S Split Casing Centrifugal Pump
  • S Split Casing Centrifugal PumpS Split Casing Centrifugal Pump

S Split Casing Centrifugal Pump

S Split Casing Centrifugal PumpAllThe S-type pump is a single-stage, two-stage horizontal centrifugal pump of medium open type, designed for transporting clean water and liquids with physical and chemical properties similar to water, at a maximum temperature of not more than 80°C and suitable f......

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Product Description

S Split Casing Centrifugal Pump

All

The S-type pump is a single-stage, two-stage horizontal centrifugal pump of medium open type, designed for transporting clean water and liquids with physical and chemical properties similar to water, at a maximum temperature of not more than 80°C and suitable for supply and drainage in factories, mines , in cities and power plants, drainage and irrigation of agricultural land and for various hydraulic engineering works.

The series pumps comply with GB/T3216 and GB/T5657 standards.


The meaning of the model


About structures

All pump inlets and outlets are located below the axis, horizontal and perpendicular to the axis, the pump body opens in the middle, so there is no need to remove the inlet and outlet pipe and motor (or other prime mover). From a clutch perspective, the pump moves clockwise. The pump can also move counterclockwise, but special care must be taken when ordering.


Pump main components: pump body (1), pump cover (2), impeller (3), axle (4), double suction seal ring (5), bushing (6), bearing (15), etc. Except the axles are made of high quality carbon steel, the rest are made of cast iron. This material can be replaced by other materials in different media.


The pump body and pump cover form an impeller housing with threaded holes on the inlet and outlet flanges for mounting vacuum and pressure gauges and for drainage underneath.


The impeller is calibrated for static balance, fixed with the shell and casing nut on both sides, with the nut, its axial position can be adjusted and the axial force can be balanced by the symmetrical arrangement of the blades, the axial bearing can withstand the residual axial force.


The pump axis is supported by two single row centripetal ball bearings, which are mounted in a bearing housing at both ends of the pump and lubricated with grease. Double suction seal ring is used to reduce leakage on the impeller. The pump is controlled directly by a flexible coupling. (If a rubber drive is used, an additional support must be installed.)


The valve is a filler seal, and to cool and lubricate the sealed cavity and prevent air from entering the pump, there is a filler ring between the fillers. During pump operation, a small amount of high-pressure water enters the filler cavity through a conical beard and acts as a water seal.


Assembly and dismantling

1. Assembling the rotor parts: the impeller, bushing, bushing nut, stuffing box bushing, stuffing box ring, stuffing box, mechanical seal, mechanical seal gasket, water retaining ring and bearing, and then the clutch are installed sequentially on the pump axis.

2. Check the sealed outer ring of the impeller separately from the rotor casing, the radial runout of which should not exceed the parameters specified in the table below.

3. The rotor is installed on the pump body, adjust the impeller so that its axial position is in the middle of the double suction seal ring on both sides, then fasten, and then secure the bearing housing cover with a fixed screw.


Nominal diameter <50 50~120 120~250 250~500 500~800 800~1250
Jumping ability 0.03 0.04 0.05 0.06 0.08 0.10


4. Load the filler (if it is filler seal), the paper gasket on the intermediate hole and the pump cover, first tighten the threaded tail cone pin, and then tighten the pump cover nut. Install the filler cap, but do not press it too tightly, otherwise the sleeve may heat up, leaving more energy; If a mechanical seal is used, adjust the compressibility of the mechanical seal to ensure that leakage does not occur.

After assembly is completed, by manually moving the pump axis, it should be smooth and uniform and should not touch. Dismantling can be done in the opposite order to the above.


Assembly

1. Check whether the pump and motor are damaged.

2. The installation height of the pump in combination with the hydraulic losses of the suction pipeline and its speed energy, i.e. NPSHa of the unit must be greater than NPSHr. The size of the base must correspond to the installation size of the pump unit.


3. Installation procedure:

(1) Place the pump on the concrete foundation with the built-in foundation bolt, adjust the levelness by adjusting the wedge spacer, and tighten the bolt correctly to prevent the bolt from moving.

(2) Pour concrete between the foundation and pump feet.

(3) After the concrete has hardened, tighten the underground leg bolts, check the level of the pump again.

(4) Correct the concentricity between the pump and the motor axis so that it is in a straight line. The allowable tolerance for the different centricity of the outer rings of the two clutches is 0.1 mm, while the gap between one end and the uneven circumference is 0.3 mm (the other adjustment must also meet the above requirements after connecting and commissioning the water supply).

(5) After determining the rotation direction of the engine to match the rotation direction of the pump, the clutch connecting rod pin is installed.


4. Supply and output piping should be supported by separate supports and not by the pump body.

5. The connection between the pump and the pipeline must maintain good sealing, especially the inlet pipeline, which must be guaranteed without air leakage and cannot be built into the unit.

6. Generally, if the pump is installed above the water level in the water inlet, you can install a bottom valve to start the pump and inject water, and use a vacuum pump to drain the water.

7. Pump outlet pipes generally require the installation of a gate valve and a stop valve (lifts less than 20m do not require installation), and a check valve is installed behind the gate valve.


The installation method mentioned above applies to pumps that do not have a public base.

For conventional foundation pumps, a wedge-shaped iron spacer is used between the foundation and the concrete to correct the level of the unit, and then the concrete is cemented between them. The installation principle and requirements are identical to pumps that do not have a common base.


Starting, stopping and running

1. Start and stop

(1) Before starting the moving pump rotor, the feeling rotor should be light, smooth, uniform.

(2) Close the outlet valve and fill the water with the pump (if there is no bottom valve, the water is pumped out by a vacuum pump to direct the water). Make sure the pump is filled with water and has no access to air.

(3) Before starting the engine, first turn off the vacuum or pressure gauge plug if installed on the pump, connect to the pump, and then turn on the plug when the engine is running at normal speed; The outlet valve then gradually opens, reducing it at higher flow rates or, conversely, increasing or increasing it.

(4) Tighten the pressure nut on the filler cap evenly to prevent dripping from leaking and pay attention to the temperature rise outside the filler cavity.

(5) When stopping the pump, first turn off the vacuum or pressure gauge plug and valve on the water supply line, and then turn off the power to the motor. When the ambient temperature is low, open the square plug under the pump body and drain the residual water to prevent ice cracking.

(6) When stopping for a long time, remove the pump and dry the parts and apply anti-corrosion grease to the treated surface.


2. Running

(1) The maximum pump bearing temperature should not exceed 75°C

(2) The volume of calcium-based lubricants for lubricating bearings is suitable to maintain 1/3 - 1/2 of the space in the bearings.

(3) If the oil seal cover is slightly worn, then the oil seal cover should be properly pressed, and if the wear is too large, then the oil seal cover should be replaced.

(4) Regularly check the elastic couplings and pay attention to the increase in the temperature of the motor bearings.

(5) During operation, when noise or other unusual sounds are heard, you should stop immediately to find out the cause and eliminate it.

(6) Do not increase the pump speed arbitrarily, but you can reduce the pump speed. For example, for this type of pumps, the rated speed n, flow Q, head H, axis power n, reduced speed n1, flow rate, pressure head and axis power after speed reduction are Q1, H1 and N1 respectively. The conversion is carried out according to the following formula.


