PBG Vertical Pipeline Canned Motor Pump – Clean Water Circulation

PBG Vertical Pipeline Canned Motor Pump – Clean Water Circulation

PBG Vertical Inline Canned Motor Pump | Seal-less leak-free circulation

  • Seal-less canned motor: No mechanical seal.
  • Inline fitment: Compact pipeline install.
  • Smooth duty: Low noise/vibration.
  • Easy service: Pull-out, no pipe removal.
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Product Overview

The PBG Vertical Canister-Mounted Inline Pump is a vertical centrifugal pipeline pump that integrates a shielded motor with the pump’s hydraulic system, designed for the continuous delivery of clean or similar liquids. The PBG series is developed based on advanced international technologies, complying with ISO 2858 and JB/T 6878.2-93 standards. It features a compact structure and stable operation, making it an ideal alternative to traditional horizontal centrifugal pumps and standard vertical inline pumps.

Model Designation

PBG Vertical Pipeline Canned Motor Pump – Clean Water Circulation

Key Features

  1. Compact Structural Design
    The compact design reduces installation space requirements, making it suitable for environments with space constraints, while simplifying installation and use.

  2. Integrated Pump and Motor Design
    The integrated design ensures a tight connection between the pump and motor, optimizing space utilization, and ensuring stable operation with reduced installation complexity.

  3. Zero Leakage Performance
    The advanced double-end mechanical seal system ensures the pump operates in a fully sealed state with zero leakage, enhancing reliability.

  4. Low Noise and Low Vibration
    The optimized hydraulic design and sliding bearing arrangement effectively reduce vibration and noise levels, making it suitable for noise-sensitive environments.

  5. Easy Maintenance
    The simplified design provides convenient maintenance operations, particularly in pump and motor maintenance and inspection, reducing downtime.

Engineering Overview

The PBG series pump uses advanced hydraulic design to ensure stable operation across the full head range. The compact and robust design is suitable for various flow and head requirements. The pump and motor are connected directly through a flexible coupling, eliminating the need for on-site alignment and simplifying the installation process. Under low flow conditions, the system automatically adjusts to ensure high efficiency.

Typical Applications

The PBG pump is widely used in the following fields:

  • Industrial and Municipal Water Supply Systems: Providing stable water supply to buildings, factories, and public facilities.

  • High-Rise Building Water Supply Systems: Ensuring reliable water pressure for multi-story buildings.

  • Firefighting Systems: Providing sufficient water sources for firefighting equipment.

  • Water Treatment and Recirculating Systems: For industrial and municipal water treatment applications.

System Configuration

The PBG series pump includes:

  • Pump Unit: Integrated with a shielded motor and hydraulic pump components, ensuring high efficiency and stable operation.

  • Automatic Control System: Intelligent pressure and flow regulation system for precise control.

  • Pressure Boosting Device: Ensures stable water pressure even under low flow conditions.

  • Pipeline and Connection Components: Made of corrosion-resistant materials, ensuring long-term stable operation.

Components & Supply

The main components of the PBG pump include:

  • Pump Body: Made from cast iron or stainless steel to ensure durability and corrosion resistance.

  • Impeller: High-efficiency design to ensure smooth fluid delivery.

  • Motor and Pump Connector: Flexible coupling between the pump and motor to reduce vibration.

  • Pressure Boosting Device: Maintains stable water pressure and compensates for any water pressure loss in the system.

Technical Service

The PBG series pump offers comprehensive technical support, including installation, commissioning, regular maintenance, and troubleshooting services, ensuring the efficient and reliable operation of the equipment.

Operating Conditions

  • Applicable Media: Clean liquids or similar non-corrosive media.

  • Flow Range: Select based on specific system requirements.

  • Temperature Range: Standard type for fluids up to 80°C; hot water type up to 160°C.

  • Pressure Range: System pressure ≤1.2 MPa.

Service Conditions

  • Regular Inspections: Regular checks of the pump unit, control system, pressure stabilization device, and pipelines to ensure safe and efficient operation.

  • Maintenance Requirements: Simple maintenance, mainly involving checking the impeller, bearings, and cooling system.

Protection Features

The PBG pump is equipped with overcurrent protection, temperature monitoring, and liquid level protection systems to ensure the system automatically stops in abnormal conditions to prevent equipment damage.

Selection Standards

When selecting the PBG pump, the following parameters should be considered:

  • Flow Rate Requirements: Select the appropriate pump model based on the design flow rate.

  • Head Requirements: Choose the pump based on the required pressure (head).

  • Medium Characteristics: Choose the pump model according to the corrosiveness, viscosity, and other properties of the medium.

