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Yongjia County Marine Water Pump Factory
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ISGD vertical single-stage low-speed pipeline pump
ISGD vertical single-stage low-speed pipeline pump
ISGD vertical single-stage low-speed pipeline pump
ISGD vertical single-stage low-speed pipeline pump is an efficient and energy-saving product designed and manufactured based on the performance parame

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Product details

Model Meaning
ISG立式单级单吸增压管道清水泵型号意义

Product Introduction
ISGD vertical single-stage low-speed pipeline pump is an efficient and energy-saving product designed and manufactured based on the performance parameters of IS single-stage single suction centrifugal pump and pipeline pump, and referring to ISO2858 and the national pipeline pump standard JB/T53058-93. The pump is designed using force model optimization. At the same time, based on different usage temperatures, media, etc., hot water pumps, high-temperature pumps, chemical pump oil pumps, etc. are derived from the ISG type, which are currently standardized and promoted products in the country.

Product Features
1. The pump is a vertical structure with the same inlet and outlet diameters, and they are on the same centerline. It can be installed in the pipeline like a valve, with a compact and beautiful appearance, small footprint, and low construction cost. If a protective cover is added, it can be used outdoors
2. The impeller is directly mounted on the extended shaft of the motor, with a short axial dimension and compact structure. The pump and motor bearings are reasonably configured, which can effectively balance the radial and axial loads generated by the pump operation, thereby ensuring low vibration noise during pump operation balance.
3. The shaft seal adopts mechanical seal or a combination of mechanical seals, using imported titanium alloy sealing rings, medium-sized high-temperature resistant mechanical seals, and hard alloy materials for wear-resistant seals, which can effectively increase the service life of mechanical seals.
4. Easy installation and maintenance, no need to disassemble the piping system, just remove the pump coupling nut to extract all rotor components.
5. Pumps can be operated in series or parallel according to the requirements of flow rate and head.
6. Vertical and horizontal installation of pumps can be adopted according to the requirements of pipeline layout.

application
1. ISGD vertical single-stage low-speed pipeline pump is used for conveying clean water and other liquids with physical and chemical properties similar to clean water. It is suitable for industrial and urban water supply and drainage, high-rise building pressurized water supply, garden irrigation, fire pressure boosting, and equipment matching. The operating temperature T is ≤ 80 ℃.
2. The IRGD (GRG) type hot water (high temperature) circulation pump is widely used in energy, metallurgy, chemical, textile, papermaking, as well as hotels, restaurants, and other boiler high-temperature hot water pressurized circulation transportation and urban heating system circulation pumps. The IRG operating temperature T is ≤ 120 ℃, and the GRG operating temperature T is ≤ 240 ℃.
3. IHG vertical stainless steel chemical pump is used for conveying liquids that do not contain solid particles, are corrosive, and have a viscosity similar to water. It is suitable for departments such as petroleum, chemical, metallurgical power, papermaking, food, pharmaceuticals, and synthetic fibers. The operating temperature is T: -20 ℃ -120 ℃.
4. YG pipeline oil pump, used for transporting petroleum products such as gasoline, diesel, kerosene, etc., operating temperature T: -20 ℃ -120 ℃.

Conditions of Use
1. The suction pressure is ≤ 1.0Mpa, or the working pressure of the pump system is ≤ 1.6Mpa, that is, the pump suction inlet pressure+pump head is ≤ 1.6Mpa, and the pump static pressure test pressure is 2.5Mpa. Please specify the system working pressure when ordering. When the working pressure of the pump system is greater than 1.6Mpa, it should be separately stated when ordering, so that the overcurrent components and connecting parts of the pump can be made of cast steel materials during manufacturing.
2. Environmental temperature<40 ℃, relative humidity<95%.
3. The volume content of solid particles in the conveyed medium shall not exceed 0.1% of the unit volume, and the particle size shall be less than 0.2mm
Note: If the medium used is with small particles, please specify when ordering so that wear-resistant mechanical seals can be used.

Structure diagram

ISG立式单级单吸增压管道清水泵结构示意图
Serial Number
name
Serial Number
name
1
pump body
6
pump cover
2
impeller
7
mechanical seal
3
IMPELLER NUT
8
water deflector
4
Vent valve
9
electrical machinery
5
plug screw

