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0.6/1kV XLPE Insulated Cable |
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XLPE Cable Models |
Description |
Cores |
Cross Section Area |
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Cu/xlpe/pvc |
copper core, xlpe insulated, |
1 core |
0.5~1000mm² |
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Al/xlpe/pvc |
Aluminum core, xlpe insulated, |
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Cu/xlpe/sta/pvc |
copper core, xlpe insulated, steel tape armoured, pvc sheathed cable |
4~1000mm² |
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Al/xlpe/sta/pvc |
aluminum core, xlpe insulated, steel tape armoured, pvc sheathed cable |
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Cu/xlpe/swa/pvc |
copper core, xlpe insulated, steel wire armoured, pvc sheathed cable |
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Al/xlpe/swa/pvc |
aluminum core, xlpe insulated, steel wire armoured, pvc sheathed cable |
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Note: Flame retardant cable , fire resistant, Low Smoke halogen free cable are also available. |
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Medium Voltage XLPE Insulated Cable |
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Medium Voltage XLPE Cable Models |
Description |
Cores |
Cross Section Area |
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Cu/xlpe/pvc |
copper core, xlpe insulated, |
1 core (sta, awa) 3 cores (sta, swa, awa) |
35~1000mm² |
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Al/xlpe/pvc |
Aluminum core, xlpe insulated, |
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Cu/xlpe/sta/pvc |
copper core, xlpe insulated, steel tape armoured, pvc sheathed cable |
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Al/xlpe/sta/pvc |
aluminum core, xlpe insulated, steel tape armoured, pvc sheathed cable |
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Cu/xlpe/swa/pvc |
copper core, xlpe insulated, steel wire armoured, pvc sheathed cable |
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Al/xlpe/swa/pvc |
aluminum core, xlpe insulated, steel wire armoured, pvc sheathed cable |
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Cu/xlpe/awa/pvc |
copper core, xlpe insulated, aluminum wire armoured, pvc sheathed cable |
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Al/xlpe/awa/pvc |
aluminum core, xlpe insulated, aluminum wire armoured, pvc sheathed cable |
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Note: Flame retardant cable , fire resistant, fire rated, low smoke halogen free cable are also available. |
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| Voltage: | 1kV ~3kV |
| Conductor: | Copper or Aluminum or Tinned Copper (solid class1, stranded class2, flexible class5 ) |
| Insulation: | Crosslinked Polyethylene (XLPE) PVC (optional) |
| Shield Layer (optional): | Copper tape(CTS) Copper Wire Braided (CWB) |
| Armour Type (optional): | steel tape armoured (sta) steel wire armoured (swa) Aluminum wire armoured (awa) |
| Outer Sheath: | Polyvinyl chloride (PVC) PE (Polyethylene) (optional) |
| Standards: | CCC/UL/CE/CNAS/IEC Certificate |
| Additional: | *FR, FRLS, LSZH, LSOH, LSHF, anti-termite cables are also available. *Customized products are supported. |
| Voltage: | 3.6kV ~35kV |
| Conductor: | Copper or Aluminum |
| Insulation: | Crosslinked Polyethylene (XLPE) PVC (optional) |
| Shield Layer: | Copper tape Shield (CTS) Copper Wire + Copper Tape helically shield(optional) |
| Armour Type (optional): | steel tape armoured (sta) steel wire armoured (swa) Aluminum wire armoured (awa) |
| Outer Sheath: | Polyvinyl chloride (PVC) PE (Polyethylene) (optional) |
| Standards: | CCC/UL/CE/CNAS/IEC Certificate |
| Additional: | *FR, FRLS, LSZH, LSOH, LSHF, anti-termite cables are also available. *Customized products are supported. |
Superior Insulation Performance
XLPE (Cross-Linked Polyethylene) insulation provides excellent electrical insulation and high mechanical strength, ensuring reliable power transmission.
High-Conductivity Conductors
Made with 99.99% high-purity copper or 99.6% aluminum conductors, our cables ensure low resistance and high conductivity, reducing energy loss and improving efficiency.
Durable and Long-Lasting
The corrosion-resistant and anti-aging outer sheath extends the cable's lifespan, making it suitable for harsh environments.
Versatile Installation Options
Suitable for direct burial, conduit laying, and overhead installation, offering flexibility for various project requirements.
Wide Voltage Range
Available in a wide range of voltage ratings (600V-35KV), catering to diverse applications from low to medium voltage needs.
Excellent Electrical and Thermal Performance
Delivers outstanding electrical performance and thermal stability, ensuring safe and efficient operation even under high loads.
Weather and UV Resistance
Designed to withstand extreme weather conditions and UV exposure, making it ideal for outdoor and industrial use.
Fire Safety Compliance
Passes rigorous fire safety tests, meeting flame-retardant and low-smoke zero-halogen (LSZH) requirements for enhanced safety in case of fire.
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Item |
Single Core |
Multi core |
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Unarmored |
Armored |
Unarmored |
Armored |
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Min.Bending Radius When installation |
20D |
15D |
15D |
12D |
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Minimum bending radius of the cable near the connection box and terminal (bending should be carefully controlled, such as with a formed guide) |
15D |
12D |
12D |
10D |
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* D means Overall diameter of cables |
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From high-purity materials to advanced manufacturing processes, we ensure every cable delivers top-tier performance and long-term reliability.
Our cables are flame retardant, eco-friendly, and fully compliant with international safety standards, ensuring peace of mind for your projects.
We provide tailored cable solutions to meet your exact specifications, ensuring optimal performance for your unique applications.
Certified by CCC, ISO, IEC etc. our products meet the highest global quality and safety benchmarks.
With 24/7 customer support, technical expertise, and a one-year warranty, we are committed to your success every step of the way.
As a leading global cable manufacturer, Huanghe Cable combines cutting-edge technology with decades of expertise to deliver high-performance cables and reliable service. Whether you're a distributor, trader, or contractor, we are your trusted partner for all your power transmission needs.
At Huanghe Cable, we don’t just sell cables, we deliver solutions that power your projects and drive your success. Contact us today to request a quote, discuss your requirements, or learn more about how we can support your business.
A: The most common armored models are generally SWA (steel wire armored) and STA(steel tape armored).
SWA Cable is suitable for high drop areas and can withstand mechanical external forces and considerable tension.
STA Cable is suitable for buried laying and can withstand mechanical external forces but cannot withstand large tensile forces.
Generally , SWA is preferred because it enables the cable to be drawn into an installation using apulling stocking which grips the outside of the oversheath and transfers all the pulling tension to the SWA. This cannot normally be done with STA cables because of the risk of dislocating the armour tapes during the pull.
And unarmored cable can be used if it is installed indoors or in a protected areasuch as a pipe, where it does not need to withstand an external forces/tensile.
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