Hebei Tuohua Pump Industry Co., LTD
Contact
No. 61, Anbang District, Shifo Village, Shifo Town, Anguo City, Baoding City, Hebei Province, China
Pipeline pump
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- 产品描述
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Overview
The ISG series single-stage, single-suction pipeline centrifugal pumps are developed by refining and enhancing the performance parameters of the original IS-type pumps. This innovative design successfully addresses several limitations inherent in the IS model during operation. Featuring high efficiency, energy savings, low noise levels, stable performance, and easy maintenance, the ISG series represents the ideal next-generation replacement for IS pumps. Additionally, depending on the specific temperature requirements, the series includes specialized versions such as hot-water pumps, high-temperature pumps, corrosion-resistant pumps, and oil pumps. All products are designed and manufactured according to the international ISO 2858 standard and meet the stringent quality criteria outlined in the national JB/T 53058-93R standard issued by China’s Ministry of Machinery. Notably, these pumps passed the rigorous inspection conducted by the Ministry’s management system certification process in 1993.
Usage environment
1. ISG vertical pipeline pumps are designed for conveying clean water and other liquids with physical and chemical properties similar to clean water. They are suitable for industrial and municipal water supply and drainage systems, boosting water pressure in high-rise buildings, providing irrigation for landscaping, ensuring fire protection through pressure boosting, enabling long-distance water transportation, supporting HVAC and refrigeration circulation systems, and enhancing cold/hot water circulation in applications like bathrooms—along with being ideal for equipment integration. The operating temperature is capped at T < 80°C.
2. The IRG (GRG)-type vertical pipeline hot water (high-temperature) circulation pumps are widely suitable for applications including boilers in industries such as energy, metallurgy, chemical processing, textiles, papermaking, as well as hotels and restaurants—specifically for boosting, circulating, and delivering high-temperature hot water, and for use in urban heating systems. The IRG model is designed for operating temperatures up to T < 120°C, while the GRG model can handle temperatures up to T < 240°C.
3. The IHG vertical chemical process pump is designed for conveying liquids free of solid particles, which are corrosive and have a viscosity similar to water. It is suitable for industries such as petroleum, chemical processing, metallurgy, power generation, papermaking, food & pharmaceuticals, and synthetic fibers, with an operating temperature range of -20°C to 120°C.
4. The YG vertical pipeline oil pump is designed for conveying petroleum products such as gasoline, kerosene, and diesel fuel, with a medium temperature range of -20°C to +120°C.Working conditions
1. The pump system’s maximum working pressure is 1.6 MPa, meaning the pump suction inlet pressure plus the pump head must not exceed 1.6 MPa. (If the pump system’s working pressure exceeds 1.6 MPa, please specify this requirement at the time of order so that special steel materials can be used for the pump’s flow passages and connecting components during manufacturing.)
2. The medium to be conveyed is clean water or other fluids with physicochemical properties similar to water. (If the medium contains fine particles, please specify separately at the time of ordering to enable the installation of a wear-resistant mechanical seal.)
3. Ambient temperature should not exceed 40°C, and relative humidity should remain below 95%.Core structure
Vertical single-stage, single-suction design
Pump body: Features a vertical installation with inlet and outlet aligned on the same shaft, arranged at either 180° or 90° angles for easy pipeline connection.
Impeller: Designed as either closed or semi-open, with backward-curved blades that balance efficiency and cavitation resistance.
Pump shaft: Directly connected to the motor, made from stainless steel, offering high rigidity and minimal vibration.Integrated motor and pump design
Direct-drive transmission: The motor shaft is directly connected to the pump shaft via a coupling, eliminating belt-drive losses and increasing efficiency by 5%–8% compared to conventional pumps.
Protection rating: Motor protection rating IP54/IP55, insulation class F, suitable for ambient temperatures ranging from -15°C to +40°C.Sealing and Bearing System
Mechanical Seal: Features a silicon carbide/carbon-graphite friction pair, offering excellent wear and corrosion resistance, with a leakage rate of ≤0.5 mL/h.
Bearing configuration: The upper end features a deep-groove ball bearing (which handles radial loads), while the lower end is equipped with an angular contact bearing (designed to handle axial loads). Service life ≥ 20,000 hours.Material Selection
Flow passage components: Available in cast iron (HT200), stainless steel (304/316L), copper alloys, and more, depending on the media characteristics.
Structural components: The pump housing is made of cast iron or stainless steel, while the motor casing features an aluminum alloy or cast iron exterior with a powder-coated finish.PERFORMANCE ADVANTAGES
High-efficiency and energy-saving design
Hydraulic Model Optimization: CFD simulations are used to refine the flow passages, resulting in an efficiency improvement of 8%–12% compared to conventional pipeline pumps.
Energy-saving data: When pumping 50 m³/h of clear water with a head of 20 meters, the power consumption is only 7.5 kW—15% more energy-efficient than comparable products.
