AM.III.H.K7

From the FAA library

• Aviation Maintenance Technician Handbook - Powerplantp. 5-7
  Chapter 5: Engine Starting Systems › Gas Turbine Engine Starters

  Figure 5-13 are typical of those used to isolate malfunctions in small aircraft starting systems. Figure 5-12. Engine starter mounted on the engine. Gas Turbine Engine Starters Gas turbine engines are started by rotating the high-pressure compressor ... axial flow engines, the high-pressure compressor and N1 turbine system is only rotated by the starter. To start a gas turbine engine, it is necessary to accelerate the compressor to provide sufficient air to support combustion in the combustion…

• Aviation Maintenance Technician Handbook - Powerplantp. 4-9
  Chapter 4: Engine Ignition & Electrical Systems › Magneto-Ignition System Operating Principles › Ignition Switches

  Figure 4-16. Typical ignition switch in on position. The ignition/starter switch, or magneto switch, controls the magnetos on or off and can also connect the starter solenoid for turning the starter. When a starting vibrator, a box that emits ... ignition starter switches have a push to prime feature during the starting cycle. This system allows additional fuel to spray into the intake port of the cylinder during the starting cycle. Single & Dual High-Tension System Magnetos High-tension system…

• Aviation Maintenance Technician Handbook - Powerplantp. 5-11
  Chapter 5: Engine Starting Systems › Air Turbine Starters

  these procedures are completed, the engine should be operating efficiently, and ignition should be self-sustaining. If, however, the engine fails to reach sufficient speed to halt the starter operation, the stop switch may be used ... break the circuit from the positive bus to the main contacts of the undercurrent relay. Troubleshooting a Starter Generator Starting System The procedures listed in Figure 5-19 are typical of those used to repair malfunctions in a starter generator…