Water supply
KSB pumps for borehole water abstraction, pressure booster stations and distribution networks. For each station we select the pump on the actual flow rate and pressure, with materials suitable for drinking water.
Water supply: series and key data
Water supply: 15 KSB series in the Techworks catalogue (Etanorm, Multitec, Omega, RDLO, UPA 350 / UPA S 350, UPA 300 / UPA S 300 and others). The range covers flow rates up to 18,000 m³/h (RDLO), heads up to 1,000 m (Multitec) and fluids up to 200 °C. We select the exact size, impeller, materials and motor based on the duty point of your application.
| Series | Product | Q max | H max | T max | Datasheet |
|---|---|---|---|---|---|
| Etanorm | Etanorm single-stage horizontal pump | 1368 m³/h | 160 m | 140 °C | |
| Multitec | Multitec multistage centrifugal water pump | 1500 m³/h | 1000 m | 200 °C | |
| Omega | KSB Omega double-suction water pump | 4000 m³/h | 220 m | 140 °C | |
| RDLO | KSB RDLO double-suction water pump | 18000 m³/h | 300 m | 140 °C | |
| UPA 350 / UPA S 350 | UPA 350 / UPA S 350 submersible pump | 800 m³/h | 240 m | 50 °C | |
| UPA 300 / UPA S 300 | UPA 300 / UPA S 300 submersible motor pump | 450 m³/h | 380 m | 50 °C | |
| UPA 250 / UPA S 250 | UPA 250 / UPA S 250 multistage submersible pumps | 310 m³/h | 480 m | 60 °C | |
| UPA 200 / UPA S 200 | UPA 200 / UPA S 200 submersible drinking water pump | 150 m³/h | 300 m | 50 °C | |
| UPA C 150 | UPA C 150 borehole submersible pump | 80 m³/h | 420 m | 50 °C | |
| UPA C 100 | UPA C 100 submersible pump for clean water | 24 m³/h | 600 m | 40 °C | |
| DeltaPrimo | DeltaPrimo pressure booster set | 65.4 m³/h | 134 m | 60 °C | |
| DeltaBasic | DeltaBasic booster set | 65.4 m³/h | 134 m | 60 °C | |
| DeltaSolo | DeltaSolo pressure booster set | 21.8 m³/h | 134 m | 60 °C | |
| DeltaCompact | DeltaCompact booster set | 20 m³/h | 57m | 40 °C | |
| Delta Macro | KSB Delta Macro pressure booster set | 960 m³/h | 155 m | 60 °C |
Maximum values for each series, from KSB datasheets.
KSB pumps for borehole water abstraction, pressure booster stations and distribution networks. For each station we select the pump on the actual flow rate and pressure, with materials suitable for drinking water.