Product Description
Model Code Explanation
Product Introduction
The TSWA series horizontal low-speed multistage clean water pump is designed for conveying clean water and liquids with similar physical and chemical properties, free of solid particles.
It is mainly used for high-pressure water supply, high-rise building water delivery, and industrial or mining drainage.
The pump offers a flow range from 10–155 m³/h, head range 15–300 m, motor power 2.2–200 kW, and inlet/outlet sizes 50–150 mm.
The medium temperature for TSWA pumps must not exceed 80°C.
Product Features
-
Compact horizontal multistage design with small footprint, attractive appearance, and reduced construction cost.
-
Rotor components supported by rolling bearings on both ends, ensuring smooth pump operation.
-
Horizontal inlet and vertical outlet configuration, simplifying piping connections.
-
Horizontal motor structure for easy maintenance and servicing.
Product Applications
Ideal for:
• Domestic water supply for high-rise buildings
• Fire-fighting constant-pressure systems
• Automatic sprinkler and water curtain systems
• Industrial and mining water supply and drainage
• Long-distance water transfer
• Equipment supporting water circulation
• General process water applications
Operating Conditions
-
Suitable for clean water or similar liquids; solid impurities ≤0.1% by volume, max particle size ≤2 mm.
-
Medium temperature: –15°C to +80°C.
-
System working pressure ≤ 3.0 MPa (inlet pressure + operating pressure ≤3.0 MPa).
-
Ambient temperature ≤40°C; relative humidity ≤95%.
-
Since the pump uses cast iron components, the medium must not be strongly corrosive.
Note: If the liquid contains fine particles or is corrosive, please inform us when ordering so a more suitable configuration can be provided.
Structure Description
-
Multi-stage sectional type pump with horizontal inlet and vertical outlet; available in diameters 50, 75, 100, 125, and 150 mm. Users can select different diameters and stages to meet required flow and head.
-
Main components include the suction section, middle sections, guide vanes, impellers, discharge section, bearing body, and sealing components.
-
The rotor assembly includes a medium-carbon steel shaft, cast iron impellers, balance plate, and sleeves. Supported by grease-lubricated rolling bearings on both ends, ensuring stable, low-noise, low-vibration operation.
-
Paper gaskets and tension bolts seal joint surfaces of suction, middle, and discharge sections. A soft packing seal, rubber water-blocking ring, and O-ring prevent leakage into the shaft sleeve chamber.
-
Wear-resistant parts such as impeller wear rings and guide vane sleeves are used to prevent abrasion; these should be replaced once the clearance exceeds the specified limit.
-
The TSWA pump and motor are mounted on a common cast iron base, transmitting torque through an elastic coupling.
Structure Diagram
|
No.
|
Name
|
Material
|
No.
|
Name
|
Material
|
No.
|
Name
|
Material
|
No.
|
Name
|
Material
|
|
1
|
Coupling
|
HT200
|
7
|
Guide Vane
|
HT200
|
13
|
Balance Plate
|
HT200
|
19
|
Right Bearing Cover
|
HT200
|
|
2
|
Left Bearing Cover
|
HT200
|
8
|
Middle Section
|
HT200
|
14
|
Packing Body
|
HT200
|
20
|
Left Bearing Cover
|
Q235
|
|
3
|
Left Bearing Seat
|
HT200
|
End Guide Vane
|
HT200
|
15
|
Right Bearing Seat
|
HT200
|
21
|
Bearing
|
Tin Bronze
|
Tin bronze |
|
4
|
Left Packing Cover
|
HT200
|
10
|
Outlet Section
|
HT200
|
16
|
