products details

Created with Pixso. Home Created with Pixso. Products Created with Pixso.
Fire Resistant Cable
Created with Pixso.

ZR-YJV Fire Retardant Cable 0.6/1kV To 33kV Heat Resistant Cables

ZR-YJV Fire Retardant Cable 0.6/1kV To 33kV Heat Resistant Cables

Brand Name: JinHong
Model Number: ZR-YJV
MOQ: 100m
Price: 10-15.99USD/m
Payment Terms: T/T
Detail Information
Place of Origin:
Anhui China
Voltagerating:
0.6/1kV To 33kV
Productname:
Industrial Power Cables
Flexibility:
Flexible Or Rigid
Insulationmaterial:
PVC, XLPE, Rubber
Temperaturerange:
-40°C To +90°C
Cabletype:
Armored, Unarmored
Conductormaterial:
Copper Or Aluminum
Standardscompliance:
IEC, BS, UL, CSA
Flameretardant:
Yes/No
Shielding:
Aluminum/Mylar Tape, Copper Wire
Cableconstruction:
Single Core, Multi-core
Outersheathmaterial:
PVC, PE, LSZH
Installationenvironment:
Indoor, Outdoor, Underground
Waterresistance:
Waterproof Or Water-resistant
Application:
Power Distribution, Industrial Machinery
Highlight:

ZR-YJV Fire Retardant Cable

,

Fire Retardant Cable 0.6/1kV

,

33kV Heat Resistant Cables

Product Description

ZR-YJV Flame-Retardant XLPE Power Cable 0.6/1kV for Safer Cable Routes

ZR-YJV is a low-voltage copper core power cable with a flame-retardant design that helps limit the spread of flame along the cable's path, making it ideal for building wiring and industrial installations, especially in locations where fire safety requirements specify the use of flame-retardant cables. It typically features copper conductors, cross-linked polyethylene (XLPE) insulation, and a sheath system that meets the relevant standard flame-retardant rating requirements. ZR-YJV is widely used in locations where cable density is high and line safety is a priority, such as fixed installation environments like cable trays, conduits, cable ducts, risers, and equipment rooms.

For cross-border buyers, if a project requires a flame-retardant rating but does not want to use the Low Smoke Halogen-Free (LSZH) specification, ZR-YJV is a practical upgrade to standard YJV.

Rated Voltage

Typical Rated Voltage: 0.6/1 kV

Please confirm the flame-retardant rating required in your project's standards and Bill of Quantities (BOQ).

General Specifications Overview
Common Core Wire Configurations
  • 1C: For high-current feeders and phase-separated wiring
  • 2C: For single-phase circuits and dedicated loads
  • 3C: For three-phase circuits without a neutral wire (depending on the project)
  • 4C: For three-phase distribution with a neutral wire
  • 5C: For three-phase distribution with a neutral wire and protective earth (PE) (depending on the project)
  • 3+1 and 3+2: For feeder configurations in many markets (depending on the project)
Common Cross-sectional Areas (mm²)
1.52.54610162535507095120150185240300400
High-Frequency Procurement Combinations
  • 3C x 4
  • 3C x 6
  • 3C x 10
  • 3C x 16
  • 4C x 6
  • 4C x 10
  • 4C x 16
  • 4C x 25
  • 4C x 35
  • 4C x 50
  • 5C x 6
  • 5C x 10
  • 5C x 16
  • 5C x 25
  • 1C x 70
  • 1C x 95
  • 1C x 120
  • 1C x 150
  • 1C x 185
  • 1C x 240

Availability depends on conductor grade and required flame retardant standard.

Reasons Buyers Choose ZR-YJV
  • Flame Retardant Performance for Line Safety

    Designed to help limit the spread of flame along cable lines, ensuring safety in risers, corridors, shafts, and high-density cable tray installations.

  • XLPE Insulation for Stable Low-Voltage Distribution

    XLPE insulation provides reliable dielectric and thermal properties for continuous load building feeders and industrial power distribution.

  • A More Cost-Effective Upgrade than Standard YJV

    Provides a higher fire safety rating while maintaining a familiar cable structure, facilitating efficient installation and termination by contractors.

  • Suitable for commercial buildings and industrial sites

    Commonly used in hospitals, shopping malls, office buildings, factories, and public utility buildings where fire safety regulations require flame-retardant cables.

  • Facilitates EPC procurement and repeat supply

    Standard configurations and common sizes support bill of materials matching, inventory planning, and phased project delivery.

