PC Kirlosker Vertical Openwell Submersible Pump, JVSD-1507, 15 HP, Three Phase, 415 Volts, Size 80 mm

Product details

Overview

JVSD-1507 Vertical Openwell Submersible Pump, 15 HP, Three Phase is designed to withstand wide voltage fluctuations from 200 to 440 Volts and reduces motor burning in case of low voltage. These pumps are suitable for irrigation in horticulture & agriculture, sprinkler and drip irrigation, water supplies for high rise buildings, rural water supply, and domestic and community water supply, etc.

Features 

• Wide Voltage Design - The motor is designed to withstand wide voltage variations which reduces the chances of motor burning at low voltage
• Design 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
• 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
• Advanced Water Cooled Motors Designs - The motor is filled with potable water, protects from overheating and facilitates smoother and trouble free operation for the years
• Wide Voltage Motor Designs - Motors are designed with extra overload capacities, more water spaces and engineered with high grade materials to performs well in low voltage with minimum discharge drops and suitable for wide voltage applications
• Easy Maintainable Designs - Easy maintainable design and better interchangeability of components so that pump can be serviced even at remote locations by semi-skilled technicians
• High Head Applications - The pump has been designed to deliver large volumes of water for high head applications, helping customers to achieve high turnaround time and productivity