Right Packing Cover
|
HT200
|
22
|
Left Bearing Sleeve
|
Q235
|
|
5
|
Inlet Section
|
HT200
|
11
|
Balance Section
|
HT200
|
17
|
Right Packing Sleeve
|
Q235
|
23
|
Left Packing Sleeve
|
Q235
|
|
6
|
Impeller
|
HT200
|
12
|
Balance Ring
|
HT200
|
18
|
Right Bearing Sleeve
|
Q235
|
24
|
Shaft
|
45 or 2Cr13
|
Pump selection chart
Performance Parameters
|
Model
|
Stages
|
Flow Rate
|
Head
|
Speed
|
Power (kW)
|
Efficiency
|
Permissible Suction Vacuum
|
NPSH
|
Weight
|
||
|
m3/h
|
L/S
|
m
|
r/min
|
Shaft Power
|
Motor Power (kW)
|
%
|
m
|
m
|
kg
|
||
|
50TSWA18-9.2*2
|
2
|
18
|
5
|
18.4
|
1450
|
1.37
|
2.2
|
66
|
7.2
|
3.1
|
135
|
|
50TSWA18-9.2*3
|
3
|
18
|
5
|
27.6
|
1450
|
2.05
|
3
|
66
|
7.2
|
3.1
|
155
|
|
50TSWA18-9.2*4
|
4
|
18
|
5
|
36.8
|
1450
|
2.73
|
4
|
66
|
7.2
|
3.1
|
175
|
|
50TSWA18-9.2*5
|
5
|
18
|
5
|
46
|
1450
|
3.42
|
5.5
|
66
|
7.2
|
3.1
|
195
|
|
50TSWA18-9.2*6
|
6
|
18
|
5
|
55.2
|
1450
|
4.1
|
5.5
|
66
|
7.2
|
3.1
|
215
|
|
50TSWA18-9.2*7
|
7
|
18
|
5
|
64.4
|
1450
|
4.79
|
7.5
|
66
|
7.2
|
3.1
|
235
|
|
50TSWA18-9.2*8
|
8
|
18
|
5
|
73.6
|
1450
|
5.47
|
7.5
|
66
|
7.2
|
3.1
|
155
|
|
50TSWA18-9.2*9
|
9
|
18
|
5
|
82.8
|
1450
|
6.15
|
7.5
|
66
|
7.2
|
3.1
|
275
|
|
50TSWA18-9.2*10
|
10
|
18
|
5
|
92
|
1450
|
6.84
|
11
|
66
|
7.2
|
3.1
|
295
|
|
50TSWA18-9.2*11
|
11
|
18
|
5
|
101.2
|
1450
|
7.52
|
11
|
66
|
7.2
|
3.1
|
315
|
|
50TSWA18-9.2*12
|
12
|
18
|
5
|
110.4
|
1450
|
8.2
|
11
|
66
|
7.2
|
3.1
|
335
|
|
Model
|
Stages
|
Flow Rate
|
Head
|
Speed
|
Power (kW)
|
Efficiency
|
Permissible Suction Vacuum
|
NPSH
|
Weight
|
||
|
m3/h
|
L/S
|
m
|
r/min
|
Shaft Power
|
Motor Power (kW)
|
%
|
m
|
m
|
kg
|
||
|
75TSWA36-11.5*2
|
2
|
36
|
10
|
23
|
1450
|
3.22
|
5.5
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*3
|
3
|
36
|
10
|
34.5
|
1450
|
4.83
|
7.5
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*4
|
4
|
36
|
10
|
46
|
1450
|
6.45
|
11
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*5
|
5
|
36
|
10
|
57.5
|
1450
|
8.06
|
11
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*6
|
6
|
36
|
10
|
69
|
1450
|
9.67
|
15
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*7
|
7
|
36
|
10
|
80.5
|
1450
|
11.28
|
15
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*8
|
8
|
36
|
10
|
92.5
|
1450
|
12.89
|
18.5
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*9
|
9
|
36
|
10
|
103.5
|
1450
|
14.5
|
18.5
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*10
|
10
|
36
|
10
|
115
|
1450
|
16.12
|
22
|
70
|
7.2
|
3
|
|
|
75TSWA36-11.5*11
|
11
|
36
|
10
|
126.5
|
1450
|
17.73
|
22
|
70
|
7.2
|
3
|
|
|
Model
|
Stages
|
Flow Rate
|
Head
|
Speed
|
Power (kW)
|
Efficiency
|
Permissible Suction Vacuum
|
NPSH
|
Weight
|
||
|
m3/h
|
L/S
|
m
|
r/min
|
Shaft Power
|
Motor Power (kW)
|
%
|
m
|
m
|
kg
|
||
|
100TSWA69-15.6*2
|
2
|
69
|
19.2
|
31.2
|
1450
|
8.03
|
11
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*3
|
3
|
69
|
19.2
|
46.8
|
1450
|
12.05
|
15
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*4
|
4
|
69
|
19.2
|
62.4
|
1450
|
16.07
|
22
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*5
|
5
|
69
|
19.2
|
78
|
1450
|
20.09
|
30
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*6
|
6
|
69
|
19.2
|
93.6
|
1450
|
24.11
|
30
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*7
|
7
|
69
|
19.2
|
109.1
|
1450
|
28.13
|
37
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*8
|
8
|
69
|
19.2
|
124.8
|
1450
|
32.14
|
45