performance parameter

model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
40-100
40
2.2
3.2
4.2
0.61
0.89
1.17
3.3
3
2.8
48
1400
0.12
2.5
17
40-125
40
2.2
3.2
4.2
0.61
0.89
1.17
5.5
5
4.5
40
1400
0.18
2.5
19
40-125A
40
2.0
2.8
3.7
0.56
0.78
1.03
4.4
4
3.6
39
1400
0.12
2.5
19
40-160
40
2.2
3.2
4.2
0.61
0.89
1.17
8.5
8
7.5
36
1400
0.25
2.5
24
40-160A
40
2.0
2.8
3.7
0.56
0.78
1.03
6.8
6.4
6
35
1400
0.18
2.5
22
40-200
40
2.2
3.2
4.2
0.61
0.89
1.17
13
12.5
12
31
1450
0.55
2.5
38
40-200A
40
2.0
2.8
3.7
0.56
0.78
1.03
10.4
10
9.6
30
1400
0.37
2.5
30
40-250
40
2.2
3.2
4.2
0.61
0.89
1.17
20.5
20
18.5
25
1450
1.1
2.5
52
40-250A
40
2.0
2.8
3.7
0.56
0.78
1.03
16.4
16
15
25
1450
0.75
2.5
47
40-250B
40
1.6
2.3
3.4
0.44
0.64
0.94
13.2
13
12
24
1450
0.55
2.5
46
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
40-100(I)
40
3.8
6.3
7.5
1.06
1.75
2.08
3.4
3
2.8
54
1400
0.12
2.5
17
40-125(I)
40
3.8
6.3
7.5
1.06
1.75
2.08
5.4
5.0
4.6
54
1400
0.25
2.5
29
40-125(I)A
40
3.4
5.6
6.7
0.94
1.56
1.86
4.3
4.0
3.7
52
1400
0.18
2.0
24
40-160(I)
40
3.8
6.3
7.5
1.06
1.75
2.08
8.5
8.0
7.5
47
1450
0.55
2.5
43
40-160(I)A
40
3.0
5.1
6.1
0.83
1.42
1.69
5.6
5.3
4.9
45
1400
0.25
2.5
30
40-200(I)
40
3.8
6.3
7.5
1.06
1.75
2.08
13.1
12.5
12
40
1450
0.75
2.5
45
40-200(I)A
40
3.3
5.5
6.5
0.92
1.53
1.81
10
9.5
9
39
1450
0.55
2.5
44
40-250(I)
40
3.8
6.3
7.5
1.06
1.75
2.08
20.5
20
19.5
32
1450
1.5
2.5
54
40-250(I)A
40
3.4
5.6
6.7
0.94
1.56
1.86
16.4
16
15.6
32
1450
1.1
2.5
49
40-250(I)B
40
3.1
5.1
6.1
0.86
1.42
1.69
13.2
13
12.5
30
1450
0.75
2.5
42
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
50-100
50
3.8
6.3
7.5
1.06
1.75
2.08
3.4
3
2.8
54
1400
0.12
2.5
19
50-125
50
3.8
6.3
7.5
1.06
1.75
2.08
5.4
5.0
4.6
54
1400
0.25
2.5
25
50-125A
50
3.4
5.6
6.7
0.94
1.56
1.86
4.3
4.0
3.7
52
1400
0.18
2.5
19
50-160
50
3.8
6.3
7.5
1.06
1.75
2.08
8.5
8.0
7.5
47
1450
0.55
2.5
42
50-160A
50
3.0
5.1
6.1
0.83
1.42
1.69
5.6
5.3
4.9
45
1400
0.25
2.5
37
50-200
50
3.8
6.3
7.5
1.06
1.75
2.08
13.1
12.5
12
40
1450
0.75
2.5
48
50-200A
50
3.3
5.5
6.5
0.92
1.53
1.81
10
9.5
9
39
1450
0.55
2.5
46
50-250
50
3.8
6.3
7.5
1.06
1.75
2.08
20.5
20
19.5
32
1450
1.5
2.5
58
50-250A
50
3.4
5.6
6.7
0.94
1.56
1.86
16.4
16
15.6
32
1450
1.1
2.5
50
50-250B
50
3.1
5.1
6.1
0.86
1.42
1.69
13.2
13
12.5
30
1450
0.75
2.5
49
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
50-100(I)
50
7.5
12.5
15
2.08
3.47
4.17
3.5
3
2.5
63
1400
0.25
2.5
23
50-125(I)
50
7.5
12.5
15
2.08
3.47
4.17
5.4
5.0
4.7
63
1400
0.37
2.5
34
50-125(I)A
50
6.6
11.0
13.2
1.83
3.06
3.67
4.1
3.8
3.6
60
1400
0.25
2.5
33
50-160(I)
50
7.5
12.5
15
2.08
3.47
4.17
8.8
8
7.2
59
1450
0.55
2.8
46
50-160(I)A
50
6.5
10.8
13.0
1.81
3.0
3.61
6.6
6
5.4
57
1400
0.37
2.8
34
50-200(I)
50
7.5
12.5
