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Details the casing that directs incoming air to the compressor.
Describes the housing for the inlet bearing and support.
Explains the casings for the compressor stator.
Covers the casing for the hot end of the gas generator and combustion system.
Explains the system for mixing, burning, and expanding fuel.
Details the casing for the compressor turbine.
Describes the nozzle assembly and associated duct.
Explains the compressor and power turbine rotor designs.
Describes the casing for the power turbine and interduct assembly.
Details the housing for the power turbine bearings.
Covers the diffuser for exhaust gases.
Uses speed probes for detection and protection.
Details main, auxiliary, and emergency oil pumps.
Filters lubricating oil flow from main and auxiliary pumps.
Meters fuel flow to the burners.
Manages fuel control valve and governor interface.
Introduce fuel for combustion.
Monitors gas fuel supply temperature.
Describes fire detection, shutdown, and extinguishant release.
Detects fires based on temperature increase.
Detects fires using infrared radiation.
Detects the presence of flammable gases.
Store and release fire extinguishant.
Monitors pressure in extinguishant cylinders.
Monitors low content status of bottles.
Provides speed reduction between turbine and generator.
Converts mechanical energy to electrical energy.
Lubricates generator bearings from turbine oil system.
Monitors generator vibration levels.
Microprocessor-based system for control and monitoring.
User interface for operation and monitoring.
Shows governor state and governing modes.
Monitors and protects the generator.
Interface for generator control.
Manages battery charging and DC power system.
Details the casing that directs incoming air to the compressor.
Describes the housing for the inlet bearing and support.
Explains the casings for the compressor stator.
Covers the casing for the hot end of the gas generator and combustion system.
Explains the system for mixing, burning, and expanding fuel.
Details the casing for the compressor turbine.
Describes the nozzle assembly and associated duct.
Explains the compressor and power turbine rotor designs.
Describes the casing for the power turbine and interduct assembly.
Details the housing for the power turbine bearings.
Covers the diffuser for exhaust gases.
Uses speed probes for detection and protection.
Details main, auxiliary, and emergency oil pumps.
Filters lubricating oil flow from main and auxiliary pumps.
Meters fuel flow to the burners.
Manages fuel control valve and governor interface.
Introduce fuel for combustion.
Monitors gas fuel supply temperature.
Describes fire detection, shutdown, and extinguishant release.
Detects fires based on temperature increase.
Detects fires using infrared radiation.
Detects the presence of flammable gases.
Store and release fire extinguishant.
Monitors pressure in extinguishant cylinders.
Monitors low content status of bottles.
Provides speed reduction between turbine and generator.
Converts mechanical energy to electrical energy.
Lubricates generator bearings from turbine oil system.
Monitors generator vibration levels.
Microprocessor-based system for control and monitoring.
User interface for operation and monitoring.
Shows governor state and governing modes.
Monitors and protects the generator.
Interface for generator control.
Manages battery charging and DC power system.
General| Type | Gas Turbine |
|---|---|
| Frequency | 50/60 Hz |
| Thermal Efficiency | Up to 38% |
| Applications | Power generation, mechanical drive, CHP |
| Fuel Type | Natural gas, Diesel |
| NOx Emissions | <25 ppm |
