Product Specification

Waterproof Flame Retardant Prefabricated Branch Cable 10-1000mm² Single-Core Multi-Core

APPLICATION

Pre-terminated cables, also known as pre-assembled or prefabricated branch cables, are widely applied in various fields due to their efficiency and reliability. Their primary applications include:

• ‌Data Centers & Server Rooms‌: Used for high-speed network connections between servers and switches, minimizing installation time and ensuring signal integrity‌
  
• Smart Buildings & Infrastructure‌: Deployed in electrical shafts, tunnels, airports, and bridges for vertical power distribution in high-rise buildings, replacing traditional busbar systems‌
• Healthcare & Commercial Facilities‌: Applied in hospitals, shopping malls, and hotels for stable power supply in critical areas with low maintenance requirements
• Transportation Projects‌: Suitable for metro systems, airports, and highways due to their waterproof, seismic-resistant, and fault-tolerant properties‌
• ‌Industrial & Utility Networks‌: Used in power plants and substations for customized branch configurations, enhancing energy delivery efficiency‌

CONSTRUCTION

Conductor:Class 5 soft stranded conductor 

Insulation:Polyvinyl chloride (PVC) 

Fire-resisting layer 

Outer sheath: Polyvinyl chloride (PVC)

STANDARD

JB/T 10636

Ordering Information

In order to better design your prefabricated branch cable, please provide the following information:

• Building Category high buildings, stadiums, roads, etc. 
• Building Construction: building power distribution system maps, prefabricated branch cable layout.
• Distribution method: single-phase two-wire, single-phase three-wire, three-phase three-wire,three-phase four-wire, three-phase five-wire
• Prefabricated branch cable: cable type, the section of main and branch cables, the distance between the branch junction box, length of main cable, length of branch cable.
• Installation method: pull down from the roof to ground or pull up from the ground to roof.
• Support of top: with or without cable suspension device, cable clamping device.
• Accessories: clamps, brackets, etc.
• Cable tray.
• Other requirements.

TYPE AND NAME

APPLICATION

ABOUT US

PACKAGE

PARTNER

FAQ

Q. What is a pre-terminated cable?‌
A. A pre-terminated cable is a factory-assembled cable system with pre-installed connectors and branches, designed for quick and error-free installation in electrical networks

Q.What are the main advantages of pre-terminated cables?‌
A. They reduce installation time, ensure consistent quality, minimize human errors, and are ideal for high-density wiring in buildings and data centers.

Q‌.Where are pre-terminated cables commonly used?‌
A.Widely deployed in high-rise buildings, data centers, industrial plants, and infrastructure projects for efficient power and signal distribution.

Q‌.How does a pre-terminated cable simplify installation?‌
A. It eliminates on-site crimping or soldering, as all connections are pre-tested and sealed, reducing labor and downtime.

Q‌. What types of connectors are used in pre-terminated cables?‌
A. Common connectors include RJ45 for Ethernet, MPO/MTP for fiber optics, and copper lugs for power distribution, depending on the application.

Q. Are pre-terminated cables customizable?‌
A. Yes, they can be tailored to specific lengths, branch configurations, and environmental requirements (e.g., waterproof or flame-retardant).

Q‌.How do pre-terminated cables improve system reliability?‌
A.Factory-controlled assembly ensures precise alignment and insulation, reducing risks of loose connections or signal loss.

Q.What maintenance do pre-terminated cables require?‌
A. Minimal maintenance is needed, but periodic inspections of connectors and protective sleeves are recommended to ensure longevity.

Q.Can pre-terminated cables be used in harsh environments?‌
A. Yes, specially designed variants with ruggedized jackets and corrosion-resistant materials are available for industrial or outdoor use.

Q‌.How do I choose the right pre-terminated cable for my project?‌
A. Consider factors like current/voltage ratings, environmental conditions, connector compatibility, and compliance with local standards