Specifications & Installation

Outline Drawing

PBG Structure Diagram

Performance Data

No. Name No. Name
1 Pump Body 10 Stator Shielding Sleeve
2 Seal Ring 11 Upper Bearing Seat
3 Impeller 12 Rotor End Cover
4 Lower Bearing Seat 13 Stator Shielding Sleeve
5 Motor Junction Box 14 Bearing
6 Motor Housing 15 Pump Cover
7 Bearing 16 Cooling Water Assembly
8 Stator Assembly 17 Shaft
9 Rotor Assembly

Performance Curves

PBG Vertical Pipeline Canned Motor Pump – Clean Water Circulation

Performance Parameters

Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
20-110 20
1.8
2.5
3.3
0.5
0.69
0.91
16
15
13.5
25
34
35
 2800 0.37 2.3 25
20-160 20
1.8
2.5
3.3
0.5
0.69
0.91
33
32
30
19
25
23
 2900 0.75 2.3 29
25-110 25
2.8
4
5.2
0.78
1.11
1.44
16
15
13.5
34
42
41
 2900 0.55 2.3 26
25-125 25
2.8
4
5.2
0.78
1.11
1.44
20.6
20
18
28
36
35
 2900 0.75 2.3 28
25-125A 25
2.5
3.6
4.6
0.69
1.0
1.28
17
16
14.4
 35 2900 0.55 2.3 27
25-160 25
2.8
4
5.2
0.78
1.11
1.44
33
32
30
24
32
33
 2900 1.5 2.3 39
25-160A 25
2.6
3.7
4.9
0.12
1.03
1.36
29
28
26
 31 2900 1.1 2.3 34
32-100 32
3.5
5
6.5
0.97
0.39
1.8
13.2
12.5
11.3
40
44
42
 2900 0.75 2.3 28
32-125 32
3.5
5
6.5
0.97
0.39
1.8
22
20
18
40
44
42
 2900 0.75 2.3 28
32-125A 32
3.1
4.5
5.8
0.86
1.25
1.61
17.6
16
14.4
 43 2900 0.75 2.3 28
32-160 32
3.5
5
6.5
0.97
0.39
1.8
33.2
32
30.2
48
54
53
 2900 1.5 2.0 39
32-160A 32
3.1
4.5
5.8
0.86
1.25
1.61
29
28
26.3
48
54
53
 2900 1.1 2.0 39
32-200 32
3.5
5
6.5
0.97
0.39
1.8
50.5
50
48
34
40
42
 2900 3 2.0 77
32-200A 32
2.8
4
5.2
0.78
1.11
1.44
44.6
44
42.7
34
40
42
 2900 2.2 2.0 74
32-100(I) 32
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
32-100(I)A 32
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
32-125(I) 32
4.4
6.3
8.3
1.22
1.75
2.32
22
20
18
48
54
53
 2900 1.1 2.3 34
32-125(I)A 32
4.4
6.3
8.3
1.22
1.75
2.32
17.6
16
14.4
40
45
41
 2900 0.75 2.3 33
32-160(I) 32
4.4
6.3
8.3
1.22
1.75
2.32
33.2
32
30.2
34
40
42
 2900 2.2 2.0 47
32-160(I)A 32
4.1
5.9
7.8
1.14
1.64
2.17
29
28
26.3
34
39
39
 2900 1.5 2.3 43
32-160(I)B 32
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 38
32-200(I) 32
4.4
6.3
8.3
1.22
1.75
2.32
50.5
50
48
26
33
35
 2900 4 2.0 43
32-200(I)A 32
4.1
5.9
7.8
1.14
1.64
2.17
45
44
42
26
31
30
 2900 3 2.3 62
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
40-100 40
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 32
40-100A 40
3.9
5.6
7.4
1.08
1.56
2.06
10.6
10
9
 52 2900 0.37 2.3 32
40-125 40
4.4
6.3
8.3
1.22
1.75
2.31
21
20
18
41
46
43
 2900 1.1 2.3 34
40-125A 40
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 33
40-160 40
4.4
6.3
8.3
1.22
1.75
2.31
33
32
30
35
40
40
 2900 2.2 2.3 47
40-160A 40
4.1
5.9
7.8
1.14
1.64
2.17
29
28
26.3
34
39
39
 2900 1.5 2.3 43
40-160B 40
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 38
40-200 40
4.4
6.3
8.3
1.22
1.75
2.31
51
50
48
26
33
32
 2900 4 2.3 74
40-200A 40