Stable operational performanceLow-vibration design: The axial force-balancing structure minimizes vibration, with noise levels ≤75 dB (measured at 1 meter), meeting the requirements of GB/T 10889 standard.
High resistance to cavitation: Required Net Positive Suction Head (NPSHr) ≤ 2.5 m, making it ideal for applications with high suction lift requirements.Seamless operation
Wide-channel design: The channel width is ≥25mm, allowing smooth passage of impurities like fibers and particles, thereby reducing the risk of clogging.
Maintaining ease of use
Back-opening design: During maintenance, there’s no need to remove the piping—simply open the pump cover to replace components like the impeller and seals, reducing maintenance time by 60%.
Modular design: Standardization of components such as the pump body, impeller, and seals ensures high interchangeability of spare parts, reducing inventory costs.Technical Specifications
Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 25-125 2.8
4.0
5.2
0.78
1.11
1.44
20.6
20.0
18.0
28
36
35
2900 0.75 2.3 25-125A 2.5
3.6
4.6
0.69
1.00
1.28
17.0
16.0
14.4
35 2900 0.55 2.3 25-160 2.8
4
5.2
0.78
1.11
1.44
33
32
30
24
32
33
2900 1.5 2.3 25-160A 2.6
3.7
4.9
0.12
1.03
1.36
29
28
26
31 2900 1.1 2.3 32-100(I) 4.4
6.3
8.3
1.22
1.75
2.32
13.2
12.5
11.3
48
54
53
2900 0.75 2.0 32-125 3.5
5
6.5
0.97
1.39
1.8
22
20
18
40
44
42
2900 0.75 2.3 32-125A 3.1
4.5
5.8
0.86
1.25
1.61
17.6
16
14.4
43 2900 0.55 2.3 32-160 3.5
4.5
6
0.97
1.25
1.67
33
32
30
30
35
33
2900 1.5 2.3 32-160A 3.5
4.5
6
0.97
1.25
1.67
26.5
25
23
29
34
32
2900 1.1 2.3 32-200 3.5
4.5
5.5
0.97
1.25
1.53
51
50
48
27
32
30
2900 3 2.3 32-200A 3.9
4
4.2
1.08
1.11
1.17
41
40
38
26
31
29
2900 2.2 2.3 40-100 4.4
6.3
8.3
1.22
1.75
2.31
13.2
12.5
11.3
48
54
53
2900 0.55 2.3 40-100A 3.9
5.6
7.4
1.08
1.56
2.06
10.6
10
9
52 2900 0.37 2.3 40-125 4.4
6.3
8.3
1.22
1.75
2.31
21
20
18
41
46
43
2900 1.1 2.3 40-125A 3.9
5.6
7.4
1.08
1.56
2.06
17.6
16
14.4
40
45
41
2900 0.75 2.3 40–160 4.4
6.3
8.3
1.22
1.75
2.31
33
32
30
35
40
40
2900 2.2 2.3 40-160A 4.1
5.9
7.8
1.14
1.64
2.17
29
28
26.3
34
39
39
2900 1.5 2.3 40-160B 3.8
5.5
7.2
1.06
1.53
2.0
25.5
24
22.5
34
38
37
2900 1.1 2.3 40-200 4.4
6.3
8.3
1.22
1.75
2.31
51
50
48
26
33
32
2900 4.0 2.3 40-200A 4.1
5.9
7.8
1.14
1.64
2.17
45
44
42
26
31
30
2900 3.0 2.3 40-200B 3.8
5.5
7.2
1.06
1.53
2.0
38
36
34.5
25
29
28
2900 2.2 2.3 40-250 4.4
6.3
8.3
1.22
1.75
2.31
82
80
74
24
28
28
2900 7.5 2.3 40-250A 4.1
5.9
7.8
1.14
1.64
2.17
72
70
65
24
28
27
2900 5.5 2.3 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 40-250B 3.8
5.5
7.2
1.06
1.53
1.94
61.5
50
56
23
27
26
2900 4.0 2.3 40-100(I) 8.8
12.5
16.3
2.44
3.47
4.53
13.2
12.5
11.3
55
62
60
2900 1.1 2.3 40–100 (I) A 8
11
14.5
2.22
3.05
4.03
10.6
10
9
54
60
58
2900 0.75 2.3 40-125(I) 8.8
12.5
16.3
2.44
3.47
4.53
21.2
20
17.8
49
58
57
2900 1.5 2.3 40-125(I)A 8
11
14.5
2.22
3.05
4.03
17
16
14
48
57
56
2900 1.1 2.3 40-160(I) 8.8
12.5
16.3
2.44
3.47
4.53
33
32
30
45