Causes of malfunctions and ways to eliminate them

Failure Reason troubleshooting
1. The pump does not suck in water, the pressure and vacuum gauge readings jump significantly

1. The pumped water is insufficient;

2. The leak is coming from a pipeline or meter.

1. Pour in more water;

2. Tighten or block the leak.

2. The pump does not suck in water, the vacuum gauge shows a high vacuum

1. The foot valve is not open or blocked;

2. The resistance of the suction pipe is too high;

3. Water suction height is too high

1. Correct or replace the foot valve;

2. Flush or replace the pipeline;

3. Lower the height

3. Water does not come out of the pump, the pressure is displayed on the pressure gauge.

1. The resistance of the water outlet pipe is too large;

2. Wrong direction of rotation;

3. The impeller is blocked;

4. Insufficient rotation speed.

1. Check or shorten the pipeline;

2. Correct the motor rotation direction

3. Put it away;

4. Check the supply voltage and increase the speed

4. Insufficient flow or too low pressure.

1. Impeller or both water inlet and outlet lines are clogged

2. Excessive wear due to double suction O-ring or impeller damage;

3. Rotation speed is below the set value.

1. Clean the impeller or pipeline;

2. Replace it;

3. Adjust it to the nominal value.

5. Pump power consumption is too high

1. The packaging is pressed too tightly;

2. Friction between the impeller and double suction seal ring;

3. Too much consumption.

1. Loosen it up;

2. Check the cause to eliminate it;

3. Reduce valve opening


Failure Reason troubleshooting
6. Unusual sound inside the pump, water does not flow up into the pump.

1. The resistance of the suction pipe is too high;

2. Suction lift too high;

3. Air is sucked into the water suction area

4. The temperature when sucking liquid is too high;

5. Loss of steam occurs due to too much flow.

1. Prepare the suction pipe and bottom valve;

2. Leave it out;

3. Check the bottom valve, reduce the suction height, block the air leak;

4. Leave it out;

5. Adjust the water outlet valve to operate within the specified capacity range.

7. Abnormal pump vibration.

1. In this case, steam loss occurs;

2. The impeller is not balanced;

3. The axes of the pump and motor are not concentric;

4. The hairpin on the leg has become loose

1. Adjust the valve to operate within the specified performance range;

2. Accept a static correction for the impeller;

3. Correct concentricity

4. Tighten it

8. Bearing overheated

1. Lack of oil inside;

2. Pump and motor axes are not on the same center line

1. Check and clean the bearing housing, lubricate it;

2. Correct the concentricity so that both are on the same center line.


S-type pump design diagram


1 Pump housing 2 Gland packing 3 Package 4 Sealing ring 5 Packing sleeve 6 Packaging sleeve 7 Val
8 Pump cover 9 Working wheel 10 Key
11 Double Suction O-Ring 12 Mechanical seal coupling 13 Mechanical printing 14 Mechanical seal seal
15 Coupling nut 16 Bearing seal 17 Mounting screw 18 Bearing housing oil seal 19 Bearing shell 20 Single column centripetal ball bearing 21 Grab


S-type pump performance data

Pump type Flow Q Head
(m)
speed
(r/min)
Power(KW) Efficiency
%
(NPSH)r
(m)
Weight
(kg)
(m³/h)  (L/s) Shaft Power
Engine
 150S-100 120
160
192
33.3
44.4
53.3
103
100
92
2950 48.8
59.7
67.7
75 69
73
71
4.5 168
 150S-78 126
160
198
35.0
44.4
55.0
84
78
70
2950 41.2
45.9
53.1
55 70
74
71
4.5 158
 150S-78A 112
140
180
31.1
39
50.0
65
60
53.5
2950 29.1
31.8
37.5
45 68
72
70
4.5 158
 150S-50 130
160
220
36.1
44.4
61.1
52
50
40
2950 25.2
27.6
31.5
37 73
79
76
4.5 147
 150S-50A 112
140
180
31.1
38.9
50.0
42
39
34
2950 18.3
19.8
22.8
30 70
75
73
4.5 147
 150S-50B 108
133
160
30.0
36.9
44.4
38
36
32
2950 16.9
18.4
19.4
22 66
71
72
4.5 147
 200S-95 200
280
324
55.6
77.8
90.0
102
95
85
2950 81.7
94.0
100.0
132 68
77
75
5 240
200S-95A 180
268
310
50.0
74.4
86.1
95
87
78
2950 71.6
84.6
90.2
110 65
75
73
5 240
200S-95B 165
245
298
45.8
68.1
82.8
81
72
60
2950 56.4
64.9
69.5
75 64.5
74
70
5 240
 200S-63 216
280
351
60.0
77.8
97.5
70.4
63
52
2950 55.9
59.3
69.0
75 74
81
72
5 187
200S-63A 186
270
332
51.7
75.0
92.2
56.5
48
38.5
2950 41.5
45.8
49.0
55 69
77
71
5 187
 200S-42 216
280
342
60.0
77.8
95.0
48
42
35
2950 35.3
37.7
41.0
45 80
85
79.5
5 219
 200S-42A 198
270
310
55.0
75.0
86.1
43
36
31
2950 31.3
33.1
34.6
37 74
80
75.5
5 219
 250S-65 360
485
612
 100.0
134.7
170.0
70
65
54
1480 91.5
108.6
127.6
132 75
79
70.5
3.8 518
250S-65A 300
420
535
83.3
116.7
148.6
53
48
40
1480 61.8
71.3
79.8
90 70
77
73
3.8 518
 250S-39 360
485
612
100.0
134.7
170.0
43
39
32.5
1480 55.4
62.0
69.4
75 76
83
78
3.8 400
250S-39A 324
420
576
90.0
116.7
160.0
31.5
29
22
1480 38.6
42.5
48.6
55 72
78
71
3.8 400
 250S-24 360
485
576
100.0
134.7
160.0
27
24
19
1480 33.1
36.8
36.3
45 80
86
82
3.8 305
 250S-24A 342
420
482
95.0
116.7
133.9
22
20
17
1480 25.9
27.6
27.9
37 79
83
80
3.8 305
 250S-14 360
485
576
100.0
134.7
160.0
14
11
1480 20.8
21.7
22.1
30 80
85
78
3.8 305
 250S-14A 320
420
505
88.9
116.7
140.3
10
12
10
8.2
1480 13.2
14.1
14.5
18.5 79
81
78
3.8 305


