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GMZ type desulfurization pump is a reference to our company thermal power plant flue gas desulfurization engineering specifications for the current thermal power plant desulfurization system using pump delivery medium characteristics, absorbing the technical advantages of similar products at home and abroad, the introduction of the world's most advanced resistant to corrosion, abrasion France Cr30A which contains Mo, Cr, Cu, N and added a certain active element, good abrasion and corrosion resistance and erosion resistance, and good strength and toughness, is a new generation of energy efficient products, can replace imported products. Taishan Power Plant in China have been well received. GMZ desulphurization pump can also be used for FGD system of thermal power plant limestone, lime, gypsum slurry circulation transport, also used in metallurgy, mining, electricity, coal, water, chemicals, light industry, petroleum and other departments containing a large number of solid materials abrasive Or corrosive slurry.
Applicable media features:
PH value: 2.5-13
Chloride (CL) concentration: ≤ 60000ppm
Weight concentration: ≤60%
Medium temperature: ≤ 120 ℃
The largest solid particle size: ≤ 150 mm
Parameter range:
Flow 8-2600m3 / h
Head: 9-150m
Power: 1.5-630kw
Pump model meaning:
Example GMZ65-20-40
GMZ ???? desulfurization pump, slurry pump
65 ???? outlet diameter (mm)
20 ???? Lift value (m)
40 ???? flow value (m3 / h)
Structure Description:
GMZ series pump, in addition to the pump head part (including before and after the pump shell, volute, front and rear fenders, impeller, etc.) of different structures, the rest of the structure similar to the same series of transmission parts, according to the following pump head part, And transmission part, respectively, described the structural characteristics.
1, pump head part: GMZ series pump is a double pump shell structure, that is, before the pump casing, after the pump casing and with replaceable over-current part (including the impeller, volute, the front guard, rear guard). Front and rear pump housing according to the working pressure, made of gray cast iron or ductile iron, vertical in the open, bolted, after the pump casing and the bracket with a bolted connection, the pump outlet can be rotated at eight angles installation, impeller front and rear Cover with a back blade to reduce leakage, improve pump life and efficiency. All types of pump imports are horizontal, from the direction of transmission to see the pump for clockwise rotation.
2, shaft seal part: There are three forms of shaft seal, deputy impeller shaft seal and packing shaft seal, mechanical seal.
(1) Vice impeller shaft seal: When the positive pressure of the pump inlet is not more than 10% of the pump outlet pressure, the single-stage pump or the multistage third-stage pump can adopt the auxiliary impeller shaft seal, Dilution of pulp, sealing effect is good.
(2) packing shaft seal: packing shaft seal structure is simple, easy maintenance, the need to use shaft sealing water, not suitable for use in the case of impeller shaft seal and pump suction conditions can be used packing shaft seal.
(3) mechanical seal: For not suitable for the above two kinds of shaft seal conditions, the use of mechanical seal to reduce the number of shaft seal part of the maintenance.
3, the transmission part: This series of pumps are used in the same series of transmission, including brackets and bearing components, the pump shaft diameter, good rigidity, short cantilever, in harsh conditions will not bend and vibration, the use of single row tapered roller bearings Sub-bearings and deep groove ball bearings, combined use to withstand the maximum axial and radial pump load, bearing thin oil lubrication, seal body ends at both ends of the cover, which can effectively prevent pulp and other dirt into the bearing, the pump at The bearing body is equipped with two hose connectors, which can be connected with the water source to cool the bearing chamber. Therefore, the bearing body can work under higher ambient temperature to ensure the safe operation of the bearing and have a higher life expectancy.
