Operational demands are placing enormous pressure on you to optimize reliability and safety while reducing the size and weight of equipment. Improve your onboard capabilities with a common shipboard architecture that provides ship-wide control and visualization, and commercial off-the-shelf (COTS) technology for applications and equipment that offer you:
- Durability to confidently withstand the shipboard environment (shock, vibration, EMI)
- Reliability measured by high Mean Time Before Failure (MTBF) statistics
- Expandability to grow with and develop future applications
- Global support and local material availability
Apply the right combination of predictive, preventive and reactive maintenance methods to optimize equipment performance and improve reliability.
Our solutions result in:
- Reduction of headcount on board ships
- Life cycle predictive and preventative maintenance
- Improved operational performance
- Immediate global access to spare parts and support personnel
- Extended life of your existing assets
Typical shipboard applications include:
- Propulsion
- Diesel Engine
- Gas Turbine Engine
- Controllable-pitch Propeller
- Steering / Rudder
- Shaft Line Gear Boxes (lube, monitoring)
- Shaft Line Bearings (monitoring)
- Shaft Line Clutches
- Engine Auxiliaries
- Fuel Oil Supply
- Fuel Oil Purifiers
- Lube Oil
- Engine Cooling — Sea Water
- Engine Cooling — Fresh Water
- Exhaust Gas (monitoring)
- Sludge Water Discharge
- Power
- Diesel Generator Engine
- Generator (including line synchronization)
- Switchgear Breaker Control
- Load Shedding
- Substation Transformer Monitoring
- Fire Protection
- Fire Detection
- Sprinkler System
- AFFF System
- Fire Door Monitoring
- Auxiliary Systems
- Engineer Call System
- Boiler
- Compressed Air
- Steam Condensate System
- HVAC
- Ballast
- Bilge Pumps
- Potable Water
- Technical (domestic) Water
- Sewage
- Elevators / Lifts
- Jet Fuel Transfer System
- Aircraft Restraining System
- Aircraft Catapult
- Anchor Control
- Mooring Winches
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