Flat Reeling Cable (FL)-LWL (N)TSFLCGEWOEU 3.6/6KV – Regional Port Automation & Smart Terminals

Reeling & Trailing Cables for Cranes & Mining — Feichun Special Cable Blogs
Reeling & Trailing Cables for Cranes & Mining — Feichun Special Cable Blogs
PROTOLON FL-LWL Medium Voltage Cable 3.6/6kV – Regional Port Automation & Smart Terminals | Feichun Cables

PROTOLON FL-LWL Medium Voltage System

Regional Port Automation & Smart Terminal Solutions – 3.6/6kV Medium Grade

Intelligent Regional Port Infrastructure

The PROTOLON FL-LWL Medium Voltage 3.6/6kV delivers optimal cost-performance balance for regional port operators, smart terminal facilities, and mid-scale automation systems. This advanced cable combines power transmission with integrated fiber optic communication networks, specifically designed for regional ports, inland terminals, and growing logistics hubs requiring modern automation capabilities without premium infrastructure costs.

Engineered for emerging markets and expanding port facilities, this medium voltage system provides seamless integration of power and data transmission for automated cargo handling equipment, enabling smart port operations while maintaining budget-conscious infrastructure development strategies.

Medium Voltage Automation Performance

Optimized Flat Profile: Height 24-34mm × Width 83-110mm

Travel Speed: Up to 120 m/min | Tensile Strength: 15 N/mm²

The medium voltage design provides cost-effective automation capabilities for regional ports and terminals. Balanced electrical performance and mechanical durability enable reliable smart terminal operations while optimizing infrastructure investment requirements.

Regional Port Standards & Market Applications

European Regional Ports (CE)

PROTOLON-FL-6kV-EU-REG

EN 60332-1-2 Fire Safety

DIN VDE 0250-813 Regional

German Inland Terminals

PROTOLON-FL-VDE-6000

DIN VDE 0298-4 Medium

HD 2216 Regional Standard

US Regional Ports (UL)

PROTOLON-FL-UL-6000V

UL 1277 Regional Crane

NEMA MG1 Compatible

Smart Terminal (IEC)

PROTOLON-FL-IEC-6kV

IEC 60228 Medium Voltage

IEC 60811-404 Testing

Asian Emerging Ports

PROTOLON-FL-JIS-6000

JIS C 3410 Regional

GB/T Emerging Markets

Inland Logistics Hubs

PROTOLON-FL-LOG-6kV

Multimodal Compatible

Logistics Automation

Cost-Optimized Flat Design

Parallel Core Layout

Conductor Configuration: Class 5 tinned copper conductors in parallel arrangement optimized for regional port budget constraints while maintaining performance standards

Earth Distribution: Split earth conductor with concentric distribution ensuring electrical safety and performance for medium voltage applications

Space Efficiency: Compact flat profile reduces reel infrastructure requirements, lowering total cost of ownership for regional operators

Integrated Smart Communication

6-Tube G62.5 Multi-Mode Fiber

Fiber Optic Element: Six-tube configuration with G62.5/125μm multi-mode fibers enabling smart terminal automation and data analytics

Regional Connectivity: Supports regional port management systems, cargo tracking, and automated equipment coordination

Future-Ready Infrastructure: Scalable communication capability for growing automation requirements and smart port evolution

Regional Climate Adaptation

-35°C to +80°C All-Weather

Climate Range: Extended temperature tolerance for diverse regional climates and seasonal variations

Environmental Durability: PROTOFIRM PCP sheathing with enhanced resistance to regional environmental conditions

Coastal Protection: UV, ozone, and salt air resistance optimized for regional coastal port environments

Medium Voltage Efficiency

3.6/6(7.2)kV 11kV Test

Voltage Rating: U₀/U = 3.6/6 (7.2) kV ideal for regional port electrical distribution systems

Test Standards: 11kV AC dielectric testing ensuring reliable performance and safety margins

System Integration: Compatible with standard regional port electrical infrastructure and medium voltage switchgear

Regional Port Configuration Options

Product CodeConductor AssemblyConductor Ø (mm)Height Min/Max (mm)Width Min/Max (mm)Weight (kg/km)Regional Application
200044653×35+4×25/4E+1×(6G62.5)8.324.5 / 27.583.5 / 88.53700Small Regional Ports
200159233×50+4×25/4E+1×(6G62.5)9.823.9 / 25.979.1 / 84.13980Inland Terminals
FL_LWL_6KV_0013×70+4×35/4E+1×(6G62.5)11.428.7 / 31.797.7 / 102.75590Medium Regional Ports
201550873×95+4×50/4E+1×(6G62.5)13.330.6 / 33.6105.3 / 110.36720Large Regional Systems

