ZJ type horizontal slurry pump
Classification:
- Product Description
-
Product Overview
The ZJ type slurry pump is a single-stage single suction centrifugal slurry pump. The pump body adopts an inner and outer double-layer metal structure, and the pump casing is a vertical open type. The outlet can rotate eight different positions at 45 ° intervals. This product is efficient, energy-saving, with a long service life, light weight, reasonable structure, reliable operation, and easy maintenance. It is suitable for industries such as power, metallurgy, coal, and building materials. The processing medium is abrasive or corrosive slurry containing solid particles. The solid-liquid mixed concentration mortar is 45%, the slurry is 60%, and the medium temperature is ≤ 60 ℃. This type of pump can be used in series in multiple stages.
Performance parameters
Explanation of Model Meaning
Example:200 ZJ - I - A 70
200--Pump outlet diameter (mm)
ZJ --Slurry pump
I --Single stage pump or primary pump, II is a secondary pump
A--Number of impeller blades
70--Impeller diameter
Table of number of impeller blades
代号 A B C D E F G × 叶片数量 5 4 3 2 1 6 7 × Structural form and characteristics
The ZJ slurry pump is a horizontal, vertical split type, double shell structure slurry pump. The pump body and pump cover are equipped with replaceable metal lining, which is made of high chromium wear-resistant alloy material. The lining can be used until worn through, extending the maintenance cycle and reducing operating costs. The outlet direction of the pump can be rotated and installed at 8 angles.
Bearing components: The pump's bearing components adopt a cylindrical structure, which facilitates the adjustment of the clearance between the impeller and the front guard plate. They can be removed as a whole during maintenance. The bearings are lubricated with grease.
Shaft seal: The shaft seal forms of pumps include packing seal, secondary impeller seal, and mechanical seal. Two types of shaft seals can also be used: a combination seal with a secondary impeller and packing, and a mechanical seal.
1. Auxiliary impeller power seal: The auxiliary impeller seal uses the pressure seal generated by the impeller and the series connected auxiliary impeller, and the packing or lip seal is used as the parking seal. This sealing method can be used for single-stage pumps or multi-stage pumps connected in series as the first stage pump when the positive pressure value at the pump inlet is not greater than 10% of the pressure value at the pump outlet. He can operate without shaft seal water, without diluting the slurry, and has good sealing effect. But it will increase power consumption (usually requiring an increase of about 5% in shaft power). Packing sealing is a common shaft sealing method that is suitable for various working conditions. It can be matched with special materials such as polytetrafluoroethylene packing and graphite packing, and can be used under corrosive or high temperature conditions. It has the advantages of simple structure and easy maintenance.
2. Mechanical seal: Adopting internationally advanced sealing technology, the sealing effect is good. The modular structure makes installation and replacement more convenient, and different structural forms adapt to different working conditions. The friction pair material adopts high hardness ceramic and alloy materials, and the mechanical seal and sealing box are designed and matched to conform to the flow state of the medium, thus having high wear resistance and seismic resistance, and can ensure customer satisfaction in various harsh working conditions.Transmission methods: including V-belt transmission, elastic coupling transmission, gear reducer transmission, hydraulic coupling transmission, variable frequency drive device, thyristor speed regulation, etc. The V-belt drive includes CL, CV, CR, ZL, ZV, and ZR drives.
Overall performance
The pump has a wide performance range, good cavitation performance, and high efficiency. Multi level series connection technology can be used to meet long-distance transportation needs. There are various metals available for overcurrent components, and the depth can be increased. Adopting multiple speeds and variations to ensure the pump operates at its optimal conditions. Long service life, high operating efficiency, and can meet various harsh transportation conditions.
Product Features
With the development and improvement of impurity pump technology, combined with user feedback experience, and using modern fluid mechanics theory, modern mechanical theory, and computer software design technology, ZJ slurry pump has innovated in water conservancy design, structural design, and other aspects. The overcurrent components are made of wear-resistant high chromium alloy cast iron, which is widely used in industries such as coal mines and iron mines. It has significant characteristics such as high efficiency, energy saving, long service life, light weight, reasonable structure, reliable operation, low vibration, low noise, and easy maintenance. The pump casing adopts a double pump casing structure, which is convenient for replacing overcurrent components. According to pressure requirements, the outer pump casing can be made of ball milled cast iron or gray cast iron, and the inner pump casing can be made of wear-resistant alloys such as Cr20, Cr27, Cr30, etc.
Scope of application
Mainly suitable for industrial industries such as power, metallurgy, coal, building materials, and mining, it is used to transport abrasive slurries containing solid particles, such as processing concentrates and tailings in ore selection plants, ash removal in power plants, coal slurry and heavy medium coal preparation in coal preparation plants, and slurry transportation in coastal and river mining operations. The maximum weight concentration it can handle for slurry is: 45% for mortar and 60% for slurry. According to customer needs, it can be operated in series.
