1 A pump is used to transfer water between two tanks, as shown in the diagram below. The suction and delivery pipes are 65mm diameter galvanised iron. The delivery pipe is 110m long and the suction pipe is 10m long. The pump used is a 65x50-160 model centrifugal pump manufactured by Southern Cross with an impeller diameter of 146mm. The performance curves for this pump at 1740rpm and 3540rpm are attached. 1m Pump Water 2m 16m 5m Determine the flow rate and margin of safety against cavitation for this system when the pump is run at 3540rpm. For the purposes of this question, assume all minor losses are insignificant.
1 A pump is used to transfer water between two tanks, as shown in the diagram below. The suction and delivery pipes are 65mm diameter galvanised iron. The delivery pipe is 110m long and the suction pipe is 10m long. The pump used is a 65x50-160 model centrifugal pump manufactured by Southern Cross with an impeller diameter of 146mm. The performance curves for this pump at 1740rpm and 3540rpm are attached. 1m Pump Water 2m 16m 5m Determine the flow rate and margin of safety against cavitation for this system when the pump is run at 3540rpm. For the purposes of this question, assume all minor losses are insignificant.
Chapter2: Loads On Structures
Section: Chapter Questions
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Transcribed Image Text:Problem 3
1 A pump is used to transfer water between two tanks, as shown in the diagram below.
The suction and delivery pipes are 65mm diameter galvanised iron. The delivery
pipe is 110m long and the suction pipe is 10m long. The pump used is a 65x50-160
model centrifugal pump mamufactured by Southern Cross with an impeller diameter of
146mm. The performance curves for this pump at 1740rpm and 3540rpm are attached.
1m
Pump
Water
2m
16m
5m
Determine the flow rate and margin of safety against cavitation for this system when
the pump is run at 3540rpm. For the purposes of this question, assume all minor losses
are insignificant.
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