Question 47Gas Turbine - Assistant Engineer70% to pass
The term "lockout" on the Synchro-Self-Shifting (SSS) clutch system means that the _______________.
AI Explanation
The correct answer is A) The SSS clutch will not engage.
The term "lockout" in the context of a Synchro-Self-Shifting (SSS) clutch system refers to a safety feature that prevents the clutch from engaging under certain conditions, typically when the shaft speed is too high. This is to protect the transmission and other components from damage that could occur if the clutch were to engage at an excessive shaft speed.
The other options are incorrect because they do not accurately describe the meaning of "lockout" in an SSS clutch system. The shaft will not be prevented from rotating above 10 RPM (option B), the reduction gear will not be prevented from rotating (option C), and the shaft will not be prevented from rotating altogether (option D).
Related Questions
#45 The divergent area of the exhaust duct aids in what process? #46 How is the clutch shown in the attached illustration engaged? Illustration GT-0018 #48 How do you manually lockout an SSS clutch? #49 Which of the following statements is true about the "lockout control" on a Synchro-Self-Shifting (SSS) clutch? #50 As shown in the illustration of a gas turbine fuel oil system, when the engine fuel oil valves are de-energized, the remaining fuel left in the system is recirculated back to which of the following? Illustration GT-0021