3. A cable winch is driven by a hydraulic motor and reduction gear, whose transmission ratio i=5. The radius of the drum of winch is rw = 0.2 m. a. Calculate the required radian volume for the motor to lift the mass m=5000kg, when the pump pressure p=240bar. b. How large the flow Q into the motor should be to lift the load with speed v=2 m/s? c. What is the power of the motor with maximum load and speed? Losses are not taken into account.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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3. A cable winch is driven by a hydraulic motor and reduction gear, whose
transmission ratio i=5. The radius of the drum of winch is rw = 0.2 m.
a. Calculate the required radian volume for the motor to lift the mass
m=5000kg, when the pump pressure p=240bar.
b. How large the flow Q into the motor should be to lift the load with speed
v=2 m/s?
c. What is the power of the motor with maximum load and speed?
Losses are not taken into account.
р
i=5
m
V
3
WW
Transcribed Image Text:3. A cable winch is driven by a hydraulic motor and reduction gear, whose transmission ratio i=5. The radius of the drum of winch is rw = 0.2 m. a. Calculate the required radian volume for the motor to lift the mass m=5000kg, when the pump pressure p=240bar. b. How large the flow Q into the motor should be to lift the load with speed v=2 m/s? c. What is the power of the motor with maximum load and speed? Losses are not taken into account. р i=5 m V 3 WW
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