Copper XLPE Armored Cable 0.6/1kV Underground LV Armoured Cable

YJV22 is a 0.6/1kV copper core power cable with cross-linked polyethylene (XLPE) insulation, a polyvinyl chloride (PVC) sheath, and steel tape armor. It is designed for fixed installation environments such as conduits, trenches, and underground lines that require stronger mechanical protection and stable low-voltage performance.

• Typical Rated Voltage: 0.6/1 kV
• Typical Applications: Fixed low-voltage feeders and distribution lines
• Typical Cabling Routes: Underground conduits, protective trenches, service corridors, and protective outdoor feeder sections

• Conductor: Copper stranded wire
• Insulation: XLPE
• Inner liner: Armored interface protection layer (depending on standard)
• Armor: Steel tape (Type 22)
• Outer sheath: PVC (depending on standard)
• Cable type: Armored low-voltage power cable for fixed installation

1. Conductor Stranding and Resistance Control

   Copper wire is stranded to ensure consistent resistance and facilitate handling during traction and wiring.

2. Cross-linked Polyethylene (XLPE) Insulation Molding

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

3. Core Wire Assembly and Geometry Control

   Core wires are stacked using a controlled geometry to improve roundness and reduce friction in conduits and ducts.

4. Staple Layer Construction

   Staple layers protect the insulated core wires and provide a stable base before armoring.

5. Steel Tape Armoring

   Steel tape is wound with controlled overlap and tension to enhance its mechanical protection against compression and external stresses.

6. Polyvinyl Chloride (PVC) Sheath Extrusion and Marking

   The outer sheath provides abrasion and environmental protection, and is then printed for identification and traceability.

7. Routine Validation

   Typical checks include conductor resistance, insulation thickness, spark/voltage testing according to standards, dimensional inspection, and sheath/armor integrity.

• 1C for Single-Core Feeders (Depending on Installation Specifications)
• 2C for Single-Phase Circuits
• 3C for Three-Phase Circuits Without Neutral (Depending on Design)
• 4C for Three-Phase Feeders with Neutral (High Demand)
• 5C for Three-Phase Feeders with Neutral and Protective Equipment (PE) (Depending on Design)

2.5 4 6 10 16 25 35 50 70 95 120 150 185 240 300

• 4C x 10
• 4C x 16
• 4C x 25
• 4C x 35
• 4C x 50
• 4C x 70
• 3C x 10
• 3C x 16
• 3C x 25
• 3C x 35
• 5C x 10
• 5C x 16
• 5 cores x 25
• 1 core x 95
• 1 core x 120
• 1 core x 150
• 1 core x 240

1. Confirm project standards and voltage rating requirements (typically 0.6/1kV)
2. Confirm cabling type (conduit, protective trench, corridor) and mechanical risk level
3. Select core count based on system design and neutral/protective conductor layout
4. Select cross-sectional area based on load current, cabling length, grouping, environmental/soil conditions, and permissible voltage drop
5. Determine reel length to reduce joints and speed up installation
6. Confirm termination accessories and installation steps for copper armored cables

• Product: YJV22
• Voltage: 0.6/1kV kV
• Required Standard: _
• Core Configuration: _
• Cross-sectional Area and Quantity: _
• Total Length (meters): _
• Installation Route: Underground Conduit/Protected Trench/Corridor/Protected Outdoor
• Destination Country and Port: _
• Trade Terms: _
• Packaging: Reel
• Preferred Reel Length: _
• Required Documents: _
• Remarks: Markup Language, Inspection Requirements, Delivery Schedule

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.