Water Supply Fire Sprinkler Booster Pump Single Stage Vertical Inline Centrifugal

The direct drive structure design allows the impeller to be directly installed on the long axis extension end of the motor, and the pump body and motor adopt an optimized bearing configuration scheme. This precise mechanical layout can effectively counteract radial and axial loads during operation, ensuring smooth operation of the pump body, low vibration amplitude to industry standards, and noise control reaching a silent level.
The full working condition sealing system adopts mechanical shaft sealing technology and comes standard with imported titanium alloy sealing rings. Specially configured with hard alloy material sealing components for medium and high temperature working conditions, excellent wear resistance is achieved through surface strengthening treatment process, ensuring zero leakage sealing effect of the medium, and suitable for temperature range covering conventional industrial scenarios.
Convenient maintenance design, innovative quick disassembly structure design, installation and maintenance process without dismantling the pipeline system. Simply remove the fixing screws of the pump body to extract the rotating component assembly as a whole, greatly reducing downtime and maintenance costs.
The flexible working condition adaptation mode supports switching between series or parallel operation modes of pump units through an intelligent control system based on actual flow and head requirements. This modular design can effectively improve system energy efficiency and meet the precise flow control requirements of different scale operating conditions.

Inhalation pressure	≤ 1.0MPa
Maximum working pressure	≤ 1.6MPa
Static pressure test pressure	≤ 2.5MPa
Environmental temperature	<40 ° C
Relative humidity	≤ 40% (no condensation)
Solid particle content per unit volume	≤ 0.1%
Particle size	<0.2mm (soft particles)

The ISW centrifugal pump is suitable for transporting liquid media with physical and chemical properties similar to clean water. Its main application scenarios include:
Industrial and urban water supply and drainage systems
Boosting water supply for high-rise buildings
Garden irrigation and fire pressure boosting
Long distance liquid transportation project
HVAC refrigeration cycle system
Sanitary and heating equipment pressurized water circulation
Applicable medium temperature range: ≤ 80 ° C (customized for high temperature types)