Second, the product performance table Model Flow (m3 / h) Head (m) Speed ​​(r / min) Nose to be pumped (m3) Efficiency (%) Matching motor model Power
GMZ40-10-15 8 10.6 1420 3.5 38 Y100L2-4 3
15 10 48
18 9.7 50
GMZ50-15-15 8 16 1450 3.5 40 Y100L2-4 3
15 15 50
18 13 49
GMZ50-60-80 45 65 2950 4.2 40 Y200L1-2 30
80 60 50
95 53 50
GMZ50-80-60 30 85 2950 3.5 38 Y200L2-2 37
60 80 50
72 70 49
GMZ65-15-40 20 16 970 4.5 35 Y160L-6 11
40 15 50
50 13.2 47
GMZ65-20-10 5 22 1460 3.8 30 Y132S-4 5.5
10 20 38
12 19 42
GMZ65-20-40 25 24 1460 4.5 43 Y180M-4 15
40 22 59
80 21 61
GMZ65-20-80 40 25.1 1460 4 58 Y160-4 18.5
80 24.4 72
100 19.7 69.6
GMZ65-30-10 5 32 1460 3.5 30 Y132M-4 7.5
10 30 38
12 29 42
GMZ65-30-70 35 37.7 1470 4 34 Y180M-4 18.5
70 34 52
85 32 54
GMZ65-30-80 40 35 1470 4 44 Y180M-4 18.5
80 34 55
100 30 57
GMZ80-20-110 60 26 1470 4.5 64.8 Y180M-4 18.5
110 22 70
130 20.6 72
GMZ80-50-120 60 55 1480 4.5 34 Y255S-4 37
120 51 52
140 49 53
GMZ100-18-170 90 21 970 4.5 54 Y200L2-6 22
170 16 56
200 14.5 60
GMZ100-24-120 60 26.8 980 4 43 Y225M-6 30
120 24 62
140 23 66
GMZ100-25-200 100 30 1470 4.8 65.5 Y200L-4 30
200 25 84.6
240 22 78.5
GMZ100-27-140 70 31 1480 4.5 53 Y180L-4 22
140 27 63
170 24 62
GMZ100-30-80 40 34.2 970 3.5 35 Y200L2-6 22
80 32.2 55
100 30.2 45
GMZ100-30-140 80 35.5 1480 3.8 41 Y200L-4 30
140 33.7 54.4
160 33 56
GMZ100-30-200 100 34 1480 4.8 53 Y225S-4 37
200 30 64
240 28 63
GMZ100-35-250 130 38 1480 5 54 Y250M-4 55
250 35 68
300 28 71
GMZ100-40-50 30 37 1470 4.5 20 Y180L-4 22
50 40 31
60 39 36
GMZ100-40-200 120 53.7 1480 4.6 56 Y250M-4 55
200 49.9 71
240 14 26
GMZ100-52-80 40 56 1480 4 43.3 Y225M-4 45
80 55 56
100 53 58
GMZ100-60-80 40 62.2 1480 4 21 Y225M-4 45
80 62.4 39
120 60 49
GMZ100-60-200 90 71.3 1480 4.5 33 Y280M-4 90
195 69.3 52.4
240 67.3 59
GMZ100-70-180 120 78 1480 4.5 47 Y315S-4 110
180 77 58
210 76 63.3
GMZ100-80-80 82 40 14880 4.6 28 Y250M-4 55
80 80 39
75 120 50
GMZ100-80-200 100 82 1480 4.5 31 Y315S-4 110
200 80 55
240 76 56
GMZ100-95-250 120 104.8 1485 5 36 Y315L1-4 160
250 102.9 63
300 99.3 69
GMZ100-140-120 60 144.8 1480 4.5 20 Y355M2-4 250
120 142.9 34
140 142 38
GMZ150-25-500 300 28 980 5 53 Y280M-6 55
500 25 65
600 20 67
GMZ150-30-320 200 29.4 980 4.8 52 Y315S-6 75
320 28.4 67
360 26.9 68
GMZ150-32-400 240 39.3 980 5 63 Y315S-6 75
400 36.8 75
480 34 73
GMZ150-40-300 180 43 980 4.3 52 Y315M-6 90
300 40 66
360 36 66
GMZ150-45-500 300 56.7 980 5 52 Y315M1-6 160
500 53 63
600 49.3 55
GMZ150-47-240 120 49.3 980 4 33.3 Y315M-6 90
240 48.9 53.3
300 47.7 58
GMZ150-58-320 210 61.1 980 4.8 47 Y315L2-6 132
330 59.2 59
390 57.7 62.2
GMZ150-60-450 225 64 980 5 62 Y355M1-6 160
450 61.5 75.8
540 58.7 76.6
GMZ150-73-500 300 81 980 5 51 Y315M2-6 185
500 73 56
600 66 60
GMZ150-75-350 240 74 980 4.8 38 Y315M2-6 185
350 75 48
420 73 52
GMZ150-85-530 340 83 988 5 44 Y400-5-6 280
542 80 54
640 77 56
GMZ150-87-410 246 90 990 4.8 45 Y355M3-6 200
410 87 62
492 86 62
GMZ150-90-400 240 94 1480 5.2 56 Y355M2-4 250
400 90 65
480 86 64
GMZ150-100-300 4.5 36 Y400-4-6 250
300 104 50
360 103 54
GMZ150-120-390 5 49 Y355-4-4 280
390 118.2 53.3
450 100.4 50
GMZ200-70-550 300 74 980 5 45 Y355L1-6 220
550 72 62
600 70 63
GMZ200-70-850 500 74 987 5 51 Y400-6-6 315
850 70 60
1020 63 60
GMZ250-14-800 480 16 730 5 64 Y315S-8 55
800 14 73
960 12 74
GMZ250-32-1220 730 37 988 5.5 63 Y355L1-6 220
1220 32 73
1460 27 73.5
GMZ250-55-1100 640 59.7 730 5.5 59 Y450-7-8 315
1120 56.2 71
1360 51.3 69
GMZ250-110-1100 5.5 55 Y500-6-6 630
1100 110 65
1320 100 63
GMZ300-22-2100 1260 25 730 6 54 Y450-7-8 315
2100 22 65
2520 21 66
GMZ300-25-1800 1080 27 730 5.8 51 Y400-8-8 250
1800 25 60
2160 23 60
GMZ desulfurization pump profile