Kirloskar – KDS
Head Range : Upto 52 metres
Discharge Range : Upto 28 lps
Power Ratings : 0.37 to 3.7 kW (0.5 to 5.0 HP)
Voltage Range : 180 to 240 Volts (Single Phase) 120 to 220 Volts (Low Voltage) 230 to 400 Volts (“P” Series)
Insulation : B / F Class
Protection : IP 44 / IP 55
Material of Construction
Impeller : Cast Iron/Noryl
Delivery Casing : Cast Iron
Motor Body : Cast Iron
Pump Shaft : Carbon Steel
Sealing : Mechanical Seal
Gardening and small farm irrigation
Water supply for high rise buildings
Domestic and community water supply
Water transfer and circulation
Wide Voltage Design
The motor is designed to withstand wide voltage fluctuations from 350 to 440 volts and reduces motor burning in case of low voltage.
Replaceable Wearing Parts
All wearing parts within the pumps are easily accessible and replaceable which facilitates ease of maintenance thereby extending the life of the pump.
TOP – Thermal Overload Protector
The pump set features a Thermal Overload protector that protects the motor from overloading, shielding the motor and associated circuit from the effects of fault current.
CED – Cathodic Electro Deposition
CED is the latest coating technology for corrosion resistance with uniform coating. It provides 5 times more protection over conventional painting, resulting in longer life. All major CI parts of Kirloskar pumps coming in contact with the water are C
Automatic Air Release
Automatically releases air when the pump starts which ensures swifter and smoother operations, thus eliminates the necessity of operating air release cock and ensures swifter and smoother operations.
High Efficiency And Energy Saving Design
Innovative design manufactured at state of art plant, delivers optimum efficiency at lower energy consumption resulting in significant cost savings.
Dynamically Balanced Rotating Parts
Minimum vibrations protect components from damages during the operations, thus ensuring consistent performance as concentricity is maintained.
Designed to Pre
Lesser chances of motor burning as the motor does not get overloaded even if the pump is operated at a head lower than recommended, thus ensuring substantial cost savings due to low maintenance and breakdown.