Your Advantage
- High‑Efficiency Double Suction Design
- Double suction impeller with CFD‑optimized hydraulics minimizes axial thrust, improves flow balance, and significantly reduces energy consumption.
- Stable Operation with Low NPSH
- Optimized NPSH performance ensures cavitation‑free, stable operation with low noise and vibration—even under demanding operating conditions.
- Service‑Friendly & Low Downtime Design
- Bearings and seals can be replaced without disturbing piping, supported by grease and oil lubrication options for flexible maintenance strategies.
- Robust Construction for Long‑Term Reliability
- Sturdy design with thermal expansion tolerance, double lock‑nut arrangement, and precision rotating elements ensures durability and extended service life.
- Flexible Configurations & Faster Delivery
- Wide model range, standard material combinations, customizable seal and material options, and factory‑direct supply enable quick adaptation and reduced lead times.
- Safety, Standards & Lifecycle Support
- Coupling and shaft guards, compliance with ISO, OHSAS and ANSI pressure standards, backed by strong after‑sales support, Pan‑India service network, and advanced engineering analysis capabilities.
Construction
- Centrifugal Horizontally axially split casing allowing easy maintenance without disturbing pipework and ensuring hydraulically balanced operation.
Application
- HVAC & Fire Fighting
Volume flow Qmax
- 3,400 m3/h
Delivery head Hmax
- 235 m
Technical data
- ISO 6595
- Fluid Temperature: 0 to 120 Deg.C
- Nominal Dia: DN 50 to DN 400
Special features
- Longer and durable maintenance free bearings
- Low noise and vibration, Low NPSHr
- Flexibility in site and manufacturing
- Centreline mountings for high temperature applications
- Vertical execution available
- Double suction, Double volute
- Double stage design available
Equipment/function
- Deliverable as complete unit with coupling, coupling guard, motor and baseplate or only pump.
- Heavy‑duty, robust design enabling simplified maintenance and reliable long‑term operation.