Pump type Flow Q Head
(m)
Speed
(r/min)
Power(KW) Efficiency
%
(NPSH)r
(m)
Weight
(kg)
(m³/h) (L/s) Shaft power Engine
300S-90 590
790
936
163.9
219.4
260.0
95
90
86
1480 224.4
251.4
277.4
315 68
77
79
4.8 950
300S-90A 576
756
918
160.0
210.0
255.0
83
78
72
1480 200.2
216.9
239.9
280 65
74
75
4.8 950
300S-90B 546
720
900
151.7
200.0
250.0
72
67
57
1480 169.9
185.0
194.0
220 63
71
72
4.8 950
300S-58 576
790
972
160.0
219.4
270.0
65
58
50
1480 135.9
148.5
165.4
185 75
84
80
4.8 599
300S-58A 529
735
893
146.9
204.2
248.1
55
50
42
1480 110.0
122.0
129.2
160 72
82
79
4.8 599
300S-58B 504
685
835
140.0
190.3
231.9
47.2
43
37
1480 91.2
100.2
109.2
132 71
80
77
4.8 599
300S-32 612
790
900
170.0
219.4
250.0
36.5
32
27.3
1480 74.2
79.1
83.6
90 82
87
80
4.8 709
300S-32A 537
700
790
149.2
194.4
219.4
29
26
22.5
1480 53.7
59.0
62.0
75 79
84
78
4.8 709
300S-19 612
790
935
170.0
219.4
259.7
22
19
15.5
1480 45.8
48.4
52.6
55 80
84.5
75
4.8 434
300S-19A 485
700
798
134.7
194.4
221.7
18
15
13
1480 32.1
35.7
37.2
45 74
80
76
4.8 434
300S-12 612
790
900
170.0
219.4
250.0
14.5
12
10
1480 30.2
31.1
33.1
37 80
83
74
4.8 413
300S-12A 515
700
785
143.1
194.4
218.1
11.5
10
9
1480 22.4
24.4
25.6
30 72
78
75
4.8 413
350S-125 850
1260
1660
236.1
350.0
461.1
135
125
110
1480 446.3
542.7
685.6
710 70
79
72.5
5.5 1580
350S-125A 787
1181
1550
218.6
328.1
430.6
121
112
100
1480 381.2
461.6
594.3
630 68
78
71
5.5 1580
350S-125B 700
1098
1350
194.4
305.0
375.0
104
96
89
1480 300.3
372.7
448.0
500 66
77
73
5.5 1580
350S-75 972
1260
1440
270.0
350.0
400.0
80
75
69
1480 264.6
302.6
329.9
355 80
85
82
5.5 1200
350S-75A 900
1170
1332
250.0
325.0
370.0
70
65
60
1480 219.9
252.5
275.4
315 78
82
79
5.5 1200
350S-75B 800
1080
1200
222.2
300.0
333.3
60
55
52
1480 174.2
204.7
220.6
280 75
79
77
5.5 1200
350S-44 972
1260
1476
270.0
350.0
410.0
50
44
37
1480 163.3
177.6
188.2
220 81
85
79
5.5 1105
350S-44A 876
1116
1360
243.3
310.0
377.8
41
36
30
1480 123.8
131.8
140.6
160 79
83
79
5.5 1105
350S-26 972
1260
1440
270.0
350.0
400.0
29
26
22
1480 93.6
101.3
102.7
132 82
88
84
5.5 672


Pump type Flow Q Head
(m)
Speed
(r/min)
Power(KW) Efficiency
%
(NPSH)r
(m)
Weight
(kg)
(m³/h) (L/s) Shaft power Engine
350S-26A 840
1130
1260
233.3
313.9
350.0
24
21
19
1480 70.4
77.8
81.5
90 78
83
80
5.5 672
350S-16 960
1260
1440
266.7
350.0
400.0
19.5
16
13
1480 61.4
63.8
67.9
75 83
86
75
5.5 632
350S-16A 800
1130
1340
222.2
313.9
372.2
15
12
9.5
1480 42.4
45.6
48.1
55 77
81
72
5.5 632
400S-90 1140
1620
1980
316.7
450.0
550.0
102
90
78
1480 403.2
461.5
512.7
560 78.5
86
82
7.9 1450
400S-90A 1020
1460
1850
283.3
405.6
5139
89
78
66
1480 320.9
369.1
415.5
450 77
84
80
7.9 1450
400S-90B 960
1330
1720
266.7
369.4
477.8
78
68
56
1480 268.2
300.2
336.2
400 76
82
78
7.9 1450
400S-40 800
1080
1320
222.2
300.0
366.7
45
40
32
970 124.1
140.0
149.3
185 79
84
77
4.9 1800
400S-40A 720
960
1150
200.0
266.7
319.4
39.5
35
29.5
970 100.5
111.5
121.5
160 77
82
76
4.9 1800
500S-98 1620
2020
2340
450.0
561.1
650.0
104.5
98
92
970 598.5
673.6
741.8
800 77
80
79
6 2360
500S-98A 1500
1872
2170
416.7
520.0
602.8
88
83
77
970 479.1
535.4
583.1
630 75
79
78
6 2360
500S-98B 1400
1746
2020
388.9
485.0
561.1
79
74
71
970 401.4
448.1
500.5
560 75
78.5
78
6 2360
500S-59 1620
2020
2340
450.0
561.1
650.0
64
59
53
970 357.3
390.9
422.0
450 79
83
80
6 2150
500S-59A 1500
1872
2170
416.7
520.0
602.8
53
49
45
970 288.6
316.1
345.2
400 75
79
77
6 2150
500S-59B 1400
1746
2020
388.9
485.0
561.1
43
40
36.5
970 227.6
250.2
267.6
315 72
76
75
6 2150
500S-35 1620
2020
2340
450.0
561.1
650.0
40
35
30.5
970 207.5
218.7
228.6
280 85
88
85
6 1600
500S-35A 1400
1746
2020
388.9
485.0
561.1
30
27
24
970 139.4
151.0
159.0
220 82
85
83
6 1600
500S-22 1620
2020
2340
450.0
561.1
650.0
24.5
22
19.4
970 136.8
144.0
145.4
160 79
84
85
6 1722
500S-22A 1400
1746
2020
388.9
485.0
561.1
19
17
15
970 97.9
101.0
101.8
132 74
80
81
6 1722
500S-13 1620
2020
2340
450.0
561.1
650.0
15
13
10
970 82.7
86.1
81.7
110 80
83
78
6 1730
600S-100 2160
3170
3600
600.0
880.6
1000.0
110
100
92
970 829.2
1015.2
1073.3
1400 78
85
84
6 7200
600S-100A 1980
3000
3240
550.0
833.3
900.0
100
90
85
970 700.0
875.0
914.3
1120 77
84
82
6 7200


