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Armoured Electrical Cable
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600V To 35kV Armoured Electrical Cable 0.6 1kV XLPE Copper Cable YJV22

600V To 35kV Armoured Electrical Cable 0.6 1kV XLPE Copper Cable YJV22

Brand Name: JinHong
Model Number: YJV22
MOQ: 100m
Price: 10.5-20.55 USD/m
Payment Terms: T/T
Detail Information
Place of Origin:
Anhui China
Waterresistance:
Waterproof Or Water-resistant
Conductormaterial:
Copper Or Aluminum
Sheathmaterial:
PVC, PE, LSZH
Cablelength:
Custom Lengths Available
Operatingenvironment:
Indoor, Outdoor, Underground
Flexibility:
Flexible Or Rigid
Application:
Power Distribution, Industrial Machinery, Renewable Energy
Temperaturerating:
-40°C To 90°C
Standardscompliance:
IEC, BS, UL, IEEE
Cabletype:
Single Core, Multi Core
Insulationmaterial:
PVC, XLPE, EPR
Voltagerating:
600V To 35kV
Flameretardant:
Yes/No
Armortype:
Steel Wire Armor (SWA), Aluminum Wire Armor (AWA), Or Non-armored
Productname:
Industrial Power Cables
Highlight:

0.6 1kV XLPE Copper Cable

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XLPE Copper Cable YJV22

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35kV Armoured Electrical Cable

Product Description

YJV22 XLPE Copper PVC STA Armored Cable 0.6/1kV for Underground Feeders

YJV22 is a low-voltage copper core power cable designed for fixed installations requiring enhanced mechanical protection. It typically features XLPE insulated copper conductors, a steel tape armor (STA) layer for enhanced compressive strength, and a PVC outer sheath for durability in the construction site. This cable construction is widely used in underground conduits, protected trenches, cable corridors, and building access, particularly suitable for applications where path stress, backfill stress, or handling risks are higher than standard indoor cable trays.

For cross-border sourcing, YJV22 is a reliable low-voltage armored feeder cable suitable for infrastructure, commercial building, and industrial power distribution projects, especially ideal for projects requiring both XLPE performance and steel tape protection within a familiar PVC sheath construction.

Rated Voltage
Typical Rated Voltage
0.6/1 kV
Applications
Low-voltage feeders and distribution lines (fixed installation)

Please confirm the reference standards and acceptance testing requirements listed in your Bill of Materials (BOQ).

Common Specifications Overview
Common Core Configurations (Depending on Project)
  • 1C: High-current feeder with phase separation
  • 2C: Dedicated single-phase circuit and auxiliary feeder
  • 3C: Three-phase circuit without neutral (Depending on Design)
  • 4C: Three-phase power distribution with neutral (Common)
  • 5C: Three-phase with neutral and PE (Depending on Design)
  • 3+1 and 3+2: Common feeder layouts in bills of materials
Common Cross-sectional Dimensions (mm²)
1.5 2.5 4 6 10 16 25 35 50 70 95 120 150 185 240 300 400
Common Procurement Combinations
  • 4C x 10
  • 4C x 16
  • 4C x 25
  • 4C x 35
  • 4C x 50
  • 5C x 10
  • 5C x 16
  • 5C x 25
  • 5C x 35
  • 3C x 10
  • 3C x 16
  • 3C x 25
  • 1C x 95
  • 1C x 120
  • 1C x 150
  • 1C x 185
  • 1C x 240

Each project is designed with 3+1 and 3+2 configurations.

Supply availability depends on conductor grade, armor construction, and sheath formulation to ensure compliance with standards.

Applications of YJV22
  • Underground conduit and cable trench distribution
  • Protective trench wiring in industrial and commercial sites
  • Incoming lines to main low-voltage switchboards in buildings
  • Utility corridors and cable channels with compression risks
  • Industrial plants, substations, and park distribution networks
  • Fixed installations requiring armor protection
Reasons buyers choose YJV22
Steel tape armor for line protection

Steel tape armor improves resistance to external pressure and compression, thereby enhancing the reliability of underground conduits and protective trenches.

XLPE insulation ensures stable operation of low-voltage power distribution.

XLPE insulation material offers reliable dielectric strength and thermal properties, suitable for continuous load feeders.

PVC sheath combines practicality, durability, and cost control.

The PVC outer sheath is abrasion-resistant and easy to handle, making procurement more economical for large projects.

Suitable for infrastructure and industrial environments.

Commonly used in applications where line conditions are more demanding than indoor trays, but special low-smoke halogen-free or fire-resistant specifications are not required.

Easy for EPC contractors and distributors to procure.

Common size range, standardized construction, and export drum supply support bill of materials matching and phased delivery.

