BaotouM、AH、HH series slurry pumps

M, AH, and HH type pumps are cantilever, horizontal, centrifugal slurry pumps. They are suitable for transporting highly corrosive, high-concentration slurries in metallurgical, mining, coal, power, and building materials industries. These pumps can also be used in multi-stage series.

Product Description

Overview

M, AH, and HH type pumps are cantilever, horizontal, centrifugal slurry pumps. They are suitable for transporting highly corrosive, high-concentration slurries in metallurgical, mining, coal, power, and building materials industries. These pumps can also be used in multi-stage series.

M, AH, and HH type pumps have pump bodies with replaceable metal or rubber liners, and impellers made of wear-resistant metal or rubber materials. The pump body liners and impellers of HH type pumps only use wear-resistant metal.

The shaft seal of M, AH, and HH type pumps can use packing seals or centrifugal seals. The pump discharge port can be installed at eight different angles at 45° intervals, as needed.

Structural Diagram

1、Bearing Assembly
2、Stuffing Box
3、Pump Body
4、Sleeve
5、Pump Cover
6、Impeller
7、Front Guard Plate
8、Rear Guard Plate
9、Support

 

Performance Parameter Table

 

Model

Maximum Allowable Power

Material

Clear Water Performance

 

 

Sleeve

Impeller

Flow Rate

Head

Speed

Maximum Efficiency

Net Positive Suction Head (NPSH)

 

 

 

 

(m³/h)

(L/S)

 

 

 

 

2/1B-AH

 

15

M

M

12.6~28.8

3.5~8

6~68

200~3800

40

2~4

 

 

RU

RU

10.8~25.2

3~7

7~52

400~3400

35

 

2/1C-HH

30

M

M|

16.2~34.2

4.5~9.5

25~92

400~2200

20

2~5.5

2/12/B-AH

 

15

M

M

32.4~72

9~20

6~58

200~3200

45

3.5~8

 

 

RU

RU

25.2~54

7~15

5.5~41

000~2600

50

2.5~5

3/2C-AH

 

30

M

M

39.6~86.4

11~24

12~64

300~2700

55

4~6

 

 

RU

RU

36~75.6

10~21

13~39

300-2100

 

2~4

3/2D-HH

60

M

M

68.4~136.8

19~38

25~87

850~1400

47

3~7.5

4/3C-AH

30

M|

 

M

86.4~198

24~55

9~52

000~2200

 

71

4~6

4/3D-AH

60

 

 

 

 

 

 

 

 

4/3C-AH

30

 

RU

 

RU

79.2~180

22~50

5~34.5

800~1800

 

59

3~5

4/3D-AH

60

 

 

 

 

 

 

 

 

4/3C-AH

30

 

M

 

M

97.2~194.4

27~54

9~53

1000~2200

 

55

 

4/3D-AH

60

 

 

 

 

 

 

 

 

4/3E-HH

120

M

M

126~252

35~70

12~97

600~1400

50

2~5

6/4D-AH

60

 

M

 

M

162~360

45~100

12~56

800~1550

 

65

5~8

6/4E-AH

120

 

 

 

 

 

 

 

 

6/4D-AH

60

M

M

180~396

50~110

7~61

600~1600

55

3~8

6/4E-AH

120

M|

M

180~396

50~110

7~61

600~1600

55

3~8

6/4D-AH

60

 

RU

 

RU

144~324

40~90

12~45

800~1350

 

65

3~5

6/4E-AH

120

 

 

 

 

 

 

 

 

6/4D-AH

60

 

M

 

M

144~324

40~90

10~52

800~1600

 

55

4.5~9

6/4E-AH

120

 

 

 

 

 

 

 

 

6/4D-AH

60

 

M

 

M

 

162~360

 

45~100

 

21~64

 

1000~1600

 

55

 

6/4E-AH

120

 

 

 

 

 

 

 

 

6/4D-AH

60

 

M

 

M

126~288

35~80

10~55

800~1600

 

58

2~2.5

6/4E-AH

120

 

 

 

 

 

 

 

 

6/4S-HH

560

M

M

324~720

90~200

30~118

600~1000

64

3~8

6S-H

560

M

M

468~1008

130~280

20~94

500~1000

65

4~12

8/6E-AH

120

 

M

 

M

 

360~828

 

100~230

 

10~61

 

500~1140

 

72

 

2~9

8/6R-AH

300

 

 

 

 

 

 

 

 

8/6E-AH

120

RU

RU

324~720

90~200

7~49

400~1000

65

5~10

8/6R-AH 300

 

 

Model

Maximum Allowable Power

Material

Clear Water Performance

 

 

 

Camel

Flow Rate

Head

Speed

Maximum Efficiency

Net Positive Suction Head (NPSH)

 

 

 

 

(m³/h)

(L/S)

 

 

 

 

8/6E-AH

120

M|

 

M

360~828

100~230

7~70

400~1140

 

70

3~6

8/6R-AH

300

 

 

 

 

 

 

 

 

8/6E-AH

120

M

M

360~828

100~230

7~52

400~1000

70

2.5~6

8/6R-AH

300

M

M

360~828

100~230

7~52

400~1000

70

2.5~6

8/6E-AH

120

M|

 

M

 

288~648

 

80~180

 

5~47

 

400~1100

 

60

 

3~6

8/6R-AH

300

 

 

 

 

 

 

 

 

8/6T-HH

120

M

M

576~1152

160~320

32~95

450~725

65

6~10

10/8E-M

120

 

M

 

M

540~1228

150~340

15~61

600~1100

 

70

4.5~8

10/8R-M

300

 

 

 

 

 

 

 

 

10/8E-M

120

 

M

 

M

 

504~1080

 

140~300

 

18~66

 

700~1100

 

62

 

4.5~7.5

10/8R-M

300

 

 

 

 

 

 

 

 

10/8E-M

120

M|

 

M

666~1440

185~400

14~60

600~1100

 

73

4~10

10/8R-M

300

 

 

 

 

 

 

 

 

10/8E-M

120

 

RU

 

RU

540~1188

150~330

10~42

500~900

 

79

5~9

10/8R-M

300

 

 

 

 

 

 

 

 

10/8ST-AH

 

560

M

M

612~1368

170~380

11~61

400~850

71

4~10

 

 

RU

RU

540~1188

150~330

12~50

400~750

75

4~12

12/10ST-AH

 

560

M

M

936~1980

260~550

7~68

300~800

82

6

 

 

M

M

720~1620

200~450

7~45

300~650

80

2.5~7.5

14/12ST-AH

 

560

M

M

1260~2772

350~770

13~63

300~600

77

3~10

 

 

RU

RU

1152~2520

320~700

13~44

300~500

79

3~8

16/14ST-AH

560

 

M

 

M

1368~3060

380~850

11~63

250~550

 

79

4~10

16/14TU-AH

1200

 

 

 

 

 

 

 

 

16/14ST-AH

560

M|

M|

 

1699~3798

 

472~1055

 

14~75

 

250~550

 

75

 

4.5~6

16/14TU-AH

1200

 

 

 

 

 

 

 

 

18/6ST-AH

560

 

M

 

M

2160~5040

600~1400

8~66

200~500

 

80

4.5~9

18/16TU-AH

1200

 

 

 

 

 

 

 

 

20/18TU-AH

1200

M|

M

2520~5400

700~1500

13~37

200~400

85

5~10

Note: 1, RU represents rubber material. M represents alloy wear-resistant material.

2, The recommended flow range is 50%Q≤Q≤110%Q (Q-= flow rate corresponding to the high efficiency point).

3, NPSH refers to the NPSH value corresponding to the recommended Q point at higher speeds.