Description

Kirloskar Jalraaj Ultra 0.5 Hp Self-priming pumps feature a Thermal Overload Protector for motor protection from overloading. Suitable for 180 to 260 Volts (Single Phase). For Water supply to overhead tanks in bungalows, Gardens/ fountains, Feed water to RO plants, Domestic water supply, Construction site, Home pressure boosting, Car washing, and Lawn sprinklers. Key Features Shielded Ball Bearings - The low-noise pumps are fitted with shielded ball bearings; so, no external lubrication is required throughout the life cycle High Efficiency and Energy Saving Design - Innovative design manufactured at a state of art, plant ensures optimum efficiency and lower energy consumption resulting in significant cost savings Dynamically Balanced Rotating Parts - Minimum vibrations protect components from damage during operation, resulting in consistent performance as concentration is maintained Easy Maintainable Design - Easily maintainable design and better interchangeability of components so that the pump can be serviced even at remote locations by semi-skilled technicians 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 fault current Lightweight and Compact Design - It allows users to carry the pump anywhere easily, adding to its portability and convenience of use High Suction Lift - The pump has a suction lift capacity of up to 7.5 meters with a high head, facilitating the pumping of water at high volumes for a variety of applications High-Quality Aluminum Motor Body - Special grade aluminum motor body provides high resistance to corrosion, better heat dissipation, and lowers the pump's overall weight for enhanced portability Enhanced Safety Features - All electrical parts of the pump are covered, which makes it safer to use Wide Voltage Design - The motor is designed to withstand wide voltage fluctuations ranging from 180 to 260 Volts, thus reducing the possibility of motor burning in case of low voltage