MRO ~ PUMPS
Maintenance, Repair, and Operations (MRO) in the context of pumps refer to the processes and activities involved in ensuring the continuous and efficient operation of pump systems. The MRO supply chain for pumps involves the procurement, management, and maintenance of the various components, parts, and supplies necessary for the upkeep and repair of pump equipment.
Monoblock Pumps
Open Well Submersible Pumps
Bore Well Jet Pump
Bore Well Submersible Pump
Bore Well Compressor Pumps
Multistage Pumps
Pressure Booster Pumps
Petrol / Diesel Engine Dewatering Pump
Sewage / Dewatering Submersible Pump
Sewage Monoblock Pump
Circulation Pumps
End Suction Pump
Paper & Pulp Transfer Pump
Chemical (ANSI) Pump
Diesel Engine Pump
Coupled Pumpset
Vacuum Pump
Bore Well Jet Pump
Mini Monoblock Pump
Monoblock Pump
Bore Well Submersible Pump
Surface Well Piston type Jet Pump
Bore Well Compressor Pump
Pressure booster by flow Switch control
Booster Pump (w/o Tank)
Booster Pressure Pump (1 litre tank)
Booster Pump with 20 / 24 litre tank
Open Well (Horizontal) Submersible Pump
Open Well (Vertical) Submersible Pump
Bore Well Jet Pump
Mini Monoblock Pump
Monoblock Pump
Bore Well Submersible Pump
Surface Well Piston type Jet Pump
Bore Well Compressor Pump
Pressure booster by flow Switch control
Booster Pump (w/o Tank)
Booster Pressure Pump (1 litre tank)
Booster Pump with 20 / 24 litre tank
Open Well (Horizontal) Submersible Pump
Open Well (Vertical) Submersible Pump
Bore Well Submersible Pump vs Bore Well Jet Pumps
Bore well submersible pumps and traditional jet pumps both serve the purpose of lifting water from underground sources such as bore wells, but they have distinct advantages and disadvantages. Here are some advantages of bore well submersible pumps over traditional jet pumps:
Efficiency: Submersible pumps are generally more efficient than jet pumps. They are designed to be submerged in water, which helps in pushing water to the surface with less energy consumption. This efficiency translates to lower electricity costs over time.
Deeper Well Capability: Bore well submersible pumps are capable of drawing water from deeper wells compared to traditional jet pumps. This makes them suitable for applications where water sources are deep underground.
Less Noise: Submersible pumps are typically quieter during operation compared to jet pumps. Since they are submerged in water, there is less noise transmitted to the surface, making them ideal for residential and noise-sensitive environments.
Minimal Maintenance: Submersible pumps require less maintenance compared to jet pumps. They are sealed units that do not require priming, and since they are submerged, they are protected from weather elements and debris, reducing the need for frequent cleaning and servicing.
Space Saving: Submersible pumps are compact and do not require a separate pump house or priming chamber, saving space on the surface. This can be beneficial for smaller properties or installations where space is limited.
Better Water Quality: Since submersible pumps are located deep within the well, they are less likely to draw in contaminants from the surface. This can result in better water quality compared to jet pumps, which may draw in surface water.
Higher Flow Rates: Submersible pumps are capable of delivering higher flow rates compared to jet pumps of similar size. This makes them suitable for applications requiring greater water output.
Durability: Submersible pumps are designed for long-term use in harsh conditions. The sealed construction protects the motor and internal components from corrosion, extending the pump's lifespan.
Automation: Submersible pumps can be equipped with automatic controls and sensors for efficient operation. This allows for features such as automatic shut-off when water levels are low, preventing pump damage.
In summary, bore well submersible pumps offer several advantages over traditional jet pumps, including higher efficiency, deeper well capability, lower maintenance requirements, quieter operation, better water quality, and space-saving design. These factors make submersible pumps a popular choice for various applications, from residential water supply to agricultural and industrial uses.
Our Rates
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Industrial Pumps
Pump Delivery Size | DN 32 to DN 150 |
Head | Up to 100 mtrs (328feet) |
Capacity | Up to 550 m³/hr |
Max.Working Pressure | 16 bar |
Max.Operating (Temp) | Up to 100°C |
Speed | 2900/1450 rpm |
Pump Delivery Size | DN 32 to DN 200 |
Head | Up to 140 mtrs (460feet) |
Capacity | Up to 900 m³/hr |
Max.Working Pressure | 22 bar |
Max.Operating (Temp) | 500°C |
Pump Delivery Size | DN 65 to DN 400 |
Head | Up to 80 mtrs (260 feet) |
Capacity | Up to 2500 m³/hr |
Max.Working Pressure | 22 bar |
Max.Operating (Temp) | 140 °C |
Speed N | 1450 rpm |
Pump Delivery Size | DN 200 to DN 450 |
Head | Up to 50 mtrs (164 feet) |
Capacity | Up to 3500 m³/hr |
Max.Working Pressure | 16 bar |
Max.Operating (Temp) | 100 °C |
Speed N | 960/1450 rpm at 50 Hz |
Dewatering Pumps
Diesel engine Dewatering pumps are specially designed for well point dewatering applications. It can also be used for Mines, Offshore, Building Construction, Marine & Industrial applications to handle muddy/saline water contains solid particles up to 30mm.