(SC) (N)TSKWOEU 0,6/1KV – Shore Connection Cable

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PROTOLON Low Voltage Shore Connection Cable 0.6/1kV – Marina & Small Vessel Power Solutions | Feichun Cables

PROTOLON Low Voltage Shore Connection System

Cost-Effective Marina Power Solutions – 0.6/1kV Economical Grade

Accessible Maritime Electrical Solutions

The (N)TSKWOEU 0.6/1kV low voltage shore connection cable delivers economical, reliable power transmission solutions for marina operators, yacht clubs, and recreational vessel owners. This purpose-built cable system provides cost-effective electrical connectivity for smaller vessels while maintaining the same rigorous quality standards as our higher voltage systems.

Specifically engineered for low voltage shore connection systems (LVCS), this cable offers simplified installation procedures, reduced infrastructure requirements, and optimal performance for recreational and small commercial vessel applications requiring dependable shore power connectivity.

Sustainable Manufacturing Commitment

Our dedication to environmental stewardship is reflected in every aspect of production. We utilize fully recyclable drum cover foils and packaging materials containing 30% recycled content, supporting circular economy principles. Our eco-friendly cardboard packaging promotes sustainable choices while maintaining product protection standards. By selecting Feichun PROTOLON systems, you contribute to a greener maritime future.

Global Marina Applications & Regional Standards

European Marinas (CE)

PROTOLON-LV-1kV-EU

EN 60332-1-2 Fire Safety

DIN VDE 0250-813 Marina

Germany (VDE Marina)

PROTOLON-LV-VDE-1000

DIN VDE 0298-3 Installation

VDE 0207-20 Marina Grade

United States (UL Marine)

PROTOLON-LV-UL-1000V

UL 1309 Recreational Marine

ABYC E-11 Shore Power

International (IEC Marina)

PROTOLON-LV-IEC-80005

IEC/ISO/IEEE 80005-3

Marina Shore Connection

Nordic Marina Systems

PROTOLON-LV-NEK-1000

NEK 606 Marina Applications

Cold Climate Rated

Asia-Pacific (JIS Marina)

PROTOLON-LV-JIS-1000

JIS C 3410 Marine Grade

Tropical Climate Optimized

Optimized Conductor Design

Class 5 Stranded

Primary Conductors: Class 5 finely stranded bare copper providing excellent flexibility for marina dock installations and vessel connections

Insulation Material: EPR rubber with specialized 3GI3 compound optimized for low voltage marine applications

Control Integration: Four-core control element with EPR insulation for versatile vessel adaptation requirements

Marina-Optimized Construction

Waterproof EPR Flexible Design

Three-Core Layout: Symmetrical design around central aramid support element ensuring balanced load distribution

Waterproof Sheathing: Dual-layer EPR inner sheath with chlorinated polyethylene (5GM5) outer protection

Dock Installation: Enhanced flexibility characteristics suitable for dynamic marina dock environments

Environmental Durability

IP68 Marina UV Protected

Temperature Range: -40°C to +80°C for permanent marina installations

Conductor Rating: 90°C continuous operation with 250°C short-circuit capability

Marina Conditions: Excellent resistance to saltwater, UV exposure, and marine biological activity

Low Voltage Performance

0.6/1(1.2)kV 4kV Test

Voltage Rating: U₀/U = 0.6/1 (1.2) kV for recreational and small commercial vessels

Test Voltage: 4kV AC dielectric test ensuring reliable insulation performance

EMC Compatibility: Low interference design compatible with marine electronics and navigation systems

Marina Configuration Specifications

Product CodeConductor AssemblyConductor Ø (mm)Overall Ø Min/Max (mm)Weight (kg/km)Application TypeVessel Category
203786753×95+2×50/2+1×(4×2.5)12.856.5 / 60.561005DK1***Small Yachts
203799593×120+2×70/2+1×(4×2.5)15.157.1 / 61.195005DK1***Medium Yachts
202585913×185+2×95/2+1×(4×2.5)18.663.9 / 67.995005DK11001Large Recreational
203105493×240+2×120/2+1×(4×2.5)22.170 / 74118005DK1***Commercial Vessels

Marina Operator Q&A – Practical Applications

Q: What advantages does low voltage shore connection offer for marina operations?
A: Low voltage systems significantly reduce infrastructure costs, simplify electrical installations, and minimize safety hazards. The 1kV rating is ideal for recreational vessels and smaller commercial boats, requiring less complex electrical equipment and reducing installation complexity compared to medium or high voltage systems.
Q: How does this cable perform in typical marina dock environments?
A: The enhanced flexibility characteristics and waterproof construction make it ideal for dynamic dock installations where cables experience regular movement from tides, waves, and vessel motion. The EPR sheathing provides excellent resistance to saltwater, UV exposure, and mechanical stress common in marina environments.
Q: What installation considerations apply to marina underwater cable runs?
A: Installation requires appropriate underwater cable laying techniques with consideration for tidal variations and marine traffic. The chlorinated polyethylene outer sheath (5GM5) provides exceptional protection against marine organisms and chemical corrosion. Proper strain relief and adequate burial depth protect against anchor damage and environmental factors.
Q: Which international standards govern low voltage shore connection systems?
A: Primary standards include IEC/ISO/IEEE 80005-3 specifically for low voltage shore connections, ABYC E-11 for recreational marine electrical systems, and various marina electrical codes. The cable meets fire safety requirements under EN/IEC 60332-1-2 and installation standards per DIN VDE 0298-3.
Q: How does the control core integration enhance marina operations?
A: The integrated four-core control element enables communication between marina power pedestals and vessel electrical systems, facilitating automated connection procedures, power monitoring, and safety interlocks. This simplifies marina operations and enhances safety protocols for recreational boaters.
Q: What factors determine the appropriate conductor size for different vessel types?
A: Selection depends on vessel electrical load requirements, berth distance from shore power sources, and voltage drop considerations. Smaller yachts typically require 95-120mm² configurations, while larger recreational vessels and small commercial boats benefit from 185-240mm² conductors for adequate power capacity and voltage regulation.

Marina Industry Expertise & Professional Background

Captain James Rodriguez, P.E., Marina Infrastructure Specialist

Captain Rodriguez brings over 20 years of comprehensive experience in marina electrical systems design and recreational marine infrastructure development. His extensive background encompasses marina construction projects across the Mediterranean, Caribbean, and Pacific Northwest, with specialization in sustainable shore power systems for recreational and small commercial vessels.

As former Marina Operations Director for several premier yacht clubs and currently serving as Principal Engineer for marina electrical consulting, Captain Rodriguez has overseen electrical infrastructure development for over 85 marina facilities. His practical expertise includes both waterside electrical systems and vessel electrical integration, making him uniquely qualified to address the complexities of shore connection installations.

Professional Credentials & Experience:

  • Professional Engineer (Electrical) – Marine Infrastructure Systems
  • USCG Licensed Master Mariner (100-ton vessels)
  • Certified Marina Manager (CMM) – Association of Marina Industries
  • ABYC Certified Marine Electrical Technician
  • Former Marina Operations Director – Balboa Bay Club, Newport Beach
  • Technical Advisory Board – International Marina Institute

“Low voltage shore connection systems represent the practical foundation of modern marina operations. The PROTOLON low voltage series combines proven reliability with cost-effective installation characteristics, making advanced shore power accessible to marina operators of all scales.”

Marina Solutions & Technical Support

Anhui Feichun Special Cable Co., Ltd.

Marina Systems Engineering: [email protected]

Low Voltage Applications: [email protected]

Marina Project Development: [email protected]

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