15
2.08
3.47
4.17
13.2
12.5
11.8
54
1450
1.1
2.8
52
50-200(I)A
50
6.8
11.3
13.5
1.89
3.14
3.75
10.7
10.1
9.6
53
1450
0.75
2.8
48
50-250(I)
50
7.5
12.5
15
2.08
3.47
4.17
21
20
19.4
45
1450
2.2
2.8
73
50-250(I)A
50
7.0
11.7
14.1
1.94
3.25
3.92
18.4
17.6
17
44
1450
1.5
2.8
65
50-250(I)B
50
6.1
10.2
12.3
1.69
2.83
3.42
14.1
13.4
13.0
43
1450
1.1
2.8
60
50-315(I)
50
7.5
12.5
15
2.08
3.47 4.17
32.3
32
31.7
36
1450
4
2.8
89
50-315(I)A
50
7
11.7
14
1.94
3.25
3.92
28.1
28
27.6
36
1450
3
2.8
84
50-315(I)B
50
6.1
10.2
12.1
1.69
2.81
3.36
21.2
21
20.8
34
1450
3
2.8
82
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
65-100
65
7.5
12.5
15
2.08
3.47
4.17
3.5
3
2.5
63
1400
0.25
2.8
29
65-125
65
7.5
12.5
15
2.08
3.47
4.17
5.4
5.0
4.7
63
1400
0.37
2.8
32
65-125A
65
6.6
11.0
13.2
1.83
3.06
3.67
4.1
3.8
3.6
60
1400
0.25
2.8
27
65-160
65
7.5
12.5
15
2.08
3.47
4.17
8.8
8
7.2
59
1450
0.55
2.8
46
65-160A
65
6.5
10.8
13.0
1.81
3.0
3.61
6.6
6
5.4
57
1400
0.37
2.8
35
65-200
65
7.5
12.5
15
2.08
3.47
3.75
13.2
12.5
11.8
54
1450
1.1
2.8
52
65-200A
65
6.8
11.3
13.5
1.89
3.14
3.75
10.7
10.1
9.6
53
1450
0.75
2.8
48
65-250
65
7.5
12.5
15
2.08
3.47
4.17
21
20
19.4
45
1450
2.2
2.8
76
65-250A
65
7.0
11.7
14.1
1.94
3.25
3.92
18.4
17.6
17
44
1450
1.5
2.8
68
65-250B
65
6.1
10.2
12.3
1.69
2.83
3.42
14.1
13.4
13.0
43
1450
1.1
2.8
63
65-315
65
7.5
12.5
15
2.08
3.47
4.17
32.3
32
31.7
36
1450
4
2.8
89
65-315A
65
7
11.7
14
1.94
3.25
3.92
28.1
28
27.6
36
1450
3
2.8
85
65-315B
65
6.1
10.1
12.1
1.69
2.81
3.36
21.2
21
20.8
34
1450
3
2.8
82
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
65-100(I)
65
15
25
30
4.17
6.94
8.33
3.5
3
2.5
70
1400
0.37
2.8
83
65-125(I)
65
15
25
30
4.17
6.94
8.33
5.6
5
4.5
70
1450
0.75
2.8
49
65-125(I)A
65
13.1
21.8
26.1
3.05
6.05
7.25
4.3
3.8
3.4
65
1450
0.55
2.8
48
65-160(I)
65
15
25
30
4.17
6.94
8.33
9
8
7.2
68
1450
1.1
2.8
54
65-160(I)A
65
13.0
21.6
25.9
3.61
6.0
7.19
6.7
6.0
5.4
65
1450
0.75
2.8
48
65-200(I)
65
15
25
30
4.17
6.94
8.33
13.2
12.5
11.8
64
1450
2.2
2.8
71
65-200(I)A
65
14.0
23.3
27.9
3.89
6.47
7.75
11.5
10.9
10.2
63
1450
1.5
2.8
62
65-250(I)
65
15
25
30
4.17
6.94
8.33
21
20
18.8
59
1450
3
2.8
85
65-250(I)A
65
13.3
22.2
26.6
3.69
6.17
7.39
16.6
15.8
14.8
58
1450
2.2
2.8
80
65-250(I)B
65
11.9
19.8
23.8
3.31
5.5
6.61
13.2
12.6
11.8
57
1450
1.5
2.8
74
65-315(I)
65
15
25
30
4.17
6.94
8.33
32.5
32
31.5
50
1450
5.5
2.8
120
65-315(I)A
65
14
23
28
3.89
6.39
7.78
28.3
27.9
27.4
50
1450
4
2.8
110
65-315(I)B
65
12.1
20.2
24.2
3.36
5.61
6.75
21.3
21
30.6
49
1450
3
2.8
100
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
80-100
80
15
25
30
4.17
6.94
8.33
3.5
3
2.5
70
1400
0.37
2.8
33
80-125
80
15
25
30
4.17
6.94
8.33
5.6
5
4.5
70
1450
0.75
2.8
48
80-125A
80
13.1
21.8
26.1
