The AMS (Alarm Monitoring System) is one of the most critical components ensuring the safe and reliable operation of a vessel. Its primary role is to detect, notify, and inform the responsible personnel of any system conditions or potential hazards, allowing for timely intervention and compliance with international safety standards.
✅ Core Functionality: The AMS processes, stores, distributes, and displays vital ship system information.
✅ System Objective: To provide the crew with accurate and continuous real-time data, ensuring fast and effective response to any event.
✅ User Interface: Alarms and notifications are clearly displayed on all operator stations, providing full situational awareness and enabling immediate decision-making.
✅ Key Advantages:
Continuous monitoring of all critical ship systems.
Automatic event logging and fault history tracking.
Seamless integration with other onboard systems (UMS, PMS, Propulsion, Fire & Safety).
Simple and intuitive operation through a modern graphic interface.
The UMS (Unmanned Machinery Space) system enables the operation and supervision of engine rooms without constant human presence, representing a major step toward automation and smart vessel management. It enhances efficiency, safety, and control, allowing ship systems to operate autonomously and reliably.
✅ How It Works:
The UMS utilizes sensors, PLCs, SCADA, and remote monitoring technologies to oversee the engine room and connected systems from the control room or other onboard stations.
✅ Main Benefits:
Automatic fault detection and alerting.
Reduced need for manual supervision.
Improved energy efficiency and operational reliability.
Safe 24/7 operation with minimal human intervention.
✅ System Integration:
The UMS connects seamlessly with the AMS, Power Management System (PMS), and propulsion control systems, forming a unified monitoring and control environment that ensures complete visibility and coordination across the ship’s operations.