1.Common problems and solutions
Fault Cause Solution The pump does not absorb water Air leakage at the suction pipe or packing point
Wrong steering or damaged impeller
Blockage of suction pipe
Block the leaking part
Check the steering and replace the impeller with a new one
Eliminate blockages
Excessive shaft power The packing gland is too tight, causing the packing to heat up
Friction production inside the pump
Bearing damage
Drive device belt is too tight
The pump flow rate is too high
The speed is too high and the specific gravity is high
The motor shaft is not centered or parallel to the pump shaft
Loose packing gland bolt
Eliminate friction
replace the bearing
Adjust the belt
Adjust the operating conditions of the pump
Adjust the speed
Adjust the motor shaft and pump shaft
Bearing overheating Excessive or insufficient bearing grease
There are impurities in the lubricating grease
Bearing damage
Add lubricating grease appropriately
Update lubricating grease
Replace the bearing with a new one
Short bearing life The motor shaft and pump shaft are not centered or parallel, and the shaft is bent
Friction or impeller imbalance inside the pump
Foreign objects or improper amount of lubricating grease entering the bearing
Unreasonable assembly of bearings
Adjust the motor shaft and pump shaft
Replace and clean the shaft
Eliminate friction and replace the impeller with a new one
Replace bearings or reassemble bearings
Serious leakage at the filling point Serious wear and tear of the packing material
Severe wear of the shaft sleeve
The sealing water is not clean
Update the filling material
Replace the shaft sleeve
Change the sealing water for cleaning
Pump vibration and loud noise Bearing damage
Unbalanced impeller
The intake pipe is blocked
Uneven flow, pump evacuation
Replace the bearing with a new one
Replace the impeller with a new one
Clear the intake and remove blockages
Improve the feeding situation of the pump
Performance Parameter Table
Table 1 Performance Parameters of ZJ Type Slurry Pump
TYPE
Capacity
Q
(m³/h)
Head
H
(m)
Speed
n
(r/min)
NPSHr
(m)
Effici
ency
η、
(%)
Shaft Power P
(kw)
Matingmotor Weight (kg) Overall dimensions
Dia.ofpump
(mm)
Power (kw) Specif L×W×H
(mm)
Inlet Outlet 40ZJ-I-A17 9
18
23
44.6
42.7
39.3
2900 4.5 33.2
49.5
52.4
3.3
4.2
4.7
5.5
7.5
7.5
Y132S₁-2
Y132S₂-2 Y132S₂-2
230 40 40 40ZJ-I-A17 4 6
11
10.3
9.9
9.1
1400 2.5 33.2
49.5
52.4
0.3
0.5
0.5
0.55
1.1
1.1
Y80₁4 Y90S4 Y90S4 230 40 40 50ZJ-I-A33 26
40
54
42.5
40.0
34.5
1480 6.0 32.8
40.6
41.4
9.2
10.7
12.3
15
18.5
18.5
Y160L4
Y180M-4
Y180M-4
680 80 50 50ZJ-I-A33 17
26
35
17.9
16.8
14.5
960 2.9 32.8
40.6
41.4
2.5
2.9
3.3
4
5.5
5.5
Y132M₁-6 Y132M₂-6 Y132M₂-6 680 80 50 50ZJ-I-A46 48
77
94
85.8
82.3
79.9
1480 2.9 32.2
