1. Fundamentals of control, control circuit description, quantity.
2. The security system block protection block.
3. Transfer function, transfer, transient response, algebra transmission.
4. Basic control circuits boiler input and output variables, state variables.
5. Possible ways to control the output of the boiler, the dynamics of the evaporator.
6. Dynamics mills, control the different types of mills.
7. The dynamics of the steam superheater, basic temperature control couples.
8. Individual types of temperature control couples.
9. Inter-superheater, its peculiarities and methods of control on the flue gas side.
10. Inter-superheater and its control on the steam side.
11. Control of boiler feed drum and flow.
12. Temperature control for boiler flue gas, dew point.
13. Control power generating unit, frequency control.
14. Control of heat supply, specialty design.
2. The security system block protection block.
3. Transfer function, transfer, transient response, algebra transmission.
4. Basic control circuits boiler input and output variables, state variables.
5. Possible ways to control the output of the boiler, the dynamics of the evaporator.
6. Dynamics mills, control the different types of mills.
7. The dynamics of the steam superheater, basic temperature control couples.
8. Individual types of temperature control couples.
9. Inter-superheater, its peculiarities and methods of control on the flue gas side.
10. Inter-superheater and its control on the steam side.
11. Control of boiler feed drum and flow.
12. Temperature control for boiler flue gas, dew point.
13. Control power generating unit, frequency control.
14. Control of heat supply, specialty design.