4.1
5.9
7.8
1.14
1.64
2.17
45
44
42
26
31
30
 2900 3 2.3 62
40-200B 40
3.7
5.3
7.0
1.03
1.47
1.94
38
36
34.5
 29 2900 2.2 2.3 52
40-250 40
4.4
6.3
8.3
1.22
1.75
2.31
82
80
74
24
28
28
 2900 7.5 2.3 105
40-250A 40
4.1
5.9
7.8
1.14
1.64
2.17
72
70
65
24
28
27
 2900 5.5 2.3 98
40-250B 40
3.8
5.5
7.0
1.06
1.53
1.94
61.5
60
56
23
27
26
 2900 4 2.3 77
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
40-100(I) 40
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 34
40-100(I)A 40
8
11
14.5
2.22
3.05
4.03
10.6
10
9
 60 2900 0.75 2.3 32
40-125(I) 40
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 38
40-125(I)A 40
8
11
14.5
2.22
3.05
4.03
17
16
14
 57 2900 1.1 2.3 33
40-160(I) 40
8.8
12.5
16.3
2.44
3.47
4.53
33
32
30
45
52
51
 2900 3 2.3 56
40-160(I)A 40
8.2
11.7
15.2
2.28
3.25
4.22
29
28
26
44
51
50
 2900 2.2 2.3 47
40-160(I)B 40
7.3
10.4
13.5
2.38
2.89
3.75
23
22
20.5
 50 2900 1.5 2.3 43
40-200(I) 40
8.8
12.5
16.3
2.44
3.47
4.53
51.2
50
48
38
46
46
 2900 5.5 2.3 85
40-200(I)A 40
8.3
11.7
15.3
2.31
3.25
4.25
45.0
44
42
37
45
45
 2900 4 2.3 75
40-200(I)B 40
7.5
10.6
13.8
2.08
2.94
3.83
37
36
34
 44 2900 3 2.3 63
40-250(I) 40
8.8
12.5
16.3
2.44
3.47
4.53
81.2
80
77.5
31
38
40
 2900 11 2.3 145
40-250(I)A 40
8.2
11.6
15.2
2.28
3.22
4.22
71.0
70
68
 38 2900 7.5 2.3 95
40-250(I)B 40
7.6
10.8
14
2.11
3.0
3.89
61.4
60
58
 37 2900 7.5 2.3 94
40-250(I)C 40
7.1
10.0
13.1
1.97
2.78
3.64
53.2
52
50.4
 36 2900 5.5 2.3 88
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
50-100 50
8.8
12.5
16.3
2.44
3.47
4.53
13.6
12.5
11.3
55
62
60
 2900 1.1 2.3 36
50-100A 50
8
11
14.5
2.22
3.05
4.03
11
10
9
 60 2900 0.75 2.3 35
50-125 50
8.8
12.5
16.3
2.44
3.47
4.53
21.5
20
17.8
49
58
57
 2900 1.5 2.3 43
50-125A 50
8
11
14.5
2.22
3.05
4.03
17
16
14
 57 2900 1.1 2.3 38
50-160 50
8.8
12.5
16.3
2.44
3.47
4.53
33
32
30
45
52
51
 2900 3 2.3 59
50-160A 50
8.2
11.7
15.2
2.28
3.25
4.22
29
28
26
44
51
50
 2900 2.2 2.3 51
50-160B 50
7.3
10.4
13.5
2.38
2.89
3.75
23
22
20.5
 50 2900 1.5 2.3 47
50-200 50
8.8
12.5
16.3
2.44
3.47
4.53
52
50
48
38
46
46
 2900 5.5 2.3 101
50-200A 50
8.3
11.7
15.3
2.31
3.25
4.25
45.8
44
42
37
45
45
 2900 4 2.3 80
50-200B 50
7.5
10.6
13.8
2.08
2.94
3.83
37
36
34
 44 2900 3 2.3 68
50-250 50
8.8
12.5
16.3
2.44
3.47
4.53
82
80
77.5
29
38
40
 2900 11 2.3 160
50-250A 50
8.2
11.6
15.2
2.28
3.22
4.22
71.5
70
68
 38 2900 7.5 2.3 115
50-250B 50
7.6
10.8
14
2.11
3.0
3.89
61.4
60
58
 37 2900 7.5 2.3 114
50-250C 50
7.1
10.0
13.1
1.97
2.78
3.64
53.2
52
50.4
 36 2900 5.5 2.3 108
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
50-100(I) 50
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 41
50-100(I)A 50
15.6
22.3
29
4.3
6.19
8.1
11
10
8.4
65
67
68
 2900 1.1 2.5 36
50-125(I) 50
17.5
25
32.5
4.86
6.94
9.03
21.5
20
18
60
68
67
 2900 3 2.5 56
50-125(I)A 50
15.6
22.3
29
4.33
6.19
8.1
17
16
13.6
58
66
65
 2900 2.2 2.5 48
50-160(I) 50
