SAP Split Case Pump

Short Description:

Outlet diameter: 100~900mm
Capacity: 72~20000m3/h
Head: 7~186m
Temperature: 0~80℃
Media Density: 1050kg/m3


Product Detail

Product Tags

SAP Split Case Pump Description

SAP pump is a single-stage double-suction split case centrifugal pump. It is a new product developing from SA-pump on the basis of structural optimal design. The products reserve the characteristics of SA type pump of good hydraulic performance, high efficiency, as well as made a new improvement in structure comprehending the technology of West German KSB company and double-suction pump of United States IR company, make it more reasonable and reliable.

This group transfer branch water containing solid particle and liquid physics chemical properties similar to water, transferred media temperature are 0℃~80℃, suitable factory, urban, mining, power generation, water resources engineering, drainage or water supply pump.

Item

Pump Supporting Program A

Pump Supporting Program B

Pump Supporting Program C

1

2

Pump casing

Grey cast iron

Ductile cast iron

Ductile cast iron

Extra low carbon stainless steel

Impeller

Grey casting iron

Cast steel

Stainless steel

Duplex S.S

Shaft

#45 steel

#45 steel

Stainless steel

Duplex S.S

Shaft sleeve

#45 steel

#45 steel

Stainless steel

Extra low carbon stainless steel

Wear ring

Grey casting iron

Cast steel

Cast steel

Duplex S.S

Services

For pure water and lower

Strength applications

For pure water high strength

applications

For media with more solid impurities,PH<6 Chemical corrosion and for high strength applications

These configurations are recommended by the manufacturer,customers could change materials according to specific needs.

SAP Split Case Pump Structure Feature

The shaft seal is soft packing or mechanical seal, the packing ring is installed before packing in order to prevent air from entering pump, cooling and lubricating seal chamber. While the pump operation, a small amount of high pressure water flow into the packing or mechanical seals chamber through the ladder-shaped groove on the horizontally split face of the pump cover, which function as water seal.

Main Parts of pump: Lower Casing; Upper Casing; Impeller; Shaft; Double Suction Seal Ring; Shaft Sleeve.……etc…

1, The impeller working chamber consists of pump body and the pump cover. The spiral holes for installing the vacuum gauge and pressure gauge locate at the inlet flange and the outlet flange .At the bottom of the inlet and outlet flange have drain spiral hole.(According to customer requirements using stainless steel shaft and bronze impeller)

2, The double suction seal ring is used to reduce water leakage from the pump pressure chamber flow back to the suction chamber.
1, The inlet and outlet of this type pump both below the pump axis, they are vertical to axis and in horizontal orientation. Maintain without needing to remove inlet, outlet of pipes and electric motor. Looking from driving directions SAP-type pumps are counter clockwise direction.(According to user needs can also be changed to clockwise)

3, In addition to shafts are made of quality carbon steel, the remaining main parts are made of cast iron.

4, The pump shaft is supported by single row radial ball bearings. The bearing is installed at the bearing body which fitted on both ends of the pump casing.

5, The impeller adjusted by static balancing is fixed on the shaft by the shaft sleeves and the nuts。For the axial force of the impeller, it can be balanced by symmetrical distribution of the impeller and the both sides intake water .

6, The pump is driven by the motor through the flexible coupling.(It also can be driven by diesel engine if necessary)

SAP Split Case Pump Technical Data

Type

Capacity

Head

Speed

Shaft power

Motor power

EFF

(NPSH)r

The structural

form

(m3/h)

(l/s)

(m)

(r/min)

(kw)

(kw)

(%)

(m)

6SAP-6

126

180

216

35

50

60

104

97

87

2980

48.8

59.4

64.7

75

73

80

79

3.0

3.8

5.3

Structure drawing I

A

119

170

204

33

47.2

56.6

91

84.5

76

2980

42

50.1

54.7

75

70

78

77

3.0

3.7

4.7

J

72

90

108

20

25

30

25

22.5

20

1480

6.7

7.4

8.4

11

73

74

70

2.6

2.7

2.9

6SAP-8

108

160

193

30

44.5

53.5

58

54

50

2980

24.3

29

31.2

37

70

81

84

2.9

3.8

4.4

A

108

144

174

30

40

48.3

46

44

39

2980

17.8

21.5

23

30

76

80

80

2.9

3.6

4.1

B

108

133

160

30

36.9

44.5

38

36

32

2980

15.5

16.9

18.1

22

72

77

77

2.9

3.4

3.8

8SAP-7

216

280

336

60

77.8

93.5

99

95

87

2980

78.6

90.5

100.9

132

74

80

79

4.0

4.7

6.0

A

210

262

314

58.4

72.8

87.2

87

83

74

2980

68.2

76.9

83.2

110

73

77

76

4.0

4.5

5.7

B

196

247

300

54.4

68.6

83.4

76

73

63

2980

56.2

64.6

71.5

75

72

76

72

4.0

4.2

5.4

8SAP-10

194

280

351

53.9

77.8

97.5

71

63

52

2980

52.1

59.3

65.4

75

72

81

76

2.8

4.1

5.3

A

180

259

324

50

72

90

58

52

41

2980

40.6

46.4

50.2

55

70

79

72

2.7

3.8

4.9

B

173

239

288

48

66.4

80

48

44

36

2980

32.2

36.7

38.1

45

70

78

74

26

3.5

4.2

10SAP-6

432

540

720

120

150

200

96

94

89

1480

152.6

177.2

215.4

250

74

78

81

5.1

6.3

9.2

A

432

540

720

120

150

200

85.3

84

76

1480

129.3

154.4

186.2

220

77.6

80

80

5.1

6.3

9.2

B

432

540

720

120

150

200

76.4

74

67

1480

121.4

137.7

164.2

185

74

79

80

5.1

6.3

9.2

Type

Capacity

Head

Speed

Shaft power

Motor power

EFF

(NPSH)r

The structural

form

(m3/h)

