Know:

- State and prospects of integrated automation of seus of large-capacity transport vessels;

- Automatic fuel ignition control system of the main ship boiler, purpose, block diagram, control circuits, main characteristics of regulators;

- Dynamic properties of the boiler as an object of steam pressure regulation in boilers;

- Tasks and methods of regulating Marine steam turbines. Dynamic properties of a ship's steam turbine as an object of speed control;

- Device and characteristics of turbine speed regulators.;

- Automatic protection systems for marine steam boilers and marine steam turbines. Safety rules for the operation of automated SSPP;

Be able to:

- Provide the task of automatic control of fuel pressure in the boiler fuel pipeline;

- Provide automatic adjustment of fuel temperature and viscosity;

- Provide power to marine steam boilers with water;

- Provide regulation of steam overheating temperature and their comparative characteristics.

Topic 1. State and prospects of integrated SEP automation. SPSP as an automation object.

Topic 2. ASC of main stream boilers.

Topic 3. Dynamic properties of the boiler as an object of steam pressure regulation in boilers.

Topic 4.ASC of air supply to the boiler furnace.

Topic 5. Choosing a fuel pressure regulator. Static and dynamics of ASC fuel pressure.

Topic 6. ASC of fuel temperature and viscosity.

Topic 7. Marine Steam Boiler Water Supply Systems. ASC of the water level.

Topic 8. Tasks and methods of steam overheating temperature control and their comparative characteristics.

Topic 9. Tasks and methods of regulation of marine steam turbines.

Topic 10. Device and characteristics of turbine rotor speed regulators. ASC of the turbine rotor speed its statics and dynamics