Pump type Flow Q Head
(m)
Speed
(r/min)
Power(KW) Efficiency
%
(NPSH)r
(m)
Weight
(kg)
(m³/h) (L/s) Shaft power Engine
600S-100B 1800
2830
3060
500.0
786.1
850.0
90
80
75
970 588.0
751.6
780.9
1000 75
82
80
6 7200
600S-75 2160
3170
3600
600.0
880.6
1000.0
84
75
68
970 633.2
761.4
802.9
900 78
85
83
7.5 2600
600S-75A 1980
2880
3240
550.0
800.0
900.0
68
62
58
970 488.7
607.6
655.8
800 75
80
78
7.5 2600
600S-75B 1750
2650
3150
486.1
736.1
875.0
60
55
50
970 408.3
508.7
579.4
630 70
78
74
7.5 2600
600S-47 2160
3170
3600
600.0
880.6
1000.0
54
47
43
970 401.9
460.9
507.7
560 79
88
83
7.5 2800
600S-47A 1980
2920
3240
550.0
811.1
900.0
45
40
37
970 311.0
369.7
398.0
450 78
82
7.5 2800
600S-32 2160
3170
3600
600.0
880.6
1000.0
36
32
29
970 271.4
313.8
334.4
400 78
88
85
7.5 2300
600S-32A 2000
2880
3240
555.6
800.0
900.0
30
27
25
970 214.9
246.1
262.5
280 76
86
84
7.5 2300
600S-32B 1800
2628
3000
500.0
730.0
833.3
24.5
22
20
970 164.5
187.4
199.2
250 73
84
82
7.5 2300
600S-22 2520
3170
3600
700.0
880.6
1000.0
25
22
19
970 204.2
215.7
227.1
250 84
88
82
7 2300
600S-22A 2160
2880
3240
600.0
800.0
900.0
21
18
16
970 152.4
162.2
170.0
185 81
87
83
7 2300
800S-22 4320
5500
6480
1200.0
1527.8
1800.0
25
22
19
730 358.5
370.1
389.7
450 82
89
86
7 3800
3000
4400
5040
8333
1222.2
1400.0
16
14
12.5
585 163.3
190.6
201.8
250 80
88
85
5 3800
800S-22A 3960
4830
5500
1100.0
1341.7
1527.8
19
17
15
730 246.8
254.0
261.1
315 83
88
86
7 3800
2800
3870
4500
777.8
1075.0
1250.0
12.5
11
9.5
585 119.1
133.2
138.5
185 80
87
84
5 3800
800S-32 4320
5500
6480
1200.0
1527.8
1800.0
35
32
29
730 502.0
538.3
588.0
630 82
89
87
7 4900
3000
4400
5200
833.3
12222
1444.4
23
20
17
585 234.8
272.2
283.1
315 80
88
85
4.5 4900
800S-32A 3500
4950
6000
972.2
1375.0
1666.7
29.5
26
23
730 351.3
398.1
436.8
500 80
88
86
7 4900
2700
3960
4680
750.0
1100.0
1300.0
19
16.5
14
585 174.6
204.4
212.3
250 80
87
84
4.5 4900
800S-47 4320
5500
6480
1200.0
1527.8
1800.0
51
47
42
730 722.6
781.9
841.9
1000 83
90
88
6.5 5000
3000
4400
5200
833.3
1222.2
1444.4
35
30
26
585 357.3
403.7
428.0
500 80
89
86
4 5000
800S-47A 3500
5070
6000
972.2
1408.3
1666.7
45
40
36
730 529.3
620.3
683.7
710 81
89
86
6.5 5000
2800
4060
4800
777.8
1127.8
1333.3
30
25
22
585 285.8
314.0
334.3
355 80
88
86
4 5000


Pump type Flow Q
Head
(m)
Speed
(r/min)
Power(KW) Efficiency
%
(NPSH)r
(m)
Weight
(kg)
(m³/h) (L/s) Shaft power Engine
800S-70 6100
8100
9300
1694.4
2250.0
2583.3
90
83
75
730 1868.1
2153.1
2260.4
2500 80
85
84
9 8000
800S-70A 5800
7700
8800
1611.1
2138.9
2444.4
82
75
68.5
730 1628.5
1871.5
2001.2
2240 79.5
84
82
9 8000
800S-70B 5500
7300
8400
1527.8
2027.8
2333.3
73.5
68
62
730 1393.0
1628.1
1772.2
1800 79
83
80
9 8000
800S-76 4000
5500
6500
1111.1
1527.8
1805.6
80
76
71
730 1102.7
1293.1
1444.0
1600 79
88
87
6 7550
3000
4400
5500
833.3
1222.2
1527.8
54
49
43
585 551.3
674.6
757.4
800 80
87
85
4 7550
800S-76A 3500
5080
6000
972.2
1411.1
1666.7
69
65
61
730 832.2
1033.2
1186.1
1250 79
87
84
6 7550
2800
4070
5000
777.8
1130.6
1388.9
46.5
42
37
585 448.6
541.1
606.8
630 79
86
83
4 7550
800S-76B 3000
4680
5500
833.3
1300.0
1527.8
59
55
51
730 642.4
824.4
920.0
1000 75
85
83
6 7550
2500
3750
4500
694.4
1041.7
1250.0
39
35
31
585 349.2
425.3
468.8
500 76
84
81
4 7550
800S-105 3850
5500
6600
1069.4
1527.8
1833.3
110
105
100
730 1441.1
1807.0
2089.1
2500 80
87
86
6.5 8000
900S-23 6200
8280
9432
1722.2
2300.0
2620.0
28
23
19.5
730 590.7
602.8
610.6
710 80
86
82
9.3 6000
1000S-36 7920
9900
11380
2200.0
2750.0
3161.1
40
36
33
495 1039.0
1102.5
1202.7
1250 83
88
85
7.8 13000
1200S-24 8400
12000
14400
2333.3
3333.3
4000.0
28
24
18.5
590 748.8
901.1
906.5
1250 85.5
87
80
7.7 9000
1200S-39 7200
9000
10800
2000.0
2500.0
3000.0
42.5
39
33
500 1015.9
1085.8
1155.0
1250 82
88
84
5.5 -
1200S-39A 6480
8100
9720
1800.0
2250.0
2700.0
38.5
35
29.5
500 848.9
892.2
940.4
1120 80
86.5
83
5.5 -
1200S-39B 5832
7290
8748
1620.0
2025.0
2430.0
34
31
26
500 674.7
715.3
755.1
900 80
86
82
5.5 -
1200S-56 8640
10800
12960
2400.0
3000.0
3600.0
60
56
49
600 1721.0
1870.9
2033.8
2240 82
88
85
7.5 -
1200S-56A 7776
9720
11664
2160.0
2700.0
3240.0
54
50
42
600 1411.2
1520.7
1606.7
2000 81
87
83
7.5 -
1200S-56B 7000
8750
10500
1944.4
2430.6
2916.7
48
44
3/27
600 1143.3
1218.7
1289.7
1600 80
86
82
7.5 -
1200S-76 8640
10800
12960
2400.0
3000.0
3600.0
81.5
76
65
730 2216.0
2482.7
2620.8
2800 86.5
90
87.5
9 13000
1200S-76A 7776
9720
11664
2160.0
2700.0
3240.0
6A
0+
55
730 1703.5
1924.4
2054.5
2240 84.5
88
85
9 13000
1200S-76B 7000
8750
10500
1944.4
2430.6
2916.7
55
52
45
730 1270.4
1440.2
1531.3
1600 82.5
86
84
9 13000


Dimensional diagram of S-type pump


Type Dimensions of the pump figure Inlet flange dimensions Outlet flange dimensions
L L1 L2 L3 L4 B B1 B2 B3 B3' B4 B4' H H1 H2 H3 H4 4-φd Dg1 Do1 D1 b1 n-φd1 dg2 Do2 D2 b2 n-φd2
150S-100 740.5 410 330 280 190 550 250  330 280 190 490 285  25  140  170 4-f18 150 240 285 26 8-f23 100 180 220 24 8-f19
150S-78 713.5 397 330 280 190 550 250  330 280 190 472.5 285  25  140  155 4-f18 150 240 285 26 8-f23 100 180 220 24 8-f19
150S-78A
150S-50 713.5 397 330 280 190 550 250  330 280 190 455 285  25  140  140 4-f18 150 240 285 26 8-f23 100 180 220 24 8-f19
150S-50A
150S-50B
200S-95 850.5 475 330 280 190 680 330  330 280 190 555 355  25  170  170 4-f18 200 295 340 24 8-f23 125 210 250 22 8-f19
200S-95A
200S-95B
200S-63 743.5 409 330 280 190 620 300  330 280 190 547 355  25  170  170 4-f18 200 295 340 24 8-f23 150 240 285 24 8-f23
200S-63A
200S-42 743.5 409 330 280 190 620 300 330 280 190 547 355  25  170  170 4-f18 200 295 340 24 8-f23 150 240 285 24 8-f23
200S-42A
250S-65 1100.5 612 510 450 330 880 400  620 550 430 856 510  40  240  300 4-f27 250 350 395 28 12-φ23 150 240 285 26 8-f23
250S-65A
250S-39 983.5 549 410 350 230 890 440  510 450 330 750 450  30  200  260 4-f27 250 350 395 28 12-φ23 200 295 340 26 8-f23
250S-39A
250S-24 983.5 517 410 350 230 850 400 510 450 330 738 4450  30  210  215 4-f27 250 350 395 28 12-φ23 200 295 340 26 8-f23
250S-24A
250S-14 892.5 485 410 350 230 745 330  510 450 330 709 450  30  210  215 4-f27 250 350 395 28 12-φ23 200 295 340 26 8-f23
250S-14A


