24 hrs Delivery
Electrical & Appliances
Office Supplies
Industrial Tools
Agri & Gardening
Medical & Lab Supplies
Safety Supplies
Automotive
Construction Materials
Packaging & Material Handling

Robust Centrifugal Design Ensures Reliable Performance
High Flow Rate Capability for Quick Water Transfer










Designed for Optimal Performance, It Ensures Consistent Water Supply, Essential
Delivering Powerful & Efficient Water Flow

In-built Thermal Over Load Protector
Single-Phase Water Pump

Single-Phase Water Pump
In-built Thermal Over Load Protector



Copper Winding, High Discharge & Low Power Consumption


Motor Body : Extruded Aluminum
Mechanical Seal : Carbon Ceramic









Delivers Up to 1 Hp Power for Reliable Water Transfer
In-Built Thermal Over Load Protector

Centrifugal Design Ensures High Flow Rate
Durable Aluminum Construction for Longevity


Double shielded pre lubricated bearing
High suction capacity


High Efficiency
Light Weight


Customer Care Number: 1800 103 3111

Suited for Lawn Sprinklers
Efficient Centrifugal Pump Design for Optimal Water Flow


F-Class Copper Winding & Energy Efficient Motor
Anti-Corrosion, In Built Thermal Overload Protector & Low Watt Loss


Easy for Maintenance
High Grade Electrical Stamping

Pressure diecast rotor with TEFC enclosure for motors
High quality and long life mechanical seal
Hang on, Loading More
What is a 1 HP centrifugal pump used for?
A 1 HP centrifugal pump is commonly used for general water transfer, such as in small irrigation systems, domestic water supply, draining flooded areas, and in some industrial applications where moderate flow rates and head are required.
What type of power source does a 1 HP centrifugal pump require?
Most 1 HP centrifugal pumps are electric, requiring a standard household power supply (e.g., 110V or 220V). Some models may also be available for gasoline or diesel engines, though electric is more common for this horsepower range.
Are 1 HP centrifugal pumps suitable for submersible applications?
While some 1 HP centrifugal pumps are designed as submersible pumps, many are surface-mounted. Submersible versions are specifically built to operate underwater, whereas surface pumps need to be placed above the water source and use an intake pipe.