW03
|
XLPE insulated welding corrugated aluminum-sheathing PE sheathed power cable
|
It is suitable for laying indoors, in tunnels, in pipelines, and in high dropout conditions.
It is also able to bear a certain traction force.
|
|
YJLW02-Z
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YJLLW02-Z
|
Longitudinal water-resistant power cable of XLPE insulated welding corrugated aluminium-sheathing PVC sheathed
|
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YJLW03-Z
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YJLLW03-Z
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Longitudinal water-resistant power cable of XLPE insulated welding corrugated aluminium-sheathing PE sheathed
|
|
ZR-YJLW02
ZR-YJLW03
|
ZR-YJLLW02
ZR-YJLLW03
|
XLPE insulated welding corrugated aluminum-sheathing flame-retardant PVC/PE sheathed power cable
|
Besides the conditions mentioned above, it is specially suited to be flame-retardant and fire-proof situations.
|
|
ZR-YJLW02-Z
ZR-YJLW02-Z
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ZR-YJLLW02-Z
ZR-YJLLW03-Z
|
Longitudinal water-resistant power cable of XLPE insulated welding PVC/PE sheathed
|
We have alarms on extruding insulation andjacket, to keep 100% quality.
Founded in 1994, Fujian Suke Cable Technology Co., Ltd. Decades of wire and cable manufacturing experience enables us to be one of Top 20 cable manufacturers in China. Our products cover low/medium/extra high voltage power cable, submarine cable, control cable, instrumentation cable, building wire, flexible rubber cable, fire rated cable, renewable cable, solar cable, industrial cable, LAN cable, coaxial cable etc, a total of nearly 30 series with 4,000 types and more than 50,000 specifications for various fields within over 100 countries.
10
No. of Production Lines:Above 10
7
Number of Foreign Trading Staff:7
3
The company has 3 factories
Our workshops and certifications
Our company has three plants possessing 200 square kilometers and over 4500 employees with 130 technicians creating annual export revenue exceeding 150 Million USD.
Also, our company has passed ISO 9001, ISO 14001, ISO45001, OHSAS18001,etc certificatiom, and has got CCC,TLC, TUV, VDE, UL, CE, SAA, BS etc. certificates for our products.
Building wire is generally used in house fixed wiring. It is PVC insulated unsheathed electric wire. The onstruction is CU/PVC.
How do I know if a cable is compliant with standards?
Look for certification marks or labels on the cable, such as those from IEC, UL, or other relevant regulatory bodies that indicate compliance with safety and performance standards.
What are armoured cables?
Armoured cables have an additional layer of protection (usually metal) to prevent physical damage. They are often used in harsh environments or where cables may be exposed to impact.
Conductor Structure of Power Cable
1. Conductors comply with IEC, AS/NZS and BSI standard requirements
2. The conductors of multi-core have different shapes. The single-core is circular. The shape of Multi-core cable with size up to and 35m2 can be circular, semicircular and fan-shaped, the conductor with size over and 50m2 are circular and semicircle.
3. A single core is allowed with size below 16m2. Conductor More than 25m2 are multi strands.
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