Type Dimensions of the pump figure Inlet flange dimensions Outlet flange dimensions
L L1 L2 L3 L4 B B1 B2 B3 B3' B4 B4' H H1 H2 H4 4-φd Dg1 Do1 D1 b1 n-φd1 dg2 Do2 D2 b2 n-φd2
 300S-90 1185  660 510 450 330 1046 470 620  550 420 898 510  40 268 325 4-f27 300 400 440 28 12-φ23 200 295 340 26 8-f23
300S-90A
300S-90B
 300S-58 1140  630 510 450 330 1070 530 620  550 430 852 510  40 240 310 4-f27 300 400 445 28 12-φ23 250 350 395 28 12-φ23
 300S-58A
300S-58B
 300S-32 1100  605 510 450 330 880 410 620  550 430 824 510  40 260 270 4-f27 300 400 445 28 12-φ23 250 350 395 28 12-φ23
300S-32A
 300S-19 978.5  537 510 450 330 900 400 620  550 430 808 510  40 250 260 4-f27 300 400 445 28 12-φ23 250 350 395 28 12-φ23
 300S-19A
 300S-12 1009  552 510 450 330 1000 500 620  550 430 808 510  40 265 265 4-f27 300 400 445 28 12-φ23 300 400 445 28 12-φ23
 300S-12A
 350S-125 1431  801 580 500 360 1210 550 680  600 450 1080 620  50 330 410 4-f34 350 460 505 30 16-φ23 200 295 340 26 12-φ23
 350S-125A
 350S-125B
 350S-75 1272  710 600 500 360 1250 600 690  600 450 1017 620  50 274 356 4-f34 350 460 505 30 16-φ23 250 350 395 28 12-φ23
350S-75A
350S-75B
 350S-44 1233  675 580 500 360 1040 460 680  600 450 980 620  50 290 300 4-f34 350 460 505 30 16-φ23 300 400 445 28 12-φ23
 350S-44A
 350S-26 1171  642 580 500 360 1040 460 680  600 450 963 620  50 290 300 4-f34 350 460 505 30 16-φ23 300 400 445 28 12-φ23
350S-26A
 350S-16 1129  622 580 500 360 1168 584 680  600 450 970 620  50 310 310 4-f34 350 460 505 30 16-φ23 350 460 505 30 16-φ23
 350S-16A


Type Dimensions of the pump figure Inlet flange dimensions Outlet flange dimensions
L L1 L2 L3 L4 B B1 B2 B3 B3' B4 B4' H H1 H2 H3 H4 4-φd Dg1 Do1 D1 b1 n-φd1 dg2 Do2 D2 b2 n-φd2
 400S-90 1747 907 820  700 480 1645 900 900 700 500 1130  670  40 372 482 4-f35 400 515 565 32 16-φ28 350 460 505 30 16-φ23
 400S-90A
 400S-90B
 400S-40 1747 907 820  700 480 1645 900 900 700 500 1130  670  40 372 482 4-f35 400 515 565 32 16-φ28 350 460 505 30 16-φ23
 400S-40A
 500S-98 1639.5 912 760  580 420 1550 750 1020 800 580 1381  800  55 425 545 4-f41 500 620 670 34 20-φ28 300 410 460 32 12-f28
 500S-98A
 500S-98B
 500S-59 1639.5 907 760  580 420 1640 810 1020 800 580 1300  800  55 370 480 4-f41 500 620 670 34 20-φ28 350 460 505 30 16-φ23
500S-59A
 500S-59B
 500S-35 1363.5 756 760  580 420 1350 630 1020 800 580 1270  800  55 415 415 4-f41 500 620 670 34 20-φ28 350 460 505 30 16-φ23
 500S-35A
 500S-22 1396.5 770 760  580 420 1460 640 1020 800 580 1266  800  55 410 410 4-f41 500 620 670 34 20-φ28 400 515 565 32 16-φ28
500S-22A
 500S-13 1308.5 714.5 760  580 420 1550 775 1020 800 580 1251  800  55 410 410 4-f41 500 620 670 34 20-φ28 500 620 670 34 20-φ28
 600S-100 1935 1100 960  760 560 1900 900 1300 1000 700 1610  950  55 530 590 4-f42 600 725 780 36 20-f31 400 525 580 38 16-f31
 600S-100A
 600S-100B
 600S-75 1694.5 940 940  760 600 1900 940 1020 800 580 1550  950  55 425 555 4-f41 600 725 780 36 20-f31 400 515 565 32 16-φ28
 600S-75A
 600S-47 1694.5 940 940  760 600 1595 745 1020 800 580 1505  950  55 490 490 4-f41 600 725 780 36 20-f31 400 515 565 32 16-φ28


Type Dimensions of the pump figure Inlet flange dimensions Outlet flange dimensions
L L1 L2 L3 L4 B B1 B2 B3 B3' B4 B4' H H1 H2 H3 H4 4-φd Dg1 Do1 D1 b1 n-φd1 dg2 Do2 D2 b2 n-φd2
 600S-32 1627.5 900 940 760 600 1600 750 1020 800  — 580  — 1490 950 55 480 480 4-f41 600 725  780 36 20-f31 500 620 670 34 20-φ28
 600S-32A
 600S-32B
 600S-22 1466.5 805 940 760 600 1790 840 1020 800  — 580  — 1476 950 55 460 460 4-f41 600 725  780 36 20-f31 500 620 670 34 20-φ28
600S-22A
 800S-105 2435 1367.5 1300 1000 700 2400 1100 1700 1350  — 1000  — 2190 1250 55 700 800 4-f58 800 950 1015 44 24-f33 600 770 840 48 20-φ37
 800S-76 2271 1270 1300 1000 700 2350 1150 1700 1350  — 1000  — 2105 1250 55 700 745 4-f58 800 950 1015 44 24-f33 600 725 780 36 20-φ30
 800S-70 2550 1445 1300 1000 700 2385 1100 1700 1350  — 1000  — 2200 1250 55 700 880 4-f58 800 950 1015 44 24-φ34 600 725 780 36 20-f31
 800S-47 2315 1300 1200 1000 800 2025 875 1200 900 600 2074 1200 55 660 660 4-f42 800 950 1015 44 24-f33 600 725 780 36 20-φ30
 800S-32 3750 2050 1200 1000 800 2150 1000 1200 900  — 600  — 2044 1200 55 660 660 4-f42 800 950 1015 44 24-f33 600 725 780 36 20-φ30
 800S-22 2100 1244 1200 1000 800 2150 1000 1200 900  — 600  — 2014 1200 55 660 660 4-f42 800 950 1015 44 24-f33 600 725 780 36 20-φ30
 900S-23 2730 1350 1200 1000 700 2400 840 1200 900  — 600  — 2400 1400 60 840 760 4-f42 900 1050 1115 44 28-f34 700 840 895 40 24-f31
 1000S-36 3550 2000 1550 1400 1000 2900 1360 1900 1200  — 900  — 2750 1600 70 860 760 4-f42 1000 1160 1230 50 28-φ37 800 950 1015 44 24-φ34