17.5
25
32.5
4.68
6.94
9.03
34.4
32
27.5
54
63
60
 2900 4 2.5 72
50-160(I)A 50
16.4
23.4
30.4
4.56
6.5
8.44
30
28
24
54
62
59
 2900 4 2.5 71
50-160(I)B 50
15.0
21.6
28
4.17
6.0
7.78
26
24
20.6
 58 2900 3 2.5 59
50-200(I) 50
17.5
25
32.5
4.86
6.94
9.03
52.7
50
45.5
49
58
59
 2900 7.5 2.5 108
50-200(I)A 50
16.4
23.5
30.5
4.56
6.53
8.47
46.4
44
40
48
57
58
 2900 7.5 2.5 107
50-200(I)B 50
15.2
21.8
28.3
4.22
6.06
7.86
40
38
34.5
 55 2900 5.5 2.5 100
50-250(I) 50
17.5
25
32.5
4.86
6.94
9.03
82
80
76.5
39
50
52
 2900 15 2.5 175
50-250(I)A 50
16.4
23.4
30.5
4.56
6.5
8.47
71.5
70
67
39
50
52
 2900 11 2.5 165
50-250(I)B 50
15
21.6
28
4.17
6.0
7.78
61
60
57.4
38
49
54
 2900 11 2.5 165
50-315(I) 50
17.5
25
32.5
4.86
6.94
9.03
128
125
122
30
40
44
 2900 30 2.5 310
50-315(I)A 50
16.6
23.7
31
4.61
6.58
8.6
115
113
110
30
40
44
 2900 22 2.5 245
50-315(I)B 50
15.7
22.5
29.2
4.36
6.25
8.0
103
101
98
 39 2900 18.5 2.5 215
50-315(I)C 50
14.4
20.6
26.8
4.0
5.72
7.44
86
85
83
 38 2900 15 2.5 195
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
65-100 65
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 46
65-100A 65
15.6
22.3
29
4.3
6.19
8.1
11
10
8.4
65
67
68
 2900 1.1 2.5 41
65-125 65
17.5
25
32.5
4.86
6.94
9.03
21.5
20
18
60
68
67
 2900 3 2.5 58
65-125A 65
15.6
22.3
29
4.33
6.19
8.1
17
16
14.4
58
66
65
 2900 2.2 2.5 49
65-160 65
17.5
25
32.5
4.86
6.94
9.03
34.4
32
27.5
54
63
60
 2900 4 2.5 75
65-160A 65
16.4
23.4
30.4
4.56
6.5
8.44
30
28
24
54
62
59
 2900 4 2.5 75
65-160B 65
15.0
21.6
28
4.17
6.0
7.78
26
24
20.6
 58 2900 3 2.5 63
65-200 65
17.5
25
32.5
4.86
6.94
9.03
52.7
50
45.5
49
58
59
 2900 7.5 2.5 107
65-200A 65
16.4
23.5
30.5
4.56
6.53
8.47
46.4
44
40
48
57
58
 2900 7.5 2.5 107
65-200B 65
15.2
21.8
28.3
4.22
6.06
7.86
40
38
34.5
 55 2900 5.5 2.5 100
65-250 65
17.5
25
32.5
4.86
6.94
9.03
82
80
76.5
39
50
52
 2900 15 2.5 180
65-250A 65
16.4
23.4
30.5
4.56
6.5
8.47
71.5
70
67
39
50
52
 2900 11 2.5 170
65-250B 65
15
21.6
28
4.17
6.0
7.78
61
60
57.4
38
49
54
 2900 11 2.5 170
65-315 65
17.5
25
32.5
4.86
6.94
9.03
127
125
122
32
40
44
 2900 30 2.5 320
65-315A 65
16.6
23.7
31
4.61
6.58
8.6
115
113
110
32
40
44
 2900 22 2.5 255
65-315B 65
15.7
22.5
29.2
4.36
6.25
8.0
103
101
98
 39 2900 18.5 2.5 225
65-315C 65
14.4
20.6
26.8
4.0
5.72
7.44
86
85
83
 38 2900 15 2.5 205
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
65-100(I) 65
35
50
65
9.72
13.9
18.1
13.8
12.5
10
67
73
70
 2900 3 3.0 63
65-100(I)A 65
31.3
44.7
58
8.7
12.4
16.1
11
10
8
66
72
69
 2900 2.2 3.0 53
65-125(I) 65
35
50
65
9.72
13.9
18.1
22
20
17
67
72.5
70
 2900 5.5 3.0 99
65-125(I)A 65
31.3
44.7
58
8.7
12.5
16.1
17.5
16
13.6
66
71
69
 2900 4 3.0 78
65-160(I) 65
35
50
65
9.72
13.9
18.1
35
32
28
63
71
70
 2900 7.5 3.0 103
65-160(I)A 65
32.7
46.7
61
9.1
13.0
16.9
30.6
28
24
62
70
69
 2900 7.5 3.0 103
65-160(I)B 65
30.3
43.3
56.3
8.4
12.0
15.6
26
24
21
 69 2900 5.5 3.0 97
