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Low Smoke Zero Halogen Cable
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33kV Low Smoke Zero Halogen Wire WDZ-YJY23 Steel Tape Armored Cable

33kV Low Smoke Zero Halogen Wire WDZ-YJY23 Steel Tape Armored Cable

Brand Name: JinHong
Model Number: WDZ-YJY23
Detail Information
Place of Origin:
Anhui China
Application:
Power Distribution, Industrial Machinery
Standardscompliance:
IEC, BS, UL, CSA
Currentrating:
Depends On Cable Size And Type
Insulationmaterial:
PVC, XLPE, EPR
Shielding:
Aluminum Foil, Copper Tape
Numberofcores:
1 To 5 Cores
Conductormaterial:
Copper Or Aluminum
Sheathmaterial:
PVC, PE, LSZH
Productname:
Industrial Power Cables
Mechanicalprotection:
Steel Wire Armor, Steel Tape Armor
Installationenvironment:
Underground, Overhead, Indoor
Cabletype:
Armored, Unarmored
Flameretardant:
Yes/No
Temperaturerange:
-40°C To +90°C
Voltagerating:
Up To 33kV
Highlight:

33kV Low Smoke Zero Halogen Wire

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Low Smoke Zero Halogen Wire WDZ-YJY23

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WDZ-YJY23 Steel Tape Armored Cable

Product Description

WDZ-YJY23 LSZH XLPE Steel Tape Armored Cable 0.6/1kV for Underground

WDZ-YJY23 Low-Voltage Power Cable

WDZ-YJY23 is a low-voltage power cable designed for projects requiring Low Smoke Halogen-Free (LSZH) fire resistance and armored mechanical protection for underground or high-risk lines. It features copper conductors and cross-linked polyethylene (XLPE) insulation, armored with steel tape, and an outer sheath utilizing an LSZH system to reduce smoke concentration and corrosive gas release in the event of a fire. This cable is commonly used in underground conduits, trenches, cable corridors, and building inlets, particularly suitable for lines facing compression risks, backfill pressure, or high installation stress.

For cross-border sourcing, WDZ-YJY23 is positioned as a high-end "safety + protection" low-voltage cable suitable for infrastructure, public buildings, and industrial projects with specific requirements for LSZH compliance and armor durability.

Rated Voltage

Typical Rated Voltage: 0.6/1kV

Please confirm the rated voltage and required LSZH/flame retardant testing rating based on your project standards and Bill of Quantities (BOQ).

General Specifications Overview

Common Core Wire Configurations

  • 1C: Single-core feeder, phase separation, high-current path
  • 2C: Dedicated single-phase circuit and auxiliary lines
  • 3C: Three-phase without neutral (depending on the project)
  • 4C: Three-phase with neutral (widely used)
  • 5C: Three-phase with neutral + protection circuit (widely used)
  • 3+1, 3+2: Common feeder structures in many markets

Common Cross-sectional Areas (mm²)

1.5, 2.5, 4, 6, 10, 16, 25, 35, 50, 70, 95, 120, 150, 185, 240, 300, 400

High-Frequency Armored Feeder Specifications

  • 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
  • 3+1 x 70/35, 3+1 x 95/50, 3+1 x 120/70 (depending on the project)

Supply availability varies depending on standards, sheath design, and low-smoke halogen-free composite system. Please confirm the specific structure to ensure compliance with tender requirements.

Reasons the Buyer Choose WDZ-YJY23

Low Smoke Halogen-Free (LSZH) Safety Protection for Enclosed and Public Environments

Low Smoke Halogen-Free Sheath Systems are designed to reduce smoke concentration and corrosive gases during fires, thereby improving evacuation visibility and reducing equipment corrosion damage.

Steel tape armor for underground line protection

Steel tape armor enhances resistance to external pressure and compression, thereby increasing the reliability of conduits, trenches, and protected underground passages.

XLPE insulation for stable low-voltage distribution

XLPE insulation provides reliable electrical and thermal performance under continuous load, suitable for building and industrial feeders.