Pump size 1200S


Type Dimensions of the pump figure Inlet flange dimensions Outlet flange dimensions
L L1 L2 L3 L4 B B1 B2 B2' B3 B3' B4 B4' B5 B5' H H1 H2 H3 H4 4-φd Dg1 Do1 D1 b1 n-φd1 dg2 Do2 D2 b2 n-φd2
1200S-24 2480 1370 1450 1200 950 3000 1400 1000 1000 700 700 600 600 200 200 2700 1700 60 850 975 8-f42 1200 1380 1455 56 32-φ40 1000 1160 1230 50 28-φ37
1200S-39 3295 1700 1680 1250 900 2800 1250 1100 1100 875 875 790 790 150 150 2700 1650 80 870 1020 8-f48 1200 1380 1455 56 32-φ40 1000 1160 1230 50 28-φ37
1200S-39A
1200S-39B
1200S-56 3295 1700 1680 1250 900 2800 1250 1100 1100 875 875 790 790 150 150 2700 1650 80 870 1020 8-f48 1200 1380 1455 56 32-φ40 1000 1160 1230 50 28-φ37
1200S-56A
1200S-56B
1200S-76 2840 1500 1750 1500 1250 2800 1250 1100 900 850 650 750 550 150 150 2700 1650 80 870 950 8-f48 1200 1380 1455 56 32-φ40 1000 1160 1230 50 28-φ37
1200S-76A
1200S-76B


Installation Dimensions Chart of S Type Double Suction Centrifugal Pump (with Foundation)


Type C Engine Engine size The size of the foundation
E H1 L t Vomit conical tube flange
engine's type Power
(KW)
Voltage
(V)
L1 h H L2 L3 L4 P B n1-φd1 D2 Do2 dg2 b2 n2-φd2
150S-100 4 Y280S-2 75 380 1000 640 280 550 550 1375 75 457 6-φ20 300 425 1723 350 150 280 240 24 8-f23
150S-78 4 Y250M-2 55 380 930 575 250 520 520 1294 75 406 6-φ20 300 425 1640 350 150 280 240 24 8-f23
150S-78A 4 Y225M-2 45 380 815 530 225 480 480 1195 356 1525
150S-50 4 Y200L2-2 37 380 775 475 200 470 470 1170 100 380 6-φ20 300 425 1484 350 150 280 240 24 8-f23
150S-50A 4 Y200L1-2 30 380 775 475 200 470 470 1170 1484
150S-50B 4 Y180M-2 22 380 670 430 180 450 450 1095 1379
200S-63 4 Y280S-2 75 380 1000 640 280 570 570 1372 75 457 6-φ20 350 495 1750 350 200 335 295 26 8-f23
200S-63A 4 Y250M-2 55 380 930 575 250 550 550 1308 406 1680
200S-42 4 Y225M-2 45 380 815 530 225 460 460 1212 75 400 6-φ20 350 495 1564 350 200 335 295 26 8-f23
200S-42A 4 Y200L2-2 37 380 775 475 200 480 480 1184 280 1524
250S-39 4 Y280S-4 75 380 1000 640 280 620 620 1565 65 450 6-f25 300 610 1931 450 250 390 350 28 12-φ23
250S-39A 4 Y250M-4 55 380 930 575 250 550 550 1417 560 6-φ20 590 1861 350
250S-24 4 Y225M-4 45 380 845 530 225 520 520 1400 120 450 6-φ20 300 590 1784 350 250 390 350 28 12-φ23
250S-24A 4 Y225S-4 37 380 820 530 225 550 550 1375 1759
250S-14 4 Y200L-4 30 380 775 475 200 520 520 1306 120 450 6-φ20 300 590 1654 350 250 390 350 28 12-φ23
250S-14A 4 Y180M-4 18.5 380 670 430 180 520 520 1234 1549
300S-32 4 Y280M-4 90 380 1050 640 280 740 740 1710 150 560 6-φ20 300 690 2150 350 300 440 400 28 12-φ23
300S-32A 4 Y280S-4 75 380 1000 640 280 740 740 1660 2100
300S-19 4 Y250M-4 55 380 930 575 250 600 600 1525 165 550 6-φ20 300 670 1922 350 300 440 400 28 12-φ23
300S-19A 4 Y225M-4 45 380 845 530 225 590 590 1460 1837
300S-12 4 Y225S-4 37 380 820 530 225 600 600 1450 165 550 6-φ20   670 1827 350          
300S-12A 4 Y200L-4 30 380 775 475 200 580 580 1415 1782


Installation schedule for an S-type centrifugal injection pump (without base)


Type C Engine Engine size E L L2 Vomit conical tube flange
engine's type Power
(KW)
Voltage
(V)
L1 H h B A n-φd1 dg2 D2 Do2 b2 n-φd2
150S-100 4 Y280S-2 75 380 1000 280 640 368 457 4-f24 300 150 280 240 24 8-f23
150S-78  Y250M-2 55 380 930 250 575 349 406 4-f24 1647.5 569
150S-78A  Y225M-2 45 815 225 530 311 356 4-f19 1532.5 520
150S-50 4  Y200L2-2 37 380 775 200 475 305 318 4-f19 300 1492.5 504
150S-50A  Y200L1-2 30 775 200 475 305 318 4-f19 1492.5 504
150S-50B  Y180M-2 22 670 180 430 241 279 4-f15 1387.5 492
200S-95 4 Y315M-2 132 380 1310 315 865 457 508 4-f28 375 2164.5 695 200 335 295 26 8-f23
200S-95A Y315S-2 110 1240 315 865 406 508 4-f28 2094.5 695
200S-95B Y280S-2 75 1000 280 640 368 457 4-f24 1854.5 669
200S-63 4 Y280S-2 75 380 1000 280 640 368 457 4-f24 350 1747.5 603 200 335 295 26 8-f23
200S-63A  Y250M-2 55 930 250 575 349 406 4-f24 1677.5 581
200S-42 4  Y225M-2 45 380 815 225 530 311 356 4-f19 350 1562.5 532 200 335 295 26 8-f23
200S-42A  Y200L2-2 37 775 200 475 305 318 4-f19 1522.5 516
250S-65 4 Y315M-4 132 380 1340 315 865 457 508 4-f28 500 2444.5 777 250 390 350 28 12-φ23
250S-65A  Y280M-4 90 1050 280 640 419 457 4-f24 2154.5 721
250S-3g 4 Y280S-4 75 380 1000 280 640 368 457 4-f24 300 1987.5 711 250 390 350 28 12-φ23
250S-39A  Y250M-4 55 930 250 575 349 406 4-f24 1917.5 689
250S-24 4  Y225M-4 45 380 845 225 530 311 356 4-f19 300 1787.5 635 250 390 350 28 12-φ23
250S-24A Y225S-4 37 820 225 530 286 356 4-f19 1762.5
250S-14 4  Y200L-4 30 380 775 200 475 305 318 4-f19 1671.5 557
250S-14A  Y180M-4 18.5 670 180 430 241 279 4-f15 1566.5 545
300S-90 5 Y3554-4 315 6000 1820 355 780 900 630 4-f28 500 2998.5 949 300 440 400 28 12-φ23


