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Specification
| Load Capacity | 50–500 tons |
| Lifting Height | 5–50 meters |
| Power Source | Electric high-voltage, Diesel-hydraulic, or hybrid systems |
| Operating Speed | 0.1–6 m/min, variable with load control |
| Temperature Range | -40°C to +55°C |
| Ingress Protection | IP56–IP67 |
| Control Options | Advanced PLC systems, wireless remote control, integrated monitoring dashboards |
| Mounting Options | Fixed deck, reinforced foundations, or modular deck frames |
Application
Ultra High Load Deck Machinery is applied in operations where extreme lifting and pulling capabilities are required:
- Heavy cargo handling, including containers, machinery, and offshore equipment
- Shipbuilding and repair operations requiring precise placement of hull sections or structural components
- Offshore drilling platforms and oil rigs, facilitating movement of drilling equipment, modules, and safety systems
- Large-scale mooring, anchoring, and towing operations for vessels
- Military and naval operations requiring deployment of heavy systems, vehicles, or support equipment
These machines are designed for continuous operation under high stress and in harsh marine conditions, ensuring reliability where smaller systems cannot perform.
Advantages
Key advantages of Ultra High Load Deck Machinery include:
- Exceptional load handling capacity, up to 500 tons or more
- High structural stability ensuring safety under extreme conditions
- Advanced drive systems for precise motion control
- Durable components engineered for long-term operation in corrosive marine environments
- Integrated monitoring and safety systems to prevent overload and ensure operator safety
- Flexible configurations for deck or offshore installation
- Energy-efficient designs using optimized hydraulic and electric systems
Materials and Structure
Constructed from high-grade marine steel, reinforced alloys, and corrosion-resistant composites, Ultra High Load Deck Machinery ensures maximum structural integrity. Key load-bearing components such as winch drums, crane arms, and actuator frames are precision-engineered and stress-tested for ultra-heavy operations.
Hydraulic and electric systems are enclosed in sealed, IP67-rated housings, protecting sensitive electronics and fluid circuits from saltwater, dust, and mechanical impact. Modular designs allow for replacement of worn parts without compromising overall structural stability.