3.05
6.05
7.25
4.3
3.8
3.4
65
1450
0.55
2.8
45
80-160
80
15
25
30
4.17
6.94
8.33
9
8
7.2
68
1450
1.1
2.8
55
80-160A
80
13.0
21.6
25.9
3.61
6.0
7.19
6.7
6.0
5.4
65
1450
0.75
2.8
51
80-200
80
15
25
30
4.17
6.94
8.33
13.2
12.5
11.8
64
1450
2.2
2.8
72
80-200A
80
14.0
23.3
27.9
3.89
6.47
7.75
11.5
10.9
10.2
63
1450
1.5
2.8
64
80-250
80
15
25
30
4.17
6.94
8.33
21
20
18.8
59
1450
3
2.8
89
80-250A
80
13.3
22.2
26.6
3.69
6.17
7.39
16.6
15.8
14.8
58
1450
2.2
2.8
85
80-250B
80
11.9
19.8
23.8
3.31
5.5
6.61
13.2
12.6
11.8
57
1450
1.5
2.8
78
80-315
80
15
25
30
4.17
6.94
8.33
32.5
32
31.5
50
1450
5.5
2.8
130
80-315A
80
14
23
28
3.89
6.39
7.78
28.3
27.9
27.4
50
1450
4.0
2.8
102
80-315B
80
12.1
20.2
24.3
3.36
5.61
6.75
21.3
21
20.6
49
1450
3
2.8
95
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
80-100(I)
80
30
50
60
8.33
13.89
16.67
3.5
3
2.5
73
1450
0.75
3.0
58
80-125(I)
80
30
50
60
8.33
13.89
16.67
6
5
4
73
1450
1.1
3.0
61
80-125(I)A
80
26.8
44.6
53.5
7.44
12.4
14.9
4.8
4
3.2
63
1450
2.2
3.0
61
80-160(I)
80
30
50
60
8.33
13.89
16.67
9.2
8
6.8
73
1450
2.2
3.0
82
80-160(I)A
80
26.7
44.5
53.4
7.42
12.36
14.83
7.3
6.3
5.4
71
1450
1.5
3.0
74
80-200(I)
80
30
50
60
8.33
13.89
16.67
13.5
12.5
11.8
72
1450
3.0
3.0
97
80-200(I)A
80
26.7
44.6
53.5
7.42
12.36
14.83
10.7
9.9
9.4
71
1450
2.2
3.0
93
80-250(I)
80
30
50
60
8.33
13.89
16.67
21.3
20
19
66
1450
5.5
3.0
134
80-250(I)A
80
28
46.7
56
7.78
12.97
15.56
18.6
17.4
16.6
65
1450
4.0
3.0
106
80-250(I)B
80
24.2
40.4
48.5
6.72
11.22
13.47
13.9
13.1
12.4
63
1450
3.0
3.0
100
80-315(I)
80
30
50
60
8.33
13.89
16.67
34
32
30
61
1450
11.0
3.0
217
80-315(I)A
80
28
46.7
56
7.78
12.97
15.56
29.6
27.9
26.1
61
1450
7.5
3.0
180
80-315(I)B
80
24.3
40.5
48.6
6.72
11.22
13.47
22.3
21
19.1
60
1450
5.5
3.0
166
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
100-100
100
30
50
60
8.33
13.89
16.67
3.5
3
2.5
73
1450
0.75
3.0
62
100-125
100
30
50
60
8.33
13.89
16.67
6
5
4
73
1450
1.1
3.0
70
100-125A
100
26.8
44.6
53.5
7.44
12.4
14.9
4.8
4
3.2
63
1450
1.1
3.0
68
100-160
100
30
50
60
8.33
13.89
16.67
9.2
8
6.8
73
1450
2.2
3.0
87
100-160A
100
26.7
44.5
53.4
7.42
12.36
14.83
7.3
6.3
5.4
71
1450
1.5
3.0
79
100-200
100
30
50
60
8.33
13.89
16.67
13.5
12.5
11.8
72
1450
3.0
3.0
100
100-200A
100
26.7
44.6
53.5
7.42
12.36
14.83
10.7
9.9
9.4
71
1450
2.2
3.0
90
100-250
100
30
50
60
8.33
13.89
16.67
21.3
20
19
66
1450
5.5
3.0
140
100-250A
100
28
46.7
56
7.78
12.97
15.56
18.6
17.6
16.6
65
1450
4.0
3.0
112
100-250B
100
24.2
40.4
48.5
6.72
11.22
13.47
13.9
13.1
12.4
63
1450
3.0
3.0
105
100-315
100
30
50
60
8.33
13.89
16.67
34
32
30
61
1450
11.0
3.0
225
100-315A
100
28
46.7
56
7.78
12.97
15.56
29.6
27.9
26.1
61
1450
7.5
3.0
180
100-315B
100
24.3
40.5
48.6
6.72
11.22
13.47
22.3
