Kirloskar 3 Hp Single Phase Centrifugal Monoblock Pump, 1140LPM, 100X100mm (KDS 314) - 1 Year Warranty

• Model No. : KDS 314
• Product Type : Monoblock Pump
• Brand : Kirloskar
• Wattage : 2.2 kW
• Power : 230 V, 50 Hz, AC Supply
• Electricity Connection : Single Phase
• Head Range : 6 to 14 Meter (19 to 45 Feet)
• Discharge Rate : 1140 to 720 LPM (19 to 12 LPS)
• Protection : IP 44
• Insulation : B Class
• Pipe Size (Suction x Delivery) : 100 x 100 mm

Features

• Wide Voltage Design : The motor is designed to withstand wide voltage fluctuations from 180 to 260 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 pumpset 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 CED coated.
• 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 Prevent Overloading : 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.

Applications