FAMILIARIZATION OF ENGINE CONTROL CONSOLE | Electrician leckyjake

Summary

This video provides a comprehensive familiarization with the engine control console, showcasing its key features for operating and monitoring essential machinery in the engine room. The presenter covers the power management system, alarm and monitoring systems, and various equipment like the boiler, main engine, pumps, and auxiliary systems. Viewers will learn how to operate generators, manage alarms, monitor key parameters such as fuel levels, pressures, and temperatures, and control vital components like the main air compressor. The video offers a practical insight into the engine room's control systems, aimed at improving safety and operational efficiency.

Takeaways

• 😀 The Engine Control Console is central to operating and monitoring all machinery in the engine room.
• 😀 The Power Management System allows you to easily control and monitor the vessel's generators, including starting them and putting them on load.
• 😀 Automatic operations can be performed from the Engine Control Console, similar to a synchro panel in the main switchboard.
• 😀 The Control and Alarm Monitoring System, powered by Terasaki, enables monitoring of critical machinery and system alarms, including the main engine and pumps.
• 😀 This console provides important controls for boiler operation, including water level and pressure monitoring.
• 😀 It includes indicators for rudder angle, steering gear motor status, and the Deadman alarm system, crucial for night watch duties.
• 😀 The patrol call and emergency call buttons are also found on the Engine Control Console for immediate action in emergencies.
• 😀 Main engine performance is monitored through the torsion meter, tracking speed, power, and torque.
• 😀 Controls for the main air compressor and auxiliary blower are available on the console, as well as an indicator for turning gear engagement.
• 😀 The console helps manage the fuel system, including viscosity control, tank level monitoring, and valve controls for both the main engine and generators.
• 😀 Regular checks of indicator lights and alarms are essential to ensure the systems operate correctly and safely.

Q & A

What is the purpose of the Engine Control Console (ECC) on a ship?

The Engine Control Console (ECC) is used to operate and monitor all the machinery in the engine room, providing engineers with the ability to control and monitor essential systems from a centralized location.

How does the Power Management System (PMS) work in the ECC?

The Power Management System allows engineers to start and stop generators with a simple push of a button, set priorities for running generators, and manage automatic operations. It operates similarly to a synchronization panel but is automated for ease of use.

What types of equipment can be controlled using the Control and Alarm Monitoring System (CAMS)?

The CAMS can control and monitor various equipment in the engine room, including the main engine, pumps, boiler, sewage treatment plant, temperature and pressure systems, generators, and other critical machinery.

What is the function of the Deadman Alarm System in the Engine Control Console?

The Deadman Alarm System is essential for duty engineers, especially during night shifts, ensuring the safety of operations by alerting if the system detects inactivity or potential hazards.

What does the Torsion Meter monitor in the ECC?

The Torsion Meter monitors the speed, power, and torque of the main engine shaft, providing crucial data to ensure proper engine operation and performance.

How does the Fuel Oil Viscosity Control Panel contribute to engine performance?

The Fuel Oil Viscosity Control Panel manages the viscosity of fuel used by the main engine and generators, helping to optimize combustion and engine efficiency. Sensors for this control are typically located near the purifier area.

What are the primary functions of the Boiler Control in the ECC?

The Boiler Control in the ECC allows engineers to monitor and manage the operation of the boiler, which is primarily used for heating, ensuring it operates within safe and efficient parameters.

How does the Main Air Compressor Control work in the Engine Control Console?

The Main Air Compressor Control allows engineers to start and stop the air compressor, and also prioritize which compressor should be running, ensuring a constant supply of compressed air to critical systems.

What is the purpose of the Fuel Tank Control Panel in the ECC?

The Fuel Tank Control Panel is used to operate fuel tank valves and monitor the fuel tank levels, helping engineers manage fuel distribution and ensure efficient fuel usage across the ship's systems.

What is the significance of the Steering Gear Indicator in the ECC?

The Steering Gear Indicator shows which steering gear motor is running and provides critical information on the operation of the ship's steering system. It is important to switch between motors daily to ensure reliability and prevent wear.