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*9
|
9
|
69
|
19.2
|
140.4
|
1450
|
36.16
|
45
|
73
|
7
|
3.3
|
|
|
100TSWA69-15.6*10
|
10
|
69
|
19.2
|
156
|
1450
|
40.18
|
55
|
73
|
7
|
3.3
|
|
|
Model
|
Stages
|
Flow Rate
|
Head
|
Speed
|
Power (kW)
|
Efficiency
|
Permissible Suction Vacuum
|
NPSH
|
Weight
|
||
|
m3/h
|
L/S
|
m
|
r/min
|
Shaft Power
|
Motor Power (kW)
|
%
|
m
|
m
|
kg
|
||
|
125TSWA90-21.6*2
|
2
|
90
|
25
|
43.2
|
1450
|
14.32
|
22
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*3
|
3
|
90
|
25
|
64.8
|
1450
|
21.48
|
30
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*4
|
4
|
90
|
25
|
86.4
|
1450
|
28.63
|
45
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*5
|
5
|
90
|
25
|
108
|
1450
|
35.79
|
55
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*6
|
6
|
90
|
25
|
129.6
|
1450
|
42.95
|
75
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*7
|
7
|
90
|
25
|
151.2
|
1450
|
50.11
|
75
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*8
|
8
|
90
|
25
|
172.8
|
1450
|
57.27
|
90
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*9
|
9
|
90
|
25
|
194.4
|
1450
|
64.43
|
90
|
74
|
6.8
|
3.4
|
|
|
125TSWA90-21.6*10
|
10
|
90
|
25
|
216
|
1450
|
71.59
|
90
|
74
|
6.8
|
3.4
|
|
|
Model
|
Stages
|
Flow Rate
|
Head
|
Speed
|
Power (kW)
|
Efficiency
|
Permissible Suction Vacuum
|
NPSH
|
Weight
|
||
|
m3/h
|
L/S
|
m
|
r/min
|
Shaft Power
|
Motor Power (kW)
|
%
|
m
|
m
|
kg
|
||
|
150TSWA155-30*2
|
2
|
155
|
43
|
60
|
1450
|
32.91
|
45
|
77
|
7.7
|
2.5
|
|
|
150TSWA155-30*3
|
3
|
155
|
43
|
90
|
1450
|
49.37
|
75
|
77
|
7.7
|
2.5
|
|
|
150TSWA155-30*4
|
4
|
155
|
43
|
120
|
1450
|
65.82
|
90
|
77
|
7.7
|
2.5
|
|
|
150TSWA155-30*5
|
5
|
155
|
43
|
150
|
1450
|
82.28
|
110
|
77
|
7.7
|
2.5
|
|
|
150TSWA155-30*6
|
6
|
155
|
43
|
180
|
1450
|
98.74
|
132
|
77
|
7.7
|
2.5
|
|
|
150TSWA155-30*7
|
7
|
155
|
43
|
210
|
1450
|
115.19
|
132
|
77
|
7.7
|
2.5
|
|
|
150TSWA155-30*8
|
8
|
155
|
43
|
240
|
1450
|
131.19
|
160
|
77
|
7.7
|
2.5
|
|
|
150TSWA155-30*9
|
9
|
155
|
43
|
270
|
1450
|
148.1
|
200
|
77
|
7.7
|
2.5
|
|
Installation Dimensions
|
Model
|
Stages
|
Pump Dimensions (H2 = B)
|
Base Dimensions
|
Inlet & Outlet Flange
|
||||||||||||
|
L
|
L1
|
L2
|
B
|
H3
|
L3
|
L4
|
L5
|
B1
|
B2
|
4-φb
|
D
|
D1
|
Dn
|
n-φd
|
||
|
50TSWA18-9.2*2
|
2
|
1087
|
160
|
145
|
230
|
480
|
901
|
600
|
33
|
335
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*3
|
3
|
1152
|
225
|
210
|
230
|
480
|
901
|
600
|
33
|
335
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*4
|
4
|
1237
|
290
|
275
|
230
|
480
|
974
|
640
|
128
|
375
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*5
|
5
|
1377
|
355
|
340
|
230
|
490
|
1153
|
740
|
132
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*6
|
6
|
1442
|
420
|
405
|
230
|
490
|
1153
|
740
|
197
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*7
|
7
|
1547
|
485
|
470
|
230
|
490
|
1321
|
840
|
197
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*8
|
8
|
1612
|
550
|
535
|
230
|
490
|
1321
|
840
|
262
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*9
|
9
|
1677
|
615
|
600
|
230
|
490
|
1386
|
860
|
297
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*10
|
10
|
1827
|
680
|
665
|
230
|
490
|
1593
|
900
|
362
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*11
|
11
|
1930
|
745
|
730
|
230
|
490
|
1593
|
1000
|
427
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
50TSWA18-9.2*12
|
12
|
1957
|
810
|
