Aux 2 Unit 1 Quiz 2

Correct Answer:
B) To convert mechanical energy into hydraulic energy with adjustable fluid output

Explanation:
An axial variable delivery hydraulic pump converts mechanical energy into hydraulic energy and allows for the adjustment of fluid output to match system requirements.

Correct Answer:
B) Pressure compensation control

Explanation:
Pressure compensation control allows the swash plate angle to be adjusted automatically based on system pressure, maintaining optimal flow rate and efficiency.

Correct Answer:
C) The flow rate increases

Explanation:
Increasing the swash plate angle extends the piston stroke, allowing more fluid to be displaced per cycle and thus increasing the flow rate.

Correct Answer:
C) It allows for adjustable flow rate and pressure, leading to energy savings and system flexibility

Explanation:
The ability to vary the flow rate and pressure according to system demand makes these pumps more efficient and adaptable, saving energy and improving performance.

Correct Answer:
B) The swash plate

Explanation:
The swash plate's angle determines the stroke length of the pistons, thereby controlling the volume of fluid displaced and allowing the pump to vary its delivery rate.

Correct Answer:
B) It alters the flow rate and volume of liquid output

Explanation:
Adjusting the angle of the swash plate changes the stroke of the pistons, thereby varying the volume of fluid the pump displaces per cycle.

Correct Answer:
B) The pump’s pistons move axially within a rotating cylinder block, and the swash plate angle controls the volume of fluid displaced per cycle.

Explanation:
The axial variable delivery pump operates by moving pistons axially within a cylinder block, with the swash plate's angle determining the stroke length of the pistons and the fluid volume output.