Typical Applications
  • Low-voltage power distribution main and branch feeders
  • Cable trays, conduits, cable trays, risers, and shafts
  • Equipment rooms, switchgear rooms, and electrical corridors
  • Commercial buildings, high-rise power distribution lines, and public facilities
  • Industrial plants requiring flame-retardant cable lines
Manufacturing and Process Description
  1. Copper Conductor Production

    Copper is drawn and stranded to meet conductor resistance and flexibility requirements.

  2. XLPE Insulation Extrusion and Crosslinking

    XLPE insulation is extruded and crosslinked to ensure stable electrical and thermal properties in low-voltage applications.

  3. Core Identification and Assembly

    After identification, the cores are laid in the specified number, using fillers and adhesives where necessary to maintain a stable geometry.

  4. Flame-Retardant Sheath Formulation

    The selection and processing of the outer sheath compound system meet the flame-retardant rating requirements of relevant standards.

  5. Sheath Extrusion and Finishing

    The sheath is coated with controlled thickness and surface quality, followed by printing and traceability marking.

  6. Routine Testing and Compliance Checks

    Typical checks include conductor resistance, insulation thickness, spark testing, voltage testing, dimensional verification, and sheath integrity checks. Flame-retardant performance verification is performed according to the required rating.

Structural Overview
Conductor:
Copper
Insulation:
Cross-linked polyethylene (XLPE)
Outer Sheath:
Flame-retardant composite sheath system (depending on standard)
Installation Methods:
Fixed, Cable tray, Conduit, Cable trough, Riser, Protected circuit
Specifications
Model ZR-YJV
Cable Category Flame-retardant cross-linked polyethylene (XLPE) power cable
Rated Voltage 0.6/1 kV
Conductor Copper stranded wire (according to standard classification)
Insulation Cross-linked polyethylene (XLPE)
Sheath Flame-retardant composite sheath system (depending on standard)
Core Configuration 1 core, 2 cores, 3 cores, 4 cores, 5 cores, 3+1 cores, 3+2 cores
Common Cross-sectional Area 1.5 to 400 mm²
Typical Maximum Operating Temperature Up to 90°C (XLPE) (Design, subject to standards)
Installation methods Cable tray, conduit, trunking, riser, shaft, protective circuit
Packaging Small-size cables are packaged in reels; medium and large-size cables are packaged in reels.
Optional services Markup language, packaging marking, reel planning, documentation
Selection Guide
  1. When the tender requires the use of flame-retardant low-voltage power cables for building or industrial power distribution lines, please select ZR-YJV cables.
  2. Please confirm the flame retardancy rating required in the reference standards to avoid test category mismatches.
  3. Select the number of cores based on the power distribution scheme and neutral/protective conductor design.
  4. Select the cross-sectional area based on current, distance, grouping, ambient temperature, and allowable voltage drop.
  5. If your project requires low-smoke halogen-free performance, please select the LSZH model instead of the standard ZR sheathed system.
Quick Inquiry Template
Product:
ZR-YJV
Voltage:
0.6/1 kV
Flame Retardant Requirements:
Compliant with Standard__
Core Configuration:
__
Cross-section List:
__ mm²
Total Quantity:
__ meters
Installation Path:
Cable Tray/Conduit/Cable Tray/Riser/Hydraulic Shaft
Required Standards:
__
Destination:
Country and Port__
Trade Terms:
__
Special Requirements:
Sheath Requirements, Markings, Reel Length, Inspection Documents
Frequently Asked Questions
What is the purpose of ZR-YJV?

ZR-YJV is used for low-voltage power distribution lines requiring a flame retardant rating, including cable trays, risers, shafts, and dense cable laying in buildings and industrial sites.

How does ZR-YJV differ from standard YJV?

ZR-YJV is designed to meet the flame retardant rating requirements of relevant standards, while standard YJV may not meet the same flame retardant requirements.

Is ZR-YJV the same as LSZH cable?

No. ZR indicates flame retardant rating, while LSZH refers to low smoke and halogen-free characteristics. If the Bill of Quantities (BOQ) requires LSZH cable, specify the LSZH model.

Can ZR-YJV cable be installed in cable trays and conduits?

Yes. It is commonly installed in cable trays, conduits, trunking, risers, and protective wiring for building and industrial power distribution.

What are the most commonly used specifications by contractors?

4-core and 5-core cables of 10 to 50 mm² are widely used in building power distribution. Single-core cables of 70 to 240 mm² are often used for high-current feeders.

What details are needed for a quick quote?

Flame retardant rating, core configuration, cross-sectional area, total length, required standards, packaging preferences, and destination.

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.