Type C Engine Engine size
E L L2 Vomit conical tube flange
engine's type Power
(KW)
Voltage
(V)
L1 H h B A n-φd1 dg2 D₂ Do2 b2 n-φd2
300S-90A 5 Y3553-4 280 6000 1820 355 780 900 630 4-f28 500 2998.5 949 300 440 400 28 12-φ23
 300S-90B Y3551-4 220 1820 355 780 900 630 4-f28 2998.5
 300S-58 4 Y315L2-4 200 380 1340 315 865 508 508 4-f28 300 2483.5 795 300 440 400 28 12-φ23
 300S-58A Y315L1-4 160 1340 315 865 508 508 4-f28 2483.5
 300S-58B Y315M-4 132 1340 315 865 457 508 4-f28 2483.5
 300S-32 4 Y280M-4 90 380 1050 280 640 419 457 4-f24 300 2153.5 714 300 440 400 28 12-φ23
300S-32A Y280S-4 75 1000 280 640 368 457 4-f24 2103.5
 300S-19 4 Y250M-4 55 380 930 250 575 349 406 4-f24 300 1912.5 624 300 440 400 28 12-φ23
 300S-19A Y225M-4 45 845 225 530 311 356 4-f19 1827.5 605
 300S-12 4 Y225S-4 37 380 820 225 530 286 356 4-f19 _ 1832.5 620 _ _ _ _ _
 300S-12A Y200L-4 30 775 200 475 305 318 4-f19 1787.5 574
 350S-125 7 Y4502-4 710 6000 2080 450 935 1120 800 4-f35 750 3517.5 1123 350 520 470 38 16-φ25
 350S-125A Y4501-4 630 2080 450 935 1120 800 4-f35 3517.5 1123
 350S-125B Y4004-4 500 1940 400 835 1000 710 4-f35 3377.5 1103
 350S-75 5  Y4001-4 355 6000

6000

6000
1940 400 835 1000 710 4-f35 500 3191.5 980 350 500 460 30 16-φ23
350S-75A Y3553-4 280 1820 355 780 900 630 4-f28 3071.5 960
350S-75B Y3551-4 220 1820 355 780 900 630 4-f28 3071.5 960
 350S-44 5 Y3551-4 220 6000 1820 355 780 900 630 4-f28 300 3057.5 955 350 500 460 30 16-φ23
 350S-44A Y315L1-4 160 380 1340 315 865 508 508 4-f28 2577.5 856
 350S-26 4 Y315M-4 132 380 1340 315 865 457 508 4-f28 300 2514.5 726 350 500 460 30 16-φ23
350S-26A  Y280M-4 90 380 1050 280 640 419 457 4-f24 2224.5 706


Type C Engine Engine size E L L2 Vomit conical tube flange
engine's type Power
(KW)
Voltage
(V)
L1 H h B A n-φd1 dg2 D2 Do2 b2 n-φd2
350S-16 4 Y280S-4 75 380 1000 280 640 368 457 4-f24 _ 2132.5 684 _ _ _ _ _
 350S-16A Y250S-4 55 380 930 250 575 349 406 4-f24 2062.5 1169
500S-98 7 Y5002-6 800 6000 2550 500 1040 1250 900 4-f42 1000 4196.5 1354 500 670 620 34 20-φ25
 500S-98A Y4504-6 630 6000 2120 450 935 1120 800 4-f35 3766.5 1234
 500S-98B Y4503-6 560 6000 2120 450 935 1120 800 4-f35 3766.5 1234
500S-59 7 Y4501-6 450 6000 2120 450 935 1120 800 4-f35 800 3766.5 1229 500 670 620 34 20-φ25
500S-59A Y4005-6 400 6000 1940 400 835 1000 710 4-f35 3586.5 1169
 500S-59B Y4003-6 315 6000 1940 400 835 1000 710 4-f35 3586.5 1169
500S-35 6 Y4002-6 280 6000 1940 400 835 1000 710 4-f35 800 3309.5 1017 500 670 620 34 20-φ25
 500S-35A Y3553-6 220 6000 1820 355 780 900 630 4-f28 3189.5 997
500S-22 6 Y3553-6 220 6000 1820 355 780 900 630 4-f28 600 3221.5 1010 500 670 620 34 20-φ25
500S-22A Y315L2-6 132 380 1340 315 865 508 508 4-f28 2741.5 871
500S-13 5 Y315L1-6 110 380 1340 315 860 508 508 4-f28 _ 2653.5 815.5 _ _ _ _ _
600S-75 7 Y5003-6 900 6000 2550 500 1040 1250 900 4-f42 600 4251.5 1292 500 670 620 34 20-φ25
 600S-75A Y5002-6 800 6000 2550 500 1040 1250 900 4-f42 4251.5 1292
600S-47 7 Y4503-6 560 6000 2120 450 935 1120 800 4-f35 600 3821.5 1172 500 670 620 34 20-φ25
600S-32 6 Y4005-6 400 6000 1940 400 835 1000 710 4-f35 _ 3573.5 1053 _ _ _ _ _
 600S-32A Y4002-6 280 6000 1940 400 835 1000 710 4-f35 3555.5 1053
 600S-32B 6 Y3554-6 250 6000 1820 355 780 900 630 4-f32 _ 3435.5 1013 _ _ _ _ _
600S-22 Y3554-6 250 6000 1820 355 780 900 630 4-f32 3292.5 956
600S-22A Y3553-6 220 6000 1820 355 780 900 630 4-f28 3292.5 956


Type C Engine Engine size E L L2 Vomit conical tube flange
engine's type Power
(KW)
Voltage
(V)
L1 H h B A n-φd1 dg2 D2 Do2 b2 n-φd2
800S-22 6 Y450-8 450 380 2080 450 1650 1120 800 4-f35 800 4190 1191 800 1015 950 42 24-f33
Y450-10 250 2080 450 1650 1120 800 4-f35 4190 1191
800S-22A Y450-8 315 2080 450 1650 1120 800 4-f35 4190 1191
Y355L-10 185 1590 355 990 630 610 4-f28 3700 1050
Y450-10 200 2080 450 1650 1120 800 4-f35 4190 1191
800S-32 7 Y500-8 630 6000 2220 500 1900 1250 900 4-f42 4530 1457
Y450-10 315 2080 450 1650 1120 800 4-f35 4390 1337
 800S-32A Y450-8 450 2080 450 1650 1120 800 4-f35 4390 1337
Y450-10 250 2080 450 1650 1120 800 4-f35 4390 1337
800S-47 8 Y1000-8/1180 1000 2480 930 1690 1800 1400 4-f48 4990 1368
Y500-10 450 2220 500 1900 1250 900 4-f42 4730 1593
800S-47A Y500-8 710 2220 500 1900 1250 900 4-f42 4730 1593
 Y450-10 355 2080 450 1650 1120 800 4-f35 4590 1473
800S-76 Y1600-8/1430 1600 2690 950 1860 1900 1750 4-f48 1000 4970 1423
 Y800-10/1180 800 2380 930 1690 1700 1400 4-f48 4660 1343
 800S-76A  Y1250-8/1430 1250 2540 930 1860 1800 1750 4-f48 4820 1373
Y500-10 630 2220 500 1900 1250 900 4-f42 4500 1568
 800S-76B Y1000-8/1180 1000 2480 930 1690 1800 1400 4-f48 4760 1343
Y500-10 500 2220 500 1900 1250 900 4-f42 4500 1568


