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MCZ SeriesDiesel engine chemical pump: The Ultimate Solution for Liquid Petrochemical Transport - Pompe,Generatori,Faro,Stazione idraulica-TENGDAO

Pompa dell'acqua con motore diesel/

MCZ SeriesDiesel engine chemical pump: The Ultimate Solution for Liquid Petrochemical Transport

The API610 MCZ Series Diesel Engine Chemical Pump
Flow Rate (Q): Capable of reaching up to 2000 m³/h.
Head (H): Maximum head capability of 160 meters.
Working Pressure (P): Operating up to 2.5 MPa.
Working Temperature (T): Functional range from -80°C to 300°C.

  • Dettagli del prodotto
  • Parameter table
  • Parameter table
  • Parameter table
The API610 MCZ Series Diesel Engine Chemical Pump
The API610 standard serves as a benchmark for centrifugal pumps used in industrial applications, ensuring reliability, efficiency, and safety in the transportation of various liquids. Within this framework, the MCZ series diesel engine chemical pump stands out for its versatility and robust design. This type of pump is particularly employed across a range of sectors, including chemical manufacturing, petrochemical processing, refining, pulp and paper production, and sugar manufacturing, among others. Designed to meet the intricate demands of liquid transportation, the MCZ series offers a comprehensive solution that aligns with industry standards.
Product Overview and Structural Configuration
The MCZ series comprises horizontal, single-stage, single-suction cantilever centrifugal pumps that conform to the DIN24256/ISO2858 standards. Its configuration allows for easy integration into existing systems while ensuring high efficiency. Available in two structural arrangements, OH1 and OH2, the pump is capable of handling both low-temperature and high-temperature liquids. This includes neutral and corrosive fluids, whether they are clean or contain solid particulates, reaffirming its applicability across a wide spectrum of industrial processes.
Some key specifications of the MCZ series pumps include:
Flow Rate (Q): Capable of reaching up to 2000 m³/h.
Head (H): Maximum head capability of 160 meters.
Working Pressure (P): Operating up to 2.5 MPa.
Working Temperature (T): Functional range from -80°C to 300°C.
Characteristics: The pump boasts a smooth performance curve, low NPSH (Net Positive Suction Head) values, and high-efficiency ratings even under partial load conditions.
These specifications are critical in ensuring that the MCZ pump can be used efficiently across various industrial environments without compromising operational performance.
Design Features and Advantages
The design of the MCZ series reflects a thoughtful approach to operational efficiency and ease of maintenance, incorporating several advantageous features:
Standardized Dimensions: The dimensions and base plate of the pump are designed according to international standards, enabling seamless replacement of imported pumps and reducing downtime.
Inline Configuration: The pump’s suction and discharge ports are aligned on the same axis, facilitating hassle-free piping and process connections.
Integrated Assembly: The design forms a cohesive assembly of the bearing frame, shaft, impeller, and packing gland. This integration allows for maintenance to be conducted without the need to disassemble from existing piping systems, enhancing operational efficiency.
Pressure Compensation Mechanism: The axial pressure at the seal is managed through balancing holes on the impeller, providing reliable sealing solutions. Users can choose from various sealing options, including soft packing or single and double mechanical seals.
Durable Bearings: The roller bearings are designed for longevity, with a substantial shaft diameter ensuring balance during operation. Certain configurations even feature a double volute design to mitigate radial forces, further contributing to stability.