65-200(I) 65
35
50
65
9.72
13.9
18.1
53.5
50
46
55
67
68
 2900 15 3.0 176
65-200(I)A 65
32.8
47
61
9.1
13.1
16.9
47
44
40
54
66
67
 2900 11 3.0 166
65-200(I)B 65
30.5
43.5
56.6
8.5
12.1
15.7
40.6
38
33.4
 65 2900 7.5 3.0 114
65-250(I) 65
35
50
65
9.72
13.9
18.1
83
80
72
52
59
60
 2900 22 3.0 235
65-250(I)A 65
32.5
46.7
61
9.0
13.0
16.9
73
70
63
52
59
60
 2900 18.5 3.0 205
65-250(I)B 65
30
43.3
56
8.3
12.0
15.6
62
60
54
 58 2900 15 3.0 180
65-315(I) 65
35
50
65
9.72
13.9
18.1
128
125
121
44
54
57
 2900 37 3.0 350
65-315(I)A 65
32.5
46.5
60.5
9.0
12.9
16.8
112.6
110
106.4
43
54
57
 2900 30 3.0 335
65-315(I)B 65
31
44.5
58
8.6
12.4
16.1
102.5
100
98
 53 2900 30 3.0 335
65-315(I)C 65
29
41
53.6
8.1
11.4
14.9
87
85
83
 51 2900 22 3.0 270
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
80-100 80
35
50
65
9.72
13.9
18.1
13.8
12.5
10
67
73
70
 2900 3 3.0 63
80-100A 80
31.3
44.7
58
8.7
12.5
16.1
11
10
8
66
72
69
 2900 2.2 3.0 54
80-125 80
35
50
65
9.72
13.9
18.1
22
20
17
67
72.5
70
 2900 5.5 3.0 99
80-125A 80
31.3
45
58
8.7
12.5
16.1
17.5
16
13.6
66
71
69
 2900 4 3.0 79
80-160 80
35
50
65
9.72
13.9
18.1
35
32
28
63
71
70
 2900 7.5 3.0 105
80-160A 80
32.7
46.7
61
9.1
13.0
16.9
30.6
28
24
62
70
69
 2900 7.5 3.0 105
80-160B 80
30.3
43.3
56.3
8.4
12.0
15.6
26
24
21
 69 2900 5.5 3.0 98
80-200 80
35
50
65
9.72
13.9
18.1
53.5
50
46
55
67
68
 2900 15 3.0 175
80-200A 80
32.8
47
61
9.1
13.1
16.9
47
44
40
54
66
67
 2900 11 3.0 165
80-200B 80
30.5
43.5
56.6
8.5
12.1
15.7
40.6
38
33.4
 65 2900 7.5 3.0 115
80-250 80
35
50
65
9.72
13.9
18.1
83
80
72
52
59
60
 2900 22 3.0 240
80-250A 80
32.5
46.7
61
9.0
13.0
16.9
73
70
63
52
59
60
 2900 18.5 3.0 210
80-250B 80
30
43.3
56
8.3
12.0
15.6
62
60
54
 58 2900 15 3.0 185
80-315 80
35
50
65
9.72
13.9
18.1
128
125
122
43
54
57
 2900 37 3.0 355
80-315A 80
32.5
46.5
60.5
9.0
12.9
16.8
112.6
110
107.4
43
54
57
 2900 30 3.0 340
80-315B 80
31
44.5
58
8.6
12.4
16.1
102.5
100
98
 53 2900 30 3.0 340
80-315C 80
29
41
53.6
8.1
11.4
14.9
98
85
83
 51 2900 22 3.0 275
80-350 80
35
50
65
9.72
13.9
18.1
146
150
142
55
66
67
 2900 55 3.0 570
80-350A 80
31
44.5
58
8.6
12.4
16.1
138.4
142
134.8
 65 2900 45 3.0 470
80-350B 80
29
41
53.6
8.1
11.4
14.9
131.4
135
127.8
 63 2900 37 3.0 440
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
80-100(I) 80
70
100
130
19.4
27.8
36.1
13.6
12.5
11
66
76
75
 2900 5.5 4.5 108
80-100(I)A 80
62.6
89
116
17.4
24.7
32.2
11
10
8.8
64
74
74
 2900 4 4.5 87
80-125(I) 80
70
100
130
19.4
27.8
36.1
23.5
20
14
70
76
65
 2900 11 4.5 163
80-125(I)A 80
62.6
89
116
17.4
24.7
32.2
19
16
11
68
74
65
 2900 7.5 4.5 113
80-160(I) 80
70
100
130
19.4
27.8
36.1
36.5
32
24
70
76
65
 2900 15 4.5 184
80-160(I)A 80
65.4
93.5
121.6
18.2
26.0
33.8
32
28
21
68
74
67
 2900 11 4.5 174
80-160(I)B 80
60.6
86.6
112.5
16.8
24.1
31.3
72
24
18
 72 2900 11 4.5 174
80-200(I) 80
70
100
130
19.4
27.8
36.1
54
