Monobloc Pump, KDS-116++, 1 HP, Single Phase, 210 Volts, Size 50mm X 40mm

Overview

1 Hp single-phase Kirloskar monobloc water pumps comprise a flatter efficiency curve for efficient operation. These heavy-duty monobloc water pumps can withstand voltage fluctuations ranging from 120 to 220 volts. Our monobloc water pumps are perfectly suited for applications like gardening and small farm irrigation, lawn sprinklers, water supply for high-rise buildings & water transfer and circulation.

Features

• Wide Voltage Design - The motor is designed to withstand wide voltage variation which reduces motor burning in case of low/high 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 of 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 ensuring swifter and smoother operations, thus eliminating the necessity of operating air release cock
• 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 vibration protects components from damage during the operation, thus ensures consistent performance over longer time period as concentricity is  maintained
• Designed to Prevent Overloading - Lesser chances of motor burning even if the pump operates at lower head than recommended as motor does not get overload thus ensures substantial saving from maintenance cost and breakdown