YJLV22 is a widely used 0.6/1kV low-voltage steel-tape armored power cable, featuring an aluminum conductor and cross-linked polyethylene (XLPE) insulation. It employs a mature composite structure, including a solid aluminum conductor, a high-performance XLPE insulation layer, an inner sheath, galvanized steel tape armor, and an outer PVC sheath.

Unlike alloy conductor cables and low-smoke halogen-free (LSZH) series cables, this model prioritizes electrical stability, mechanical protection, and cost-effectiveness. It boasts a simple structure, mature manufacturing process, and strong environmental adaptability. Specifically designed for conventional power transmission and distribution systems, it is a mainstream choice for general industrial facilities, municipal infrastructure, residential areas, road projects, and conventional buried cabling projects. Balancing practicality, durability, and economy, it is favored by engineers, contractors, and bulk purchasers, and is suitable for various ordinary and medium-standard engineering projects.

• Conductor: Solid/stranded pure aluminum conductor, compact structure, uniform conductivity, good ductility, and easy terminal processing.
• Insulation Layer: Cross-linked polyethylene (XLPE), excellent dielectric properties, heat-resistant and anti-aging, stable insulation under long-term load.
• Inner Sheath: PVC protective layer, separating the insulation layer from the armor layer, preventing friction damage and moisture intrusion.
• Armor Layer: Hot-dip galvanized steel strip (Type 22 armor), with strong compressive, impact, and tensile strength, effectively resisting external mechanical forces.
• Outer Sheath: Durable PVC outer sheath, wear-resistant, weather-resistant, and chemically resistant, protecting the internal structure from external corrosion.

• Rated Voltage: 0.6/1 kV AC, 50Hz power frequency
• Conductor Long-Term Permissible Operating Temperature: ≤ 90 °C
• Maximum Permissible Temperature During Short Circuit: 250 °C (duration ≤ 5 seconds)
• Conductor Cross-sectional Area Range: 10 mm² ~ 400 mm²
• Core Configuration: Single-core, dual-core, triple-core, 3+1-core, 3+2-core; full range of standard core types available
• Minimum Bending Radius: Static Fixed Laying ≥ 12 times the cable outer diameter Temporary temporary laying distance ≥ 15 times the cable outer diameter
• Permissible laying ambient temperature: ≥ 0℃
• Operating ambient temperature: -20℃～+70℃
• Dielectric properties: Passes full voltage withstand test, low partial discharge rate, stable insulation performance, and can operate stably for a long time
• Mechanical properties: Steel tape armored, resistant to extrusion, impact, and friction, suitable for harsh buried environments
• Waterproof performance: Integrated sealed structure, suitable for damp underground and open-air laying environments

Implementation Standards

All products are manufactured and tested in strict accordance with the national standard GB/T 12706. All technical specifications meet the acceptance requirements for domestic civil engineering, municipal engineering, and industrial construction projects.

Categorized by laying method, environmental conditions, and project type, covering conventional engineering and general harsh working conditions, helping engineers and procurement personnel quickly match project requirements:

• 3.1 Underground Installation (Core Application)

  Suitable for direct burial in soil, roadsides, green belts, and sidewalks. The steel strip armor can withstand long-term soil compaction, gravel friction, and vehicle vibration. Widely used in urban and rural power grid upgrades, community underground power lines, suburban trunk power lines, and pipeline crossing projects. Also suitable for cable trench and integrated pipeline trench laying in various regions.

• 3.2 Industrial Production and Warehousing Facilities

  Suitable for power distribution lines in general manufacturing workshops, assembly plants, material warehouses, freight yards, and light industrial parks. The armored structure resists mechanical impact, equipment vibration, and dust erosion. The PVC outer sheath has good resistance to conventional industrial dust and minor contaminants, ensuring stable power supply to production and warehousing equipment.

• 3.3 Residential and Civil Building Engineering

  Suitable for main power lines and branch circuits in residential areas, villas, ordinary office buildings, and community supporting facilities. Meets basic power supply safety standards for civil buildings. Reliable performance, reasonable cost, and widely used in large residential community construction and power grid renovation projects in old communities.