50
42
65
74
73
 2900 22 4.0 251
80-200(I)A 80
65.4
93.5
121.6
18.2
26.0
33.8
47.5
44
37
64
73
72
 2900 18.5 4.0 220
80-200(I)B 80
61
87
113
16.9
24.2
31.4
41
38
32
 71 2900 15 4.0 198
80-250(I) 80
70
100
130
19.4
27.8
36.1
87
80
68
62
69
68
 2900 37 4.0 330
80-250(I)A 80
65.4
93.5
121.6
18.2
26.0
33.8
76
70
59.5
61
68
67
 2900 30 4.0 315
80-250(I)B 80
61
87
113
16.9
24.2
31.4
65
60
51
 66 2900 30 4.0 315
80-315(I) 80
70
100
130
19.4
27.8
36.1
132
125
114
55
66
67
 2900 75 4.0 675
80-315(I)A 80
66.5
95
123.6
18.5
26.4
34.3
119
113
103
55
66
67
 2900 55 4.0 535
80-315(I)B 80
63
90
117
17.5
25
32.5
106.6
101
92
 65 2900 45 4.0 420
80-315(I)C 80
58
82
107
16.1
22.8
29.7
90
85
76
 63 2900 37 4.0 366
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
100-100 100
70
100
130
19.4
27.8
36.1
13.6
12.5
11
66
76
75
 2900 5.5 4.5 113
100-100A 100
62.6
89
116
17.4
47
32.2
11
10
8.8
64
74
74
 2900 4 4.5 91
100-125 100
70
100
130
19.4
27.8
36.1
23.5
20
14
70
76
65
 2900 11 4.5 169
100-125A 100
62.6
89
116
17.4
24.7
32.2
19
16
11
68
74
63
 2900 7.5 4.5 118
100-160 100
70
100
130
19.4
27.8
36.1
36.5
32
24
70
76
65
 2900 15 4.5 191
100-160A 100
65.4
93.5
121.6
18.2
26.0
33.8
32
28
21
68
74
67
 2900 11 4.5 181
100-160B 100
60.6
86.6
112.5
16.8
24.1
31.3
27
24
18
 72 2900 11 4.5 181
100-200 100
70
100
130
19.4
27.8
36.1
54
50
42
65
74
73
 2900 22 4.0 245
100-200A 100
65.4
93.5
121.6
18.2
26.0
33.8
47.5
44
37
64
73
72
 2900 18.5 4.0 215
100-200B 100
61
87
113
16.9
24.2
31.4
41
38
32
 71 2900 15 4.0 193
100-250 100
70
100
130
19.4
27.8
36.1
37
80
68
62
69
68
 2900 37 4.0 345
100-250A 100
65.4
93.5
121.6
18.2
26.0
33.8
76
70
59.5
61
68
67
 2900 30 4.0 330
100-250B 100
61
87
113
16.9
24.2
31.4
65
60
51
 66 2900 30 4.0 330
100-315 100
70
100
130
19.4
27.8
36.1
132
125
114
55
66
67
 2900 75 4.0 689
100-315A 100
66.5
95
123.6
18.5
26.4
34.3
119
113
103
65
66
67
 2900 55 4.0 549
100-315B 100
63
90
117
17.5
25
32.5
106.6
101
92
 65 2900 45 4.0 439
100-315C 100
58
82
107
16.1
22.8
29.7
90
85
76
 63 2900 37 4.0 385
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
100-100(I) 100
96
160
192
26.7
44.4
53.3
14
12.5
10
64
73
70
 2900 11 4.5 115
100-125(I) 100
96
160
192
26.7
44.4
53.3
24
20
14
62
74
69
 2900 15 4.5 168
100-125(I)A 100
84
140
168
23.3
39
46.7
20
17
12
64
72
68
 2900 11 4.5 168
100-160(I) 100
96
160
192
26.7
44.4
53.3
36
32
27
69
79
75
 2900 22 5.6 210
100-160(I)A 100
84
140
168
23.3
39
46.7
32
28
23.5
66
76
72
 2900 18.5 5.0 210
100-200(I) 100
96
160
192
26.7
44.4
53.3
53
50
45
69
79
78
 2900 37 5.2 402
100-200(I)A 100
84
140
168
23.3
39
46.7
48
45
40
64
74
73
 2900 30 4.5 395
100-200(I)B 100
60
100
120
16.7
27.8
33.3
43
40
36
 72 2900 22 4.5 360
100-250(I) 100
96
160
192
26.7
44.4
53.3
83
80
72
65
77
74
 2900 55 4.8 560
100-250(I)A 100
84
140
168
23.3
39
46.7
75
72
65
60
72
69
 2900 45 4.5 420
100-250(I)B 100
60
100
120
16.7
27.8
