About Pressure Booster Pump
The Pressure Booster Pump "GSPBS SERIES" is widely used for Domestic And Industrial Application, Where Pressure need to boosted, high rise commercial and industrial building, HVAC, residential building.
Unlock Materials, Applications & Features
Technical Details
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Flow
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Head
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Temperature
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Pressure
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RPM
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MOC
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90 M3/HR
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228 MTR
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15 TO 120 Degree
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25 BAR
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2900
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CI/SS, SS 304, SS 316
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Material Construction
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Shaft
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Impeller
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Casing
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Extended Studs
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Mech Seal
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Base
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SS
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SS
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SS
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SS
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G 91 Cartridge
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CI, SS
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Features
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Applications
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Simplifing pipe and save floor space
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Cleaning system, pressure booster water supply
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Low noise and vibration
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Fire fighting system and jockey system
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Easy maintance and alignment free design
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Pressure boosting in high rise, comercial, HVAC
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High head devloping capacity up to 230 mtr
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Ro system and boiler water supply
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Engineered for High-Pressure ApplicationsWith a stainless steel multi-stage design, this in-line pressure booster pump delivers reliable high-pressure performance up to 25 bar. The use of corrosion-resistant materials such as SS 304 and SS 316 makes it ideal for industrial, commercial, and hot water applications. Its electric motor ensures efficient and consistent operation, even in demanding settings.
Compact and Low-Maintenance SolutionThe pump's innovative, compact build facilitates straightforward installation in tight spaces and minimizes footprint. Extended stainless steel studs and a G91 Cartridge seal type contribute to reduced maintenance needs, ensuring long-lasting, trouble-free operation. This design helps businesses save valuable time and resources on servicing and repairs.
Unmatched Versatility for Multiple ApplicationsFrom boosting pressure in heating systems to industrial process water supply, this pump adapts to various requirements. Its wide operating temperature range (15 to 120C), robust construction, and high speed (2900 RPM) make it suitable for applications involving hot or cold water, chemical processing, and critical water distribution networks.
FAQ's of Pressure Booster Pump:
Q: How does the multi-stage design benefit the pressure booster pump's performance?
A: The multi-stage design enables the pump to generate significantly higher pressures by moving water through several impellers and stages, resulting in a maximum head size of 228 meters. This feature ensures efficient pressure boosting in demanding applications, such as high-rise buildings or industrial systems.
Q: What materials are used in the construction of the pump, and why are they important?
A: The pump incorporates stainless steel (for the shaft, impeller, and casing), cast iron (for the base), and extended stainless steel studs. These materials provide excellent corrosion resistance, mechanical strength, and longevity, making the pump highly durable and suitable for both hot water and challenging environments.
Q: When is it appropriate to use this pressure booster pump?
A: This pump is ideal when a consistent, high-pressure water supply is necessary-such as in commercial complexes, industrial processes, firefighting systems, and hot water circulation-especially where high temperatures and pressures are involved.
Q: Where can the pump be installed for optimal performance?
A: Thanks to its in-line configuration and compact construction, the pump can be installed directly within piping networks, often in confined plant rooms or utility spaces, maximizing space and ensuring straightforward integration into new or existing systems.
Q: What is the process for maintaining this pressure booster pump?
A: Maintenance is minimal due to the use of high-quality stainless steel materials and a G91 Cartridge seal. Periodic inspection of mechanical seals and motor components is recommended to ensure efficient operation, but the robust design largely reduces the need for frequent service.
Q: How does the pump handle hot water applications?
A: Constructed from high-grade stainless steel and equipped with seals that withstand temperatures from 15C to 120C, the pump efficiently manages hot water transfer and circulation without the risk of thermal degradation or leaks, maintaining high performance in demanding thermal conditions.
Q: What are the main benefits of choosing this pressure booster pump for your facility?
A: Key benefits include reliable high-pressure boosting, compatibility with hot water, low-maintenance operation due to durable materials and advanced seal design, easy installation with its compact in-line form, and suitability for a wide range of commercial and industrial uses.