Submersible Dewatering Pumps

High Quality, High Performance

Submersible Dewatering Pumps

It is situated at the ground level to reduce the water level. Once the water is reduced it maintains the level. It is mostly used to reduce the water level at the building site, construction site, underground railways, bridges or in open-cast mining. Noise pollution through Submersible Dewatering Pumps is very less as it is present under the water. In this pump, cavitation is never an issue, because there is no “spike” in pressure as the water flows through the pump. Easy to use and maintain, SMC Pumps promise optimal performance.

We are a leading manufacturer of the Submersible Dewatering Pumps which is quite reliable for the industrial application for removing the water from the deep inside. SMC Pumps keeps a full range of pumps in all sizes available at all times. These pumps offer large solids handling capability whilst maintaining optimum pump hydraulic efficiencies. We develop the Submersible Dewatering Pumps are resistant to corrosion.

Features

Motor Two Pole Construction Duty Squirrel Cage Submersible Type Induction Motor
Insulation Class F
Protection IP – 68 / Thermal Over Load / Moisture
Cable Oil Proof PVC Insulated Double Sheathed Copper Conductor Flexible Cable
Range 1 HP to 50 HP
RPM 2800
Size 2 inch to 6 inch
Connection DoL or Star Delta

Material of Construction

Motor Body S.S 202/304 or Aluminium
Cooling Jacket S.S 202/304 / M.S
Impeller C.I IS 210 FG260 / S.S 304 / S.S 316
Shaft S.S 410
Strainer S.S 202
Mech. Seal Double type: TC Vs. TC
Bearing Deep Groove Ball Bearing (Top), Double Row Angular Contact Bearing (Bottom)
  • Why submersible pumps are used?
    The submersible pump is used for draining water: for example, for reducing groundwater, pumping groundwater to be used as drinking or fire-fighting water, pumping dirty water, and draining wastewater.
  • What is the most common dewatering system?
    The most common dewatering system is Wellpoint dewatering. A typical wellpoint dewatering system consists of a series of extraction wellpoints located around the perimeter of the excavation, a collection header piping system, and a diesel piston pump operating at surface.