52
51
2900 3 2.3 40–160 (I)A 8.2
11.7
15.2
2.28
3.25
4.22
29
28
26
44
51
50
2900 2.2 2.3 40-200(I) 8.8
12.5
16.3
2.44
3.47
4.53
51.2
50
48
38
46
46
2900 5.5 2.3 40-200 (I)A 8.3
11.7
15.3
2.31
3.25
4.25
45
44
42
47
45
45
2900 4 2.3 40-200(I)B 7.5
10.5
13.8
2.08
2.92
3.83
37
36
34
36
44
44
2900 3 2.3 40-250(I) 8.8
12.5
16.3
2.44
3.47
4.53
81.2
80
77.5
31
40
38
2900 11 2.3 40–250 (I)A 8.2
11.7
15.2
2.28
3.25
4.22
71
70
68
30
38
36
2900 7.5 2.3 40-250(I)B 7.5
10.5
13.8
2.08
2.92
3.83
61.4
50
58
29
37
35
2900 7.5 2.3 50–100 8.8
12.5
16.3
2.44
3.47
4.53
13.2
12.5
11.3
55
62
60
2900 1.1 2.3 50-100A 8
11
14.5
2.22
3.05
4.03
10.6
10
9
54
60
58
2900 0.75 2.3 50-125 8.8
12.5
16.3
2.44
3.47
4.53
21.2
20
17.8
49
58
57
2900 1.5 2.3 50-125A 8
11
14.5
2.22
3.05
4.03
17
16
14
48
57
56
2900 1.1 2.3 50-160 8.8
12.5
16.3
2.44
3.47
4.53
33
32
30
45
52
51
2900 3 2.3 50-160A 8.2
11.7
15.2
2.28
3.25
4.22
29
28
26
44
51
50
2900 2.2 2.3 50-160B 7.3
10.4
13.5
2.38
2.98
3.75
23
22
20.5
43
50
49
2900 1.5 2.3 50–200 8.8
12.5
16.3
2.44
3.47
4.53
51.2
50
48
38
46
46
2900 5.5 2.3 50-200A 8.3
11.7
15.3
2.31
3.25
4.25
45
44
42
47
45
45
2900 4 2.3 50-200B 7.5
10.5
13.8
2.08
2.92
3.83
37
36
34
36
44
44
2900 3 2.3 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 50-250 8.8
12.5
16.3
2.44
3.47
4.53
81.2
80
77.5
31
40
38
2900 11 2.3 50-250A 8.2
11.7
15.2
2.28
3.25
4.22
71
70
68
30
38
36
2900 7.5 2.3 50-250B 7.5
10.5
13.8
2.08
2.92
3.83
61.4
50
58
29
37
35
2900 7.5 2.3 50–100 (I) 17.5
25
32.5
4.86
6.94
9.03
13.7
12.5
10.5
67
69
69
2900 1.5 2.3 50-100 (I) A 15.6
22.3
29
4.3
6.19
8.1
11
10
8.4
65
68
67
2900 1.1 2.3 50-125(I) 17.5
25
32.5
4.86
6.94
9.032
21.5
20
18
60
68
67
2900 3 2.3 50–125 (I) A 15.6
22.3
29
4.33
6.19
8.1
17
16
13.6
58
66
65
2900 2.2 2.3 50-160(I) 17.5
25
32.5
4.86
6.94
9.03
34.4
32
27.5
54
65
62
2900 4 2.3 50–160 (I) A 16.4
23.4
30.4
4.56
6.5
8.44
30
28
24
54
62
59
2900 4 2.3 50-160(I)B 15
21.6
28
4.17
6
7.78
26
24
20.6
51
58
56
2900 3 2.5 50-200(I) 17.5
25
32.5
4.86
6.94
9.03
52.7
50
45.5
53
60
58
2900 7.5 2.5 50–200 (I) A 16.4
23.4
30.4
4.56
6.5
8.44
46.4
44
40
49
58
54
2900 7.5 2.5 50-200(I)B 15
21.6
28
4.17
6
7.78
40
38
34.5
47
55
51
2900 5.5 2.5 50-250(I) 17.5
25
32.5
4.86
6.94
9.03
82
80
76.2
49
52
50
2900 15 2.5 50–250 (I) A 16.4
23.4
30.4
4.56
6.5
8.44
71.5
70
67
45
51
47
2900 11 2.5 50-250(I)B 15
21.6
28
4.17
6
7.78
61
60
57.4
38
54
49
2900 11 2.5 50-315(I) 17.5
25
32.5
4.86
6.94
9.03
128
125
122
38
44
40
2900 30 2.5 50-315(I)A 16.4
23.4
30.4
4.56
6.5
8.44
115
113
112
37
43
40
2900 22 2.5 50-315(I)B 15.7
22.5
29.2
4.36
6.25
8.1
103
101
98
33
39
37
2900 18.5 2.5 65–100 17.5
25
32.5
4.86
6.94
9.03
13.7
12.5
10.5
67
69
69
2900 1.5 2.5 65-100A 15.6
22.3
29
4.3
6.19
8.1
11
10
8.4
65
68
67
2900 1.1 2.5 65-125 17.5
25
32.5
4.86
6.94
9.032
21.5
20
18
60
68
67
2900 3 2.5 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
m³/h l/s 65-125A 15.6
22.3
29
4.33
6.19
8.1
17
16
13.6
58
66
65
2900 2.2 2.5 65-160 17.5
25
32.5
4.86
6.94
9.03