(l/s)

(m)

(r/min)

(kw)

(kw)

(%)

(m)

10SAP-6

C

400

500

600

111.1

138.9

166.6

66.4

65.6

62.5

1480

95.1

113

130.8

160

76

79

78

4.6

5.7

7.5

Structure drawing I

J

400

500

600

111.1

138.9

166.7

42

39

35

980

58.6

65.5

72.4

90

78

81

79

3.6

4.7

6.6

JA

300

400

500

83.3

111.1

138.9

36.8

36

33

980

39.3

49.6

56.1

75

76.4

79

80

3.3

3.6

4.7

JB

300

400

500

83.3

111.1

138.9

33

32

28

980

34.7

44.1

48.2

55

77.5

79

79

3.3

3.6

4.7

12SAP-10

610

790

900

169.4

219.4

250

59

54

47.8

1480

113.9

131.9

137.8

160

86

88

85

4.1

4.6

5.1

A

570

740

846

158.3

205.6

235

52

47.5

42

1480

93.8

108.9

113.9

132

86

87.9

84.9

4.0

4.4

4.8

B

530

686

780

147.2

190.6

216.7

147.2

190.6

216.7

1480

73.9

85.9

98.9

110

86.5

88

85

3.9

4.3

4.6

14SAP-10

900

1080

1260

250

300

350

70

68

64

1480

206.7

229.8

249.5

280

83

87

88

5.0

6.3

6.9

A

900

1080

1260

250

300

350

60

58

54

1480

175

196

212.9

250

84

87

87

5.1

6.3

6.9

B

900

1080

1260

250

300

350

51

48

44

1480

148.8

162.2

179.7

220

84

87

84

5.1

6.3

6.9

J

650

800

1000

180.6

222.2

277.8

30

28

24

980

162.4

70.1

77.8

90

85

87

84

4.0

4.1

5.1

JA

600

720

900

166.7

200

250

27

25

22

980

52.5

56.3

62.6

75

84

87

86

4.0

4.8

4.1

JB

600

720

900

166.7

200

250

23

21

18

980

44.2

47.3

51.9

75

85

87

85

4.0

4.0

4.1

JJA

450

547

684

125

151.9

190

15.6

14.5

12.7

740

22.7

25.1

27.8

37

84

86

85

5.8

5.8

5.8

14SAP-20

870

1320

1550

241.7

366.7

430.6

33

26

21.5

1480

101.5

109.9

111.3

132

77

85

81.5

5.8

7.8

10.1

16SAP-9

1080

1260

1620

300

350

450

97.6

96

90

1480

400.9

427.8

472.6

630

71.6

77

84

5.5

7.0

8.5

Structure drawing II

A

1080

1260

1620

300

350

450

85.5

85

78

1480

344.4

394.1

409.6

450

73

74

84

5.2

5.9

7.9

 

Type

Capacity

Head

Speed

Shaft power

Motor power

EFF

(NPSH)r

The structural

form

(m3/h)

(l/s)

(m)

(r/min)

(kw)

(kw)

(%)

(m)

16SAP-9

B

1080

1260

1620

300

350

450

78

76

68

1480

297.9

318

348.8

450

77

82

86

5.2

5.9

7.9

Structure drawing II

J

900

1080

1260

250

300

350

42

40

37

980

128.6

140

149.3

185

80

84

85

4.6

4.9

5.2

JA

900

1080

1260

250

300

350

37

35

32

980

111.9

122.5

130.7

160

80

83

86

4.6

4.9

5.2

JB

800

900

1080

222

250

300

33

32

30

980

89.8

94.4

102.5

132

72.8

78.4

82.3

4.6

4.6

4.6

20SAP-5

1667

2000

2400

463.1

555.6

666.7

130.4

127.5

120.6

980

813.2

885.8

957.8

1120

72.8

78.4

82.3

4

4.8

5

Structure drawing I

A

1500

1875

2250

416.67

521

625

113.3

109

103.4

980

648.2

709.2

770.7

800

71.4

78.5

82.2

4

4.8

5

B

1408

1760

2112

391.1

489

586.67

101

96.8

91.4

980

545.4

594.9

641.1

710

71

78

82

2.6

3.2

3.4

20SAP-6

1500

2160

2500

416.1

600

694.4

112

100

87.5

980

571.1

700.2

739.9

800

80

84

80.5

3.4

4.6

5.6

A

1414

2036

2357

392.8

656.6

654.7

101

88.9

77.8

980

479

583.3

616.5

710

80

84.5

81

3.4

4.4

5.2

B

1320

1900

2200

367

528

611

88.6

77.4

66

980

400.9

476.9

497.2

560

79.5

84

79.5

3.4

4.1

4.8

20SAP-10

1500

2160

2500

416.7

600

694.4

65.5

60

55.5

980

338.7

401

434.2

500

79

88

87

6.6

A

1410

2034

2355

391.6

565

654

58

53.2

49.3

980

281.8

338.7

367.5

400

79

87

86

6.6

B

1326

1910

2210

368

531

614

51.2

47

43.4

980

232.3

287.8

307.3

355

79.5

85

85

6.6

20SAP-10-A

2160

3384

4320

600

940

1200

600

940

1200

1480

1161.1

1413.7

1606.8

1600

77

88

82

6.6

A

2160

3384

4320

600

940

1200

133

116

93

1480

1003

1228.7

1367.6

1400

78

87

80

6.6

B

2160

3384

4320

600

940

1200

115

98

72

1480

856.2

1088.1

1114.5

1120

79

83

76

6.6


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