Versatile Medium Transport Capability
The MCZ series pump’s robust design allows it to transport a multitude of chemical substances across various concentrations and temperatures. The following substances are ideal candidates for transport using this pump:
A range of inorganic and organic acids, including sulfuric acid, nitric acid, hydrochloric acid, and phosphoric acid.
Concentrated alkaline solutions of sodium hydroxide and sodium carbonate at various temperatures.
Various saline solutions.
Liquid petrochemical products, organic compounds, and other corrosive materials.
To accommodate the diverse range of substances handled, our manufacturing facility utilizes a variety of corrosion-resistant materials such as 303, 305, 306, 307, 316, 316L, 904, 904L, 804, ECR alloy, Hastelloy, CD-4MnCu, and titanium alloys. The selection of materials aligns with the requirements of the specific media being conveyed, ensuring both safety and operational longevity.
The MCZ series diesel engine chemical pump exemplifies modern engineering excellence tailored for the rigorous demands of the chemical processing industry. Its ability to efficiently transport a wide variety of corrosive and neutral liquids, combined with its robust design features and adherence to international standards, underscores its role as a pivotal component in industrial applications. As industries continue to evolve and seek reliable solutions for fluid transport, the MCZ series stands as a testament to innovation and a commitment to quality in pump manufacturing. Customers are encouraged to provide detailed information regarding the specific liquids to be transported upon ordering, ensuring optimal performance and selection of materials for each application.
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ32-160A/2 12 39.5 56.2 2.5 2.3 2890 169 4
20 36 62 2.3 3.16
23 33.2 59.9 2 3.47
MCZ32-160A/4 6.6 9.9 44.9 0.6 0.4 1400 169 1.1
11 9 49 1.2 0.55
13.2 8 47.7 1.2 0.6
MCZ32-200A/2 12 54.9 46.6 1.1 3.85 2920 209 7.5
20 50 51 2.7 5.34
23 46.1 50 2.7 5.78
MCZ32-200A/4 6 14.3 43.1 1 0.54 1400 209 1.5
10 13 47 1 0.75
12 11.6 45.5 1 0.83
MCZ32-250A/2 12 93.3 36.3 2 8.4 2950 259 15
20 85 40 2 11.58
23 78.3 39.2 3 12.52
MCZ32-250A/4 6.6 22 33.2 0.8 1.19 1420 259 2.2
11 20 37 1 1.62
13.2 17.8 35.5 1 1.8
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ40-160A/2 18 37.3 58.9 1.5 3.11 2920 169 7.5
30 34 63 1.5 4.41
34.5 31.3 62.9 1.4 4.68
MCZ40-160A/4 9 8.8 55 0.7 0.39 1400 169 1.1
15 8 60 0.7 0.55
18 7.1 58.1 0.7 0.6
MCZ40-200A/2 20.4 54.9 54.8 1.8 5.57 2950 209 11
34 50 60 2.2 7.72
39.1 46.1 58.8 2.4 8.35
MCZ40-200A/4 9.6 14.3 51.4 1 0.73 1400 209 1.5
16 13 57 1 0.99
19.2 11.6 55 1.1 1.1
MCZ40-250A/2 21.6 93.3 45.4 2.6 12.1 2950 259 22
36 85 50 4.4 16.68
41.4 78.3 49 5.1 18.03
MCZ40-250A/4 12 23.1 43.7 1 1.73 1440 259 4
20 21 48 1 2.38
24 18.7 46.4 1.2 2.64
MCZ40-315A/2 27.6 153.7 45.6 3 25.35 2970 324 45
46 140 50 3.5 35.1
52.9 129 49 4 37.95
MCZ40-315A/4 13.2 39.5 41.2 0.9 3.45 1460 324 11
22 36 45 0.9 4.8
26.4 32.1 43.5 1 5.31
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ50-160A/2 33 38.1 64.5 2.9 5.31 2950 169 11
55 34 73 2.9 6.98
63.25 31.1 71.3 2.9 7.52
MCZ50-160A/4 18 9 62.2 1.5 0.71 1420 169 1.5
30 8 70 1.5 0.93
36 7 67.2 1.7 1.02
MCZ50-200A/2 39 61.5 66.3 2.6 9.86 2950 209 18.5
65 56 72 3 13.78
74.75 51.6 70.7 3 14.87
MCZ50-200A/4 21.6 15.4 64.5 1 1.41 1420 209 3
36 14 70 1.5 1.96
43.2 12.5 67.9 1.5 2.17
MCZ50-250A/2 39 93.3 58.7 2.6 16.89 2950 259 30
65 85 64 3 23.52
69 82.5 63.8 3 24.31
MCZ50-250A/4 20.4 23.1 54 1 2.38 1450 259 5.5
34 21 59 1 3.3
40.8 18.7 57 1.2 3.65
MCZ50-315A/2 48 153.7 55.2 3.5 36.42 2970 324 75
80 140 60 4 50.87
92 129 58.9 14.2 54.91
MCZ50-315A/4 25.2 39.5 53.3 1.5 5.09 1460 324 11
42 36 58 1.5 7.1
50.4 32.8 56.7 1.7 7.94
