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Specification
| Rated Pull Capacity | 25 kN to 900 kN depending on model |
| Line Compatibility | Steel wire ropes, synthetic ropes, composite cables |
| Drive Type | High-efficiency electric motor with planetary or bevel gearbox |
| Control Mode | Local control, remote panel, or integrated bridge control |
| Speed Range | 0–20 m/min, adjustable for different line types and tension |
| Brake System | Electromagnetic or mechanical disc brakes with fail-safe and emergency stop |
| Duty Cycle | Continuous operation with overload protection |
| Environmental Protection | Marine-grade paint, IP65 or higher protection for electric components, sealed housings |
Application
Electro Driven Deck Machinery is applied in a wide range of marine and offshore operations:
- Mooring of commercial vessels such as container ships, bulk carriers, and tankers
- Anchor handling on offshore platforms and FPSOs with precise tension control
- Towing operations by tugboats requiring accurate line management
- Marine construction projects requiring safe and controlled handling of cables and chains
- Deck traction and cable deployment operations in offshore wind, oil, and gas projects
Advantages
Electro Driven Deck Machinery offers several operational advantages:
- High precision control for pulling, lifting, and tensioning lines
- Energy-efficient operation with lower operational cost compared to hydraulic systems
- Smoother operation with reduced mechanical stress and line wear
- Flexible integration with vessel automation and control systems
- Reliable performance in continuous heavy-duty operations
These features ensure safety, reduce maintenance, and enhance operational efficiency on deck.
Material and Structure
The structural frame is made of high-strength steel or cast alloy to handle torsional and bending stresses. Electric motors and gear assemblies are precision-engineered for durability and continuous operation.
Bearings, seals, and connectors are marine-grade and corrosion-resistant, ensuring reliability in offshore environments. Protective housings and IP-rated enclosures safeguard electrical components from water, dust, and salt exposure.
