0.6/1KV Copper XLPE Cable Electric Power Cable For Residential Commercial
Durable Copper Core Cross-linked Polyethylene (XLPE) Cable for Electrical Wiring Systems
VV Copper Core PVC Cable (0.6/1 kV)
Stable Conductivity • Everyday Durability • Reliable Standard for Low-Voltage Distribution
When your project requires stable voltage, predictable current output, and easy long-term maintenance, VV cable remains the preferred choice for low-voltage power and lighting applications. Featuring a copper core conductor and double PVC insulation with an outer sheath, this cable is ideal for residential, commercial, and general industrial circuits, especially in applications with extremely high reliability requirements.
Key Advantages for Low-Voltage Systems
Copper Core Conductivity, Stable Performance
The stable electrical properties of copper ensure reliable power supply to building distribution networks, especially suitable for applications with frequent load fluctuations or power quality requirements exceeding minimum standards.
Double PVC Protection, Ensuring Durability at the Construction Site
The PVC insulation layer provides stable dielectric properties, while the outer PVC sheath protects against abrasion, moisture, and corrosive substances common in building and facility environments.
Flexible switchboard layout configuration
A variety of conductor options and sizes cater to diverse circuit needs—from lighting feeders to equipment power lines—without requiring a change in cable series.
Easy installation and maintenance
Moderate flexibility and standardized construction simplify wiring, pulling, and maintenance, helping contractors complete projects on time and reduce lifecycle labor costs.
Technical Specifications
| Rated Voltage | 0.6/1 kV (AC) |
|---|---|
| Conductor | Copper, GB/T 3956-2008 Class 1-2 |
| Insulation | PVC |
| Sheath | PVC (Flame Retardant, Abrasion Resistant) |
| Operating Temperature Limit | ≤70°C (Continuous) |
| Short Circuit Temperature Limit | ≤160°C (≤5 s) |
| Number of Cores | 2-5 cores + Common Combination Core Structure |
| Cross-sectional Area | 1.5-240 mm² |
| Standard | GB/T 12706.1-2022 |
Model Explanation
- V = PVC Insulation
- V =PVC Insulation
Common Upgrade Options
- VV22: Recommended for lines requiring enhanced mechanical protection, such as trench or buried applications. A steel tape armored version is recommended.
Recommended Applications
Common Project Types
- Premium Residential Developments and Mixed-Use Communities
- Commercial Complexes and Retail Buildings
- General Industrial Auxiliary Systems
- School, Office, and Facility Retrofits
- Municipal Infrastructure and Small Utility Buildings
- Small Data Centers and Hospital Auxiliary Power Circuits (Non-Critical)
Typical Circuits
- Indoor Feeders and Sub-Distribution Lines
- Lighting Main Lines and Distribution Lines
- Standard Equipment Power Supply for Commercial Spaces
- Auxiliary Equipment Power Supply Lines
- Building Floor Distribution and Service Circuits
Selection Guidelines
- Select the number of cores based on the switchboard structure (e.g., select 3+1/4+1 cores if a neutral/PE conductor is required)
- For lines with high mechanical stress, consider using VV22 cables.
- Confirm conductor dimensions based on load current and length (target voltage drop).
- For environments requiring higher fire resistance than standard PVC cables, specify the appropriate flame-retardant/fire-resistant cable series.
Frequently Asked Questions
- What is the difference between VV and VLV cables?
- VV cables use copper conductors for more stable conductivity; VLV cables use aluminum conductors to reduce material costs. The choice depends on budget, size, and design preferences.
- Is VV-type cable suitable for outdoor installation?
- With proper wiring and protection, VV-type cable can be used in many common outdoor environments. For environments with strong UV radiation, chemical corrosion, or mechanical hazards, please confirm the wiring design and consider appropriate protective measures.
- What temperature rating should I design for?
- Typical continuous operating temperature ≤70°C, short-circuit limit ≤160°C (≤5 seconds).
- Can VV-type cable be installed in cable trays and conduits?
- Yes—VV-type cable is commonly used in cable tray and conduit systems in buildings and general industrial facilities.
- Is direct burial recommended?
- For buried wiring, VV22 armored cable is generally recommended for improved mechanical protection. The final choice depends on soil conditions and installation method.
- What sizes and core counts of cable do you offer?
- A wide range of common sizes are available: 1.5 - 240 mm², 2 - 5 cores, and composite core configurations (3+1, 4+1, etc.). Which standard does it conform to?
- Which standard does it conform to?
- These VV cables typically conform to GB/T 12706.1-2022 standard and are suitable for extruded insulated power cables of 1 kV and below.
- What information is needed for a quick quote?
- Model number (VV/VV22), number of cores, conductor size (mm²), total length, installation method, and any required documentation/marking.
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