795
|
230
|
490
|
1658
|
1200
|
462
|
430
|
430
|
4-φ25
|
160
|
125
|
50
|
4-φ18
|
|
Model
|
Stages
|
Pump Dimensions (H2 = B)
|
Base Dimensions
|
Inlet & Outlet Flange
|
||||||||||||
|
L
|
L1
|
L2
|
B
|
H3
|
L3
|
L4
|
L5
|
B1
|
B2
|
4-φb
|
D
|
D1
|
Dn
|
n-φd
|
||
|
75TSWA36-11.5*2
|
2
|
1241
|
177
|
180
|
250
|
535
|
1046
|
690
|
89
|
410
|
475
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*3
|
3
|
1361
|
257
|
260
|
250
|
545
|
1046
|
690
|
128
|
410
|
475
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*4
|
4
|
1526
|
337
|
340
|
250
|
545
|
1284
|
830
|
171
|
475
|
475
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*5
|
5
|
1606
|
417
|
420
|
250
|
545
|
1284
|
830
|
211
|
475
|
475
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*6
|
6
|
1731
|
497
|
500
|
250
|
545
|
1488
|
980
|
245
|
475
|
475
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*7
|
7
|
1811
|
577
|
580
|
250
|
545
|
1488
|
980
|
245
|
475
|
475
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*8
|
8
|
1916
|
657
|
660
|
250
|
560
|
1653
|
1150
|
239
|
480
|
480
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*9
|
9
|
1996
|
737
|
740
|
250
|
560
|
1653
|
1150
|
239
|
480
|
480
|
4-φ25
|
195
|
160
|
80
|
4-φ18
|
|
75TSWA36-11.5*10
|
10
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
|
75TSWA36-11.5*11
|
11
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
|
Model
|
Stages
|
Pump Dimensions (H2 = B)
|
Base Dimensions
|
Inlet & Outlet Flange
|
||||||||||||
|
L
|
L1
|
L2
|
B
|
H3
|
L3
|
L4
|
L5
|
B1
|
B2
|
4-φb
|
D
|
D1
|
Dn
|
n-φd
|
||
|
100TSWA69-15.6*2
|
2
|
1575
|
255
|
200
|
310
|
610
|
1322
|
900
|
100
|
505
|
505
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*3
|
3
|
1720
|
355
|
300
|
310
|
610
|
1322
|
900
|
149
|
505
|
505
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*4
|
4
|
1885
|
455
|
400
|
310
|
610
|
1463
|
975
|
200
|
505
|
505
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*5
|
5
|
2050
|
555
|
500
|
310
|
620
|
1701
|
1240
|
202
|
525
|
525
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*6
|
6
|
2150
|
655
|
600
|
310
|
620
|
1701
|
1240
|
157
|
525
|
525
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*7
|
7
|
2295
|
755
|
700
|
310
|
630
|
1959
|
1450
|
198
|
565
|
565
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*8
|
8
|
2420
|
855
|
800
|
310
|
640
|
1959
|
1450
|
199
|
565
|
565
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*9
|
9
|
2520
|
955
|
900
|
310
|
640
|
2059
|
1550
|
199
|
565
|
565
|
4-φ30
|
230
|
190
|
100
|
8-φ23
|
|
100TSWA69-15.6*10
|
10
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
|
Model
|
Stages
|
Pump Dimensions (H2 = B)
|
Base Dimensions
|
Inlet & Outlet Flange
|
||||||||||||
|
L
|
L1
|
L2
|
B
|
H3
|
L3
|
L4
|
L5
|
B1
|
B2
|
4-φb
|
D
|
D1
|
Dn
|
n-φd
|
||
|
125TSWA90-21.6*2
|
2
|
1740
|
270
|
205
|
320
|
670
|
1312
|
990
|
220
|
500
|
500
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*3
|
3
|
1890
|
370
|
305
|
320
|
670
|
1449
|
1000
|
230
|
500
|
500
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*4
|
4
|
2060
|
470
|
405
|
320
|
680
|
1603
|
1100
|
240
|
520
|
520
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*5
|
5
|
2250
|
570
|
505
|
320
|
695
|
1774
|
1170
|
270
|
570
|
520
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*6
|
6
|
2420
|
670
|
605
|
320
|
725
|
2005
|
1260
|
305
|
630
|
520
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*7
|