21
19.1
60
1450
5.5
3.0
165
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
100-125(I)
100
60
100
120
16.67
27.78
33.33
6.5
5
4
78
1450
2.2
3.0
95
100-125(I)A
100
52.2
87.1
104
14.5
24.2
28.9
4.3
3.8
3.4
76
1450
1.5
3.0
87
100-160(I)
100
60
100
120
16.7
27.78
33.33
10
8
7
78
1450
4.0
3.0
118
100-160(I)A
100
52.2
87.1
104
14.5
24.2
28.9
7.3
6.3
5.4
76
1450
3.0
3.0
113
100-200(I)
100
60
100
120
16.67
27.78
33.33
14.0
12.5
11
75
1450
5.5
3.0
148
100-200(I)A
100
51.7
86.1
103
14.36
23.92
28.61
10.8
9.3
8.2
73
1450
4.0
3.0
123
100-250(I)
100
60
100
120
16.67
22.78
33.33
21.5
20
18.5
74
1450
11.0
3.0
208
100-250(I)A
100
56
93.3
112
15.56
25.92
31.11
18.7
17.4
16.1
73
1450
7.5
3.0
165
100-250(I)B
100
52.2
87
104
14.5
24.17
28.89
16
15
14
72
1450
5.5
3.0
149
100-315(I)
100
60
100
120
16.67
22.78
33.33
33.5
32
30.5
71
1450
15.0
3.0
234
100-315(I)A
100
55.0
91.0
110.0
15.28
25.28
30.56
28
27
25.7
71
1450
11.0
3.0
213
100-315(I)B
100
47
79.0
95
13.06
21.94
26.39
21
20
19
70
1450
7.5
3.0
165
100-400(I)
100
60
100
120
16.67
22.78
33.33
52
50
48.5
65
1450
30.0
3.0
375
100-400(I)A
100
56.4
94
113
15.67
26.11
31.39
46
44
43
65
1450
22.0
3.0
295
100-400(I)B
100
52.3
87
105
14.53
24.17
29.17
39
38
37
64
1450
18.5
3.0
257
100-400(I)C
100
48.6
81
97
13.54
22.56
26.94
34
32.8
32
62
1450
15.0
3.0
239
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
125-125
125
48
80
96
13.3
22.2
26.7
5.5
5
4.3
76
1450
2.2
3.0
148
125-125A
125
43
71.5
66
11.6
19.9
13.9
4.4
4
3.4
75
1450
1.5
3.0
125
125-160
125
48
80
96
13.3
22.2
26.7
9
8
7
74
1450
3.0
3.0
205
125-160A
125
42
69.3
83
11.9
19.3
23
6.8
6
5.3
73
1450
2.2
3.0
165
125-200
125
48
80
96
13.3
23.2
26.7
13.8
12.5
11.5
73
1450
5.5
3.0
249
125-200A
125
45
75
90
12.5
20.8
25
12
11
10
72
1450
4.0
3.0
237
125-250
125
48
80
96
13.3
22.2
26.7
22
20
18.3
72
1450
7.5
2.8
220
125-250A
125
45
75
90
12.5
20.8
25
19
17.5
16
71
1450
7.5
2.8
210
125-250B
125
41.5
69
83
11.5
11.2
23
16.3
15
13.8
70
1450
5.5
2.8
195
125-315
125
48
80
96
13.3
22.2
26.7
33.3
32
29.8
67
1450
15.0
2.5
300
125-315A
125
45
75
90
12.5
20.8
25
29.3
27.5
26
66
1450
11.0
2.5
282
125-315B
125
43
72
96
11.9
20
23.9
26.5
25
23.8
65
1450
11.0
2.5
282
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
150-200
150
96
160
192
26.7
44.4
53.3
13.8
12.5
11.5
77
1450
11
5.5
305
150-200A
150
90
150
180
25
41.7
50
12
11
10
76
1450
7.5
5.5
276
150-250
150
96
160
192
26.7
44.4
53.3
22
20
18.3
75
1450
15
5.0
310
150-250A
150
90
150
180
25
41.7
50
19
17.5
16
74
1450
11
5.5
303
150-250B
150
84
140
168
23.3
39
46.7
16.3
15
13.8
73
1450
7.5
5.5
281
150-315
150
96
160
192
26.7
44.4
53.3
33.3
32
29.8
70
78
73
1450
30
2.5
410
150-315A
150
90
150
180
25
41.7
50
29.3
27.5
26
69
77
77
1450
22
3.5
335
150-315B
