Customer
Phone
Contact
E-mail
Company
Date
Item no.
Project
Project ID
Issued by
Phone
E-mail
26/06/2026
Technical data
See the table of "Dimensions".
Pump name
1Fluid
PH value
Liquid temperature
Density
Vapour pressure
Kin. viscosity
Weight %
Geodetic head
Inlet pressure (pin)
Available system NPSH
2
3
6
4
5
7
8
9
°C
kg/m³
mm²/s
Requested data
l/s
m
kPa
kPa
Manufacturer
Pump type
Design
Max.
Designed
Min.
Speed
Max Working Pressure
Operating
Max-
Min-
Flow
No. of Stage
Operating
- (Qmax.)
- (Qmin.)
Head
Shut-off head
Pump
Shaft power
Max. Shaft Power at max. impeller
Efficiency
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
Double Suction Axially Split Pump
1
16K
440
440
369
594
143
34.8
24.4
43.1
417
158.20
169.88
87.8
1/min
kPa
mm
mm
mm
l/s
l/s
l/s
m
m
m
kW
kW
%
444.38
kPa
4.0
EBARA
26
27
28
29
30
31
32
Materials
34
33
35
Casing
Impeller
Shaft
Case wear ring
Mechanical seal
Ball bearing
M.S.mating ring
M.S.seal ring
FC250
CAC406
SUS420J1
CAC406
Ceramic/Carbon
Grease
Ceramic
Carbon
Remarks
m
400X300CB6G 6 185
Water
400
0
0
Solids
20
998.3
2.34
0
1.005
Frequency
60
Double Suction Axially Split Pump
16K
Motor
Manufacturer INNOMOTICS
Specific design TEFC / 60 Hz / Pole pairs 3
1200
1/min
Rated power
kW
185
Speed
Electric voltage
V
380
Electric current
A
3~
IP55Degree of protection
355M_B3_185_3_380
Frame size 355M_185
Flow
Number of pumps
Head
32
m
Connection JIS
JIS
400X300CB6G 6 185
Number of poles
Type
Weight
Pump name
Ambient temperature
Total weight
kg
Hz
Insulation class F
1630
kg
6
Phases
20
°C
1190
1
/
0
Reserve/
Suction side
Connection Discharge side
Required pump NPSH
Impeller
Diameter
