Cu PVC Power Cable

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Cu PVC Power Cable
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Copper PVC Power Cables (0.6/1 kV) are heavy-duty electrical conductors encased in polyvinyl chloride insulation and jacketing to transmit low-voltage electrical power from distribution sources to commercial and industrial end-use equipment.
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Power Cable
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Description

Copper PVC Power Cables (0.6/1 kV) are heavy-duty electrical conductors encased in polyvinyl chloride insulation and jacketing to transmit low-voltage electrical power from distribution sources to commercial and industrial end-use equipment.

 

Technical Specifications

 

Item

Specification

Rated Voltage

0.6/1 kV AC

Conductor Material

≥99.9% electrolytic copper

Conductor Class

IEC 60228 Class 1 / Class 2

Conductor Size

1.5–630 mm²

Core Options

1–5 Core, 3+1, 4+1

Insulation

PVC Type TI1 / Type A

Sheath

PVC jacket, moisture/UV/oil resistant

Flame Performance

IEC 60332-1

 

Product Parameters

 

Item

Specification

Operating Temperature

≤70°C

Short Circuit Temperature

≤160°C (≤5s)

Dielectric Test

3.5 kV AC / 5 min

Bending Radius

Single-core ≥15×OD; Multi-core ≥10×OD

Installation

Direct burial, ducts, conduits, cable trays

Ambient Temperature

-15°C to +70°C

Mechanical Protection

Abrasion & moisture resistant

Armor Options

SWA / STA / AWA available

 

Industrial Applications

 

Manufacturing Lines: Powers continuous-duty motor control centers, heavy stamping presses, and plant floors subject to constant vibration.

Underground Ducts: Built for direct burial, flooded cable trenches, and concrete duct banks in thermal power sub-stations.

Chemical & Wastewater Facilities: Operates continuously in up to 98% relative humidity and ambient exposure to mild acid, alkaline, and H₂S fumes.

HVAC & High-Rise Infrastructure: Supplies primary low-voltage distribution boards, central chiller plants, and traction elevators needing sustained current loads.
 

Customization & OEM Solutions

 

Custom PVC insulation and sheath coloring.
Flame retardant (IEC 60332-1/3), UV-resistant (UL 1581), anti-termite, or low-smoke compound options.
Inkjet or laser printing of sequential meter marks, PO numbers, project codes, and custom brand logos.
Single-core AC cables with non-magnetic Aluminum Wire Armor (AWA); multi-core cables with Galvanized Steel Wire Armor (SWA).

 

Testing & QC

 

Conductor Resistance Verification: 100% DC resistance testing at 20°C per IEC 60228 on all copper wires before extrusion.

High-Voltage Spark & Dielectric Testing: Continuous line spark inspection followed by a 3.5kV AC 5-minute voltage withstand test per drum.

Raw Material Traceability: Every batch linked to mill test certificates for raw copper rods and compound melt-index logs.

Third-Party FAT Support: Full facility access for pre-shipment Factory Acceptance Testing by SGS, TÜV, or Intertek inspectors.

 

Ordering Information

 

MOQ: Starts at 3,000 meters per cross-section size; mixed-size project containers negotiable.

Production Lead Time: 15 to 20 business days following deposit confirmation and technical drawing approval.

Monthly Output Capacity: Sustained extrusion capacity of 1,200 km per month across automated multi-wire stranding lines.

Export Documentation: Complete sets including Form E / CO Certificate of Origin, EN 10204 3.1 Mill Test Certificates, and detailed packing lists.

 

Warranty & Sample Policy

 

Complimentary Sample Policy: Free 1-meter cable samples supplied for lab testing via client courier accounts or freight collect.

Engineering Support: Certified engineers offer voltage-drop calculations, current-carrying capacity checks, and bending-radius guidance.

Operational Warranty: Backed by a 12-month operational warranty against manufacturing defects, effective from the B/L date.

 

Applications

 

product-800-600
product-800-600
product-800-600
product-800-600

 

FAQ

 

Q: Can the standard 3,000-meter MOQ be split across multiple conductor sizes?

A: Yes, typically requiring a combined total of 3,000 meters across up to 4-5 different cross-sections for a single project, rather than 3,000 meters per individual size.

Q: What is the current-carrying capacity of the largest 630mm² cable size at standard installation conditions?

A: At 630 mm² in free-air tray installation at 30°C ambient, current-carrying capacity is approximately 1,000-1,050A per IEC 60364-5-52 reference tables for PVC-insulated copper conductors.

Q: Which international standards can your PVC power cables comply with?

A: Our cables are manufactured according to IEC standards including IEC 60228, IEC 60332, and IEC 60811. Additional standards or customer-specific specifications can be discussed for OEM projects.

Q: What is the step-by-step claim process if a batch fails dielectric or resistance testing after arrival?

A: Buyers submit photo/video evidence along with the original MTR reference within 15 days of port arrival; the claim is verified against the batch test records within 5 business days, followed by a credit note or replacement dispatch within 10 business days of confirmation.

Q: What information should customers provide when requesting a PVC power cable quotation?

A: Voltage rating, conductor size, core number, installation method, applicable standards, and required quantity. Project drawings or technical specifications are recommended for customized cable solutions.

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