Pumping Stations
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Pump
• Seal chamber to API 610 accommodates all mechanical seals to API 682.
• Wide variety of flanges to all standards up to PN 40 equivalent (ASME Class 400)
• Dimensioned for longer service life than specified by API 610, to reduce maintenance.
• Bearings designed for at least 25,000 operating hours as per API 610/11
• Plain bearings positioned to comply with maximum spacing between shaft guide bearings required by API 610
• Soleplate optionally available either in round design to ASME B16.47 Class 150 Series A or in rectangular design
• Wide variety of flanges to all standards up to PN 40 equivalent (ASME Class 400)
• Dimensioned for longer service life than specified by API 610, to reduce maintenance.
• Bearings designed for at least 25,000 operating hours as per API 610/11
• Plain bearings positioned to comply with maximum spacing between shaft guide bearings required by API 610
• Soleplate optionally available either in round design to ASME B16.47 Class 150 Series A or in rectangular design
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Pump
Horizontal radially split volute casing pump in back pull-out design, to API 610, ISO 13709 (heavy-duty), type OH2, with radial impeller, single-entry, single-stage, centreline pump feet; with inducer if required. ATEX-compliant version available.
• Low radial thrust and reduced shaft deflection for a longer service life of bearings and mechanical seal by double volute from DN 80 (3 inches)
• Easy to dismantle due to back pull-out design; no need to remove the pump casing from the piping
• Wide variety of flanges to all standards up to PN 100 equivalent (ASME Class 600)
• Low radial thrust and reduced shaft deflection for a longer service life of bearings and mechanical seal by double volute from DN 80 (3 inches)
• Easy to dismantle due to back pull-out design; no need to remove the pump casing from the piping
• Wide variety of flanges to all standards up to PN 100 equivalent (ASME Class 600)
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Pump
• Reliability provided by well-proven hydraulic system with excellent efficiencies and NPSH values
• High functional reliability through self-venting of the pump set via hollow shaft with radial bores
• High operating reliability by thermal motor protection (optional) and use of corrosion-resistant materials for the stator can and rotor can
• High functional reliability through self-venting of the pump set via hollow shaft with radial bores
• High operating reliability by thermal motor protection (optional) and use of corrosion-resistant materials for the stator can and rotor can
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Pump
• Low temperature in the mechanical seal chamber; no cooling water required thanks to air-cooled bearing bracket with heat barrier.
• Increased operating reliability of versions for heat transfer applications by an optional two mechanical seals preventing leakage.
• Higher efficiencies than the previous HPK-L model by continued development of the flow passage within the hydraulic system.
• Increased operating reliability of versions for heat transfer applications by an optional two mechanical seals preventing leakage.
• Higher efficiencies than the previous HPK-L model by continued development of the flow passage within the hydraulic system.
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Pump
Single-stage axially split volute casing pump for horizontal or vertical installation, with double-entry radial impeller, mating flanges to DIN, EN or ASME.
• Low maintenance costs:
• Fast and easy to install thanks to self-centring components (upper casing part, rotor, casing cover)
• Materials resistant to corrosion and abrasion
• Low maintenance costs:
• Fast and easy to install thanks to self-centring components (upper casing part, rotor, casing cover)
• Materials resistant to corrosion and abrasion
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