KWP
Product Description:
Design
Horizontal, radially split volute casing pump in back pull-out-design, single-stage, single-entry, available with various impeller types: non-clogging impeller, open multi-vane impeller, free-flow impeller. Design to ATEX.
Application
Handling of pre-treated sewage, waste water, all types of slurries without stringy substances and pulps up to 5 % bone dry with a maximum density of 1.4 kg/dm3.
Overview of technical data
| Q (50Hz) | 4.0 – 15,000.0 (m³/h) |
| H (50Hz) | 1.0 – 140.0 (m) |
| Type of bearing | Rolling element bearings |
| Casing partition | Radially split |
| Drive frequency | 50 Hz /60 Hz |
| Type of drive | Electric motor |
| Drive voltage | Low voltage, high voltage |
| No. of impeller entries | Single entry |
| Impeller material (EN standard) | CERAMIKPOLYSIC, ERN, NORICHROM, NORICLOR, NORIDUR 1.4593, NORIHARD |
| Type of installation | Long-coupled |
| Type of coupling | Jack shaft / Belt drive, Direct, Gear |
| Type of lubrication | Oil lubrication |
| Max. permissible fluid temperature | 280.0 (°C) |
| Nozzle position | End suction |
| Maximum operating pressure | PN10 |
| Pull-out design | Yes |
| Pump set location | Dry installed |
| Shaft material (EN standard) | C45+N |
| Suction characteristics | Non-priming |
| Type of casing | Volute casing |
| Type of impeller | Free flow impeller, Closed, Radial, Multi-vane impeller, Open |
| Type of connection | Flange |
| Casing material (EN standard) | CERAMIKPOLYSIC, JL1040, NORICLOR, NORICROM, NORIDUR 1.4593, NORIHARD |
| eClass assignment | 36410101, 36410000, 36410100, 36410103 |
| Free passage | 250.0 (mm) |
| Installation position | Horizontal |
| Shaft seal type | Mechanical seal, Gland packing |
| Main applications | Industry and process engineering, Water, Waste water / sewage, Energy, Mining / Dredges |
| Casing material | Special cast material, Cast iron, Duplex steel |
| Maximum discharge-side pressure | 10.0 (bar) |
| Maximum drive rating | 1500.0 (kW) |
| Type of installation | Stationary |
| Maximum speed of rotation | 3500.0 (1/min) |
Technical specifications
Q max 15,000.0 m³/h
H max 140.0 m
Brochures
Technical Data
Selection Curves