41.7
44.7
34.8
41.4
45.8
45
55
55
Y225M-4
Y250M-4
Y250M-4
690 80 50 50ZJ-I-A46 31
50
62
36.9
35.4
34.3
970 1.4 32.3
41.7
44.7
9.7
11.6
13.0
15
15
18.5
Y180L6
Y180L-6 Y200L₁-6
690 80 50 50ZJ-I-A50 57
91
111
110.7
105.5
99.8
1480 3.8 33.9
43.0
45.1
50.7
60.8
66.9
75
75
90
Y280S-4 Y280S4 Y280M-4 1078 80 50 50ZJ-I-A50 38
60
74
48.5
46.3
43.8
980 3.0 33.9
43.0
45.1
14.8
17.6
19.6
22
30
30
Y200L₂-6 Y255M-6
Y255M-6
1078 80 50 65ZJ-I-A27 42
56
71
28.2
27.5
25.9
1460 2.7 54.2
60.0
61.5
6.0
7.0
8.1
11
1 1
Y160M-4
Y160M-4
Y160M-4
795 100 65 65ZJ-I-A27 28
37
47
12.2
11.9
11.2
960 1.8 54.2
60.0
61.5
1.7
2.0
2.3
344 Y132S-6 Y132M₁-6
Y132M₁-6
795 100 65 65ZJ-I-A30 47
62
79
34.8
33.9
32.0
1460 3.0 56.2
62.0
63.5
7.9
9.2
10.8
11
15
15
Y160M-4
Y160L4
Y160L4
820 100 65 65ZJ-I-A30 31
41
52
15.0
14.7
13.8
960 2.0 56.2
62.0
63.5
2.3
2.6
3.1
4
5.5
5.5
Y132M₁-6 Y132M₂6 Y132M₂-6 820 100 65 80ZJ-I-A33 90
128
174
43.2
40.3
35.9
1480 3.4 56.2
64.0
65.7
18.8
21.9
25.9
30
30
37
Y200L4
Y200L4
Y225S-4
860 125 80 80ZJ-I-A33 60
85
116
18.9
17.6
15.7
980 2.3 56.2
64.0
65.7
5.5
6.4
7.5
7.5
11
11
Y160M-6 Y160L6 Y160L-6 860 125 80 80ZJ-I-A36 98
140
190
51.4
48.0
42.7
1480 3.7. 58.2
66.0
67.7
23.6
27.7
32.6
30
37
45
Y200L4
Y225S4
Y225M-4
885 125 80 80ZJ-I-A36 65
93
126
22.5
21.0
18.7
980 2.5 58.2
66.0
67.7
6.8
8.1
9.5
11
11
15
Y160L6 Y160L-6 Y180L6 885 125 80 80ZJ-I-A39 121
158
189
60.7
57.9
55.4
1480 4.0 57.6
63.0
64.7
34.7
39.5
44.1
45
55
55
Y225M-4
Y250M-4
Y250M4
945 125 80 80ZJ-I-A39 80
105
125
26.6
25.4
24.3
980 2.4 57.6
63.0
64.7
10.1
11.5
12.8
15
18.5
18.5
Y180L6
Y200L₁-6 Y200L-6
945 125 80 80ZJ-I-A42 130
170
204
70.4
67.2
64.2
1480 4.2 59.6
65.0
66.7
41.8
47.9
53.5
55
75
75
Y250M4
Y280S-4
Y280S-4
970 125 80 80ZJ-I-A42 86
113
135
30.9
29.5
28.1
980 2.5 59.6
65.0
66.7
12.1
14.0
15.5
18.5 Y200L₁-6
Y200L₂-6
Y200L₂-6
970 125 80 TYPE
Capacity
Q
(m³/h)
Head
H
(m)
Speed
n
(r/min)
NPSHr
(m)
Effici
ency
n、
(%)
Shaft Power
P
(kw)
Matingmotor Weight (kg) Overall dimensions
L×W×H
(mm)
Dia.ofpump
(mm)
Power
(kw)
Specif Inlet Outlet 80ZJ-I-A52 107
182
242
109.8
105.5
99.0
1480 4.3 38.8
52.0
56.3
82.5
100.6
115.9
110
132
160
Y315S4 Y315M-4 Y315L₁4 1080 125 80 80ZJ-I-A52 71
121
160
48.1
46.3
43.4
980 2.1 38.8
52.0
56.3
24.0
29.3
33.6
30
37
45
Y225M-6
Y250M-6
Y280S-6
1080 125 80 100ZJ-I-A33 119
202
205
41.6
37.8
36.5
1480 3.2 58.7
69.0
69.6
23.0
30.1
32.1
30
37
45
Y200L4
Y225S4
Y225M-4
870 150 100 100ZJ-I-A33 79
134
149
18.2
16.6
16.0
980 1.8 58.7
69.0
69.6
6.7
8.8
9.3
11
15
16
Y160L-6
Y180L-6
Y180L-6
870 150 100 100ZJ-I-A36 130
220
245
49.5
45.0
43.4
1480 3.5 60.7
71.0
71.6
28.9
38.0
40.4
37
55
55
Y225S-4
Y250M-4
Y250M-4
890 150 100 100ZJ-I-A36 86
146
162
21.7
19.7
19.0
980 2.0 60.7
71.0
71.6
8.4
11.0
11.7
15
15
18.5
Y180L-6
