450ST-L slurry pump running test

Model 

Max.Motor Power (Kw)

Material 

Clear Water Performance 

Liner

Impeller

Capacity(Q)

Head

Pump Speed

Eff.

NPSHr

(m3/Hr)

(L/S)

H(m)

n(r/min)

η%

(m)

20A-L-SF

7.5

M

M

2.34-10.8

0.65-3

6-37

1400-3000

39

3~5

20A-LR-SF

RU

RU

2.69-9

0.6-2.5

7-32

1600-3000

33

50B-L-SF

15

M

M

16.2-76

4.5-20

9-44

1400-2800

62

3~5

50B-LR-SF

RU

RU

12.6-60

3.5-17.6

6-38

1200-2600

48

75C-L-SF

30

M

M

18-151

5-42

4-45

900-2400

57

3~6

75C-LR-SF

RU

RU

25-144

7-40

9-43

1000-2200

60

3~5

100D-L-SF

60

M

M

50-252

14-70

7-46

800-1800

60

2~3.5

100D-LR-SF

RU

RU

61-252

17-70

8-38

800-1600

65

2~5

150E-L-SF

120

M

M

115-486

32-135

12-51.5

800-1500

65

2~6

150E-LR-SF

RU

RU

137-486

38-135

10-36.5

800-1300

2.5~5.5

200E-L-SF

120

M

M

446-1325

124-368

14-63

600-1100

73

3~14

200E-LR-SF

RU

RU

277-1088

27-322

11-43

500-900

79

3~10

250F-L-SF

260

M

M

468-1386

130-385

9-47

500-1000

73

3~10

250F-LR-SF

RU

RU

522-1278

140-355

10-39

500-900

73

5~10

300S-L-SF

560

M

M

468-2538

130-705

8-60

400-950

79

2~10

300S-LR-SF

RU

RU

432-1900

120-528

7-41

400-800

81

3~8

350S-L-SF

560

M

M

650-2800

180-780

10-59

400-840

81

3~10

350S-LR-SF

RU

RU

720-2844

200-790

10-41

400-700

86

3~7

400ST-LR-SF

560

RU

RU

756-3312

210-920

7-37.5

300-600

85

2~8

400ST-L-SF

M

M

720-3312

200-920

7-51

300-700

80

2~10

450ST-LR-SF

560

RU

RU

1080-4356

300-1210

9-40

300-550

87

3~10

450ST-L-SF

M

M

1008-4356

280-1210

9-48

300-600

80

2~9

500T-L-SF

1200

M

M

1440-5580

400-1550

8-51

250-550

86

3~10

500T-LR-SF

RU

RU

1152-5112

320-1420

8-42

250-500

87

3~10

550TU-L-SF

1200

M

M

1980-7920

560-2220

10-50

250-475

86

4~10

550TU-LR-SF

RU

RU

2160-6660

600-1850

13-43

250-425

88

3~10

650TU-L-SF

1200

M

M

3600-10260

1000-2850

10-57

200-425

86

4~10

650TU-LR-SF

RU

RU

2520-9108

700-2530

10-39

200-350

86

2~8

1.Recommend50%Q'≤Q≤110%Q',(Q '≈Capacity at Max.eff.point) 50%Q'≤Q≤110%Q' 

We have the pump station to test the pump