Question 527General Subjects - Assistant Engineer70% to pass
In attempting to start the hydraulic pump drive motor of a horizontal electro-hydraulic anchor windlass, what condition would prevent the electric motor from starting?
AI Explanation
The correct answer is A) Failure to start could be the result of an electrical interlock associated with the hydraulic pump stroke control being in other than the neutral position.
This is the correct answer because the hydraulic pump stroke control is typically interlocked with the electric motor that drives the hydraulic pump. If the stroke control is not in the neutral position, the interlock will prevent the electric motor from starting in order to avoid unintended operation of the anchor windlass. The other options are incorrect because they do not directly relate to the condition of the hydraulic pump stroke control, which is the key factor in determining whether the electric motor will start.
Related Questions
#525 A horizontal electro-mechanical anchor windlass is equipped with two warping heads, two wildcats, two manual brake hand wheels, two clutch control levers, and a multipoint lever- operated, pedestal-mounted controller. What statement is true as it pertains to the operation of the manual brake hand wheels? #526 A horizontal electro-mechanical anchor windlass is equipped with two warping heads, two wildcats, two manual brake hand wheels, two clutch control levers, and a multipoint lever- operated, pedestal-mounted controller. What statement is true as it pertains to the operation of the warping heads and wildcats? #528 As it pertains to raising and lowering an anchor with a horizontal electro-hydraulic or electro-mechanical anchor windlass, what statement is true? #529 As it pertains to the automatic electric brake of a capstan, what statement is true? #530 Which capstan drive arrangement requires a flexible coupling between the reduction gear output shaft and the capstan head input shaft?