Copper LSZH Cable YJV 0.6/1kV To 33kV Construction XLPE Insulation Cable

Copper Cable YJV LSZH Construction XLPE Insulation Cable

YJV XLPE Copper Core Power Cable (PVC Sheath)

Ideal for Low-Voltage Distribution – Stable, Scalable, and Easy to Standardize

Product Value Statement

When your project requires a mainstream low-voltage cable that is easy to standardize, widely accepted, and proven through long-term fixed installations, YJV cable is a reliable choice. Featuring a copper core conductor, XLPE insulation, and a PVC outer sheath, YJV achieves a perfect balance in thermal performance, electrical stability, and ease of installation, suitable for everyday power distribution systems.

Ideal Applications: EPC contractors, distributors, builders, and facility teams that need to procure low-voltage power cables for building feeders, switchboard connections, and general wiring.

Benefits of Choosing YJV (Buyer Benefits)

Faster Approval and Easier Replacement

YJV is a widely accepted low-voltage cable type that facilitates alignment with project documentation, maintains consistency across all phases, and simplifies replacement planning.

Greater Thermal Margin, Meeting Actual Load Requirements

XLPE insulation is used in many low-voltage networks due to its higher temperature resistance than ordinary insulation materials, ensuring stable operation under continuous loads.

Practical Protection for Everyday Cabling

PVC sheathing provides everyday mechanical protection for fixed installation paths such as cable trays, conduits, pipes, and protected utility corridors.

Greater Procurement Predictability

Due to the wide application of YJV, bulk orders and recurring deliveries are often easier to procure, which is especially important for phased projects and distributor inventory planning.

Common Application Scenarios

Building main and branch feeders

Switchboard and switchgear connections

Internal power networks in industrial facilities

Commercial real estate (warehouses, shopping malls, hotels, office buildings)

Utility corridors, conduits, and protected cabling systems

Recommendation: If cabling paths are at risk of crushing, heavy-duty direct burial, or have high external impact exposure, consider armored construction (depending on the project).

Cable Structure (Quick Reference)

Conductor: Copper (solid or stranded, depending on cross-section)

Insulation: XLPE (cross-linked polyethylene)

Outer Sheath: PVC

Rated Voltage: 0.6/1kV

Installation Method: Fixed installation (cable tray/conduit/trough/protective cabling)

Technical Specifications

Item Specification

Cable Type: YJV

Rated Voltage: 0.6/1kV

Conductor Material: Copper

Insulation Material: XLPE

Outer Sheath: PVC

Frequency: 50/60 Hz (typical low-voltage system)

Core Options: 1 core/2 cores/3 cores/4 cores/5 cores

Common Cross-Section Range: 1.5 mm² – 630 mm²

Typical Maximum Conductor Temperature: 90°C (typical XLPE design)

Short Circuit Temperature (Typical) 250°C Duration (depending on design/standard)

Installation Methods: Tray/Conduit/Air Duct/Protective Path

Standard Color: Black (Customizable)

Packaging Methods: Roll/Wooden Drum/Steel-Wooden Drum

Note: Outer diameter, weight, bending radius, and drum length depend on the number of core wires and the cross-sectional area in millimeters. Please request a detailed datasheet for your required configuration.

Performance Highlights (Engineering + Procurement)

Stable Power Supply: Copper conductors ensure efficient transmission and predictable performance.

Thermal Reliability: XLPE insulation withstands daily use under high loads in low-voltage power distribution.

Field Durability: PVC sheath withstands common installation friction and handling abrasion.

Long Service Life: Mature construction helps reduce maintenance interruptions.

Wide Range of Applications: Suitable for most stationary low-voltage power distribution systems that do not require extreme fire-retardant materials.

How to Specify Specifications/Request a Quote (Copy and Paste Allowed)

Please provide the following information for a quick and accurate quote:

Cable Type: YJV

Rated Voltage: 0.6/1kV

Number of Cores: __ cores (e.g., 4 cores)

Size: __ square millimeters (e.g., 4 cores × 70 square millimeters)

Quantity: __ meters (or reel × length)

Standard Requirements: IEC/GB/Project Specification

Installation Method: Tray/Conduit/Pipe/Protected Underground

Destination: Country + Port and Trade Terms (FOB/CIF, etc.)

Frequently Asked Questions (New Perspective, Non-Repeating Questions)

Question 1: YJV Is YJV cable suitable for building main feeders?

Yes. YJV cables are commonly used in fixed low-voltage feeder and sub-feeder circuits because their cross-linked polyethylene (XLPE) insulation offers excellent electrical properties and thermal stability.

Question 2: Why do many projects choose XLPE insulation for low-voltage power?

XLPE cables are widely used due to their higher temperature resistance and stable insulation performance, enabling continuous operation under real-world building and industrial loads.

Question 3: Can YJV cables be laid in cable trays and conduits?

Yes. They are widely used in fixed installations such as cable trays and conduits, including in distribution rooms and risers.

Question 4: Should I choose single-core or multi-core YJV cables?

Single-core cables are typically used for high-current feeders and flexible phase sequence configurations, while multi-core cables facilitate compact laying and standard distribution lines. The choice depends on the design, current, and installation method.

Question 5: How to avoid field termination problems?

Select the correct terminal type and crimping method that matches the wire.