KSB Booster System
KSB Booster System
When the standard KSB Booster System in an existing water supply system proves insufficient to meet the demands of consumers situated at higher elevations, such as high-rise buildings or elevated residential areas, water pressure must be augmented. This is achieved by installing one or more booster pumps in a bypass line connected to the main water supply pipe.
To prevent pumping in a closed circuit, a check valve is installed in the main water supply pipe between the booster pumps' suction and discharge connections. Modern KSB booster systems employ variable-speed pumps, which can be arranged in a manner offering the additional benefit of a wide control range. This design effectively manages large fluctuations in pressure upstream of the pump (inlet pressure), enhancing the efficiency of KSB booster systems.
The incorporation of variable-speed pumps the need for pressure controllers/reducers, preventing continuous pressure losses and enhancing user convenience and operational reliability. As the discharge pressure remains nearly constant, adjustments need only be made to match the respective inlet pressure, ensuring a seamless user experience without temperature variations during activities such as showering.
Furthermore, these KSB booster systems operate with reduced noise levels, particularly in the low flow range. Even in the event of a variable-speed pump failure, pressure fluctuations or unstable operation are minimized, avoiding excess pump starting and stopping. Typically, these systems obviate the requirement for pressure vessels, which can pose hygienic concerns.
The control and monitoring algorithms employed in contemporary KSB booster systems efficiently identify zero demand (flow rate demand = 0), promptly shutting down the pump to avoid unnecessary water heating. In Pune, we provide specialized KSB Booster Pump Repair Services, ensuring professional maintenance, troubleshooting, and reliable operation of KSB Booster Pump Systems. Our expert technicians are dedicated to optimizing performance and ensuring the uninterrupted supply of water to elevated areas, guaranteeing user satisfaction and operational efficiency.
