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Specification
| Rated Pull Capacity | 60 kN to 700 kN depending on model and configuration |
| Line Compatibility | Steel wire ropes, synthetic ropes, and mixed fiber ropes |
| Drive Type | Hydraulic motor or electric motor with planetary gearbox |
| Control Mode | Local, remote, or integrated bridge control system |
| Speed Range | 0–12 m/min adjustable depending on line diameter |
| Brake System | Hydraulic or mechanical disc brake with fail-safe mechanism |
| Duty Cycle | Continuous and heavy-duty operation capable |
| Environmental Protection | Marine-grade coating and corrosion-resistant components |
Application
Ship mooring drive assemblies are applied in scenarios where precise and reliable mooring is critical.
- Mooring of commercial vessels, tankers, bulk carriers, and container ships in ports and terminals
- Offshore support vessels requiring controlled positioning for docking and offshore operations
- FPSOs and floating platforms with multiple mooring lines under dynamic loads
- Harbor and tugboats assisting large vessels with line handling and tension control
- Marine construction and offshore installation projects demanding precise mooring management
These assemblies support both single-line and multi-line mooring operations, ensuring safety and stability in various environmental conditions.
Advantages
Ship mooring drive assemblies offer multiple operational benefits:
- Consistent and controlled line tension to prevent sudden load spikes
- Enhanced safety for crew by reducing uncontrolled line movement
- Compact and modular design for flexible deck integration
- Durable construction suitable for heavy-duty and continuous operation
- Compatible with various types of mooring lines and ropes
These features make them indispensable for vessels operating in ports, offshore, or exposed sea conditions.
Material and Structure
The structural frame is fabricated from high-strength steel to resist bending and deformation under heavy loads. Gears, shafts, and drive components are precision-machined and heat-treated to ensure consistent torque and longevity.
Bearings are selected to accommodate both axial and radial loads, while high-performance seals prevent seawater and dust ingress. All exposed surfaces are finished with marine-grade coatings to provide corrosion resistance, extending operational life in harsh marine environments.
