Double suction
Public
Agriculture
Air conditioning
Heating
Cooling
High efficiency
Steel Industry
High levels of efficiency with leading-edge design
High efficiency
・Challenge to the theoretical limit with optimized hydraulic design
・4% Approx. higher than existing model
Reducing operation cost
・Design pump smaller leads required power smaller
Improving suction performance
・ Low NPSH-R while applying higher speed
・ Ensure high suction lifts even with large flow
・ Minimizing cavitation
| Capacities | To 53㎥/min(50Hz) | |
| To 62㎥/min(60Hz) | ||
| Heads | To 135m(50Hz) | |
| To 150m(60Hz) | ||
| Liquid Handled | Type of liquid | Clean water, Industrial water, River water |
| Temperature | 0 to 80℃ | |
| Max. Operating Pressure | 16bar(1.6MPa) | |
| Construction | Impeller | Closed double suction |
| Shaft seal | Mechanical Seal | |
| Flushing | No Flushing | |
| Ball Bearing | Sealed ball bearing(grease lubrication) | |
| Frange | Jis 16K RF, GB PN 16 RF | |
| Material | Casing | FC250 or FCD450 * |
| Impeller | CAC406 or SCS13 * | |
| Main shaft | SUS420J1 | |
| Mechanical Seal | Ceramic/ Carbon NBR or Silicon carbide/ Carbon FPM * |
|
| *The applicable material is determined by the model. | ||