Introduction
Aero Controls are pleased to provide the following summary of Training Courses that we are capable of providing practical instruction and delivery of;
1. LM6000 Familiarization (4 days duration)
- Gas Turbine – LM6000 Engine Familiarization covering basic LM6000 gas turbine theory, construction and operation, with a focus on major components and modules, basic turbine construction, and PF model specifics.
- Develops a background in LM6000 Gas Turbine and associated auxiliary support system operation that enables course participants to better analyze operating issues and take the necessary corrective actions.
- Familiarization, starting, loading, and specific operator checks of the various turbine support and auxiliary systems to ensure safe and reliable operation of the gas turbine.
2. LM2500 Familiarization (4 days duration)
- Gas Turbine – LM2500 Engine Familiarization covering basic LM2500 gas turbine theory, construction and operation, with a focus on major components and modules, basic turbine construction, and +G4 dual fuel model specifics.
- Develops a background in LM2500 Gas Turbine and associated auxiliary support system operation that enables course participants to better analyze operating issues and take the necessary corrective actions.
- Familiarization, starting, loading, and specific operator checks of the various turbine support and auxiliary systems to ensure safe and reliable operation of the gas turbine.
3. Control System Woodward Familiarization (4 days duration)
- Introduces plant maintenance personnel to the Woodward MicroNet Plus turbine control system
- The training provides the course participant with the requisite knowledge to understand the hardware layout of typical systems, from the main chassis and its circuit boards, I/O cards and to field termination modules.
- Provides training on Graphical Application Programmer (GAP) software navigation, and an understanding of how to evaluate fuel control, sequence logic, and turbine-based alarms.
- Overview of Control actuator and other I/O calibration procedures will be discussed.
- General information on the operator interface (HMI), and in particular its use when performing combustion mapping of the Dry Low Emissions (DLE) engine variant.
4. Control System MKVIe Familiarization (4 days duration)
- Introduces plant maintenance personnel to the GE MKVIe turbine control system
- The training provides the course participant with the requisite knowledge to understand the distributed module hardware layout of typical systems, from the CPU modules, and the field I/O modules.
- Provides training on MKVIe software navigation, and an understanding of how to evaluate fuel control, sequence logic, and turbine-based alarms.
- Overview of Control actuator and other I/O calibration procedures will be discussed.
- General information on the operator interface (HMI), and in particular its use when performing combustion mapping of the Dry Low Emissions (DLE) engine variant.
5. Control System IHI Familiarization (4 days duration)
- Introduces plant maintenance personnel to the IHI turbine control system
- The training provides the course participant with the requisite knowledge to understand the distributed module hardware layout of typical systems, from the CPU modules, and the field I/O modules.
- Provides training on IHI software navigation, and an understanding of how to evaluate fuel control, sequence logic, and turbine-based alarms.
- Overview of Control actuator and other I/O calibration procedures will be discussed.
- General information on the operator interface (HMI), and in particular its use when performing combustion mapping of the Dry Low Emissions (DLE) engine variant.
