Design a most efficient pump size (Find the pump and associated pump curves on the next page) to discharge water through the system shown below. Find the operating system point. Include losses from transitions and fittings. The performance curve Assume f = 0.015. Elev. = 160 m Elev. = 100 m Pump Elbow r/d=2 1000-m pipe; 10 cm dia.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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O (gal/min)
500
1000
1500
100
260
40
50
60
70
300
90
75 n1%) -
80
240
250
75
70
220
200
60
205
Hefm) 50
Hp
150
Outer diameter
of impeller (rnm)
70
40
100
30
20
10
100
260
240
220
"ptkW} 50
205
12
205 *
220
30
10
260
240
20
NPSH (m) 6
10
0.
400
100
160
200
250
300
360
50
a (m/h)
Transcribed Image Text:O (gal/min) 500 1000 1500 100 260 40 50 60 70 300 90 75 n1%) - 80 240 250 75 70 220 200 60 205 Hefm) 50 Hp 150 Outer diameter of impeller (rnm) 70 40 100 30 20 10 100 260 240 220 "ptkW} 50 205 12 205 * 220 30 10 260 240 20 NPSH (m) 6 10 0. 400 100 160 200 250 300 360 50 a (m/h)
c. Design a most efficient pump size (Find the pump and associated pump curves on
the next page) to discharge water through the system shown below. Find the
operating system point. Include losses from transitions and fittings. The
performance curve Assume f = 0.015.
Elev. = 160 m
Elev. = 100 m
Pump
Elbow r/d=2
1000-m pipe; 10 cm dia.
Transcribed Image Text:c. Design a most efficient pump size (Find the pump and associated pump curves on the next page) to discharge water through the system shown below. Find the operating system point. Include losses from transitions and fittings. The performance curve Assume f = 0.015. Elev. = 160 m Elev. = 100 m Pump Elbow r/d=2 1000-m pipe; 10 cm dia.
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