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Pump 338-900 vs Pump 538-1900
Pump 338-900
vs
Pump 538-1900
Summary
Pump 538-1900 has the higher Max shaft thrust (+328%): 68 lb versus 15.9 lb for Pump 338-900.
Pump 538-1900 has the higher Shut-in pressure per stage at 60 Hz (+177%): 26.27 psi versus 9.49 psi for Pump 338-900.
Pump 538-1900 has the higher Shaft cross-section area (+96%): 0.6013 in² versus 0.3068 in² for Pump 338-900.
Overview
Parameter
Pump 338-900
Pump 538-1900
Object type
ESP pump
ESP pump
Pump
Parameter
Pump 338-900
Pump 538-1900
Series
338
538
Nominal rate at 60 Hz, bpd
900
1900
Stage type
Radial
Radial
Shaft diameter, in
0.625
0.875
Shaft cross-section area, in²
0.3068
0.6013
Max shaft thrust, lb
15.9
68
Shut-in pressure per stage at 60 Hz, psi
9.49
26.27
Design with Pump 338-900
Design with Pump 538-1900
Trending models
5
Tubing 4 1/2 Integral Joint # 12.75
Tubing
Pump 513-7500a
ESP pump
Tubing 4 1/2 Non-Upset
Tubing
Casing 13 3/8", 96#
Casing
Pump 538-7000
ESP pump
Popular tools
3
Equipment Clearance Calculator
Liquid Velocity Calculator
Tubing Friction Losses Calculator
Quick navigation
11
Casing
18
ESP motor
32
ESP pump
150
Gas separator
22
Motor
13
Motor lead extension
10
Power cable
24
Protector
34
Pump
16
Seal / protector
11
Tubing
18
Size the selected equipment against real well conditions
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