Structural Overview
Conductor

Copper stranded wire

Insulation

Cross-linked polyethylene (XLPE)

Side Pad

Protective pad layer beneath the armor layer

Armor Layer

Steel tape armor (STA), often associated with a "22" structure in many naming systems

Outer Sheath

Polyvinyl chloride (PVC)

Applications

Fixed installations, underground and protective wiring

Manufacturing and Process Description
  1. Copper Conductor Preparation

    Copper wire is drawn and stranded to meet resistance targets and facilitate installation bending.

  2. XLPE Insulation Extrusion and Cross-linking

    The insulation layer is extruded and cross-linked to form a robust dielectric layer suitable for low-voltage distribution.

  3. Core Assembly and Geometry Control

    The core wires are identified and arranged in a geometry-controlled manner to maintain roundness and improve tensile properties.

  4. Side Pad Formation

    A side pad is laid to protect the core wire bundle and provide a stable base for the placement of the armor layer.

  5. Steel Tape Armor

    The steel tape is wound in a controlled overlapping manner to provide mechanical reinforcement, primarily resisting compression and external pressure.

  6. PVC Sheath Extrusion and Marking

    PVC sheaths are extruded to protect the inner layers, followed by marking for traceability and project control.

  7. Routine Quality Inspections

    Typical inspections include conductor resistance, insulation thickness verification, spark testing, voltage testing, dimensional inspection, and sheath integrity checks.

Specifications (can be copied directly)
Model
YJV22
Cable Category
Copper Core XLPE Insulated PVC Sheathed Steel Tape Armored Low-Voltage Power Cable
Rated Voltage
0.6/1 kV
Conductor
Copper, Stranded
Insulation
XLPE
Armor
Steel Tape (STA)
Outer Sheath
PVC
Core Configuration
1 core, 2 cores, 3 cores, 4 cores, 5 cores, 3+1, 3+2
Common Cross-sectional Area
1.5 to 400 mm²
Typical Operating Temperature
Up to 90℃ (XLPE design, depending on standard)
Installation Methods
Cable trench, conduit, protective trench, corridor, fixed underground wiring
Packaging
Most specifications are packaged in reels; export packaging is available.
Optional Configurations
Custom marking, reel length planning, documentation kit
Selection Guide
  • Select YJV22 when the wiring requires armored protection and a standard PVC sheath for underground or protective distribution. Acceptable.
  • Select core configuration based on neutral and protective circuit design. Select the cross-sectional area based on load current, line length, grouping method, ambient temperature, and allowable voltage drop.
  • If the line requires flame retardancy, low smoke halogen-free, or fire-resistant properties, specify the required category to match the correct model.
Quick Inquiry Template
Product
YJV22
Voltage
0.6/1 kV
Core Wire Configuration
__
Cross-section and Quantity
__
Total Length
__ meters
Installation Path
Conduit/Pipe/Trench/Corridor/Inlet Line
Required Standards
__
Destination
Country and Port __
Trade Terms
__
Preferred Reel Length
__
Required Documents
__
Remarks
Markup Language, Packaging Markings, Delivery Schedule
Frequently Asked Questions
What are the main uses of YJV22?

It is used for low-voltage power distribution in underground conduits and for protecting lines where steel tape armor is required to enhance pressure resistance and protect the line.

What does the number 22 usually represent?

In many naming systems, it indicates a steel tape armored structure. Please always follow the definitions in the reference standard.

Is YJV22 suitable for direct burial?

It is typically used for conduits and protective trenches. Direct burial suitability depends on soil conditions, mechanical risks, and local regulations. Please provide detailed route information for proper selection.

What is the difference between YJV22 and YJV?

YJV22 is armored with steel tape for mechanical protection, while YJV is typically unarmored.

What are the most commonly used specifications?

4-core and 5-core cables of 10 to 50 mm² are commonly used for building distribution. Single-core cables of 95 to 240 mm² are commonly used for high-current feeders, depending on the load and distance.

What information is needed for a quick quote?

Core configuration, cross-sectional area, total length (meters), required standard, installation route, destination, packaging preferences, and documentation requirements.

Service of JinHong Company
Over Productions Service:

JinHong has a wide range of cable and conductor products for you to choose from. We will provide caring services and professional project solutions for everyone who needs them.

Quality Certification Services:

JinHong cable products are manufactured according to GB, IEC, BS, NFC, ASTM, DIN, and other international standards. Our technical team can customize cable products that meet your requirements according to your needs.

Profession Customer Service:

JinHong provides free professional consulting services to provide you with one-stop project solution services and rapid product delivery solutions.

Delivery And Shipping Services:

While we at JinHong provide high-quality cables, we also provide good delivery solutions. While ensuring the safe delivery of products, we provide the best packaging and transportation solutions, greatly reducing customers’ transportation costs.

Packaging of JinHong

JinHong cable packaging is provided in the form of wooden reels, corrugated boxes, and coils. The cable ends are sealed with BOPP self-adhesive tape and a non-hygroscopic sealing cap to protect the cable ends from moisture. We can print the required marks on the outside of the barrel with waterproof material according to customer requirements.