7
|
2520
|
770
|
705
|
320
|
725
|
2005
|
1260
|
305
|
630
|
520
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*8
|
8
|
2670
|
870
|
805
|
320
|
725
|
2243
|
1430
|
305
|
630
|
570
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*9
|
9
|
2770
|
970
|
905
|
320
|
725
|
2243
|
1430
|
305
|
630
|
520
|
4-φ30
|
270
|
220
|
125
|
8-φ25
|
|
125TSWA90-21.6*10
|
10
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
|
Model
|
Stages
|
Pump Dimensions (H2 = B)
|
Base Dimensions
|
Inlet & Outlet Flange
|
||||||||||||
|
L
|
L1
|
L2
|
B
|
H3
|
L3
|
L4
|
L5
|
B1
|
B2
|
4-φb
|
D
|
D1
|
Dn
|
n-φd
|
||
|
150TSWA155-30*2
|
2
|
1964
|
236
|
237
|
350
|
720
|
1437
|
1000
|
80
|
720
|
575
|
4-φ30
|
280
|
240
|
150
|
8-φ23
|
|
150TSWA155-30*3
|
3
|
2234
|
350
|
352
|
350
|
735
|
1735
|
1165
|
148
|
735
|
675
|
4-φ30
|
280
|
240
|
150
|
8-φ23
|
|
150TSWA155-30*4
|
4
|
2399
|
465
|
467
|
350
|
745
|
1922
|
1260
|
215
|
745
|
675
|
4-φ30
|
280
|
240
|
150
|
8-φ23
|
|
150TSWA155-30*5
|
5
|
2664
|
580
|
582
|
350
|
780
|
2129
|
1470
|
212
|
780
|
765
|
4-φ30
|
280
|
240
|
150
|
8-φ23
|
|
150TSWA155-30*6
|
6
|
2829
|
695
|
697
|
350
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
|
150TSWA155-30*7
|
7
|
2944
|
810
|
812
|
350
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
|
150TSWA155-30*8
|
8
|
3019
|
925
|
927
|
350
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
|
150TSWA155-30*9
|
9
|
3224
|
1040
|
1042
|
350
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
/
|
Installation Instructions
(I) Preparations Before Installation:
Prepare installation tools and lifting equipment.
Check whether any part of the pump unit has loosened or been damaged during transportation.
Check whether the foundation is level.
(II) Installation Sequence:
When the unit arrives at the site, if it comes with a base, the pump and motor have already been aligned at the factory. Therefore, it is not necessary to remove them during leveling, making the installation very convenient.
Place the base on the foundation, place wedge-shaped steel plates near the anchor bolts, and raise the base by 20–40 mm for subsequent leveling and cement grouting.
Use a level gauge to check the flatness of the base. After leveling, fill the base with cement grout. When the cement dries, check the level again.
For units with larger power, the pump, motor, and base may be packaged separately for easy transportation. In this case, the user must install and align the pump unit by following the method below:
a. Clean the supporting surface of the base and the mounting surfaces of the pump and motor, then place the pump and motor on the base.
b. Adjust the pump shaft to level position and fix the pump to the base with bolts to prevent movement.
c. Lift the motor, align the motor coupling with the pump coupling, and lower the motor into the correct position on the base.
d. Adjust the coupling gap to about 5 mm and check whether the motor shaft and pump shaft are aligned. Place a straightedge on the coupling—both coupling outer circles should be flush. If not, adjust the position of the motor or pump, or use shims to correct alignment.
e. To check installation accuracy, use a feeler gauge to measure the gap between coupling faces at several positions along the circumference. The difference between the maximum and minimum values must not exceed 0.3 mm, and the difference between center lines (up/down/left/right) must not exceed 0.1 mm.
