This course explains the operation of the turbine engine ignition and starting systems that allow an engine to obtain self-sufficient combustion. Students will learn how the ignition system functions and understand the dangers involved. They will also learn about different types of starting systems including electric and pneumatic. Turbine engine lubrication systems and oil types will also be discussed. Lab will consist of removing, inspecting, and installing a turbine engine starter along with a turbine engine 100 hour inspection.
Prerequisites
Upon successful completion of the course, students should be able to demonstrate the following knowledge or skills:
1. List the sequence of events required to bring a turbine engine from rest to self-sustaining operation
2. Identify all components of a turbine engine ignition, starting, and lubrication system.
3. Inspect all components in accordance with manufacture data
4. Perform a routine 100 Hour turbine engine inspection
PO4 Applies to this course: Students will be able to identify and explain FAA rules/regulations, as well as describe, identify components of, troubleshoot, and repair a variety of airframe and powerplant systems.
IO1 Communication:
Students will be able to identify and explain a variety of airframe and/or powerplant systems and components as evaluated by the completion of the FAA written, oral and practical exams
IO3 Human Relations/Workplace Skills:
Students will be able to demonstrate teamwork, ethics, appropriate safety awareness and/or workplace specific skills
- Turbine Starting and Lubricating Theory and Maintenance
- Ignition System
- Starter System
- Lubrication System
- Powerplant Systems and related Components
- Ignition Exciter
- Ignition Lead
- Ignition Igniter / Glow Plug
- Electric Starter
- Air Starter
- Oil Pump
- Oil Filter
- Oil system regulating components