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Specification
| Rated Torque Output | 1,500 Nm to 15,000 Nm depending on model |
| Drive Configuration | Hydraulic motor or electric motor with gearbox |
| Axis Orientation | Horizontal output shaft |
| Operating Speed | Low-speed, high-torque output |
| Mounting Arrangement | Deck-mounted or integrated windlass structure |
| Control Options | Manual, local control, or remote control interface |
| Environmental Protection | Marine-grade sealing and surface protection |
Application
Horizontal axis anchor drives are commonly used across a wide range of marine anchoring systems due to their versatility and compatibility.
- Conventional anchor windlass systems on cargo vessels
- Fishing vessels and trawlers requiring reliable anchoring
- Offshore platforms and barges with deck-mounted anchoring units
- Harbor service vessels and tugboats
- Special-purpose ships with customized deck machinery layouts
Their adaptability allows integration with chain stoppers, wildcats, and rope handling equipment, making them suitable for mixed chain and rope anchoring systems.
Advantages
Horizontal axis anchor drives offer several operational and structural benefits that continue to make them a preferred solution in marine anchoring.
- Simple and proven mechanical design
- High torque capability for heavy anchors
- Flexible layout and easy integration with windlass systems
- Convenient access for inspection and maintenance
- Broad compatibility with existing anchoring components
These advantages contribute to long service life and reduced downtime during anchoring operations.
Material and Structure
Horizontal axis anchor drives are constructed using heavy-duty steel housings or cast components designed to withstand continuous mechanical stress. Gear sets are precision-machined and heat-treated to ensure consistent torque transmission and wear resistance.
The drive shaft is supported by reinforced bearing assemblies capable of handling radial loads generated during anchor handling. High-performance seals protect internal components from seawater ingress and contamination.
External surfaces are treated with marine-grade coatings to enhance corrosion resistance in harsh offshore and coastal environments.