34.4
32
27.5
54
65
62
2900 4 2.5 65-160A 16.4
23.4
30.4
4.56
6.5
8.44
30
28
24
54
62
59
2900 4 2.5 65-160B 15
21.6
28
4.17
6
7.78
26
24
20.6
51
58
56
2900 3 2.5 65-200 17.5
25
32.5
4.86
6.94
9.03
52.7
50
45.5
53
60
58
2900 7.5 2.5 65-200A 16.4
23.4
30.4
4.56
6.5
8.44
46.4
44
40
49
58
54
2900 7.5 2.5 65-200B 15
21.6
28
4.17
6
7.78
40
38
34.5
47
55
51
2900 5.5 2.5 65-250 17.5
25
32.5
4.86
6.94
9.03
82
80
76.2
49
52
50
2900 15 2.5 65-250A 16.4
23.4
30.4
4.56
6.5
8.44
71.5
70
67
45
51
47
2900 11 2.5 65-250B 15
21.6
28
4.17
6
7.78
61
60
57.4
38
54
49
2900 11 2.5 65-315 17.5
25
32.5
4.86
6.94
9.03
128
125
122
38
44
40
2900 30 2.5 65-315A 16.4
23.4
30.4
4.56
6.5
8.44
115
113
112
37
43
40
2900 22 2.5 65-315B 15.7
22.5
29.2
4.36
6.25
8.1
103
101
98
33
39
37
2900 18.5 2.5 65-100(I) 35
50
65
9.72
13.9
18.1
13.8
12.5
10
67
73
70
2900 3 3.0 65-100(I)A 31.3
44.7
58
8.7
12.4
16.1
11
10
8
66
72
69
2900 2.2 3.0 65-125(I) 35
50
65
9.72
13.9
18.1
22
20
17
67
72.5
70
2900 5.5 3.0 65-125(I)A 31.3
45
58
8.7
12.5
16.1
17.5
16
13.6
66
71
69
2900 4 3.0 65-160(I) 35
50
65
9.72
13.9
18.1
35
32
28
63
73
79
2900 7.5 3.0 65-160(I)A 32.7
46.7
61
9.1
13.0
16.9
30.6
28
24
62
70
69
2900 7.5 3.0 65-160(I)B 30.3
43.3
56.3
8.4
12
15.6
26
24
21
61
69
68
2900 5.5 3.0 65-200(I) 35
50
65
9.72
13.9
18.1
53.5
50
46
55
69
67
2900 15 3.0 65-200 (I)A 32.7
46.7
61
9.1
13.0
16.9
47
44
40
54
67
66
2900 11 3.0 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 65-200(I)B 30.3
43.3
56.3
8.4
12
15.6
40.6
36
33.4
53
65
64
2900 7.5 3.0 65-250(I) 35
50
65
9.72
13.9
18.1
83
80
72
52
62
59
2900 22 3.0 65-250 (I)A 32.7
46.7
61
9.1
13.0
16.9
73
70
63
58
60
58
2900 18.5 3.0 65-250(I)B 30.3
43.3
56.3
8.4
12
15.6
62
60
54
56
58
57
2900 15 3.0 65-315(I) 35
50
65
9.72
13.9
18.1
128
125
121
44
54
57
2900 37 3.0 65-315(I)A 32.5
46.5
60.5
9.0
12.9
16.8
112.6
110
106.4
43
54
57
2900 30 3.0 65-315(I)B 31
44.5
58
8.6
12.4
16.1
102.5
100
98
53 2900 30 3.0 65-315(I)C 29
41
53.6
8.1
11.4
14.9
87
85
83
41 2900 22 3.0 80-100 35
50
65
9.72
13.9
18.1
13.8
12.5
10
67
73
70
2900 3 3.0 80-100A 31.3
44.7
58
8.7
12.4
16.1
11
10
8
66
72
69
2900 2.2 3.0 80-125 35
50
65
9.72
13.9
18.1
22
20
17
67
72.5
70
2900 5.5 3.0 80-125A 31.3
45
58
8.7
12.5
16.1
17.5
16
13.6
66
71
69
2900 4 3.0 80–160 35
50
65
9.72
13.9
18.1
35
32
28
63
73
79
2900 7.5 3.0 80-160A 32.7
46.7
61
9.1 13.0
16.9
30.6
28
24
62
70
69
2900 7.5 3.0 80-160B 30.3
43.3
56.3
8.4
12
15.6
26
24
21
61
69
68
2900 5.5 3.0 80-200 35
50
65
9.72
13.9
18.1
53.5
50
46
55
69
67
2900 15 3.0 80-200A 32.7
46.7
61
9.1
13.0
16.9
47
44
40
54
67
66
2900 11 3.0 80-200B 30.3
43.3
56.3
8.4
12
15.6
40.6
36
33.4
53
65
64
2900 7.5 3.0 80-250 35
50
65
9.72
13.9
18.1
83
80
72
52
62
59
2900 22 3.0 80-250A 32.7
46.7
61
9.1
13.0
16.9
73
70
63
58
60
58
2900 18.5 3.0 80-250B 30.3
43.3
56.3
8.4
12
15.6
62
60
54
56
58
57
2900 15 3.0 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 80-315 35
50
65
9.72
13.9
18.1
128
125
121
44
54
57
2900 37 3.0 80-315A 32.5
46.5
60.5