150
84
140
168
23.3
39
46.7
25
24
21
76
1450
18.5
3.5
315
150-400
150
96
160
192
26.7
44.4
53.3
53
50
44
68
75
71
1450
45
3.5
490
150-400A
150
90
150
180
25
41.7
50
46.6
44
38.3
67
74
70
1450
37
3.5
454
150-400B
150
84
140
168
23.3
39
46.7
40
38
33
73
1450
30
3.5
435
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
150-200(I)
150
120
200
240
33.3
55.6
66.7
13.8
12.5
11.5
65
76
74
1450
15
4.5
310
150-200(I)A
150
112
187
224
31.1
51.9
62.2
12
11
10
64
75
73
1450
11
4.5
303
150-250(I)
150
140
200
260
38.9
55.6
72.2
22
20
18.3
75
1450
18.5
5.0
340
150-250(I)A
150
131
187
243
36.4
51.9
67.5
19
17.5
16
74
1450
15
5.5
325
150-250(I)B
150
121
173
225
33.5
48.1
62.5
16.3
15
13.8
73
1450
11
5.5
300
150-315(I)
150
140
200
260
38.9
55.6
72.2
33.3
32
29.8
70
78
73
1450
30
2.5
410
150-315(I)A
150
131
187
243
36.4
51.9
67.5
29.3
27.5
26
69
77
77
1450
22
3.5
335
150-315(I)B
150
121
173
225
33.5
48.1
62.5
25
24
21
76
1450
18.5
3.5
315
150-400(I)
150
140
200
260
38.9
55.6
72.2
53
50
44
68
75
71
1450
45
3.5
490
150-400(I)A
150
131
187
243
36.4
51.9
67.5
46.6
44
38.3
67
74
70
1450
37
3.5
454
150-400(I)B
150
121
173
225
33.5
48.1
62.5
40
38
33
73
1450
30
3.5
435
150-500(I)
150
140
200
260
38.9
55.6
72.2
87
80
73
73
1450
90
3.5
1215
150-500(I)A
150
131
187
243
36.4
51.9
67.5
76
70
84
73
1450
75
3.5
1108
150-500(I)B
150
121
173
225
33.5
48.1
62.5
65
60
55
73
1450
55
3.5
920
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
200-200
200
140
200
260
38.9
55.6
72.2
13.8
12.5
10.6
68
78
78
1450
15
3.0
265
200-200A
200
125
179
232.5
34.7
49.7
64.6
11
10
8.5
66
76
76
1450
11
3.0
244
200-250
200
140
200
260
21.8
20
17
21.8
20
17
73
79
77
1450
18.5
3.0
305
200-250A
200
129
184.4
240
18.5
17
14.4
18.5
17
14.4
72
78
76
1450
15
3.0
267
200-250B
200
117
167
217.5
15.2
14
12
15.2
14
12
76
1450
11
3.0
246
200-315
200
140
200
260
33.8
32
28
33.8
32
28
70
78
78
1450
30
3.5
417
200-315A
200
131
189
243
29.5
28
24.5
29.5
28
24.5
69
77
77
1450
22
3.5
342
200-315B
200
121
173
225
25
24
21
25
24
21
76
1450
18.5
3.5
322
200-400
200
140
200
260
53
50
44
53
50
44
68
75
71
1450
45
3.5
498
200-400A
200
131
187
243
46.6
44
38.3
46.6
44
38.3
67
74
70
1450
37
3.5
462
200-400B
200
122
174
226.5
40
38
33
40
38
33
73
1450
30
3.5
443
200-400C
200
112
160
208
34
32
28
34
32
28
71
1450
22
3.5
373
200-500
200
140
200
260
38.9
55.6
72.2
87
80
73
73
1450
90
3.5
1215
200-500A
200
131
187
243
36.4
51.9
67.5
76
70
84
73
1450
75
3.5
1108
200-500B
200
121
173
225
33.5
48.1
62.5
65
60
55
73
1450
55
3.5
920
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
200-200(I)
200
280
400
520
77.8
111.1
144
13.4
12.5
10.5
70
80
79
1450
22
4.0
382
200-200(I)A
200
250
358
465
69.4
90.4
129.2
10.7
10
8.5
68
73
77
1450
18.5
4.0
346