• 3.4 Municipal Public Infrastructure

  Suitable for urban road renovation, street lighting, park power supply, water supply and drainage projects, etc. The weather-resistant outer sheath can withstand long-term outdoor exposure, rain, and frost erosion. It is a universal cabling solution for various municipal auxiliary projects.

• 3.5 Conventional Indoor and Outdoor Fixed Laying

  Suitable for cable trays, cable trays, and wall laying in factories and buildings. Moderate flexibility can adapt to conventional pipeline bends and spatial layouts. Can be used for outdoor wall wiring and equipment power supply circuits in areas without high fire protection requirements.

• 3.6 Temporary and Auxiliary Works

  Due to its stable performance and low overall cost, this product is also widely used for temporary construction power supply, auxiliary power distribution for engineering projects, and on-site wiring.

• 4.1 Reliable Electrical Performance

  The cross-linked polyethylene (XLPE) insulation material possesses high dielectric strength, low insulation loss, and excellent heat aging resistance. Even under long-term continuous operation and cyclical load fluctuations, insulation performance will not degrade. The pure aluminum conductor provides stable conductivity, ensuring stable power transmission efficiency and reducing potential electrical faults during daily operation.

• 4.2 Robust Mechanical Protection

  The double-sided galvanized steel tape armor forms a robust protective barrier for the cable body. It effectively resists external compression, impact, tension, and abrasion during construction and operation. Even when buried in rocky soil or subjected to heavy loads, it fully protects the internal cores, significantly reducing the cable damage rate.

• 4.3 Excellent Environmental Adaptability

  The polyvinyl chloride (PVC) outer sheath has good abrasion resistance, weather resistance, and chemical stability. It can operate normally in low-temperature, high-temperature, humid, and dusty environments. It has a certain tolerance to weak acids, weak alkalis, and common soil components, and can adapt to the geographical and climatic conditions of most parts of China.

• 4.4 Excellent Cost-Effectiveness

  Compared to copper-core armored cables, pure aluminum conductors significantly reduce raw material costs. Simultaneously, the overall weight is lighter, reducing transportation, handling, and labor costs during installation. Compared to aluminum alloy cables and low-smoke halogen-free flame-retardant cables, it is more price-competitive while meeting general engineering standards, creating significant economic advantages for large-scale projects.

• 4.5 Mature Technology and Stable Batch Quality

  The YJLV22 is a classic, mature cable model, manufactured using standardized processes. Mass production ensures consistent performance and a low failure rate in long-term practical applications. Its simple structure facilitates daily inspection and maintenance.

• 4.6 Convenient Installation and Easy Connection

  This cable has moderate flexibility, facilitating installation in conventional trenches and cable trays. The pure aluminum conductor is easy to crimp and terminal, and combined with mature accessories and installation techniques, it helps improve overall construction efficiency.
  

• Confirm System Voltage: This product is designed for 0.6/1kV low-voltage systems and is not suitable for medium- or high-voltage applications.
• Select the appropriate conductor cross-sectional area and number of cores based on the load current, transmission distance, and design drawings. For long-distance transmission, the cross-sectional area should be appropriately increased to control voltage drop.
• For projects with high fire protection requirements, enclosed public spaces, or densely populated areas, it is recommended to select flame-retardant or low-smoke halogen-free (LSZH) series cables.
• For areas with severe corrosion such as strong acids, strong alkalis, or heavy salt spray in coastal areas, additional anti-corrosion measures should be added or a dedicated anti-corrosion cable model should be selected.

• Construction Temperature: Do not perform laying operations when the ambient temperature is below 0℃ to prevent brittle cracking of the sheath and insulation layer.
• Bending Control: Strictly adhere to the specified minimum bending radius during operation, avoiding sharp bends, twisting, and excessive compression to prevent damage to the internal insulation layer.
• Traction Operation: Control the traction force evenly during cable traction. Excessive tension can cause conductor deformation and armor dislodgement.
• Direct Burial Requirements: Lay a layer of fine sand around the cable and cover it with protective bricks or concrete slabs to isolate it from sharp stones and hard debris.
• Terminal Production: Use specialized aluminum conductor terminals and employ standardized crimping processes to ensure a secure connection and prevent overheating at the joint.