9.0
12.9
16.8
112.6
110
106.4
43
54
57
2900 30 3.0 80-315B 31
44.5
58
8.6
12.4
16.1
102.5
100
98
53 2900 30 3.0 80-315C 29
41
53.6
8.1
11.4
14.9
87
85
83
41 2900 22 3.0 80-350 35
50
60
9.72
13.9
16.7
156
150
140
53
54
52
2900 55 3.0 80-350A 30.3
44
52.8
8.56
12.2
14.7
148
142
135
45
51
50
2900 45 3.0 80-350B 28
40
46
7.78
11.1
12.8
142
135
128
39
48
46
2900 37 3.0 80-100 (I) 70
100
130
19.4
27.8
36.1
14
12.5
11
66
76
75
2900 5.5 4.5 80-100 (I) A 62.6
89
116
17.4
24.7
32.2
12
10
8.8
64
74
74
2900 4 4.5 80-125(I) 70
100
130
19.4
27.8
36.1
23.5
20
14
70
76
72
2900 11 4.5 80-125 (I)A 62.6
89
116
17.4
24.7
32.2
19
16
11
68
74
65
2900 7.5 4.5 80–160(I) 70
100
130
19.4
27.8
36.1
36.5
32
24
70
76
65
2900 15 4.5 80-160 (I) A 65.4
93.5
121
18.2
26
33.8
32
28
21
68
74
67
2900 11 4.5 80-160(I)B 60.6
86.6
112
16.8
24.1
31.3
27
24
18
66
72
65
2900 11 4.5 80-200(I) 70
100
130
19.4
27.8
36.1
54
50
42
65
74
73
2900 22 4.0 80-200 (I)A 65.4
93.5
121
18.2
26
33.8
47.5
44
37
64
73
72
2900 18.5 4.0 80-200(I)B 60.6
86.6
112
16.8
24.1
31.3
41
38
32
62
71
70
2900 15 4.0 80-250(I) 70
100
130
19.4
27.8
36.1
87
80
68
62
71
68
2900 37 4.0 80–250 (I) A 65.4
93.5
121
18.2
26
33.8
76
70
59.5
61
68
67
2900 30 4.0 80-250(I)B 60.6
86.6
112
16.8
24.1
31.3
41
38
32
62
71
70
2900 22 4.0 80-315(I) 70
100
130
19.4
27.8
36.1
132
125
114
55
57
66
2900 75 4.0 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 80-315(I)A 66.5
95
123
18.5
26.4
34.3
119
113
103
59
65
64
2900 55 4.0 80-315(I)B 63
90
117
17.5
25
32.5
106
101
92
58
65
63
2900 45 4.0 80-315(I)C 58
82
107
16.1
22.9
29.7
90
85
76
56
63
61
2900 37 4.0 100-100 70
100
130
19.4
27.8
36.1
14
12.5
11
66
76
75
2900 5.5 4.5 100-100A 62.6
89
116
17.4
24.7
32.2
12
10
8.8
64
74
74
2900 4 4.5 100–125 70
100
130
19.4
27.8
36.1
23.5
20
14
70
76
72
2900 11 4.5 100-125A 62.6
89
116
17.4
24.7
32.2
19
16
11
68
74
65
2900 7.5 4.5 100–160 70
100
130
19.4
27.8
36.1
36.5
32
24
70
76
65
2900 15 4.5 100-160A 65.4
93.5
121
18.2
26
33.8
32
28
21
68
74
67
2900 11 4.5 100-160B 60.6
86.6
112
16.8
24.1
31.3
27
24
18
66
72
65
2900 11 4.5 1000 - 200 70
100
130
19.4
27.8
36.1
54
50
42
65
74
73
2900 22 4.0 1000-200A 65.4
93.5
121
18.2
26
33.8
47.5
44
37
64
73
72
2900 18.5 4.0 100-200B 60.6
86.6
112
16.8
24.1
31.3
41
38
32
62
71
70
2900 15 4.0 100–250 70
100
130
19.4
27.8
36.1
87
80
68
62
71
68
2900 37 4.0 100-250A 65.4
93.5
121
18.2
26
33.8
76
70
59.5
61
68
67
2900 30 4.0 100-250B 60.6
86.6
112
16.8
24.1
31.3
41
38
32
62
71
70
2900 22 4.0 100-315 70
100
130
19.4
27.8
36.1
132
125
114
55
57
66
2900 75 4.0 100-315A 66.5
95
123
18.5
26.4
34.3
119
113
103
59
65
64
2900 55 4.0 100-315B 63
90
117
17.5
25
32.5
106
101
92
58
65
63
2900 45 4.0 100-315C 58
82
107
16.1
22.9
29.7
90
85
76
56
63
61
2900 37 4.0 100–350 70
100
130
19.4
27.8
36.1
156
150
138
63
65
64
2900 90 4.0 100-350A 64
88
113
17.8
14.4
31.4
148
142
134
60
63
62
2900 75 4.0 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 100-350B 56
80
104
15.6
22.2
28.9
140
135
125