Y180L-6
Y200L-6
890 150 100 100ZJ-I-A39 130
228
255
61.0
57.8
56.5
1480 3.8 51.7
66.0
68.4
41.8
54.4
57.4
55
75
75
Y250M-4 Y280S4 Y280S-4 1060 150 100 100ZJ-I-A39 86
150
169
26.7
25.4
24.7
980 2.4 51.7
66.0
68.4
12.1
15.7
16.6
18.5
22
30
Y200L₁-6
Y200L₂-6 Y225M-6
1060 150 100 100ZJ-I-A42 140
245
275
70.8
67.0
65.5
1480 4.0 53.7
68.0
70.4
50.3
65.7
69.7
75
90
90
Y280S-4
Y280M-4 Y280M-4
1078 150 100 100ZJ-I-A42 93
162
182
31.0
29.4
28.7
980 2.5 53.7
68.0
70.4
14.6
19.1
20.2
22
30
30
Y200L₂-6 Y225M-6
Y225M-6
1078 150 100 100ZJ-I-B42 96
149
205
70.7
63.8
56.3
1480 2.8 51.9
61.0
63.2
35.6
42.4
49.7
45
55
75
Y225M-4
Y250M-4
Y280S-4
1070 150 100 100ZJ-I-B42 64
99
136
31.0
28.0
24.7
980 1.8 51.9
61.0
63.2
10.4
12.4
14.5
15
18.5
22
Y180L-6
Y200L-6 Y200L₂-6
1070 150 100 100ZJ-I-A46 166
176
331
84.8
80.4
77.5
1480 4.2 55.3
66.5
66.2
69.3
90.9
105.5
90
110
132
Y280M-4 Y315S4 Y315M4 1310 150 100 100ZJ-I-A46 109
183
219
37.2
35.3
34.0
980 2.3 55.3
66.5
665.2
20.0
26.5
30.6
30
37
37
Y225M-6 Y250M-6
Y250M-6
1310 150 100 100ZJ-I-A50 180
300
360
100.2
95.0
91.6
1480 4.5 57.3
68.5
68.2
85.7
113.3
131.7
110
132
160
Y315S-4
Y315M-4
Y315L-4
1440 150 100 100ZJ-I-A50 119
199
238
43.9
41.7
40.2
980 2.5 57.3
68.5
68.2
24.8
33.0
38.2
30
45
55
Y225M-6
Y280S-6
Y280M-6
1440 150 100 150ZJ-I-C42 300
450
550
62.8
58.0
54.3
1480 4.5 64.0
74.0
76.4
80.2
96.1
106.5
110
132
132
Y315S-4
Y315M-4
Y315M-4
1550 200 200 150ZJ-I-C42 199
298
364
27.5
25.4
23.8
980 2.2 64.0
74.0
76.4
23.3
27.9
30.9
30
37
45
Y225M-6
Y250M-6
Y280S-6
1550 200 200 150ZJ-I-A48 365
442
39.7
36.9
34.8
980 3.0 62.3
74.0
75.8
38.4
49.6
55.3
55
75
Y280M-6
Y315S-6
Y315S-6
1610 200 200 150ZJ-I-A48 164
272
329
22.0
20.5
19.4
730 2.5 62.3
74.0
75.8
15.8
20.5
22.9
22
30
30
Y225M8
Y250M8
Y250M-8
1610 200 200 TYPE
Capacity
Q
(m³/h)
Head
H
(m)
Speed
n
(r/min)
NPSHr
(m)
Effici ency
(%)
Shaft
Power
P
(kw)
Matingmotor Weight (kg) Dia,ofpump
(mm)
Power (kw) Specif
Overall dimensions
L×W×H
(mm)
Inlet Outlet 150ZJ-I-A50 230
380
460
43.1
40.0
37.8
980 3.0 63.3
75.0
76.8
42.6
55.2
61.7
55
75
75
Y280M-6
Y315S-6
Y315S-2
1630 200 200 150ZJ-I-A50 171
283
343
23.9
22.2
21.0
730 2.5 63.3
75.0
76.8
17.6
22.8
25.5
30
30
37
Y250M-8 Y250M-8 Y280S-8 1630 200 200 150ZJ-I-A55 248
431
504
53.4
50.8
49.3
980 3.5 55.2
69.0
71.6
65.3
86.4
94.5
90
110
110
Y315M-6
Y315L-6 Y315L₁-6
1760 200 150 150ZJ-I-A55 184
321
376
29.6
28.2
27.4
730 2.3 55.2
69.0
71.6
26.9
35.7
39.2
37
45
55
Y280S-8
Y280M-8
Y315S-8
1760 200 150 150ZJ-I-A57 190
301
427
56.3
55.4
52.9
980 2.9 46.1
58.5
66.6
63.2
77.6
92.4
90
110
110
Y315M-6 Y315L₁-6 Y315L-6 1800 200 150 150ZJ-I-A57 142
224
318
31.2
30.7
29.4
730 1.8 46.1
58.5
66.6
26.2
32.0
38.2
37
45
55
Y280S-8
Y280M-8
Y315S-8
1800 200 150 150ZJ-I-C58 268
458
596
61.0
