You have been asked to design a similar pump from the existing one. The existing pump works for water is of impeller diameter equals 6 cm and its performance data is shown here when working at 1725 rpm. The newly design pump is for a refrigerant (R-134A) and it must produce 450 cm of head at 1600 rpm when working at its best efficiency. One of your colleagues did preliminary analysis and develop the performance curves in dimensionless form for the existing pump family which is also shown below
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You have been asked to design a similar pump from the
existing one. The existing pump...
Project-Design Problem: A family of water pumps produced by a given pump manufacturer have performance and...
Project-Design Problem: A family of water pumps produced by a given pump manufacturer have performance and efficiency curves that can be characterized by the following dimensionless equations: Pump head 6 = 6.04-1616 where and 5 nD Pump efficiency n = 705-91,5006 where n = (power to water) / (elect power input) In the above equations, is the dimensionless pump head and is the dimensionless volumetric flow rate. h, is the pump head, n is the pump shaft/impeller rotation rate, and...
You own a centrifugal pump that is 7 inches in diameter and is known to have...
You own a centrifugal pump that is 7 inches in diameter and is known to have a maximum efficiency of 84% at a flow rate of 300 GPM and a head of 75 ft., and it runs at 1200 RPM. You have an old case from another pump that is geometrically similar to the existing pump, and it is made to handle an impeller with a diameter of 8 to 12 inches. You decide to make a 10 inch diameter...
Required information Len is asked to design a small water pump for an aquarium. The pump...
Required information Len is asked to design a small water pump for an aquarium. The pump should deliver 18.0 Lpm of water at a net head of 1.6 m at its best efficiency point. A motor that spins at 1200 rpm is available. Suppose the pump is modified by attaching a different motor, for which the rpm is 1880 rpm. If the pumps operate at homologous points (namely, at the best efficiency point (BEP) for both cases, determine the pump...
1. A centrifugal pump performance data are shown in the following table for water. Pump speed-250...
Mechanical Lab II. Please answer asap with clear work. Thank
you!
1. A centrifugal pump performance data are shown in the following table for water. Pump speed-2500 RPM Pa or P2 (bar) P. or Pi (bar) Volume of water(L Time (sec) Input-Power (W) -0.3 20 60 100 For this data set, calculate the following i. Pump discharge capacity Q (LUs and GPM) ii. Pump head H (m and ft) iii. Fluid power Pr (Watt) iv. Brake power Pb (Watt) v....
3. A centrifugal pump performance data are shown in the following table for water. Pump speed...
3. A centrifugal pump performance data are shown in the following table for water. Pump speed 2500 RPM Pe or P2 (bar) P or Pi (bar) Volume of water (L) Time (sec) Input-Power (W -0.3 20 60 100 For this data set, calculate the following: i. Pump discharge capacity Q (L/s and GPM) ii. Pump head H (m and f) iii. Fluid power Pr(Watt) iv. Brake power Pb (Watt) v. Pump overall efficiency η (%) vi. Flow rate coefficient Ca...
12.15 The performance characteristics of a certain centrif- ugal pump having a 9-in.-diameter impeller and operating...
12.15 The performance characteristics of a certain centrif- ugal pump having a 9-in.-diameter impeller and operating at 1750 rpm are determined using an experimental setup similar to that shown in Fig. 12.10. The following data were obtained during a series of tests in which z2-z, = 0, ½ = V, , and the fluid was water Q (gpm) 20 40 60 80 100 120 140 P2 P (psi) 40.2 40. 38. 36.233.530 25.8 Power input (hp) 1.58 2.271 2.671 2.95...
Most of the answers I found have been wrong or incomplete. A pump is used to...
Most of the answers I found have been wrong or incomplete.
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...
1. You are designing a pumping station and have been asked to size and select a...
1. You are designing a pumping station and have been asked to size and select a pump from 2 models. The system step is as follows: the discharge line is a 21-inch diameter PVC pipe with an assumed constant friction factor of f 0.014. The length of the piping is 2300 ft with an elevation gain of 40 ft and an exit loss (K-1.0).. The pump station is located near sea level and the temperature of the flow stream is...
you can skip task 1 (3) because its a code in matlab. Task 1: You were asked to check up the status of the water system. Water at 24 °C is to be pumped from a Lower reservoir with 100 m elevation to...
you can skip task 1 (3) because its a code in
matlab.
Task 1: You were asked to check up the status of the water system. Water at 24 °C is to be pumped from a Lower reservoir with 100 m elevation to another reservoir at a higher elevation 112 m through 150-m-long pipe as shown in Figure (1). The pipe is made of steel, and the diameter ofthe pipe is equal to 30 cm water is to be pumped...
(100 points) Water at 25°C is pumped at a rate of 0.075m's from a reservoir 20m above a pump to a free 1....