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ65-160A/2 60 36.2 63.6 2.6 9.31 2950 169 15
100 32 74 2.6 11.78
115 28.8 72 2.7 12.54
MCZ65-160A/4 30 9 59.4 1.5 1.24 1420 169 2.2
50 8 68 1.5 1.6
60 7 65 1.8 1.76
MCZ65-200A/2 60 60.5 48.4 2.5 20.44 2950 209 30
100 54 73 2.6 20.16
115 49.4 71.3 2.8 21.71
MCZ65-200A/4 30 14.6 64.6 0.9 1.85 1440 209 4
50 13 73 1 2.43
60 11.4 70 1 2.66
MCZ65-250A/2 69 93.3 65.1 2.9 26.95 2970 259 45
115 85 71 3.4 37.52
132.25 78.3 69.7 3.5 40.48
MCZ65-250A/4 32.4 23.1 61.4 0.8 3.32 1460 259 11
54 21 67 0.9 4.61
64.8 18.7 64.8 0.9 5.1
MCZ65-315A/2 81 148.2 60 4.4 54.52 2970 324 90
135 135 66 6 75.25
155.25 124.4 64.7 5.8 81.34
MCZ65-315A/4 38.4 35.1 56.7 1.2 6.48 1460 324 11
64 32 62 1.2 9
76.8 28.5 59.9 1.2 9.96
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ80-160A/2 102 36.3 63.1 3.3 15.99 2950 169 22
170 30 76 3.6 18.29
195.5 26.2 73.5 4 18.99
MCZ80-160A/4 45 9.1 59.6 2.2 1.87 1420 169 3
75 8 70 2.2 2.34
90 6.9 66.3 2.2 2.55
MCZ80-200A/2 90 56.1 68.8 3.5 20 2950 209 37
150 50 79 3.5 25.87
172.5 45.7 77 3.5 27.9
MCZ80-200A/4 48 13.5 63.6 1.9 2.78 1450 209 5.5
80 12 73 1.9 3.58
96 10.5 69.6 1.9 3.95
MCZ80-250A/2 114 89.7 69.7 4.5 39.98 2970 259 75
190 80 80 5 51.78
218.5 73.1 78 5 55.8
MCZ80-250A/4 54 22.4 68 1.5 4.85 1460 259 11
90 20 78 1.5 6.29
108 17.6 74.4 1.8 6.96
MCZ80-315A/2 120 142.7 69.7 3.8 66.95 2980 324 110
200 130 76.5 4.6 92.61
230 119.8 75 5.5 100.11
MCZ80-315A/4 60 34.7 66.1 1.1 8.58 1460 324 15
100 32 72.5 1.2 12.03
120 28.3 70 1.4 13.22
MCZ80-400A/4 63 57.1 57.4 1.2 17.08 1470 409 30
105 52 63 1.2 23.62
126 46.4 60.8 1.2 26.2
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ100-200A/2 132 51 69 4 26.59 2970 209 45
220 45 81 4 33.31
253 40.5 78.6 4 35.52
MCZ100-200A/4 66 12.5 68.1 1.1 3.3 1450 209 5.5
110 11 80 1.1 4.12
132 9.4 75.7 1.1 4.47
MCZ100-250A/2 168 84.1 71 5 54.23 2970 259 90
280 75 81.5 5.5 70.21
322 68.6 79.5 6 75.71
MCZ100-250A/4 78 22.4 65.8 1.6 7.24 1460 259 15
130 20 75.5 1.8 9.38
156 17.6 72 1.8 10.39
MCZ100-315A/2 162 148.2 68.8 4.4 95.09 2980 324 160
270 135 75.5 4.8 131.56
310.5 124.4 74 5.8 142.24
MCZ100-315A/4 79.2 35.1 65.6 1.1 11.55 1470 324 22
132 32 72 1.3 15.99
158.4 28.5 69.5 1.4 17.7
MCZ100-400A/4 90 54.9 63.8 1.6 21.1 1480 409 37
150 50 70 1.8 29.2
180 44.6 67.6 1.9 32.36
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ150-250A/4 192 20.6 68.9 6 15.64 1470 259 22
320 17 83 6 17.86
384 14 77.9 6 18.81
MCZ150-315A/4 228 34 70.3 3.1 30.05 1480 324 45
380 30 82.5 3.1 37.65
456 25.8 78.1 3.1 41.05
MCZ150-400A/4 240 53.8 69.7 4.8 50.48 1485 409 75
400 48 80 4.8 65.4
470 43 77.2 4.8 71.34
MCZ150-500A/4 252 87.8 71.1 2.5 84.8 1485 509 132
420 80 78 2.6 117.38
504 71.3 75.3 2.8 130.04
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ200-250A/4 360 16.7 69.1 5 23.71 1470 259 30
600 12 85 5 23.08
720 8.6 76.6 5 22.03
MCZ200-315A/4 390 29 69.3 5.5 44.47 1485 324 75
650 24 83.5 5.5 50.91
780 19.8 78.4 5.5 53.68
MCZ200-400A/4 390 58.3 73.2 3 84.64 1485 409 132
650 52 84 3.1 109.65
750 47.4 81.8 3.6 118.43
MCZ200-500A/4 420 84.1 71 2.5 135.57 1485 509 200
700 75 81.5 3 175.54
840 65.9 77.7 3 194.14
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ250-315A/4 570 28.8 70 5 63.91 1485 324 75
950 22 86 5 66.22
1140 17 77.5 5 68.14
MCZ250-400A/4 600 49.8 70.7 7 115.17 1485 409 160
1000 44 83 7.5 144.46
1200 37.8 78.6 7.5 157.26
MCZ250-500A/4 720 89.7 75.8 5 232.18 1485 509 -
1200 80 87 5.5 300.69
1440 70.3 83 5.6 332.36
Modello Flow (m³/h) head (m) Velocità (%) NPSH m Shaft power(kW) Velocità (Rpm) Impeller ia.(millimetro) Motor power ≥(kW)
MCZ250-315A/4 570 28.8 70 5 63.91 1485 324 75
950 22 86 5 66.22
1140 17 77.5 5 68.14
MCZ250-400A/4 600 49.8 70.7 7 115.17 1485 409 160
1000 44 83 7.5 144.46
1200 37.8 78.6 7.5 157.26
MCZ250-500A/4 720 89.7 75.8 5 232.18 1485 509 -
1200 80 87 5.5 300.69
1440 70.3 83 5.6 332.36

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