55
60
69
2900 55 4.0 100-100(I) 100
160
200
27.8
44.4
55.5
13
12.5
11
71
82
81
2900 11 4.0 100-125(I) 100
160
200
27.8
44.4
55.5
22.5
20
17
70
80
80
2900 15 4.0 100-125(I)A 88
143
176
24.4
39.7
48.9
18
16
13.6
67
70
72
2900 11 4.0 100-160(I) 100
160
200
27.8
44.4
55.5
35
32
28
66
78
76
2900 22 4.0 100–160 (I) A 93.5
150
187
26
41.7
51.9
31
28
24.5
65
76
75
2900 18.5 4.0 100-200(I) 100
160
200
27.8
44.4
55.5
54
50
46
65
77
75
2900 37 4.0 100–200 (I) A 93.5
150
187
26
41.7
51.9
47.5
44
40.5
64
76
75
2900 30 4.0 100–200 (I)B 85
138
170
23.6
28.3
47.2
40
37
34
63
75
75
2900 22 4.0 100-250(I) 100
160
200
27.8
44.4
55.5
86
80
73
62
75
74
2900 55 4.0 100–250 (I) A 93.5
150
187
26
41.7
51.9
75
70
64
62
74
73
2900 45 4.0 100-250(I)B 85
138
170
23.6
28.3
47.2
64
60
55
62
73
72
2900 37 4.0 125-100 100
160
200
27.8
44.4
55.5
13
12.5
11
71
82
81
2900 11 4.0 125-100A 100
143
172
27.8
39.7
47.8
12
10
8.5
77 2900 7.5 4.0 125-125 100
160
200
27.8
44.4
55.5
22.5
20
17
70
80
80
2900 15 4.0 125-125A 88
143
176
24.4
39.7
48.9
18
16
13.6
67
70
72
2900 11 4.0 125–160 100
160
200
27.8
44.4
55.5
35
32
28
66
78
76
2900 22 4.0 125-160A 93.5
150
187
26
41.7
51.9
31
28
24.5
65
76
75
2900 18.5 4.0 125-160B 83
138
166
21.7
38.3446.1
27
24
21
43 2900 15 4.0 125-200 100
160
200
27.8
44.4
55.5
54
50
46
65
77
75
2900 37 4.0 125-200A 90
150
180
25
41.7
50
48.4
44
40.5
76 2900 30 4.0 125-200B 83
138
166
21.7
38.3446.1
41.3
37.5
34.5
75 2900 22 4.0 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 125-250 96
160
192
26.7
44.4
55.3
86
80
73
62
75
74
2900 55 4.0 125-250A 90
150
180
25
41.7
50
75
70
64
62
74
73
2900 45 4.0 125-250B 86
143
172
23.9
39.7447.8
64
60
55
62
73
72
2900 37 4.0 125-315 96
160
192
26.7
44.4
55.3
133
125
119
70 2900 90 4.0 125-315A 90
150
180
25
41.7
50
117
110
104
70 2900 75 4.0 125-315B 86
143
172
23.9
39.7447.8
106
100
95.2
69 2900 75 4.0 125-315C 80.5
134
161
22.4
37.2
44.7
96
88
86
67 2900 55 4.0 150-125 112
160
192
31.1
44.4
53.3
22.8
20
17
72
80
76
2900 15 4.0 150-125A 105
150
180
29.2
41.7
50
31.5
28
24.5
71
76
73
2900 11 4.0 150–160 112
160
192
31.1
44.4
53.3
35
32
28
72
78
76
2900 22 4.0 150-160A 105
150
180
29.2
41.7
50
31.5
28
24.5
71
76
73
2900 18.5 4.0 150-160B 98
140
168
27.2
38.9
46.7
27
24
21
67
73
72
2900 15 4.0 150–200 96
160
192
26.7
44.4
55.3
55
50
46
77 2900 37 4.0 150-200A 90
150
180
25
41.7
50
48.444
40.5
76 2900 30 4.0 150-200B 86
143
172
23.9
39.7447.8
41.3
37.5
34.5
75 2900 22 4.0 150–250 120
200
240
33.3
55.6
66.7
87
80
72
65
76
74
2900 75 4.0 150-250A 112
187
224
31.1
51.9
62.2
76
70
63
64
75
73
2900 55 4.0 150-250B 104
173
208
26.9
48.1
57.8
65
60
54
63
74
72
2900 45 4.0 150-315 120
200
240
33.3
55.6
66.7
133
125
120
58
75
73
2900 110 4.5 150-315A 112
187
224
31.1
51.9
62.2
116
110
105
57
74
72
2900 90 4.5 150-315B 104
173
208
26.9
48.1
57.8
100
95
91
55
72
70
2900 75 4.5 150–350 112
160
192
31.1
44.4
53.3
160
150
138
69
70
67
2900 110 4.5 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 150-350A 105
