A fluid power system uses oil with a specific gravity of 0.92 and is made up of a reservoir, pump, pressure line filter,

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A fluid power system uses oil with a specific gravity of 0.92 and is made up of a reservoir, pump, pressure line filter,

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A Fluid Power System Uses Oil With A Specific Gravity Of 0 92 And Is Made Up Of A Reservoir Pump Pressure Line Filter 1
A Fluid Power System Uses Oil With A Specific Gravity Of 0 92 And Is Made Up Of A Reservoir Pump Pressure Line Filter 1 (46.38 KiB) Viewed 25 times
A Fluid Power System Uses Oil With A Specific Gravity Of 0 92 And Is Made Up Of A Reservoir Pump Pressure Line Filter 2
A Fluid Power System Uses Oil With A Specific Gravity Of 0 92 And Is Made Up Of A Reservoir Pump Pressure Line Filter 2 (21.43 KiB) Viewed 25 times
A Fluid Power System Uses Oil With A Specific Gravity Of 0 92 And Is Made Up Of A Reservoir Pump Pressure Line Filter 3
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A Fluid Power System Uses Oil With A Specific Gravity Of 0 92 And Is Made Up Of A Reservoir Pump Pressure Line Filter 4
A Fluid Power System Uses Oil With A Specific Gravity Of 0 92 And Is Made Up Of A Reservoir Pump Pressure Line Filter 4 (74.35 KiB) Viewed 25 times
A fluid power system uses oil with a specific gravity of 0.92 and is made up of a reservoir, pump, pressure line filter, and hydraulic motor (rotary actuator) shown below has a flow rate of 668 L/min. The inside diameters of the inlet line is 71 mm, pressure line is 59 mm and return line is 62 mm. The pump efficiency is 82 % and requires 20.5 kW of input power. The energy loss between points 1 and 2 is 0.9 m. between points 3 and 4 is 9.5 m and between points 5 and 6 is 1.7 m. Determine the velocities at points 1 to 6. Determine the elevations of points 1 to 6. Determine the pressures at points 1, 4, 5 and 6. Determine the head removed from the fluid by the motor in N.m/N and the power removed from the fluid by the motor in kW. Submit Assignment Quit & Save Back Question Menu -
Pump 3 3 59 mm 4 Motor 0.25 m - 2 62 mm 0.25 m Filter - 71 mm 1 5 1.28 m 1 1.55 m Reservoir
Q= Number m/s V1 = Number m/s V2 = Number m/s V3 = V4 = Number m/s V5 = V8 = Number m/s Z1 = Number m Z2 = Z5 = Number m Z3 = Z4 = Number m
Z3 = Z4 = Number = m Ze = Number m P1 = Number kPa P4= Number kPa P5 = Number kPa Pa = Number Po kPa HR = Number m Pe= Number KW
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