Pumping Stations
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Pump
• High operating reliability and long service life due to reinforced suction strainer, robust drive lantern and lift check valve made of investment cast stainless steel, laser-welded impellers and protection against thrust reversal
• High operating reliability as all components are made of high-quality stainless steel.
• Optimised hydraulic design enables high efficiencies.
• High efficiencies in combination with UMA-S150E synchronous motor
• High operating reliability as all components are made of high-quality stainless steel.
• Optimised hydraulic design enables high efficiencies.
• High efficiencies in combination with UMA-S150E synchronous motor
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Pump
• High operating reliability as all components are made of high-quality stainless steel.
• Optimised hydraulic design enables high efficiencies.
• High flexibility by vertical, horizontal and angular installation options.
• Reliable operation by anti-jam lift check valve.
• Highly flexible operating range through adjustment of motor dimensions.
• Optimised hydraulic design enables high efficiencies.
• High flexibility by vertical, horizontal and angular installation options.
• Reliable operation by anti-jam lift check valve.
• Highly flexible operating range through adjustment of motor dimensions.
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Pump
• Maintenance-free mechanical seal ensures operating reliability
• Easy to dismantle due to back pull-out design; no need to remove the pump casing from the piping
• Good suction performance, self-priming up to 9 m suction lift, also suitable for applications with relatively poor inlet conditions (i.e. low or negative inlet pressure) and for handling fluids with entrained gas.
• Optimised hydraulic components for high efficiency help reduce energy consumption
• Easy to dismantle due to back pull-out design; no need to remove the pump casing from the piping
• Good suction performance, self-priming up to 9 m suction lift, also suitable for applications with relatively poor inlet conditions (i.e. low or negative inlet pressure) and for handling fluids with entrained gas.
• Optimised hydraulic components for high efficiency help reduce energy consumption
-main_image.jpg)
Pump
• Maintenance-free mechanical seal ensures operating reliability
• Easy to dismantle due to back pull-out design; no need to remove the pump casing from the piping
• Good suction performance, self-priming up to 9 m suction lift, also suitable for applications with relatively poor inlet conditions (i.e. low or negative inlet pressure) and for handling fluids with entrained gas.
• Optimised hydraulic components for high efficiency help reduce energy consumption
• Easy to dismantle due to back pull-out design; no need to remove the pump casing from the piping
• Good suction performance, self-priming up to 9 m suction lift, also suitable for applications with relatively poor inlet conditions (i.e. low or negative inlet pressure) and for handling fluids with entrained gas.
• Optimised hydraulic components for high efficiency help reduce energy consumption
-main_image.jpg)
Pump
Horizontal volute casing pump for high-volume hydrotransport of solids. For pumping slurries of large and very large particle sizes with a very good suction behaviour and high efficiency. Used in low-pressure applications. Pump components made of white cast iron.
Technical Data
• Max. flow rate30000 m3/h
• Max. head105 m
• Max. allowed working pressure15 bar
• Max. allowed fluid temperature120 °C
Technical Data
• Max. flow rate30000 m3/h
• Max. head105 m
• Max. allowed working pressure15 bar
• Max. allowed fluid temperature120 °C
-main_image.jpg)
Pump
Horizontal volute casing pump for high-volume hydrotransport of solids. For pumping slurries of large and very large particle sizes with a very good suction behaviour and high efficiency. Pump components made of white cast iron.
Technical Data
• Max. flow rate90000 m3/h
• Max. head115 m
• Max. allowed working pressure17 bar
• Max. allowed fluid temperature120 °C
Technical Data
• Max. flow rate90000 m3/h
• Max. head115 m
• Max. allowed working pressure17 bar
• Max. allowed fluid temperature120 °C
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Pump
Patented design with state-of-the-art hydraulic system and highly wear-resistant materials for high-pressure applications. The pump casing is designed to withstand maximum stresses, e.g. during pressure surges.
Technical Data
• Max. flow rate16200 m3/h
• Max. head80 m, 150 m
• Max. allowed working pressure32 bar
• Max. allowed fluid temperature120 °C
Technical Data
• Max. flow rate16200 m3/h
• Max. head80 m, 150 m
• Max. allowed working pressure32 bar
• Max. allowed fluid temperature120 °C
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Pump
Horizontal high-pressure end-suction centrifugal pump offering maximum resistance to wear and ease of maintenance. The conventional single-wall design transfers stress loads from the wear plates to the casing covers in high-pressure applications. Pump components made of highly wear-resistant white cast iron.
Submit your product request directly and our staff will contact you to provide you with all relevant information.
Why choose our products?
- High quality
- Resistant to external factors
- Competitive price