• Document Verification: During procurement, check factory inspection reports, product qualification certificates, and test reports to ensure products meet national standards.
• Visual Inspection: Inspect the cable surface for cracks, scratches, and incomplete markings; verify that the model, specifications, and rated voltage are consistent.
• Batch Sampling: For large-volume orders, arrange sampling inspections of insulation performance and outer sheath quality as needed.
• Storage Rules: Store cables in a dry, ventilated, and cool warehouse, away from open flames, chemical reagents, and ground moisture. Avoid long-term open-air storage and direct sunlight.
• Inventory Planning: Arrange procurement quantities according to the construction schedule to prevent long-term stockpiling from affecting cable performance.

• Case 1: Urban and Rural Power Grid Renovation Project

  A county-level rural power grid upgrade project purchased a large quantity of YJLV22 0.6/1kV cables for buried trunk lines. The project covered a wide area with complex geological conditions. The steel tape armor effectively resisted soil compression and rock friction. After six years of operation, all lines operated stably with a low failure rate. The client fully recognized the product's low cost and high reliability in rural power grid construction.

• Case 2: Large Industrial Park Power Distribution Project

  A comprehensive light industrial park used YJLV22 cables for workshop power distribution and outdoor buried lines. Facing frequent equipment vibration and dusty environments on site, the product demonstrated excellent mechanical strength and weather resistance. The favorable price helped the project effectively control the overall procurement budget, and the construction team also highly praised its convenient laying performance.

• Case 3: Large Residential Community Project

  A large residential community with thousands of households selected YJLV22 cables for its underground power distribution network. This product meets the basic electrical safety standards for residential buildings. The subsequent operation and maintenance workload is minimal, reducing the long-term operating costs for the property management company.

• Case 4: Urban Road and Municipal Supporting Projects

  In a municipal road expansion and supporting power project, YJLV22 cables were used for roadside buried lines and street light circuits. This product can withstand vehicle vibration and all-weather outdoor environments. All qualification documents successfully passed the municipal engineering acceptance.

• Case 5: Logistics Park and Warehouse Project

  A large logistics park and cargo storage base used YJLV22 cables for overall power supply. The armored structure effectively prevented cable damage caused by cargo loading and unloading and vehicle rolling. Stable performance ensured continuous power supply for lighting, monitoring, and handling equipment.
  

• 7.1 Strict Quality Control and Reliable Raw Materials

  We use high-purity aluminum ingots and branded XLPE raw materials, equipped with fully automated production lines. Multiple inspection procedures are implemented from raw material warehousing to finished product delivery. Each roll of cable is tested before delivery to ensure consistent quality across batches.

• 7.2 Diverse Specifications and Customization Services

  We offer a full range of standard cross-sections and core types. We also support customized production of cables with fixed lengths, special markings, and packaging forms according to project requirements, to meet the personalized design requirements of different engineering projects.

• 7.3 Professional Full-Process Technical Support

  Our professional electrical engineering team provides free pre-sales selection, load calculation, and wiring solution advice. During construction, we can provide remote technical guidance to engineers and construction personnel to solve on-site laying and connection problems.

• 7.4 Ample Inventory and Timely Delivery

  We maintain ample inventory of all mainstream standard specifications to meet the needs of small-batch urgent orders and large-volume spot supply. For large, long-lead-time projects, we will develop dedicated production plans to ensure delivery schedules and avoid project delays due to material shortages.

• 7.5 One-Stop Procurement Solution

  We provide a complete set of supporting products, including cable terminals, wiring accessories, and laying auxiliary materials. Buyers can achieve one-stop procurement, simplifying the procurement process and reducing the cost of managing multiple suppliers.

• 7.6 Complete Documentation and Convenient Acceptance

  We can provide a complete set of qualification documents, including qualification certificates, factory test reports, and inspection reports, fully meeting the requirements for project bidding, filing, and on-site acceptance, saving buyers time in document preparation.

• 7.7 Long-Term After-Sales Support

  We establish dedicated project files for large orders. Our after-sales team continuously tracks product operation status, efficiently responding to product inquiries and feedback, providing reliable service guarantees throughout the entire service life of the cables.