High-Capability Anchoring Devices
The Large Capacity Mooring Spooler (LCMS) is a mobile, self-contained winch system designed to deploy, tow, and recover terminal equipment from the stern of a ship. This versatile piece of equipment is undergoing future development, with the Maximum Capacity Document (MCD) currently in development.
The LCMS, equipped with an electro-active levelwind, offers operational flexibility, functioning in both auto and manual modes. This system can be installed on ships of opportunity, making it a valuable asset for various marine operations.
One of the key features of the LCMS is its durability, enabling prolonged periods of operation in the marine environment. The LCMS components include a drum split into two bays, one for line/cable and one for instrumentation packages. This design allows for efficient deployment and recovery of both the mooring line and the instrumentation packages.
The specifications and dimensions of the LCMS are crucial for understanding its capabilities. The platform size and weight, spool drum size, mooring line capacity, material and construction, power system, control system, environmental stability, and safety features all contribute to its performance. For precise specifications on a particular model, it's best to consult the manufacturer's documentation or contact their customer support directly.
It's worth noting that the LCMS does not have sensors for line in/out, line speed, or tension. However, the Deepwater Mooring System (DMS)—often used for deployment and recovery of deep sea mooring systems—does not have these sensors either. The DMS, which holds the instrument string (cable, soft line, and instrumentation packages) at relatively low tensions, is not instrumented, serving its purpose primarily for deployment and recovery operations.
The LCMS General Assembly Drawing provides a visual representation of the system's overall design, offering a comprehensive understanding of its components and layout. With its robust design, versatile functionality, and adaptability to various marine environments, the LCMS is an essential tool for numerous marine operations.
Data-and-cloud-computing solutions can be integrated into the LCMS system to optimize its performance and make it more efficient. This could include real-time data collection from the marine environment, use of predictive analytics for maintenance and safety, and remote control capabilities for the winch system.
The integration of advanced technology, such as data-and-cloud-computing, will enable the LCMS to be more adaptable and responsive to changing conditions, ultimately increasing its value for various marine operations.