33.3
68
65
58
 70 2900 37 4.5 400
100-350 100
60
100
120
16.7
27.8
33.3
153.6
150
142
72
57
74
 2900 90 4.0 950
100-350A 100
61
87
113
16.9
24.2
31.4
145.6
142
134
 75 2900 75 4.0 830
100-350B 100
58
82
107
16.1
22.8
29.7
138.6
135
127
 75 2900 55 4.0 600
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
125-100 125
96
160
192
26.7
44.4
53.3
13
12.5
12
 82 2900 11 4.0 180
125-100A 125
86
143
172
23.9
39.7
47.8
10.4
10
9.6
 77 2900 7.5 4.0 125
125-125 125
96
160
192
26.7
44.4
53.3
22.6
20
17
 80 2900 15 4.0 220
125-125A 125
86
143
172
23.9
39.7
47.8
18
16
13.6
 77 2900 11 4.0 210
125-160 125
96
160
192
26.7
44.4
53.3
36
32
28
 78 2900 22 4.0 265
125-160A 125
90
150
180
25
41.7
50
31.5
28
24.5
 76 2900 18.5 4.0 230
125-160B 125
83
138
166
21.7
38.3
46.1
27
24
21
 73 2900 15 4.0 215
125-200 125
96
160
192
26.7
44.4
53.3
55
50
46
 77 2900 37 5.5 395
125-200A 125
90
150
180
25
41.7
50
48.4
44
40.5
 76 2900 30 5.5 380
125-200B 125
83
138
166
21.7
38.3
46.1
41.3
37.5
34.5
 75 2900 22 5.5 320
125-250 125
96
160
192
26.7
44.4
53.3
87
80
73
 75 2900 55 5.0 580
125-250A 125
90
150
180
25
41.7
50
76
70
84
 74 2900 45 5.5 490
125-250B 125
83
138
166
21.7
38.3
46.1
65
60
55
 73 2900 37 5.5 430
125-315 125
96
160
192
26.7
44.7
53.3
133
125
119
 70 2900 90 5.0 790
125-315A 125
90
150
180
25
41.7
50
117
110
104.6
 70 2900 75 5.0 710
125-315B 125
86
143
172
23.9
39.7
47.8
106.4
100
95.2
 69 2900 75 5.0 705
125-315C 125
80.5
134
161
22.4
37.2
44.7
96
88
86
 67 2900 55 5.0 585
Model Diameter Flow Rate Head Efficiency Speed Motor Power Required NPSH Weight
mm m³/h L/s m % r/min kW (NPSH)r kg
150-125 150
96
160
192
26.7
44.4
53.3
22.6
24
17
66
76
76
 2900 11 4.0 210
150-125A 150
90
150
180
25
41.7
50
18
16
13.6
 77 2900 7.5 4.0 130
150-160 150
96
160
192
26.7
44.4
53.3
36
32
27
 75 2900 22 4.0 270
150-160A 150
90
150
180
25
41.7
50
32
28
23.5
 76 2900 18.5 4.0 230
150-160B 150
84
140
168
23.3
39
46.7
27
24
21
 73 2900 15 4.0 220
150-200 150
96
160
192
26.7
44.4
53.3
55
50
46
 77 2900 37 5.5 395
150-200A 150
90
150
180
25
41.7
50
48.4
44
40.5
 76 2900 30 5.5 380
150-200B 150
84
140
168
23.3
39
46.7
41
38
34
 75 2900 22 4.0 275
150-250 150
140
200
260
38.9
55.6
72.2
87
80
73
 75 2900 75 5.0 630
150-250A 150
131
187
243
36.4
51.9
67.5
76
70
84
 74 2900 55 5.5 530
150-250B 150
121
173
225
33.5
48.1
62.5
65
60
55
 73 2900 45 5.5 480
150-315 150
140
200
260
38.9
55.6
72.2
133
125
119
 70 2900 110 5.0 1080
150-315A 150
131
187
243
36.4
51.9
67.5
117
110
104.6
 70 2900 90 5.0 820
150-315B 150
121
173
225
33.5
48.1
62.5
106.4
100
95.2
 69 2900 75 5.0 770
150-315C 150
112
160
208
31.3
44.4
57.8
96
88
86
 67 2900 55 5.0 640
150-350 150
96
160
192
26.7
44.4
53.3
153.6
150
142.8
 80 2900 110 5.5 970
150-350A 150
90
150
180
25
41.7
50
145.6
142
134.8
 70 2900 90 5.2 790
150-350B 150
84
140
168
23.3
39
46.7
138.6
135
127.8
65
76
74
 2900 75 5.5 705

