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Key benefits
Deck machinery must work flawlessly in demanding conditions. MacGregor solutions focus on delivering clear operational benefits that support safe operations, lower costs, and long-term reliability:
- Lower energy consumption reduces fuel use and operating costs during port operations.
- Oil-free electric operation eliminates spill risk and reduces maintenance demands.
- High power availability supports reliable anchoring and mooring under heavy loads.
- High system reliability improves uptime and reduces the risk of unplanned delays.
- Simplified installation shortens shipyard time and lowers total project cost.
Knowledge and experience of the world’s three leading brands under one umbrella - Hatlapa, Pusnes and TTS.
Choose between electric-driven and electro-hydraulic solutions to match your operational priorities, energy efficiency targets, and lifecycle expectations.
Key features
MacGregor deck machinery is engineered for consistent performance, easy integration, and long-term reliability.
- Modular system design simplifies installation, commissioning, and future upgrades.
- Electric-driven solutions use variable frequency drives for smooth, precise speed and torque control.
- Electro-hydraulic systems deliver high power density for demanding anchoring and mooring operations.
- Robust mechanical structures ensure reliable operation in harsh marine environments.
- Optimised layouts provide easy access for inspection and maintenance.
- Standardised components improve spare part availability and reduce lifecycle costs.
Both electric and electro-hydraulic solutions share a common design philosophy focused on standardisation, safety, and serviceability.
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References
Shipowners worldwide trust MacGregor deck machinery for its predictable performance, long life, and strong service support. Proven installations across thousands of vessels demonstrate reliable operation, reduced maintenance effort, and substantial lifecycle value.
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Technical Features
MacGregor deck machinery is available with electric and electro-hydraulic drives, each optimised for safe, efficient, and reliable anchoring and mooring operations.
Electric-driven deck machinery
- Line pull range 160–400 kN with support for 62–147 mm stud link chains.
- Single, double, or triple drum configurations with undivided or split-type drums.
- Pole-changing motors for simple speed adjustments or frequency-controlled motors for precise, stepless speed control control.
- The oil-free design minimises long-term maintenance requirements and operational costs by eliminating hydraulic piping and pump units.
- Integrated safety, alarms, and emergency stop functions.
- Designed in accordance with ISO 3730, ISO 4568 and OCIMF recommendations.
Electro-hydraulic deck machinery
- Line pull range 120–320 kN with support for 62–127 mm stud link chains.
- Radial or axial piston motors matched to torque and speed requirements.
- Single, double, or triple drum configurations with undivided or split-type drums.
- Intelligent overload protection with rapid self-correction under high loads.
- Designed in accordance with ISO 3730, ISO 4568 and OCIMF recommendations.
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Optional Features
- Electro-hydraulically operated chain stoppers
- Auto-tensioning functionality
- Remote control
- Wireless control (only available for electric driven deck-machinery)
- Chain length and speed indicators (showing paid-out length)
- Hydraulically operated cable lifter brakes
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Making the Switch: A case for Efficiency, Safety & Sustainability
Tankers and gas carriers are traditionally equipped with electro-hydraulic winches. From a technical standpoint, however, there is no reason not to also consider fully electric drives for these vessel types.
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Ship Types
MacGregor deck machinery solutions are suitable for all vessel types, for example:
- Bulk carriers
- Tankers
- Liquefied natural gas carrier
- Container vessels
- Cruise ships
- General cargo and multipurpose vessels
- Naval ships etc.
MacGregor electric deck systems prove optimal for bulk carrier operations
MacGregor offers an extensive portfolio of shipboard equipment for multiple vessel types.