56.0
51.2
980 3.2 56.6
66.2
69.1
78.7
105.5
120.3
110
132
160
Y315L₁-6
Y315L₂-6 Y355M,-6
1760 200 150 150ZJ-I-C58 200
341
444
33.8
31.1
28.4
730 2.0 56.6
66.2
69.1
32.5
43.6
49.7
45
55
75
Y280M-6
Y315S-6
Y315M-8
1760 200 150 150ZJ-I-A58 261
454
532
59.3
56.5
54.9
980 3.8 57.2
71.0
73.6
73.7
98.4
108.1
90
132
132
Y315M-6 Y315L₂-6
Y315L₂-6
1780 200 150 150ZJ-I-A58 194
338
396
32.9
31.4
30.5
730 2.5 57.2
71.0
73.6
30.4
40.7
44.7
37
55
55
Y280S-8
Y315S-8
Y315S-8
1780 200 150 150ZJ-I-A60 270
470
550
63.5
60.5
58.7
980 3.8 58.2
72.0
74.6
80.2
107.6
117.9
110
132
160
Y315L₁-6
Y315L₂-6
Y355M,-6
1800 200 150 150ZJ-I-A60 201
350
410
35.2
33.6
32.6
730 2.5 58.2
72.0
74.6
33.1
44.5
48.8
3 乃 Y280M-8 Y315S-8
Y315M-8
1800 200 150 150ZJ-I-A63 291
485
582
71.1
68.6
65.2
980 4.0 54.2
68.0
69.2
104.0
133.2
149.3
132
160
185
Y315L₂-6 Y355M₁-6 Y355M₂6 2050 200 150 150ZJ-I-A63 216
361
433
39.5
38.0
36.2
730 2.5 54.2
68.0
69.2
42.9
54.9
61.7
55
75
75
Y315S-8
Y315M-8
Y315M-8
2050 200 150 150ZJ-I-A65 300
500
600
75.7
73.0
69.4
980 4.0 55.2
69.0
70.2
112.0
144.1
161.5
132
185
200
Y315L₂-6
Y355M₂-6
Y355M₃-6
2100 200 150 150ZJ-I-A65 372 42.0
40.5
38.5
730 2.5 55.2
69.0
70.2
46.2
59.5
66.8
Y315M-8
Y315M-8 Y315L₁-8
2100 200 150 150ZJ-I-A70 186
285
401
91.2
87.1
79.8
980 3.0 48.4
58.4
62.3
95.4
115.8
139.9
132
160
185
Y315L₂-6
Y355M₁-6
Y355M₂-6
2985 200 150 150ZJ-I-A70 139
212
299
50.6
48.3
44.3
730 2.0 48.4
58.4
62.3
39.6
47.7
57.9
55
75
75
Y315S-8
Y315M-8
Y315M-8
2985 200 150 200ZJ-I-A58 421
715
841
57.9
54.2
51.9
980 4.0 63.4
79.0
81.7
104.7
133.6
145.5
132
160
185
Y315L₂-6
Y355M₁-6
Y355M₂-6
2380 250 200 200ZJ-I-A58 313
533
625
32.1
30.1
28.8
730 2.5 63.4
79.0
81.7
43.2
55.3
50.1
75
Y315S-8
Y315M-8
Y315M-8
2380 250 200 TYPE
Capacity
Q
(m³/h)
Head
H
(m)
Speed
n
(r/min)
NPSHr . (m)
Effici ency
(%)
Shaft
Power
P
(kw)
Matingmotor Weight (kg) Dia,ofpump
(mm)
Pawer (kw) Specif Overall dimensions
L×W×H
(mm)
吸人 Inlet Outlet 200ZJ-I-A60 435
740
870
62.0
58.0
55.5
980 4.0 64.4
80.0
82.7
114.0
146.1
159.0
132
185
185
Y312L₂-6 Y355M₂6 Y355M₂-6 2400 250 200 200ZJ-I-A60 324
551
648
34.4
32.2
30.8
730 2.5 64.4
80.0
82.7
47.1
60.4
65.7
75
90
90
Y315M-8 Y315L₁-8 Y315L-8 2400 250 200 200ZJ-I-A63 456
795
921
67.6
64.0
61.6
980 4.3 62.2
76.0
78.6
135.0
182.3
196.6
160
220
250
Y355M₁-6 Y355-6
Y355-6
2430 250 200 200ZJ-I-A63 339
592
686
37.5
35.5
34.2
730 2.5 62.2
76.0
78.6
55.7
75.3
81.3
75
110
110
Y315M-8 Y315L₂-8
Y315L₂-8
2430 250 200 200ZJ-I-A65 470
820
950
72.0
68.1
65.6
980 4.3 63.2
77.0
79.6
145.8
197.5
213.2
185
250
250
Y355M₂-6 Y355-6
Y355-6
2450 250 200 200ZJ-I-A65 350
611
708
40.0
37.8
36.4
730 2.5 63.2
77.0
79.6
60.3
81.7
88.2
75
110
110
Y315M-8 Y315L₂-8
Y315L₂-8
2450 250 200 200ZJ-I-A68 397
717
948
81.5
77.7
73.2
980 3.8 54.8