(100 points) Water at 25°C is pumped at a rate of 0.075m's from a reservoir 20m above a pump to a free 1. discharge (this means discharged to atmosphere) 35m above the pump. The pressure on the intake side of the pump is 150kPa and the pressure on the discharge side of the pump is 450kPa. The pipe between the reservoir and the pump is 3 meters of Sin diameter cast iron. From the pump to the discharge the pipe...
Project-Design Problem: A family of water pumps produced by a given pump manufacturer have performance and efficiency curves that can be characterized by the following dimensionless equations: Pump head 6 = 6.04-1616 where and 5 nD Pump efficiency n = 705-91,5006 where n = (power to water) / (elect power input) In the above equations, is the dimensionless pump head and is the dimensionless volumetric flow rate. h, is the pump head, n is the pump shaft/impeller rotation rate, and...
You own a centrifugal pump that is 7 inches in diameter and is known to have a maximum efficiency of 84% at a flow rate of 300 GPM and a head of 75 ft., and it runs at 1200 RPM. You have an old case from another pump that is geometrically similar to the existing pump, and it is made to handle an impeller with a diameter of 8 to 12 inches. You decide to make a 10 inch diameter...
Required information Len is asked to design a small water pump for an aquarium. The pump should deliver 18.0 Lpm of water at a net head of 1.6 m at its best efficiency point. A motor that spins at 1200 rpm is available. Suppose the pump is modified by attaching a different motor, for which the rpm is 1880 rpm. If the pumps operate at homologous points (namely, at the best efficiency point (BEP) for both cases, determine the pump...
Mechanical Lab II. Please answer asap with clear work. Thank
you!
1. A centrifugal pump performance data are shown in the following table for water. Pump speed-2500 RPM Pa or P2 (bar) P. or Pi (bar) Volume of water(L Time (sec) Input-Power (W) -0.3 20 60 100 For this data set, calculate the following i. Pump discharge capacity Q (LUs and GPM) ii. Pump head H (m and ft) iii. Fluid power Pr (Watt) iv. Brake power Pb (Watt) v....
3. A centrifugal pump performance data are shown in the following table for water. Pump speed 2500 RPM Pe or P2 (bar) P or Pi (bar) Volume of water (L) Time (sec) Input-Power (W -0.3 20 60 100 For this data set, calculate the following: i. Pump discharge capacity Q (L/s and GPM) ii. Pump head H (m and f) iii. Fluid power Pr(Watt) iv. Brake power Pb (Watt) v. Pump overall efficiency η (%) vi. Flow rate coefficient Ca...
12.15 The performance characteristics of a certain centrif- ugal pump having a 9-in.-diameter impeller and operating at 1750 rpm are determined using an experimental setup similar to that shown in Fig. 12.10. The following data were obtained during a series of tests in which z2-z, = 0, ½ = V, , and the fluid was water Q (gpm) 20 40 60 80 100 120 140 P2 P (psi) 40.2 40. 38. 36.233.530 25.8 Power input (hp) 1.58 2.271 2.671 2.95...
Most of the answers I found have been wrong or incomplete.
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...
1. You are designing a pumping station and have been asked to size and select a pump from 2 models. The system step is as follows: the discharge line is a 21-inch diameter PVC pipe with an assumed constant friction factor of f 0.014. The length of the piping is 2300 ft with an elevation gain of 40 ft and an exit loss (K-1.0).. The pump station is located near sea level and the temperature of the flow stream is...
you can skip task 1 (3) because its a code in
matlab.
Task 1: You were asked to check up the status of the water system. Water at 24 °C is to be pumped from a Lower reservoir with 100 m elevation to another reservoir at a higher elevation 112 m through 150-m-long pipe as shown in Figure (1). The pipe is made of steel, and the diameter ofthe pipe is equal to 30 cm water is to be pumped...
(100 points) Water at 25°C is pumped at a rate of 0.075m's from a reservoir 20m above a pump to a free 1. discharge (this means discharged to atmosphere) 35m above the pump. The pressure on the intake side of the pump is 150kPa and the pressure on the discharge side of the pump is 450kPa. The pipe between the reservoir and the pump is 3 meters of Sin diameter cast iron. From the pump to the discharge the pipe...
Most questions answered within 3 hours.
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Amplitude=3;
fs=8000;
n=0:399;
t=0:1/fs: n*1/fs-1/fs;
signal=3+3*cos(2*pi*1100*t)+3*cos(2*pi*2200*t)+3*cos(2*pi*3300*t);
fftSignal= fft(signal);
fftSignal=f ftshift (fftSignal);
f=fs/2*linspace(-1,1,fs);
plot(f,abs(fftsignal);
xlabel('Frequency(Hz)’)
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