Note: Approximate performance for clear water,to be used for primary selection only.solids pump
Features
Power End
1. Solids pump labyrinth bearing isolators to protect internal components during wash-down cycles. 2. Clearances can be easily adjusted to maintain efficiency while optimizing performance and extending wear life. 3. Over-sized, self-aligning spherical roller bearings for trouble free operation. 4. Heavy duty bearing assembly, 50,000 hour minimum L10 bearing life, Distortion free bearing clamp system ensures maximum bearing life and prevents premature fatigue.
Wet End
1. Maintenance friendly split casing for elastomer liners (lined wet end). 2. Static vanes reduce wear and prevent erosion. 3. Tangential discharge improves efficiency and reduces wear. 4. Optimized hydraulics for high efficiency and low wear. 5. Dowel pins for easy and accurate split case alignment (lined wet end). 6. Ribs designed for optimized strength/weight. 7. Static suction vanes extend wear life (metal wet end). 8. Patented flange system for ease of maintenance (metal wet end). 9. Adjustable suction cover on sizes 200 and larger to optimize efficiency and minimize wear.
Sealing arrangements:
1. Packed gland with expeller configuration (other sealing options available). 2. Split stuffing box for simplified installation and adjustments. 3. Mating shaft sleeves with engineered materials for extended life.2.S
Performance Parameters
Model
Max. Power
(kw)
Materials
Clear Water Performance
Impeller
Vane No.
Liner
Impeller
Capacity Q
(m3/h)
Head H
(m)
Speed n
(rpm)
Eff. η
(%)
NPSH
(m)
1.5/1B-AH
15
M
M
12.6~28.8
6~68
1200~3800
40
2~4
5
RU
RU
10.8~25.2
7~52
1400~3400
35
3
2/1.5B-AH
15
M
M
32.4~72
6~58
1200~3200
45
3.5~8
5
RU
RU
25.2~54
5.5~41
1000~2600
50
2.5~5
3/2C-AH
30
M
M
39.6~86.4
12~64
1300~2700
55
4~6
5
RU
RU
36~75.6
13~39
1300~2100
60
2~4
4/3C-AH
30
M
M
86.4~198
9~52
1000~2200
71
4~6
5
RU
RU
79.2~180
5~34.5
800~1800
59
3~5
5
4/3D-AH
60
M
M
97.2~198
9~53
1000~2200
71
4~6
5
RU
RU
79.2~180
5~34.5
800~1800
59
3~5
5
6/4D-AH
60
M
M
162~360
12~56
800~1550
65
5~8
5
RU
RU
144~324
12~45
800~1350
65
3~5
5
6/4E-AH
120
M
M
162~360
12~56
800~1550
65
5~8
5
RU
RU
144~324
12~45
800~1350
65
3~5
5
8/6E-AH
120
M
M
360~828
10~61
500~1140
72
2~9
5
RU
RU
324~720
7~49
400~1000
65
5~10
5
8/6R-AH
300
M
M
360~828
10~61
500~1140
72
2~9
5
RU
RU
324~720
7~49
400~1000
65
5~10
5
10/8-AH
560
M
M
612~1368
11~61
400~850
71
4~10
5
RU
RU
540~1188
12~50
400~750
75
4~12
10/8E-M
120
M
M
666~1440
14~60
600~1100
73
4~10
5
RU
RU
540~1188
10~42
500~900
79
5~9
5
12/10-AH
560
M
M
936~1980
7~68
300~800
82
6
5
RU
RU
720~1620
7~45
300~650
80
2.5~7.5
14/12-AH
560
M
M
1260~2772
13~63
300~600
77
3~10
5
RU
RU
1152~2520
13~44
300~500
79
3~8
5
16/14-AH
560
M
M
1368~3060
11~63
250~550
79
4~10
5
16/14-AH
1200
18/16-AH
1200
M
M
2160~5040
8~66
200~500
80
4.5~9
5
20/18-AH
1200
M
M
2520~5400
13~57
200~400
85
5~10
5
Applications
The 14/12 AH Slurry Pumps(solids pump) are widely used to transport high-hardness, strong-corrosion and high-concentration liquids that contain suspended solid particles, such as finished ores, refuse ores, ashes, cinders, cements, mud, mineral stones, lime and etc. in the industries of metallurgy, mining, coal, power, building material and etc. The temperature of the pumped solid-liquid mixture should be ≤80℃, and the weight concentration should be ≤60