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Self Priming Upto 8m at Mean Sea Level
Aluminium Pressure Die Cast Motor Body

Unique motor design-capacitor start and run (PSC) type eliminating centrifugal
Fitted with Thermal Overload Protector

Oil-filled Motor Design- Oil-filled Cooling System Helps Protect the Motor,
Efficient Water Delivery- Designed with a Good Head & Flow

Pump Casting: High Grade Pump Castings Ensure Very Slow Rusting...
Pump Performance: Pumps Have Higher Suction Power & Give High

Thermal Overload Protector & Shielded Ball Bearing
Light Weight & Compact Design

Rotating Direction: Anti-clockwise When Viewed from Driving End
Higher Performance, Suction Power & Give High Discharge in Its

Self-Priming Design for Hassle-Free Operation
Versatile 25Mm Inlet/Outlet for Various Applications

Aluminium pressure die cast motor body
Fitted with thermal overload Protector

Power Saving F Class Insulation Motor
Higher Suction Power & Give High Discharge in its Operating

Pump Performance: Pumps Have Higher Suction Power & Give High
Pump Casting: High Grade Pump Castings Ensure Very Slow Rusting...

Thermal Over Load Protector
Higher Performance

Extra Length Aluminum Extruded Motor Body for Better Motor Cooling
TEFC Motor With Class F Insulation

Powerful 2 HP Motor- Strong Motor for Reliable Water Pumping
Pure Copper Winding- Copper Motor Winding Improves Conductivity, Durability &

Wide Voltage Design
Motor Designs with 100% Copper Rotor

High Quality Mechanical Seal for Long Life
Self-Priming Up to 7.5 m

Fitted With Thermal Overload Protector
Wide Voltage Band 1ph-180 to 240 V

Affordable, Light-Weight & Best Pump Choice for Thin Liquids &
Pumps Have Higher Suction Power

Pump Casing, Adapter, End shields are Made of Close Grained
Aluminium Extruded / Die Cast / Cast Iron Motor Body

High Grade Brass Impeller
High Suction Capacity

NRV to Avoid Return Flow & Housing the Trust of
Anti-Friction Ball Bearings with Lifelong Lubrication

Wide Voltage Design & Dynamically Balanced Rotating Parts
Designed to Prevent Overloading, Lightweight & Compact Design & Flatter

High Operating Efficiency
Easy to Dismantle & Repair

Corrosion Resistance
Pure Copper Construction

Light Weight
Strong Design.

TEFC Capacitor Starts & Runs Motor
Capacitor inside Terminal Box

High Quality Mechanical Seal for Long Life
Powder Coated Motor Body

Self-Priming Up to 7.5 m
High Quality Mechanical Seal for Long Life

Fitted with Thermal Overload Protector
CED Coated Pump Components

Easy Maintainable Designs & Dynamically Balanced Rotating Parts
Light Weight & Compact Design

Self-Priming Up to 7.5 m
High Quality Mechanical Seal for Long Life

High Quality Mechanical Seal for Long Life
Powder Coated Motor Body

High Quality Mechanical Seal for Long Life
Fitted with Thermal Overload Protector

Self-Priming Up to 7.5 m
Powder Coated Motor Body

High Quality Mechanical Seal for Long Life
Fitted with Thermal Overload Protector

Longer & Trouble Free Life
Motor Designs with 100% Copper Rotor

Pump Has Higher Suction Power
Energy Efficient

Energy Efficient Motor
Higher Performance, Suction Power & Give High Discharge in Its

Built in Thermal Over-Load Protection
Low Power Consumption

High Working Pressure & Designed for Wide Voltage Fluctuations.
Optimal Design

Mechanical seal: Carbon-ceramics
Built-in overload motor protector with automatic reset permanent split capacitor
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What is a single-phase water pump?
A single-phase water pump is a type of electric pump that operates on a single-phase power supply, which is the standard electrical power found in most homes and small businesses. It uses a single alternating current waveform to power its motor.
Where are single-phase water pumps typically used?
Single-phase water pumps are commonly used for residential water supply, irrigation in small gardens, draining flooded areas, circulating water in heating and cooling systems, and in various domestic applications where high power is not required.
What are the advantages of using a single-phase water pump?
Advantages include simpler installation, lower cost compared to three-phase pumps, compatibility with standard household electricity, and suitability for low to medium flow rate and head applications.
What factors should I consider when choosing a single-phase water pump?
Key factors include the required flow rate (gallons per minute or liters per hour), the total head (vertical lift and friction losses), the power supply voltage and amperage, the type of liquid being pumped, and the pumps durability and material construction.
Are single-phase water pumps efficient?
Efficiency can vary depending on the pumps design, motor quality, and operating conditions. Modern single-phase pumps are designed to be reasonably efficient for their intended applications, but for very high-demand industrial uses, three-phase pumps are generally more efficient.