200-250(I)
200
280
400
520
77.8
111.1
144
22.2
20
14
75
80
72
1450
30
4.0
475
200-250(I)A
200
250
358
465
69.4
99.4
129.2
18
16
11.2
73
78
70
1450
22
4.0
405
200-250(I)B
200
226
322
419
62.8
89.4
116.4
14.4
13
7.3
70
75
67
1450
18.5
4.0
387
200-315(I)
200
280
400
520
77.8
111.4
144
36
32
26
73
80
75
1450
55
4.0
675
200-315(I)A
200
262
374
486
72.8
103.9
135
31.5
28
23
72
79
74
1450
45
4.0
560
200-315(I)B
200
242
346
450
67.3
96.1
125
27
24
19.5
78
1450
37
4.0
535
200-400(I)
200
280
400
520
77.8
111.4
144
54.5
50
39
75
81
77
1450
75
4.0
830
200-400(I)A
200
262
374
486
72.8
103.9
135
48
44
34
80
1450
75
4.0
830
200-400(I)B
200
242
346
450
67.2
96.1
125
41.4
38
29.6
78
1450
55
5.0
685
200-400(I)C
200
224
320
416
62.2
88.9
115.6
34.9
32
25
76
1450
45
5.0
580
200-500(I)
200
280
400
520
77.8
111.4
144
87
80
73
73
1450
132
3.5
1300
200-500(I)A
200
262
374
486
72.8
103.9
135
76
70
84
73
1450
110
3.5
1150
200-500(I)B
200
242
346
450
67.2
96.1
125
65
60
55
73
1450
90
3.5
1050
200-500(I)C
200
224
320
416
62.2
88.9
115.6
55
50
46
73
1450
75
3.5
930
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
250-250
250
350
550
650
97.2
152.8
180.5
22
20
16
78
82
81
1450
45
5.0
620
250-250A
250
300
500
600
83.3
139
166.7
18.3
17
14
76
80
80
1450
37
5.0
550
250-235
250
300
500
600
83.3
139
166.7
14
12.5
11
73
78
70
1480
22
4.5
410
250-300
250
300
500
600
83.3
139
166.7
22
20
16
78
1480
37
4.5
550
250-315
250
350
550
650
97.2
152.8
180.5
34
32
28
76
80
79
1450
75
5.5
890
250-315A
250
300
500
600
83.3
139
166.7
29.5
28
24
74
78
77
1450
55
5.5
690
250-315B
250
260
450
520
72.2
125
144.4
25
24
20
70
74
72
1450
45
5.5
620
250-400
250
300
500
600
83.3
139
166.7
54.5
50
39
72
1480
90
4.5
1530
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg
300-235
300
480
720
900
133.3
200
250
20
18
15.5
77
81
74
970
55
5.0
1120
300-235A
300
438
607
821
121.7
182.5
228.1
16.5
15
13
75
79
72
970
45
5.0
1030
300-235B
300
400
600
750
111.1
167.0
208.3
14
12.5
11
73
77
70
970
37
5.0
890
300-300
300
480
720
900
133.3
200
250
31
28
25
77
81
77
970
75
5.0
1350
300-300A
300
444
666
833
123.3
185
231.4
26.5
24
21.5
76
80
76
970
75
5.0
1350
300-300B
300
415
623
779
115.3
173.1
261.4
23
21
18.5
79
970
55
5.0
1170
300-380
300
480
720
900
133.3
200
250
48
44
34
84
970
132
5.0
1900
300-380A
300
444
666
833
123.3
185
231.4
41.4
38
30
80
970
110
5.0
1700
300-380B
300
409
614
767
113.6
170.6
213.1
35
32
25
78
970
90
5.0
1530
300-235(I)
300
718
1080
1345
199.4
300
373.6
44.6
40
34.6
82
1450
160
5.5
1680
300-235(I)A
300
642
965
1203
178.3
268.1
334.2
35.7
32
27.7
80
1450
132
5.5
1400
model
caliber
internet traffic
lift
efficiency
rotational speed
Motor Power
Required cavitation allowance
weight
mm
m3/h
L/S
m
%
r/min
KW
(NPSH)r
Kg