70.7
74.6
160.8
214.6
253.6
200
250
315
Y355M₃6 Y355-6
Y400-6
3140 250 200 200ZJ-I-A68 296
534
706
45.2
43.1
40.7
730 2.8 54.8
70.7
74.6
66.5
88.7
104.9
90
110
132
Y315L₁-8
Y315L₂-8 Y355M,-8
3140 250 200 200ZJ-I-A70 409
738
976
86.4
82.3
77.6
980 3.8 55.8
71.7
75.6
172.5
230.70
272.8
200
280
315
Y355M₃-5 Y400-6
Y400-6
3160 250 200 200ZJ-I-A70 305
550
727
47.96
45.7
43.1
730 2.8 55.8
71.7
75.6
71.3
95.5
112.9
90
132
132
Y315L₁-8
Y355M₁-8 Y255M,-8
3160 250 200 200ZJ-1-A73 438
730
876
97.5
90.7
86.2
980 4.5 60.4
71.0
71.8
192.5
254.0
286.4
250
315
315
Y355-6
Y400-6 Y400-6
3190 250 200 200ZJ-I-A73 326
544
652
54.1
50.3
47.8
730 3.0 60.4
71.0
71.8
79.5
105.0
118.2
110
132
160
Y315L₂-8
Y355M₁-8
Y355M₂-8
3160 250 200 200ZJ-I-A75 450
750
900
102.9
95.7
91.0
980 4.5 61.4
72.0
72.8
205.4
271.5
306.4
250
355
355
Y355-6
Y400-6
Y400-6
3200 250 200 200ZJ-I-A75 335
559
670
57.1
53.1
50.5
730 3.0 61.4
72.0
72.8
84.8
112.3
126.6
110
132
160
Y315L₂-8
Y355M₁-8
Y355M₂-8
3200 250 200 200ZJ-I-A85 441
858
907
133.7
128.2
127.9
980 5.0 50.0
68.4
70.5
321.1
437.9
448.1
400
560
560
Y400-6
Y450-6
Y450-6
4150 250 200 200ZJ-I-A85 329
639
676
74.2
71.1
71.0
730 2.8 50.0
68.4
70.5
133.0
180.9
185.4
160
220
220
Y355M₂-8 Y400-8
Y400-8
4150 250 200 250ZJ-I-A60 551
895
1153
60.5
56.4
52.3
980 4.2 61.8
72.0
73.9
146.9
190.9
222.2
185
250
280
Y355M₂-6
Y355L₂-6 Y400-6
3530 300 250 250ZJ-I-A60 411
667
858
33.6
31.3
29.1
730 2.8 61.8
72.0
73.9
60.7
79.0
92.0
75
110
110
Y315M-8 Y315L₂-8 Y315L-8 3530 300 250 250ZJ-I-A63 597
940
1211
66.7
62.2
57.7
980 4.5 63.8
74.0
75.9
164.8
215.2
250.7
200
250
315
Y355-6
Y355-6
Y400-6
3540 300 250 250ZJ-I-A63 431
701
901
37.0
34.5
32.0
730 3.0 63.8
74.0
75.9
68.1
89.0
103.4
90
110
132
Y315L₁-8 Y355M₂-8
Y355M,-8
3540 300 250 TYPE
Capacity
Q
(m³/h)
Head
H
(m)
Speed
n
(r/min)
NPSHr
(m)
Effici
ency
η、
(%)
Shaf
Power
P
(kw)
Matingmotor Weight (kg) Overall dimensions
Dia.ofpump
(mm)
Power
(kw)
Specif L×W×H
(mm)
Inlet Outlet 250ZJ-I-A65 597
970
1249
71.0
66.2
61.4
980 4.5 64.8
75.0
76.9
178.1
233.2
271.6
220
280
315
Y355-6
Y400-6
Y400-6
3550 300 250 250ZJ-I-A65 445
723
930
39.4
36.7
34.1
730 3.0 64.8
75.0
76.9
73.7
96.3
112.3
90
132
132
Y315L₁-8
Y355M₁-8 Y355M,-8
3550 300 250 250ZJ-I-A68 544
997
1342
80.1
75.6
68.4
980 3.7 58.3
72.0
71.6
203.5
285.1
349.1
250
355
450
Y355-6
Y400-6
Y450-6
3560 300 250 250ZJ-I-A68 405
743
999
44.5
41.9
38.0
730 2.7 58.3
72.0
71.6
84.2
117.8
144.4
110
160
185
Y315L₂-8
Y355M₂-8
Y355L₁-8
3560 300 250 250ZJ-I-A70 560
1027
1381
84.9
80.1
72.5
980 3.9 59.3
73.0
72.6
218.3
306.9
375.6
280
400
450
Y400-6
Y400-6 Y450-6
3570 300 250 250ZJ-I-A70 417
764
1029
47.1
44.4
40.2
730 2.9 59.3
73.0
72.6
90.2
126.5
155.2
110
160
185
Y315L₂-8
Y355M₂-8 Y355L-8
3570 300 250 250ZJ-I-A73 584
