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Jesco Pakistan
Dewatering Pump 3"
Dewatering Pump 3"
Regular price
Rs.95,000.00 PKR
Regular price
Rs.120,000.00 PKR
Sale price
Rs.95,000.00 PKR
Unit price
/
per
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Dewatering Pump 3inch
German Energy Petrol Engine driven Dewatering Water pump 3″ dia head
Dia of suction port : 100mm
Lift: 12m
Suction: 6m
Engine model : GX156
Engine type: forced air cooling 4 stroke
Bore stroke: 70x54mm
Time of self suction : 180s
Power & speed: 4.2Kw/3600 RPM
Warranty : 3 Months
Note : Pipe & fitting not included in price
This equipment is designed to collect aggressive quantity of water along with small particles and pumping them hassle free. The equipment can handle solids and is powerful to get mega dewatering jobs in less time. If there is rainwater to be removed from your site, you can use this heavy duty dewatering pump that guarantee best performance.
This equipment is coupled with a Wacker petrol engine and mounted on a durable frame for better mobility.
In very simple terms, ‘dewatering’ is the process that removes fluid from the soil. In the construction and mining industries, dewatering pumps can be used for the removal of groundwater, or surface water, to lower the water table. By lowering the groundwater level, the operation is safer for the workers and more efficient.
On construction sites, dewatering is often required before workers can start sub-surface excavations (including digging and drilling) to create foundations, shoring, or cellar space. On mine sites, dewatering is vital to ensure safe and productive access to minerals. It’s usually an ongoing process that continues for the life-span of the mining operation.
Efficient dewatering requires a reliable pump that can remove water from deep inside the ground. There are various dewatering pumps available, ranging in types including submersible pumps, centrifugal end-suction pumps, and well-pointing piston pumps.
Which type of pump do you choose for your dewatering application? The answer to this question depends on many factors, such as the type of groundwater, the depth of the water, the surrounding geology, the surrounding environment (rural or metro) and how far away the water must be discharged.
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