Attachment installation method
1Hard connection

1. Direct installation
ISG立式单级单吸增压管道清水泵附件安装方法直接安装
1
Imported valves
2
Straight pipe
3
bent pipe
4
Straight pipe
5
Inlet pipe
6
bent pipe
7
Straight pipe
8
Export valve
2. Installation of connecting plate
ISG立式单级单吸增压管道清水泵附件安装方法联接板安装
1
Imported valves
2
Straight pipe
3
bent pipe
4
Straight pipe
5
gusset
6
Straight pipe
7
bent pipe
8
Straight pipe
9
Export valve

2、 Flexible connection

1. Connection plate, installation with vibration isolator
ISG立式单级单吸增压管道清水泵附件安装方法柔性联接
1
Imported valves
2
flexible joint
3
bent pipe
4
Straight pipe
5
gusset
6
Vibration isolator
7
Straight pipe
8
bent pipe
9
flexible joint
10
Export valve
2. Connection plate, installation with vibration isolator
ISG立式单级单吸增压管道清水泵附件安装方法柔性联接
1
Imported valves
2
flexible joint
3
Straight pipe
4
gusset
5
Vibration isolator
6
Straight pipe
7
Export valve

Vulnerable parts (mechanical seals and bearings)

Motor Power
Bearing
mechanical seal
0.18KW、0.12KW
201
104-12
0.25KW、0.37KW
202
104-14
0.55KW、0.75KW、1.1KW-2
204
109-18
1.1KW-4、 1.5KW、2.2KW-2
205
109-20
2.2KW-4、3KW
206
109-25
4KW
306
109-25
5.5KW、7.5KW-2、7.5KW-4
308
109-25
11KW、15KW、 18.5KW-2、22KW-2
309
109-35
18.5KW-4、22KW-4
311
109-45
30KW、37KW-2
312
109-45
37KW-4、45KW
313
109-45
55KW、75KW-2、90KW-2
314
109-55

Reference Table for Pipeline Losses

Pipe diameter mm
Flow rate (L/S)
1
2
4
6
8
10
25
3.2
13
38
3.5
14
15
15
20
50
0.8
3.1
13
29
25
30
65
0.8
3.2
7.1
13
20
40
50
75
0.4
1.6
3.3
5.9
9.6
21.6
60
70
100
0.4
0.8
1.3
2.1
6.8
8.6
13
19.
80
90
125
0.2
0.4
0.6
1.3
2.7
4.1
5.9
10.
100
110
150
0.1
0.2
0.5
1.1
1.6
2.3
4.2
6.4
9.4
120
130
175
0.1
0.2
0.5
0.7
1.0
1.9
2.9
4.3
5.8
7.7
9.6
140
160
200
0.1
0.2
0.3
0.5
0.9
1.5
2.1
2.9
3.7
4.7
6.1
7.2
8.5
180
200
250
0.1
0.1
0.2
0.3
0.5
0.7
0.9
1.2
1.5
1.9
2.3
2.8
3.3
3.7
4.9
5.2
300
0.1
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.9
1.1
1.3
1.5
2.0
2.4
3.0

Valve and bent pipe converted to straight pipe length

type
Equivalent to multiple of straight pipe diameter
notes
Fully open gate valve
12
Unopened double
normal bend
25
check valve
100
bottom valve
100
Partial blockage doubles

The flow limit of a certain pipeline is certain

Pipeline diameter
internet traffic
velocity of flow
mm
L/S
m/s
25
1
2.04
38
2.5
1.69
50
4.17
2.12
65
6.67
2.01
75
10.0
2.26
100
18.4
2.33
Pipeline diameter
internet traffic
velocity of flow
mm
L/S
m/s
125
30.0
2.44
150
43.0
2.45
175
60.0
2.49
200
83.3
2.69
250
133.3
2.72
300
192.0
2.71

Fault causes and troubleshooting methods

Fault phenomenon
Possible causes
Troubleshooting
1. The water pump is not producing water
a、 The import and export valves are not open, the inlet and outlet pipelines are blocked, and the impeller of the flow channel is blocked.
b、 The motor is running in the wrong direction and has a slow speed due to phase loss.
c、 The suction pipe is leaking air.
d、 The pump is not filled with liquid and there is air inside the pump chamber.
e、 Insufficient imported water supply, high suction, and leaking bottom valve.
f、 Excessive pipeline resistance and improper pump selection.
a、 Check and remove blockages
b、 Adjust the motor direction and strengthen the motor wiring
c、 Tighten all sealing surfaces and eliminate air
d、 Open the pump cover or open the exhaust valve to exhaust the air
e、 Shutdown inspection and adjustment (this phenomenon is prone to occur when using grid connected water pipes and suction pumps)
f、 Reduce pipeline bends and reselect pumps.
2. Insufficient water pump flow
a、 First, check the cause according to 1.
b、 Pipeline, pump impeller blockage, scale deposition, and insufficient valve opening
c、 Low voltage
d、 Impeller wear
a、 First, press 1. Exclude
b、 Remove the obstruction and readjust the valve opening.
c、 Stabilize voltage.
d、 Replace the impeller.
3. Excessive power
a、 Exceeding the rated flow usage.
b、 The suction distance is too high.
c、 The pump bearings are worn.
a、 Adjust the flow rate and turn down the outlet valve.
b、 reduce
c、 Replace the impeller
4. Noise vibration
a、 The pipeline support is unstable.
b、 Liquid mixed with gas.
c、 Generate cavitation.
d、 The bearing is damaged.
e、 The motor is running under overload and overheating.
a、 Stable pipeline
b、 Increase suction pressure and exhaust
c、 Reduce the vacuum degree
d、 Replace bearings
e、 Press 5 to adjust.
5. Motor overheating
a、 Excessive traffic and overloaded operation.
b、 Rubbing.
c、 The motor bearings are damaged.
d、 Insufficient voltage.
a、 Close the outlet valve.
b、 Check and eliminate.
c、 Replace the bearings.
d、 Stabilize voltage.
6. Water pump leakage
a、 Mechanical seal wear.
b、 The water pump body has sand holes or cracks.
c、 The sealing surface is uneven.
d、 Loosen the installation bolts.
a、 Replace.
b、 Welding repair or replacement.
c、 Repair.
d、 Durable.


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