Operating Manual

Installation Instructions

  1. Before installation, check whether all fasteners of the pump unit are tightened and ensure the pump chamber is free of foreign objects to avoid impeller or pump body damage during operation.
  2. The weight of the pipeline must not be supported by the pump. Each pipeline section should have its own support to prevent pump deformation, which may affect performance and service life.
  3. To prevent impurities from entering the pump and blocking the flow passage, install a filter in front of the pump inlet. The filter area should be 3–4 times larger than the suction pipe cross-sectional area.
  4. When pumping hot liquids, to avoid thermal deformation transmitted from the pipeline to the pump, the pump base bolts may remain unfixed so that the pump can move together with the pipeline during thermal expansion and contraction.
  5. For easy maintenance and safe operation, install regulating valves and pressure gauges at both the inlet and outlet of the pump to ensure operation within the rated performance range.

Maintenance and Service

1. Preparation Before Startup

  1. Check whether the grounding of the canned motor and starting equipment is complete and reliable, and whether all wiring connections are correct.
  2. For newly installed or long-idle canned motors, check the insulation resistance of the stator windings to ground before use.
  3. The pipeline must be completely filled with liquid; otherwise, the motor service life will be affected.

2. Maintenance During Operation

  1. Record the voltage regularly, including variations and unbalance. Overvoltage, undervoltage, or voltage unbalance may cause motor overheating and abnormal operation.
  2. Record the pump load current and current unbalance regularly. Most pump failures manifest as abnormally high stator current, causing the motor to overheat.
  3. Record the liquid temperature in the pipeline frequently to ensure it does not exceed the rated temperature on the nameplate, preventing long-term overheating.
  4. Record inlet and outlet pressure gauge readings. The inlet pressure must not be lower than zero, and the pressure difference between outlet and inlet must meet rated values.
  5. Before each use, exhaust air from the pump. During long-term operation, the pump must be vented once every week.
  6. Monitor odors, vibration, and noise during operation. Overheated motor windings produce a burnt-insulation smell. Mechanical faults typically manifest as abnormal vibration or noise. Stop the pump immediately if abnormalities are detected.
  7. Check the circulation path and filter of the cooling liquid regularly to ensure that no blockage occurs.
  8. Periodically measure the clearance between the graphite bearing and the shaft sleeve to keep the gap uniform between the stator and rotor shielding sleeves. Exceeding the limits requires repair or replacement.

Allowable Bearing Clearance

Sleeve Diameter (mm) Wear Limit Clearance (mm) Standard Clearance (mm)
>18–30 0.40 0.131
>30–50 0.45 0.158
>50–80 0.50 0.192

9. Regularly check the clearance between the impeller wear ring and pump body. Excessive clearance affects pump performance. If the clearance exceeds 1.5 mm, replace the impeller. Under special conditions, repair techniques may be applied.

Operation & Running

1. Startup and Operation

  1. Fill the pump completely with liquid and exhaust air. Open the inlet valve and loosen the vent valve on the top of the motor. Close the vent valve after air is fully discharged.
  2. Close the outlet valve to reduce starting current.
  3. Check all components to ensure they are functioning normally.
  4. Switch on the power supply and confirm the correct rotation direction.
  5. Gradually open the outlet valve to bring the pump to operation within the rated performance range.
  6. If any abnormalities occur during operation, stop the pump immediately for inspection.
  7. Check the motor current and temperature rise to ensure they comply with rated requirements.

2. Shutdown

  1. Close the discharge valve.
  2. Cut off power to stop the motor.
  3. Close the inlet valve.
  4. If the pump remains out of service for a long time, drain all liquid from the pump.

OEM & Custom

Chaodun Pump provides OEM and ODM customization including brand labeling, stainless-steel upgrades, explosion-proof or variable-speed motor options, and system integration for HVAC and industrial use. Export packaging and design modifications are supported.

FAQs

  1. 1. What is the PBG canned motor pump used for?
    It is designed for clean water and HVAC circulation in buildings and industrial systems.
  2. 2. What temperature can it handle?
    The standard model supports up to 80°C, and the hot water version up to 160°C.
  3. 3. Is it completely leak-free?
    Yes. The motor and pump are integrated with a sealed stainless-steel sleeve structure.
  4. 4. Can it be used for chemical or corrosive liquids?
    Yes, the anti-corrosive model handles liquids similar to water in viscosity.
  5. 5. What maintenance is required?
    Only periodic cleaning and inspection of bearings and cooling channels.
  6. 6. Does it make noise during operation?
    No, the pump is extremely quiet and vibration-free due to its sealed motor design.
  7. 7. Can Chaodun Pump customize OEM models?
    Yes, Chaodun Pump supports OEM production, logo customization, and export-specific configurations.