A balanced solution for compliance and durability

WDZ-YJY23 is ideal when standard low-smoke halogen-free (LSZH) cables are insufficient and armored protection is required without opting for a heavier protection design.

Procurement value for EPC and infrastructure projects

Universal configuration, predictable reel scheduling, and scalable supply make it suitable for phased deliveries and large bills of quantities (BOQs).

Typical Applications

  • Underground power distribution in conduits and trenches
  • Building incoming and main power distribution lines
  • Cable corridors, tunnels, and protected underground passages
  • Industrial sites with mechanical hazards along the route
  • Public buildings requiring low-smoke halogen-free (LSZH) and armor protection
  • Fixed installations with compression and external stress issues

Process and Manufacturing Notes

  1. Copper Conductor Preparation and Stranding
  2. XLPE Insulation Extrusion and Crosslinking
  3. Core Identification and Wiring
  4. Inner Liner Formation
  5. Steel Tape Armoring
  6. Low-Smoke Halogen-Free Sheath Composite Materials and Extrusion Molding
  7. Routine Testing and Inspection

Typical inspection items include conductor resistance, insulation thickness, spark testing, voltage testing, dimensional verification, and sheath integrity inspection. Relevant documentation can be provided upon project request.

Structure

  • Conductor: Copper
  • Insulation: Cross-linked polyethylene (XLPE)
  • Armor: Steel tape (often associated with "23" construction in many markets, depending on the standard)
  • Outer sheath: Low smoke halogen-free (LSZH)
  • Installation method: Fixed installation in underground conduits, trenches, and protective wiring

Specification Table

Item Value
Cable type WDZ-YJY23
Rated voltage 0.6/1kV
Conductor material Copper
Insulation material Cross-linked polyethylene (XLPE)
Armor type Steel tape armor (23 construction, depending on the standard)
Outer sheath Low smoke halogen-free (LSZH)
Core configurations 1C / 2C / 3C / 4C / 5C / 3+1 / 3+2
Common cross-section range 1.5 mm2 to 400 mm2 (market-common), larger sizes by request
Typical max operating temperature up to 90 C (typical XLPE design, confirm per specification)
Installation routes duct, trench, underground corridor, protected fixed routes
Packaging drums for most sizes, export packing available

Selection Guide

  • Choose WDZ-YJY23 when your project needs LSZH LV power cable for underground or protected routes with added mechanical protection from steel tape armor.
  • Select core count based on system design and neutral/PE requirements.
  • Select cross-section based on current, route length, grouping, ambient temperature, and allowable voltage drop.
  • If the route has higher impact risk, rodent risk, or severe mechanical stress, specify route conditions to match the appropriate protection level.

Fast RFQ Template

  • Product: WDZ-YJY23
  • Rated voltage: 0.6/1kV
  • Core configuration: __
  • Cross-section list: __ mm2
  • Structure: __ cores x __ mm2 (or 3+1 / 3+2)
  • Quantity: __ meters
  • Installation route: duct / trench / underground corridor
  • Required standard: __
  • Destination: country and port
  • Trade term: FOB / CIF / other
  • Special requirements: LSZH performance level, printing, drum length, inspection documents, marking

FAQ

What is WDZ-YJY23 used for

It is used for LV distribution routes that require LSZH fire-safety performance and steel tape armor protection, commonly in underground ducts, trenches, and protected corridors.

What does the “23" structure provide

It commonly refers to a steel tape armored construction in many markets, improving resistance to external pressure and compression in underground routes, subject to the referenced standard.

Why choose LSZH for underground building feeders

LSZH systems reduce smoke and corrosive gas generation in fire scenarios, support safer evacuation in buildings and reduce corrosion damage to equipment, especially in enclosed routes.

Can WDZ-YJY23 be used in direct burial

It is widely used in ducts and trenches. Direct burial suitability depends on soil condition, mechanical risk, and local requirements. Provide