Construction Dewatering Pumps
Flow-Thru Design: This structure is such that before sucked in water is discharged, it flows between the outer cover and the more to forcibly cool the motor. This system can also be applied to continuous operation exposed to air. Side Flow Design: This side flow mechanism is efficiently designed to feed sucked in water along the channel provide on one side of the motor, and discharge the water while forcibly cooling the motor. This pump discharges form the top so that it can be installed in confined locations.Spiral Design: Spiral Casing type pumps have large channels to smoothly process sand and silt laden water. Use of a High-performance motor allows continuous operation exposed to air.
Submersible Pump For Wastewater And Sewages
Channel: The impeller is semi-open or shrouded type with one or two vanes. It has a wide channel extending from inlet to exit, which allows the pump to pass the solid matters from inflow to discharge with minimal blockage. Cutter: The impeller is a semi-open type with a single vane. A sintered tungsten carbide alloy edge is brazed on an impeller vane, and it rotates on a saw-tooth suction port of a suction cover. This mechanism allows to cut up the foreign matters flowed into the impeller to discharge them. Vortex: The impeller is a vortex type. The rotation of the impeller produces a whirling, centrifugal action between the impeller and pump casing. Being coupled with a wide pump casing, even large solids and fibrous matters can be pumped out with our obstruction. Grinder: The Grinder is made of high-chromium cast iron and is highly resistant to abrasion. The grinding mechanism is provided at the suction port of the pump. Flown in suspended solids are cut into small pieces and pumped out. This mechanism eliminates a fear of clogging in small diameter pipes.