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Single Copper Core YJV XLPE High Voltage Cable Insulation Industrial Railway

Single Copper Core YJV XLPE High Voltage Cable Insulation Industrial Railway
country of origin
china
Brand Name
F.T
certificate
CE,VDE,SO 9001
PRODUCT MODEL
high voltage cable
MOQ
1000
unit price
usd 5.2 ~ 7.8/ meter
payment method
L/C,D/A,D/P,Western Union,T/T
Supply Capacity
800–1500 kilometers per month
Product Details
Highlight:

YJV High Voltage Cable

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XLPE High Voltage Cable

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Single Copper Core high voltage underground cable

Rated Voltage: 20 KV, 36 KV
Size: 1*25mm, 1*630mm, 1*240mm, 1*300mm
Conductor Material: Pure Copper
Insulation Material: XLPE
Application: Building, Construction, Industrial, Marine, Mining, Photovoltaic Power, Power Distribution, Power Station, Railway, Telecommunication, Underground
Type: High Voltage
Packing: Wooden Drum
Product Description
Detailed Specifications & Features

High Voltage Cable Single Copper Core YJV Power Cables XLPE Insulation  Industrial Railway

This single core high voltage YJV power cable is specially designed for industrial production and railway power supply scenarios, adopting high-purity copper conductor and XLPE (cross-linked polyethylene) insulation. Different from multi-core cables, its single-core structure is more suitable for long-distance, high-load power transmission, and can be flexibly laid in narrow spaces such as industrial plant workshops, railway tunnels, and power distribution cabinets. It is mainly used for power transmission of industrial production equipment, railway traction power supply, railway signal system power supply, and large-scale industrial park main power lines, with stable performance and strong adaptability to complex industrial and railway harsh environments.

Product Core Configuration & Structural Highlights

The cable adopts a simplified and efficient structural design, focusing on practicality and stability, which is fully adapted to the high-frequency operation and complex laying needs of industrial and railway fields. The specific structure is as follows:
  • Conductor: High-purity single-strand or compact stranded copper core, no redundant core structure, low DC resistance, high conductivity, and strong current-carrying capacity. It can stably bear the high-load power transmission of industrial equipment and railway traction systems, reducing power loss and ensuring stable operation of equipment.
  • Insulation Layer: Professional XLPE cross-linked polyethylene insulation, with excellent high-voltage resistance, heat resistance, and anti-aging performance. It can withstand the high temperature generated by long-term high-load operation, and effectively isolate the power core to avoid insulation breakdown, which is suitable for the harsh environment of industrial high temperature and railway outdoor exposure.
  • Protective Structure: Integrated PVC outer sheath (optional flame-retardant, anti-corrosion type), with wear resistance, moisture resistance, and acid-alkali corrosion resistance. It can resist mechanical friction in industrial workshops, corrosion of industrial chemical substances, and wind, sun, and rain in railway outdoor laying, extending the service life of the cable.

Key Advantages

Combined with the actual needs of industrial production and railway operation, the cable has targeted advantages that are different from ordinary high-voltage cables, focusing on practicality and reliability:
  1. Single-Core Design, Flexible Laying: The single-core structure is small in size and light in weight, which can be laid in narrow spaces such as industrial equipment gaps, railway tunnel cable troughs, and power distribution cabinets. It is easy to install and construct, saving construction time and labor costs, especially suitable for the limited laying space of railway and industrial sites.
  2. Stable Transmission, Strong Load-Bearing Capacity: High-purity copper conductor and XLPE insulation work together to ensure stable power transmission under long-term high-load operation. It can adapt to the frequent start-up of industrial equipment and the fluctuating load of railway traction power supply, without power failure or transmission instability.
  3. Harsh Environment Adaptability: The outer sheath is specially treated to resist high temperature, moisture, corrosion, and wear. It can work stably in industrial high-temperature workshops, humid railway tunnels, and outdoor exposed areas, avoiding cable damage caused by environmental factors and reducing maintenance frequency.
  4. Compliant with Industry Standards, Safe and Reliable: Strictly produced in accordance with IEC and national industrial, railway power cable standards, each batch of cables has passed strict electrical performance and mechanical performance tests. It meets the safety requirements of industrial production and railway operation, and can pass the acceptance of key projects.
  5. Customizable to Scenario Needs: According to the specific requirements of industrial equipment power and railway traction power supply, we can customize the cross-section area, insulation thickness, sheath material (such as flame-retardant, anti-rodent), and cable length to perfectly match the actual project needs.

Technical Parameters

Parameter Category
Specific Specification
Product Model
YJV (Single Core)
Conductor Material
High-purity copper (single-strand/compact stranded)
Insulation Material
XLPE (Cross-Linked Polyethylene)
Rated Voltage
10kV, 12/20kV, 35kV (optional according to scenario)
Cross-Section Area
16mm² - 300mm² (customizable)
Operating Temperature
Max continuous working temperature: 90℃; Short-circuit temperature: 250℃
DC Resistance (20℃)
0.0601 - 1.15 Ω/km (depends on cross-section)
Laying Method
Underground burial, cable trough laying, indoor and outdoor laying, tunnel laying
Execution Standard
IEC 60840, GB/T 12706, Railway Industry Standards

Application

The cable is mainly used in industrial and railway fields, with clear application scenarios and targeted adaptability, which can fully meet the power transmission needs of different scenarios:
  • Industrial Field: Power transmission of large industrial equipment (such as pumps, motors, transformers), main power lines of industrial parks, power supply of high-temperature workshops, chemical plant power distribution (anti-corrosion type), and power transmission of industrial production lines.
  • Railway Field: Railway traction power supply lines, railway signal system power supply, railway station power distribution, railway tunnel power transmission, and high-speed railway auxiliary power supply lines.
  • Other Scenarios: Large-scale warehouse power supply, outdoor industrial operation site power transmission, and other scenarios that require long-distance, high-load, and flexible laying.

Single Copper Core YJV XLPE High Voltage Cable Insulation Industrial Railway

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