Speed & Load Control | Emergency Trip Protection | Condition Monitoring | Turbine Island Coordination

A coordinated control solution for turbine speed and load regulation, emergency trip protection, mechanical-condition monitoring and turbine-island process control.

Customized for new steam turbine generator sets, complete turbine islands and eligible control-system retrofit projects.

Controls turbine speed, generator load, inlet pressure, extraction pressure and back pressure during normal operation.

Detects confirmed hazardous conditions and initiates rapid turbine shutdown through the approved trip logic.

Continuously monitors vibration, axial displacement, speed, eccentricity, expansion and other mechanical conditions.

Coordinates turbine auxiliaries, process systems, alarms, sequences and plant-level operating information.

Each subsystem performs a different role. Together, they support stable turbine operation, rapid protection response, continuous condition monitoring and coordinated plant control.

DEH regulates the turbine during normal operation. 

TSI monitors critical mechanical conditions. 

ETS executes the approved emergency shutdown logic. 

The turbine island DCS coordinates auxiliary equipment, operating sequences and plant-level information exchange.

Critical trip signals and final trip outputs may be hardwired or independently configured according to the approved protection philosophy. DCS communication does not replace the turbine emergency trip system.

- Automatic start-up and speed control

- Generator load control

- Inlet steam-pressure control

- Extraction-pressure control

- Back-pressure control

- Droop and frequency-response control

- Valve-position monitoring

- Remote set-point interface

- Turbine overspeed

- Low lubricating-oil pressure

- High vibration

- Excessive axial displacement

- High bearing temperature

- Low condenser vacuum

- Generator protection trip

- Manual emergency stop

- Critical control-power failure

- Shaft vibration

- Bearing housing vibration

- Axial displacement

- Differential expansion

- Rotor eccentricity

- Turbine speed

- Zero-speed status

- Bearing metal temperature

- Valve position

- Lubricating-oil system

- Control-oil system

- Gland steam system

- Condenser and vacuum system

- Drain system

- Turning gear

- Auxiliary pumps and fans

- Start-up permissives and sequences

- Alarm, trend and event management

- Plant-system communication