150
180
29.2
41.7
50
152
142
130
689
69
65
2900 90 4.5 150-350B 98
140
168
27.2
38.9
46.7
110
101
90
63
67
60
2900 75 4.5 150–400 140
200
260
38.9
55.6
72.2
53
50
44
68
75
71
1450 45 3.5 150-400A 131
187
243
36.4
51.9
67.5
46.4
44
38.3
67
74
70
1450 37 3.5 150-400B 122
174
226.5
33.9
48.3
62.9
40
38
33
73 1450 30 3.5 150-400C 112
160
208
31.1
44.4
57.8
34
32
28
71 1450 22 3.5 150–200 (I) 100
160
200
27.8
44.4
55.5
22.5
20
17
70
80
80
1450 15 3.0 150–200 (I) A 88
143
176
24.4
39.7
48.9
18
16
13.6
67
70
72
1450 11 3.0 150-250(I) 100
160
200
27.8
44.4
55.5
35
32
28
66
78
76
1450 22 3.0 150–250 (I) A 93.5
150
187
26
41.7
51.9
31
28
24.5
65
76
75
1450 18.5 3.0 150-250(I)B 100
160
200
27.8
44.4
55.5
54
50
46
65
77
75
1450 37 3.0 150-315(I) 140
200
260
38.9
55.6
72.2
33.8
32
28
70
78
73
1450 30 3.5 150-315(I)A 131
187
243
36.4
51.9
67.5
29.5
28
24.5
69
77
77
1450 22 3.5 150-315(I)B 122
174
226.5
33.9
48.3
62.9
25
24
21
69
76
75
1450 18.5 3.5 200-200 140
200
260
38.9
55.6
72.2
13.8
12.5
10.6
67
78
78
1450 15 3.0 200-200A 125
179
232
34.7
49.7
64.6
11
10
8.5
66
76
76
1450 11 3.0 200–250 140
200
260
38.9
55.6
72.2
21.8
20
17
73
80
77
1450 18.5 3.0 200-250A 129
184
240
35.8
51.2
66.7
18.5
17
14.4
72
78
76
1450 15 3.0 200-250B 117
167
217
32.5
46.4
60.4
15.2
14
12
70
76
75
1450 11 3.0 200-315 140
200
260
38.9
55.6
72.2
33.8
32
28
70
78
78
1450 30 3.5 200-315A 131
187
243
36.4
51.9
67.5
29.5
28
24.5
69
77
77
1450 22 3.5 200-315B 121
173
225
33.6
48.1
62.5
25.5
24
20.5
69
76
75
1450 18.5 3.5 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 200–400 140
200
260
38.9
55.6
72.2
53
50
46
68
75
71
1450 45 3.5 200-400A 131
187
243
36.4
51.9
67.5
46.6
44
38.3
67
74
70
1450 37 3.5 200-400B 121
173
225
33.6
48.1
62.5
40
38
33
64
73
70
1450 30 3.5 200-400C 112
160
208
31.3
44.4
57.8
34
32
28
64
71
69
1450 22 3.5 200-200(I) 280
400
520
77.8
114
144
13.4
12.5
10.5
70
80
19
1450 22 3.5 200-200(I)A 250
358
465
69.4
99.4
129
11.2
10
8.5
68
78
77
1450 18.5 4.0 200–250 (I) 280
400
520
77.8
114
144
22.2
20
14
75
80
72
1450 30 4.0 200–250 (I) A 250
358
465
69.4
99.4
129
18
16
11.2
14.4
13
9.3
1450 22 4.0 200–250 (I)B 226
322
419
62.8
89.4
116
14.4
13
9.3
70
75
67
1450 18.5 4.0 200-315(I) 280
400
520
77.8
114
144
36
32
26
73
80
75
1450 55 4.0 200-315(I)A 262
374
486
72.8
103
135
31.5
28
23
72
79
74
1450 45 4.0 200-315(I)B 242
346
450
67.2
96.1
125
27
24
19.5
71
78
73
1450 37 4.0 200–400 (I) 280
400
520
77.8
114
144
54.5
50
39
75
81
77
1450 90 4.0 200–400 (I) A 262
374
486
72.8
103
135
48
44
34
74
80
76
1450 75 4.0 200–400 (I)B 242
346
450
67.2
96.1
125
41.4
38
29.6
72
78
74
1450 55 5.0 200–400°C 224
320
416
62.2
88.9
115
34.9
32
25
70
76
72
1450 45 5.0 250-250 400
550
670
111.1
152.8
186.7
22.2
20
16
78
82
81
1450 45 5.0 250-250A 365
500
600
101.4
138.9
166.7
19
17
14
76
80
80
1450 37 5.0 250–315 400
550
670
111.1
152.8
186.7
36
32
26
77
82
84
1450 75 5.0 250-315A 365
500
600
101.4
138.9
166.7
31.5
28
23
76
80
82
1450 55 5.0 250-315B 325