Regional Port Automation Q&A – Smart Terminal Insights

Q: What advantages does medium voltage offer for regional port automation?
A: Medium voltage systems provide optimal cost-performance balance for regional ports, offering smart automation capabilities without the infrastructure costs of high-voltage systems. The 6kV rating enables efficient power distribution for modern crane systems while maintaining compatibility with standard regional electrical infrastructure, reducing installation complexity and ongoing maintenance costs.
Q: How does integrated fiber optics benefit emerging port operations?
A: The six-tube G62.5 fiber configuration enables regional ports to implement smart terminal features including automated cargo tracking, real-time equipment monitoring, and integration with regional logistics networks. This communication capability supports growth from manual operations to automated systems, providing scalable infrastructure for expanding port operations and regional connectivity.
Q: What installation considerations apply to regional port environments?
A: Regional ports often have diverse environmental conditions requiring adaptable installation approaches. The extended temperature range (-35°C to +80°C) accommodates various regional climates, while the PROTOFIRM PCP sheathing provides protection against coastal salt air, UV exposure, and regional weather patterns. Flat profile design reduces reel infrastructure requirements, important for budget-conscious regional operators.
Q: Which regional port standards govern medium voltage automation systems?
A: Regional applications typically follow DIN VDE 0250-813 for flat cables, HD 2216 for reeling applications, and IEC 60228 for conductor specifications. Regional ports must consider local electrical codes, environmental regulations, and emerging smart port standards. Fire safety compliance per EN/IEC 60332-1-2 is essential, with additional requirements for specific regional markets and emerging automation protocols.
Q: How does this system support regional port growth and expansion?
A: The medium voltage design provides scalable automation infrastructure supporting regional port expansion. The integrated fiber optics enable incremental automation adoption, from basic crane control to comprehensive smart terminal operations. Cost-effective installation and maintenance characteristics support sustainable growth for regional operators transitioning to automated operations while managing infrastructure investments.
Q: What factors determine optimal configuration for different regional port sizes?
A: Selection depends on port throughput, crane capacity requirements, automation complexity, and growth projections. Smaller regional ports typically benefit from 35-50mm² configurations, while medium regional facilities require 70mm² systems. Large regional ports with expansion plans utilize 95mm² configurations. Fiber optic count supports communication requirements for current operations and future automation expansion plans.

Regional Port Development Authority & Technical Expertise

Elena Petrov, P.E., Regional Port Systems Specialist

Elena Petrov brings over 19 years of specialized experience in regional port development and smart terminal automation, with particular focus on emerging markets and mid-scale port operations. Her comprehensive background encompasses port automation projects across Eastern Europe, Southeast Asia, and Central America, with expertise in cost-effective smart terminal implementation for regional operators.

As former Port Development Manager for several regional port authorities and currently serving as Principal Consultant for emerging port automation, Elena has led infrastructure development for over 60 regional port facilities. Her expertise includes budget-conscious automation system design, regional logistics integration, and scalable smart terminal technologies that enable regional ports to compete effectively with larger facilities while managing infrastructure investments.

Professional Qualifications & Regional Port Experience:

  • Professional Engineer (Electrical) – Port Infrastructure Systems
  • Certified Port Manager (CPM) – International Association of Ports and Harbors
  • Smart Port Technology Certification – Port Technology Institute
  • Regional Development Specialist – World Bank Infrastructure Group
  • Former Port Development Manager – Black Sea Regional Ports Authority
  • Technical Advisory Board – Emerging Markets Port Development Initiative
  • ASCE Ports & Harbors Committee Regional Representative

“Regional port automation requires intelligent balance between capability and cost-effectiveness. The PROTOLON FL-LWL medium voltage series provides regional operators with smart terminal infrastructure that enables competitive operations while respecting budget constraints essential for sustainable port development in emerging markets.”

Regional Port Development & Technical Support

Anhui Feichun Special Cable Co., Ltd.

Regional Port Engineering: [email protected]

Smart Terminal Solutions: [email protected]

Emerging Market Projects: [email protected]

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