1071
1441
92.4
87.2
78.8
980 4.1 61.3
75.0
74.6
239.7
339.1
414.5
280
400
500
Y400-6
Y400-6
Y450-6
3590 300 250 250ZJ-I-A73 435
797
1073
51.3
48.3
43.8
730 3.0 61.3
75.0
74.6
99.1
139.8
171.6
132
185
200
Y355M₁-8
Y355L₁-8 Y355L₂8
3590 300 250 250ZJ-I-A75 600
1100
1480
97.5
92.0
83.2
980 4.1 62.3
76.0
75.6
255.7
362.6
443.6
315
450
560
Y400-6
Y450-6
Y450-6
3600 300 250 250ZJ-I-A75 447
819
1102
54.1
51.0
46.2
730 3.0 62.3
76.0
75.6
105.7
149.7
183.4
132
185
220
Y355M₁-8
Y355L₁-8 Y400-8
3600 300 250 250ZJ-I-A78 690
1145
1380
108.4
104.8
101.4
980 5.1 54.1
67.0
70.6
376.5
487.7
539.8
450
630
630
Y450-6
Y450-6
Y450-6
4620 300 250 250ZJ-I-A78 514
853
1028
60.1
58.1
56.3
730 3.2 54.1
67.0
70.6
155.5
201.4
223.3
185
250
280
Y355L-8 Y400-8
Y400-8
4620 300 250 250ZJ-I-A80 708
1175
1416
114.0
110.2
106.7
980 5.4 56.1
69.0
72.6
391.8
511.1
566.7
500
630
710
Y450-6
Y450-6
Y500-6
4630 300 250 250ZJ-I-A80 527
875
1054
63.2
61.1
59.2
730 3.4 56.1
69.0
72.6
161.7
211.0
234.1
200
280
280
Y400-8
Y400-8
Y400-8
4630 300 250 250ZJ-I-A83 734
1219
1469
122.7
118.6
114.8
980 5.5 58.1
71.0
74.6
422.1
554.5
615.6
500
710
800
Y450-6
Y500-6
Y500-6
4665 300 250 250ZJ-I-A83 547
908
1094
68.1
65.8
63.7
730 3.5 58.1
71.0
74.6
174.6
229.2
254.4
220
280
315
Y400-8
Y400-8
Y450-8
4665 300 250 250ZJ-I-A85 752
1248
1504
128.7
124.4
120.4
980 5.5 59.1
72.0
75.6
446.0
587.2
652.3
560
710
800
Y450-6
Y500-6
Y500-6
4686 300 250 250ZJ-I-A85 560
930
1120
71.4
69.0
66.8
730 3.5 59.1
72.0
75.6
184.2
242.7
269.5
220
315
315
Y400-8
Y450-8
Y450-8
4686 300 250 250ZJ-I-A90 690
1009
1374
82.4
79.1
74.3
730 5.3 60.6
70.0
73.8
255.5
310.5
376.7
315
400
450
Y450-8
Y450-8
Y450-8
5150 300 250 250ZJ-I-A90 558
816
1111
53.8
51.7
48.5
590 3.4 60.6
70.0
73.8
134.9
164.1
198.8
160
200
250
Y355L₂-10 Y450-10
Y450-10
5150 300 250 TYPE
Capacity
Q
(m³/h)
Head
H
(m)
Speed
n
(r/min)
NPSHr . (m)
Effici
ency
η、
(%)
Shaft Power
P (kw)
Matingmotor Overall dimensions
Dia.ofpump
(mm)
Power
(kw)
Specif Weight
(kg)
L×W×H
(mm)
吸人 Inlet Outlet 250ZJ-I-A96 736
1076
1466
937
90.0
84.5
730 5.5 64.6
74.0
77.8
290.7
356.4
433.6
355
450
560
Y450-8
Y450-8
Y500-8
5200 300 250 250ZJ-I-A96 595
870
1185
61.2
58.8
55.2
590 3.5 64.6
74.0
77.8
153.5
188.3
229.0
185
250
280
Y450-10
Y450-10
Y450-10
5200 300 250 250ZJ-I-A103 734
1067
1573
110.5
106.7
98.9
730 4.3 60.3
69.6
74.5
366.3
455.5
568.7
450
560
710
Y450-8
Y500-8
Y500-8
5650 300 250 250ZJ-I-A103 593
862
1271
72.2
69.7
64.6
590 2.8 60.3
69.6
74.5
193.4
235.1
300.1
250
280
355
Y450-10
Y450-10
Y450-10
5650 300 250 300ZJ-I-A56 789
1415
1568
46.0
40.8
38.8
980 5.5 66.5
80.4
80.9
148.6
195.6
204.8
185
250
250
Y355M₂-6 Y355L-6 Y355L₂-6 2950 350 300 300ZJ-I-A56 588
1054
1168
25.5
22.6
21.5
730 3.5 66.5
80.4
80.9
61.4
80.7
