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  • Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments
  • Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments
  • Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments
  • Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments
  • Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments
  • Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments
Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments

Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments

$1.00-$5.00/ Meter|500 Meter/Meters(Min. Order)

Customization:

Customized packaging(Min.Order: 500 pieces)

Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Three-Phase Power Transmission: Designed to efficiently transmit electrical power in low-voltage systems, supporting applications such as indoor electrical instruments, building infrastructure, and photovoltaic systems.
  • Multi-Core Flexibility: Features multi-core copper conductors with color-coded insulation (brown, green, blue) for easy identification and safe installation in complex wiring setups.

Key features

  • 1. Material Technology

  • With high-conductivity copper cores and a flexible PVC/XLPE jacket, ensure durable and reliable power transmission in harsh environments. 20% more flexible than standard PVC cables

  • 2. Interactive Design

  • With color-coded conductors (brown, green, blue), simplify installation and maintenance by easily identifying phase wires. Reduces installation errors by up to 40%

  • 3. Performance Parameters

  • With a multi-core design and low-voltage compatibility, handle high power demands efficiently for residential and commercial use. Supports 20% higher current capacity than single-core cables

  • 4. Scenario Solutions

  • With versatility for building and photovoltaic systems, adapt to both indoor electrical instruments and outdoor solar power setups. Ideal for both residential and industrial applications

  • 5. Certification Standards

  • With CCC and Japan PSE certifications, ensure compliance with safety and quality standards for reliable use in regulated environments. Meets stricter safety requirements than non-certified alternatives

Product details

Japan PSE VCT HVCT VCTF HVCTF PVC Sheath Flexible Cable Indoor Power Cable for Electrical Instruments

The Japan PSE-certified VCT/HVCTF PVC sheath flexible cable is designed for indoor power distribution in building and photovoltaic systems. Featuring multi-core copper conductors and customizable insulation layers, it combines flexibility, durability, and compliance with CCC standards.

Technical specifications

FeatureSpecificationBenefit
Conductor MaterialCopperHigh conductivity for efficient power transmission
Insulation MaterialPE/PVC/Bare (inner) + XLPE/PE/PVC (outer)Moisture-resistant, UV-stable, and flame-retardant
Jacket MaterialFlexible PVC/XLPEEnhanced abrasion resistance and bendability
Core ConfigurationTriplex (3 cores)Supports three-phase power systems
CertificationCCC, Japan PSEEnsures safety and compliance for indoor use
Voltage RatingLow voltage (LV)Safe for residential/commercial appliances

Customization guide

Adjustable parameters:

  • Length & Diameter: Customize to fit specific installation requirements (e.g., photovoltaic panel arrays).
  • Color Coding: Standard brown/green/blue phases or tailored to project standards for easy identification.
  • Material Mix: Select insulation/jacket combinations (e.g., XLPE for UV exposure in outdoor photovoltaic setups).

Get inspired

With its triplex design and flexible PVC/XLPE jacket, this cable simplifies wiring in tight spaces while maintaining safety. For example, in photovoltaic systems, its UV-resistant jacket ensures longevity under harsh outdoor conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
FlexibilityStandard bend radius20% more flexible35% more flexible*
Insulation Thickness0.8mm1.0mm1.2mm (UV-resistant)
Temperature Rating-15°C to 60°C-25°C to 70°C-30°C to 85°C
CertificationsCCC, Japan PSECCC, RoHS, Japan PSECCC, RoHS, UL, Japan PSE

Supplier's note

  1. Technical Breakthroughs:

    • Enhanced Flexibility: The Pro Model’s 35% improved bend radius enables installation in confined spaces without kinking.
    • UV-Resistant Insulation: The Pro’s 1.2mm XLPE jacket withstands outdoor photovoltaic exposure 50% longer than standard PVC.
    • Extended Temperature Range: The Pro Model operates safely at -30°C, ideal for cold-weather industrial sites.
  2. Version Selection Guide:

    • Base Model: Suitable for standard residential wiring (e.g., indoor lighting systems).
    • Advanced Model: Optimal for commercial buildings (e.g., HVAC systems requiring -25°C resilience).
    • Pro Model: Best for industrial/photovoltaic projects needing extreme durability (e.g., offshore wind farms).

Example Use Case: With the Pro Model’s triple-layer XLPE insulation, you can safely install cables in solar farms exposed to UV radiation and temperature fluctuations, reducing downtime by 40% compared to standard PVC cables.

Frequently asked questions

  • Which Japan PSE certified cable suits photovoltaic systems for indoor use?

  • How to maintain flexible PVC sheath cables in electrical instruments?

  • PVC vs PE insulation: Which is better for building wiring applications?

  • Can this multi-core cable be customized for photovoltaic projects?

  • Is this low-voltage cable CCC and Japan PSE certified for safety?

  • Why choose triplex copper cables for indoor power systems?

  • Does the flexible design handle high temperatures in electrical instruments?

  • How does copper conductor material improve building wiring?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Insulation MaterialPhotovoltaic systems, indoor powerIndustry: PVC (70°C耐温, IEC 60811)
Our Base: PE (80°C▲, ASTM D1711)
Our Advanced: XLPE (105°C▲▲, IEC 60840)
Advanced XLPE耐温提升43% over Base, reducing overheating risks.XLPE requires specialized installation tools (▲▲ cost increase).
FlexibilityComplex building installationsIndustry: ASTM F1505 (bend radius 8x diameter)
Our Base: 6x diameter▲
Our Advanced: 4x diameter▲▲
Advanced cables reduce routing space by 50% in tight spaces.Over-flexibility may cause conductor damage if bent repeatedly (▲▲ caution).
Voltage RatingPhotovoltaic inverters, high-power devicesIndustry: 450/750V (IEC 60245)
Our Base: 600/1000V▲ (UL 62)
Our Advanced: 1000/1800V▲▲
Advanced handles 260% more power than Industry Standard for industrial use.Requires thicker insulation (▲▲ weight increase).
CertificationGlobal market complianceIndustry: CCC (China)
Our Base: CCC + CE▲ (Europe)
Our Advanced: CCC + CE + UL▲▲
Advanced unlocks US markets (▲▲ cost for triple certification).Certification delays may occur for non-standard projects.
Core ConfigurationThree-phase power distributionIndustry: 3-core (2.5mm spacing)
Our Base: 2mm spacing▲ (IEC 60227)
Our Advanced: 1.5mm spacing▲▲
Advanced reduces cable volume by 25% for dense installations.Closer cores may require thermal management (▲▲ cost for specialized tools).
Jacket MaterialHarsh indoor environmentsIndustry: PVC (V-2 flammability)
Our Base: PE (V-1▲, UL 94)
Our Advanced: XLPE (V-0▲▲)
Advanced阻燃等级提升至最高级,降低火灾风险 by 40%.XLPE jacket less flexible than PVC (▲▲需定制安装方案).

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