Low Voltage Shore Power Cable Reel System for Ship Shore Connection

Product Overview

Advanced shore power cable management system with PLC control, constant tension, and cybersecurity-compliant control architecture.

Designed for safe cable handling between ship and shore with automatic retraction and release.

Quick Specifications

• Cable Type: 3×185+1×95+4×2.5 → Defines power capacity
• Cable Length: 50 m → Operating range
• Rated Current: 350 A → Power capacity
• Voltage: up to 690V → System compatibility
• Protection: IP56 → Marine durability
• Control: PLC System → Intelligent automation
• Tension Control: Constant tension → Prevents cable damage
• Monitoring: Display + Length counter → Real-time feedback
• Cybersecurity: Latest standards compliant → Ensures system safety
• Guide System: Extendable cable guide frame → Supports smooth cable release
• Standard: IEC 80005-3 → Shore power compliance

Main Technical Parameters

For reference only, can be customized

Selection Guide

Step 1 – Cable spec → Power requirement

Step 2 – Length → Berth distance

Step 3 – Current → Load capacity

Step 4 – Automation → PLC + tension

Step 5 – Safety → Cybersecurity requirement

Step 6 – Installation → Onboard/shore

Structure & Components

Cable reel | Motor & reducer | PLC system | Slip ring | Hysteresis coupling | Tension sensor | Length counter | Extendable guide frame

Custom Attributes

• PLC Control → Smart system
• Constant Tension → Cable protection
• Cybersecurity → Safe control system
• Extendable Guide Frame → Smooth cable deployment
• Monitoring → Display + counter
• IEC 80005-3 → Standard compliance
• Certification: CCS, NK, BV, ABS, DNV, LR, KR, IRS, RS, RINA, CRS, Makers Test Certificate

Inquiry Guide

Provide cable spec, length, current, automation and cybersecurity requirements.

How It Works

PLC monitors tension and controls motor. Extendable guide frame ensures smooth cable release and alignment.

Applications

Shore power | Smart ports | Container terminals | Offshore berthing

Certifications & Advantages

IEC compliant + cybersecurity compliant; automatic tension control, safe operation, intelligent monitoring.

Drawing & Photos

GA drawing | Electrical diagram

Ordering Information

MOQ:1 | Delivery:120 days

FAQ

Q1: Why is cybersecurity required for the cable reel system?

A: Cybersecurity ensures the PLC control system and communication interfaces are protected against unauthorized access and cyber attacks. This is essential for modern smart port and shore power systems to prevent operational disruption, data breaches, or malicious control interference.

Q2: What is the function of the constant tension system?

A: The constant tension system automatically adjusts cable length during ship movement (tide, wind, drift), preventing excessive tension or slack. This protects the cable from damage and ensures continuous and safe power supply.

Q3: What is the role of the hysteresis coupling?

A: The hysteresis coupling provides smooth torque transmission and absorbs shock loads, ensuring stable cable retraction and release while protecting the motor and gearbox.

Q4: Why is an extendable cable guide frame required?

A: The extendable cable guide frame ensures proper cable alignment during deployment and retrieval. It prevents cable twisting, uneven winding, and mechanical stress, especially when the vessel position changes.

Q5: Can the system operate automatically without manual intervention?

A: Yes. With PLC control, tension sensors, and length monitoring, the system can automatically control cable retraction and release, reducing crew workload and improving operational safety.

Q6: Is the system compliant with international shore power standards?

A: Yes. The system complies with IEC/ISO/IEEE 80005-3 standards and can be designed to meet classification society requirements such as CCS, ABS, DNV, and LR.

Q7: What monitoring functions are included?

A: The system includes real-time monitoring of cable length, tension, and operational status through a display screen, ensuring safe and controlled operation.