Spare parts table for S type pumps

Type Engine Foot valve
P=0.25MPa
Water filter
(code)
Actuator
P=1MPa
Check valve
P=1MPa
Vomiting is comical
tube(code)
Foundation
(code)
B4201
Type Power
(KW)
Hook key
(code)
150S-100 Y280S-2 75 f150 f150 f150 Z100×10-150×10 150S100-Y280S-2 4552
150S-78 Y250M-2 55 f150 f150 f150 Z100×10-150×10 150S78-Y250M-2 4552
150S-78A Y225M-2 45 150S78-Y225M-2
150S-50 Y200L2-2 37 f150 f150 f150 Z100×10-150×10 150S50-Y200L-2 4552
150S-50A Y200L1-2 30
150S-50B Y180M-2 22 150S50-Y180M-2
200S-95 Y315M-2 132 φ200 φ200 φ200 Z125×10-200×10 200S95-Y315M-2 6872
200S-95A Y315S-2 110 200S95-Y315S-2
200S-95B Y280S-2 75 200S95-Y280S-2
200S-63 Y280S-2 75 φ200 φ200 φ200 Z150×10-200×10 200S63-Y280S-2 4552
200S-63A Y250M-2 55 200S63-Y250M-2
200S-42 Y225M-2 45 φ200 φ200 φ200 Z150×10-200×10 200S42-Y225M-2 4552
200S-42A Y200L2-2 37 200S42-Y200L-2
250S-65 Y315M-4 132 f250 f 250 f250 Z150×10-250×10 250S65-Y315M-4 7885
250S-65A Y280M-4 90 250S65-Y280M-4
250S-39 Y280S-4 75 f250 f250 f250 Z200×10-250×10 250S39-Y280S-4 6872
250S-39A Y250M-4 55 f250 f250 f250 Z200×10-250×10 D250S-39A-Y250M-4 6872
250S-24 Y225M-4 45 f250 f250 f250 Z200×10-250×10 250S24-Y225M-4 6872
250S-24A Y225S-4 37 250S24-Y225S-4
250S-14 Y200L-4 30 f250 f250 Z200×10-250×10 250S14-Y200L-4 4552
250S-14A Y180M-4 18.5 250S14-Y180M-4
300S-90 Y355L-4 315 φ300 φ300 φ300 Z200×10-300×10 300S90-Y355L(M) 9095
300S-90A Y355L-4 280
300S-90B Y355M-4 220
300S-58 Y315L2-4 200 φ300 φ300 φ300 Z250×10-300×10 300S58-Y315L-4 7885
300S-58A Y315L1-4 160
300S-58B Y315M-4 132 300S58-Y315M-4


NOTE: Barrel cone and hook wrench are pump accessories, others can be provided according to order requirements.


Type Engine Foot valve
P=0.25MPa
Water filter
(code)
Actuator
P=1MPa
Check valve
P=1MPa
Vomiting is comical
tube(code)
Foundation
(code)
B4201
Type Power
(KW)
Hook key
(code)
300S-32 Y280M-4 90 φ300 φ300 φ300 Z250×10-300×10 300S32-Y280M-4 7885
300S-32A Y280S-4 75 300S32-Y280S-4
300S-19 Y250M-4 55 φ300 φ300 φ300 Z250×10-300×10 300S19-Y250M-4 6872
300S-19A Y225M-4 45 300S19-Y225M-4
300S-12 Y225S-4 37 φ300 φ300 300S12-Y225S-4 6872
300S-12A Y200L-4 30 300S12-Y200L-4
350S-125 Y4502-4 710 L350
(73)
f350 f350 Z200×16-350×16 100110
350S-125A Y4501-4 630
350S-125B Y4004-4 500
350S-75 Y4001-4 365 L350
(73)
f350 f350 Z250×10-350×10 9095
350S-75A Y355L-4 280 350S75-Y355(M)L-4
350S-75B Y355M-4 220
350S-44 Y355M-4 220 L350
(73)
f350 f350 Z300×10-350×10 350S44-Y355M(L)-4 9095
350S-44A Y315L1-4 160 350S44-Y315L-4
350S-26 Y315M-4 132 L350
(73)
f350 f350 Z300×10-350×10 350S26-Y315M-4 7885
350S-26A Y280M-4 90 350S26-Y280M-4
350S-16 Y280S-4 75 L350
(73)
φ500 350S16-Y280S-4 6872
350S-16A Y250M-4 55 350S16-Y250M-4
500S-98 Y5002-6 800 L500
(73)
φ500 φ500 135145
500S-98A Y5001-6 710
500S-98B Y4503-6 560
500S-59 Y4501-6 450 L500
(73)
φ500 φ500 Z350×10-500×10 100110
115130
500S-59A Y4005-6 400
500S-59B Y4003-6 315
500S-35 Y4002-6 280 L500
(73)
φ500 φ500 Z350×10-500×10 9095
500S-35A Y3553-6 220
500S-22 Y3553-6 220 L500
(73)
φ500 φ500 7885
500S-22A Y315L2-6 132 500S22-Y315L-6


NOTE: Barrel cone and hook wrench are pump accessories, others can be provided according to order requirements.


Type Engine Foot valve
P=0.25MPa
Water filter
(code)
Actuator
P=1MPa
Check valve
P=1MPa
Vomiting is comical
tube(code)
Foundation
(code)
B4201
Type Power
(KW)
Hook key
(code)
500S-13 Y355L1-6 110 L500(73) φ500 φ500 7885
600S-75 Y5003-6 900 L600
(73)
φ500 φ500 Z400×10-500×10 135145
600S-75A Y5002-6 800
600S-47 Y4503-6 560 L600(73) φ500 φ500 Z400×10-500×10 135145
600S-32 Y4005-6 400 L600
(73)
φ500 φ500 100110
115130
600S-32A Y4002-6 280
600S-32B Y3554-6 250
600S-22 Y3554-6 250 L600
(73)
φ500 φ500 9095
600S-22A Y3553-6 220
800S-22 Y450-8 450 L800 φ600 φ600 9095
Y450-10 250
800S-22A Y450-8 315
Y355L-10 185
Y450-10 200
800S-32 Y500-8 630 L800 φ600 φ600 100110
Y450-10 315
800S-32A Y450-8 450
Y500-10 250
800S-47 Y1000-8/1180 1000 L800 φ600 φ600 135145
Y500-10 450
800S-47A Y500-8 710
Y450-10 355
800S-76 Y1600-8/1430 1600 L800 φ800 φ800 135145
Y800-10/1180 800
800S-76A Y1250-8/1430 1250
Y500-10 630
800S-76B Y1000-8/1180 1000
Y500-10 500


NOTE: Barrel cone and hook wrench are pump accessories, others can be provided according to order requirements.





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