450
530
90.3
125
147.2
25
24
20
74
78
49
1450 45 5.0 250–400 400
550
670
111.1
152.8
186.7
54.5
50
39
75
78
80
1450 110 5.0 Model Flow rate Q Head height
m
Efficiency
%
Rotational speed
r/min
Motor power
KW
Necessary Cavitation Margin
(NPSH)r
(m)
m³/h l/s 250-400A 365
500
600
101.4
138.9
166.7
47
44
35
74
77
79
1450 90 5.0 250-400B 325
450
530
90.3
125
147.2
41.2
38
34.2
73
76
78
1450 75 5.0 300-300 480
720
900
133.3
200
250
31
28
25
77
81
77
1450 75 5.0 300-300A 444
666
833
123.2
185
231.4
26.5
24
21.5
76
80
76
1450 55 5.0 300-300B 415
623
779
115.3
173.1
216.4
23
21
18.5
79 1450 55 5.0 300–315 540
720
900
150
200
250
35
32
26
76
84
80
1450 90 5.0 300-315A 460
650
800
127.8
180
222
31.5
28
23.5
72
80
77
1450 75 5.0 300-315B 420
580
700
116.7
161
194
27
24
20
71
78
76
1450 55 5.0 300–400 500
720
900
138.9
200
250
54.5
50
42
80 1450 132 5.0 300-400A 420
600
780
127.8
180.6233.3
47
44
37
78 1450 110 5.0 300–500 540
720
900
150
200
250
85
80
70
78
80
78
1450 250 5.5 300-500A 506
675
720
140.6
187.5
200
74.4
70
61.2
77
79
77
1450 200 5.5 300-500B 468
625
667
130
173.6
185.3
63.8
60
52.5
76
78
76
1450 160 5.5 300-500C 425
570
605
118
158.3
168
53.2
50
43.8
75
77
75
1450 110 5.5 350-250 480
800
960
133.3
222
267
23
20
17.5
79
82
71
1450 75 5.0 350-250A 430
715
860
199.4
198.6
238.9
18.5
16
13
81 1450 55 5.0 350-315 480
800
960
133.3
222
267
35
32
27
75
81
80
1450 90 5.0 350-315A 450
749
900
125
207.8
250
30.5
28
23.5
80 1450 75 5.0 350-315B 416
692
832
115.6
192.2
231.1
26
24
20
78 1450 75 5.0 350–400 480
800
960
133.3
222
267
55
50
46
76
82
80
1450 160 5.0 350-400A 450
749
900
125
207.8
250
48
44
50
80 1450 132 5.0 350-400B 416
692
832
115.6
192.2
231.1
42
38
34.5
78 1450 110 5.0 Product Display
Shipment
Hebei Tuohua Pump Industry Co., Ltd. is a professional pump manufacturing enterprise integrating R&D, design, manufacturing, sales and service, with slurry pumps, desulfurization pumps, double suction pumps, sand and gravel pumps and other main products. It can provide users with services such as shape design, installation research, renovation and transformation, surveying and customization, and complete machine parts.
Customized Process
Online communication
Provide custom drawings
Merchant quotation
Sign a contract
Processing and production
Packaging and distribution
Confirm receipt of goods
Successful transaction
FAQ
Can you accept small quantities?
Yes, accept small quantity, fast delivery
Do you have pre-shipment inspection procedures?
Yes, we always test the products before delivery.
Can I take samples for testing?
Yes, samples can be sent for testing before bulk ordering.
When is the delivery time?
Inventory orders within 7-15 days, for oem and odm orders, the specific time depends on the actual situation.
What are the terms of payment?
Wire transfer or letter of credit, Western Union, Alipay, etc.
What is the minimum order quantity?
It depends on the product.
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