Designed for industrial condensate handling, this horizontal cantilever condensate pump moves condensate and other clear liquids (with physical and chemical properties similar to water) at temperatures up to 120°C. The N-series is engineered for compact installation, reliable continuous operation and high hydraulic efficiency, with good cavitation resistance and a high degree of standardization for interchangeability and easier maintenance.
Key technical highlights
- Performance range: flow 10–100 m3/h; head 12–141 m
- Maximum liquid temperature: up to 120°C (NB / NBA types recommended for lower-temperature applications described below)
- Construction: horizontal cantilever centrifugal design with single-suction configuration; N-type available in multi-stage arrangements
- Materials: flow-path components available in cast steel or stainless steel; alternative materials available on request to meet specific service conditions
- Design options: available with or without inducer; suspension-frame (B) configuration available for certain models
Typical applications
- Condensate extraction from condensers
- Condensate return for steam turbine generator sets (models NB / NBA typically used for condensate from 750–3000 kW units)
- General industrial condensate transfer and similar duties where the liquid is close to the properties of clear water
Model coding (how to read common model numbers)
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Example: 3n6x2
- "3" = 3-inch inlet diameter
- "N" = horizontal cantilever condensate pump
- "6" = head factor (head × 10 → 6 corresponds to ~60 m head)
- "2" = number of stages
-
Example: NB100-45
- "100" = 100 mm inlet diameter
- "N" = condensate pump series
- "B" = suspension-frame variant
- "45" = nominal head 45 m
Advantages for buyers
- Compact footprint and simplified installation for retrofit and new-build projects
- Stable, reliable running suitable for continuous condensate duties
- High standardization reduces spare-part variety and simplifies maintenance planning
- Material and configuration options allow tailoring to site-specific chemistry and temperature requirements
Ordering and specification notes
Provide the required flow (m3/h), head (m), liquid temperature, inlet/outlet connection sizes, preferred materials, and whether an inducer or suspension frame is required. This ensures selection of the correct N / NB / NBA variant and stage configuration for the application.