If the unit is supplied without a base, it must be installed directly on the foundation. The method is similar to step 4, but extra attention is required for alignment.
(III) Installation Precautions:
The pipeline must not exert force on the pump during installation, otherwise pump damage may occur.
Anchor bolts must be tightened during installation. Periodically check them to avoid loosening, which may cause severe vibration during pump operation.
Before installation, check whether there are any hard objects (stones, iron sand, etc.) inside the pump passage to avoid damaging flow parts during operation.
For convenient maintenance and safe operation, install a regulating valve and pressure gauge on both inlet and outlet pipelines.
For high-head pumps, install a check valve before the outlet gate valve to prevent water hammer during sudden power failure and ensure long-term stable operation.
When used under suction conditions, a foot valve must be installed. The inlet pipeline should not have excessive bends and must be free of leakage to avoid affecting suction performance.
To prevent debris from entering the pump and blocking the flow passage, a filter must be installed before the pump inlet.
Before connecting the pipeline, rotate the pump rotor manually — it should move freely with no friction or jamming.
The pump flange is designed according to 2.5 MPa standards; select matching pipeline flanges accordingly.
Startup, Shutdown & Operation
1. Preparations Before Startup
Manually rotate the pump rotor—rotation should be flexible and free of friction.
Open the inlet valve, close the outlet valve, remove air from the pump, and fill it with liquid.
Jog the motor to confirm rotation direction. If incorrect, swap any two motor wires.
2. Startup & Operation
Fully open the inlet valve and close the outlet valve.
Start the motor. After the pump reaches full speed, gradually open the outlet valve and adjust it to the required operating condition.
Check readings of all instruments.
Bearing temperature must not exceed 75°C and must be no more than 35°C above ambient.
The normal leakage from the packing chamber is about 15 ml/min. Adjust the packing gland as needed.
If abnormal temperature rise, vibration, or noise occurs, stop the pump immediately and inspect the cause.
3. Shutdown Procedure
Slowly close the outlet valve and cut off the power supply.
Close the inlet valve.
If ambient temperature is below 0°C, drain all liquid to prevent pump casing from freezing and cracking.
For long-term shutdown, disassemble, clean, and properly store the pump.
Maintenance & Care
The inlet pipeline must be completely sealed—no leakage of air or water is allowed.
Long-term cavitation operation is strictly prohibited.
Do not allow the pump to operate for long periods at excessive flow causing motor overload.
Regularly check motor current to ensure operation within rated working conditions.
The pump must be monitored by dedicated personnel to avoid accidents.
Lubricate bearings every 500 hours of operation.
After long-term use, mechanical wear may cause increased noise and vibration. Stop the pump for inspection and replace worn parts and bearings if necessary. Typical overhaul period is one year.
In case of failure during operation, troubleshoot according to the provided fault table.
If the issue cannot be resolved, do not disassemble the pump on your own—contact our service department or authorized repair center.
OEM & Custom Solutions
We offer OEM/ODM services including customization of voltage (220V/380V/415V), materials (cast iron, stainless steel, bronze), and flange standards (DIN/ANSI/JIS). Optional coatings, mechanical seal types, and bearing brands (SKF, NSK) are available. All products are ISO9001 and CE certified for export.
FAQs for Oversea Buyers
Q: What type of liquids can TSWA pumps handle?
A: Clean water and similar liquids with temperatures up to 80°C.
Q: What’s the difference between TSWA and IS pumps?
A: TSWA is multistage for high head applications, while IS is single stage for general supply.
Q: What are the main applications?
A: Building water supply, firefighting systems, factory circulation, and irrigation.
Q: What’s the efficiency level?
A: Up to 82%, depending on model and operating conditions.
Q: Can it be customized for export standards?
A: Yes, materials, voltage, and flange standards can be customized for overseas projects.
Q: Which certifications are available?
A: ISO9001 and CE certificates ensure international compliance.
Q: What about spare parts availability?
A: We provide full spare parts support and long-term technical service for global buyers.