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Low maintenance costs
- The selection of a balancing system for the specific duty point markedly reduces axial forces and extends the bearing life.
- The double volute (DN 80 and above) reduces radial thrust and prevents shaft deflection.
- This reduces the load on bearings and mechanical seal.
- Mechanical seals to ISO 24109 / API 682 in cartridge design are easy to install/remove for maintenance.
Low operating costs
- A choice of more than 70 hydraulic systems enables optimum pump selection to API with higher efficiencies.
Overview of technical data
Type of bearing | Rolling element bearings |
Casing partition | Radially split |
Drive frequency | 50 Hz / 60 Hz |
Drive voltage | Low voltage, high voltage |
No. of impeller entries | Single entry |
Heatable | Yes |
Type of installation | Long- coupled |
Type of coupling | Direct |
Type of lubrication | Oil lubrication |
Max. permissible fluid temperature | 450 °C |
Nozzle position | End suction |
Maximum rated pressure (discharge) | PN 100 |
Pull-out design | Yes |
Pump set location | Dry installed |
Standard | API 610; ISO 13709 |
Suction characteristics | Non- priming |
Type of casing | Volute casing |
Type of impeller | Multi- vane impeller;Closed;Closed / Radial;Radial |
Type of connection | Flange |
UNSPSC classification | 4015150300 |
eClass assignment | 36410101; 36410000;36410100 |
Maximum head | 285, 00 m |
Installation position | Horizontal |
Shaft seal type | Mechanical seal |
Main applications | Oil / Gas;Industry and process engineering |
Maximum discharge-side pressure | 110 bar |
Maximum drive rating | 3. 200 kW |
Type of installation | Stationary |
Maximum flow rate | 4. 800 m³/h |
Maximum speed of rotation | 3. 500 1/min |