Product Description
We are distinguished as one of the leading manufacturers, suppliers and exporters of Submersible Sewage Pumps like Submersible Dewatering Pump. These products are used in Used in hotel, hospitals, railways, dairy, chemical industries, sugar, steel, cement, food and beverages industry. Premium quality raw materials and components have been procured from trusted sources of the market for the manufacturing of these products. Submersible Dewatering Pump is delivered to the clients in a stipulated time frame owing to our wide distribution network.
Applications of Submersible Dewatering Pump :
- Muddy water transfer.
- Power plant.
- Effluent transfer, ETP,STP, waste water treatment plant.
- Swimming pool.
- Dewatering of ponds, basement of huge building.
- Used in hotel, hospitals, railways, dairy, chemical ind, sugar, steel, cement, food, beverages etc..
Operating Data :
- Capacity : Up to 500 m3/hr.
- Head : Up to 45 Mtr.
- Temperature : 45 C
- HP : 2 HP to 50 HP
- RPM : Up to1500 rpm
- Delivery Size : 65 mm to 200 mm
- Solid Size : 100 mm
- Concentration : DOL, Star Delta, ATS
- Voltage & Phase : 415 V, 3 Phase
- Motor : Four / Siz pole continous duty dry type squirrel cage induction motor
- Cable : PVC insultated double heated copper conductor flexible cable
- Insulation / Protection : F Class / IP 68
- Mechanical Seal : Bi- Directional twin mechanical seal with various face combination looking to the application
- M.O.C. : C.I., C.S.,
- Optional Parts : Impeller, Casing, wear plate with various M.O.C. bronze, CF8, CF8M, CD4MCU
Powerful and Reliable DewateringDesigned for high-capacity dewatering applications, this pump efficiently moves large volumes of water, handling solids up to 30 mm in diameter. With various discharge sizes and a strong, corrosion-resistant build, it excels in challenging environments like construction sites and mining operations, ensuring consistent performance and minimal downtime.
Engineered for Portability and SafetyFeaturing a convenient carry handle or lifting arrangement, this submersible dewatering pump prioritizes ease of transport and installation. Its thermal overload protection and mechanical seal safeguard the motor and internal components from overheating and leakage, delivering reliable service even during extended or intense duty cycles.
FAQs of Industrial Submersible Dewatering Pump:
Q: How does the Industrial Submersible Dewatering Pump operate in different site conditions?
A: This pump is designed for submersible bottom suction operation, allowing it to efficiently handle water removal in construction, mining, flood control, and general dewatering scenarios. Its electric motor, IP68 protection, and mechanical seals ensure performance and durability even under varying water levels and debris loads.
Q: What is the installation and usage process for this dewatering pump?
A: Installation involves lowering the pump into the water using the provided carry handle or lifting arrangement. It operates directly submerged, requiring an electrical power source (220V/380V/415V, 50 Hz). Regular maintenance includes checking the cable, seals, and motor to uphold operational longevity.
Q: When should I use this submersible dewatering pump over other types?
A: Choose this pump for situations demanding high-flow, high-pressure water removal with solid handling, such as when dewatering deep excavations, flooded areas, or mines. Its ability to handle solid particles and its robust construction make it more effective than standard surface pumps in these challenging environments.
Q: Where can this industrial dewatering pump be applied?
A: This pump is suited for use in construction sites, mines, flood control, basement drainage, and other industries requiring rapid and reliable water removal. Its compact vertical design and portability make it ideal for both permanent and temporary installations across diverse field conditions.
Q: What are the main benefits of a water-cooled, corrosion-resistant submersible pump?
A: Water cooling prolongs the motors lifespan by maintaining optimal operating temperatures, even during continuous use. Corrosion-resistant materials, such as stainless steel and cast iron, enable the pump to withstand harsh and abrasive water conditions, thus reducing maintenance needs and extending service life.
Q: How does thermal overload protection enhance safety and reliability?
A: Thermal overload protection automatically disconnects the pump in case of overheating, preventing motor damage and reducing downtime. This ensures consistent and safe operation, especially in demanding industrial environments where prolonged usage is required.