84.5
75
110
110
Y315M-8 Y315L₂-8
Y315L₂-8
2950 350 300 300ZJ-I-A65 1178
1967
2166
66.2
57.5
55.2
980 6.6 69.0
77.0
77.4
307.8
400.0
420.7
400
500
500
Y450-6
Y450-6
Y450-6
4000 350 300 300ZJ-I-A65 877
1465
1614
36.7
31.9
30.6
730 3.7 69.0
77.0
77.4
127.0
165.3
173.8
160
200
220
Y355M₂-8
Y355L₂-8 Y400-8
4000 350 300 300ZJ-I-A70 1269
2118
2333
76.8
66.7
64.0
980 7.0 72.0
80.0
80.4
368.6
480.9
505.8
450
630
630
Y450-6
Y450-6
Y450-6
4150 350 300 300ZJ-I-A70 945
1578
1738
42.6
37.0
35.5
730 3.9 72.0
80.0
80.4
152.3
198.8
209.0
185
250
250
Y355L₁-8 Y400-8 Y400-8 4150 350 300 300ZJ-I-A85 871
1556
1742
71.3
65.6
63.1
730 5.6 66.1
77.5
78.4
255.9
358.7
381.8
315
450
450
Y450-8
Y450-8
Y450-8
4850 350 300 300ZJ-I-A85 704
1285
1408
46.6
42.9
41.2
590 3.8 66.1
77.5
78.4
135.2
189.6
201.5
160
220
250
Y355L₂-10 Y450-10
Y450-10
4850 350 300 300ZJ-I-A90 922
1648
1844
79.9
73.6
70.7
730 5.7 69.1
80.5
81.4
290.3
410.3
436.2
355
500
560
Y450-8
Y500-8
Y500-8
5000 350 300 300ZJ-I-A90 745
1332
1490
52.2
48.1
46.2
590 3.9 69.1
80.5
81.4
153.3
216.7
230.3
185
280
280
Y450-10
Y450-10
Y450-10
5000 400 300 300ZJ-I-A95 867
1696
1735
58.8
53.9
53.5
590 4.1 63.7
77.4
77.7
217.9
321.6
325.3
280
400
400
Y450-10
Y500-10
Y500-10
5600 400 300 300ZJ-I-A95 720
1408
1441
40.6
37.2
36.9
490 3.0 63.7
77.4
77.7
125.0
184.3
186.4
185
220
220
Y450-12
Y500-12
Y500-12
5600 400 300 300ZJ-I-A100 913
1785
1826
65.2
59.7
59.3
590 4.1 66.7
80.4
80.7
243.0
361.0
365.4
315
450
450
Y450-10
Y500-10
Y500-10
5750 400 300 300ZJ-I-A100 758
1482
1517
45.0
41.2
40.9
490 3.0 66.7
80.4
80.7
139.3
206.8
209.4
185
250
250
Y450-12
Y450-12
Y450-12
5750 400 300
About Us
Hebei Baixinda Industrial Water Pump Manufacturing Co., Ltd. is a professional manufacturer of new material equipment and wear-resistant spare parts integrating R&D, production, sales and service. It mainly serves industries such as mining, metallurgy, coal, power, environmental protection, chemical engineering and papermaking.
The company is committed to the research and application of high-performance ceramic wear-resistant and corrosion-resistant materials as well as ceramic composite materials to enhance the performance, reliability and service life of equipment, effectively save energy and reduce emissions, and improve the operation rate and operational efficiency of equipment. The new ceramic materials developed by the company have many advantages such as wear resistance, corrosion resistance, economy and environmental protection. They have partially replaced traditional metal materials, reduced the operation costs in industries such as mining, and achieved remarkable effects in energy conservation and environmental protection.
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