Salmson Priuxmaster Circulating pumps

• Circulation of hot or chilled water in HVAC systems for temperature control within food processing facilities.
• Transfer of non-potable water or cleaning-in-place (CIP) solutions within food production environments.
• Maintaining consistent flow in closed-loop systems for process heating or cooling.
• Recirculation of water for washdown stations or utility services where direct food contact is not involved.

Typical flow rates

Typically range from 5 to 50 m³/h, depending on the specific model and impeller design.

Typical head

Commonly provides a head of 5 to 20 metres for this class of circulating pump.

Power supply

Units of this type commonly operate on 230V single-phase or 400V three-phase electrical supplies.

Connection size

Inlet and outlet connections are typically flanged, ranging from DN50 to DN100.

Construction materials

Often features cast iron pump housings and impellers, suitable for general water circulation.

Operating temperature

Designed for circulating water across a typical temperature range of -10°C to +110°C.

• What is the primary function of a circulating pump like the Salmson Priuxmaster?

  Its primary function is to move water or other fluids around a closed system, such as a heating or cooling circuit, to maintain a consistent flow and temperature distribution.

• Is this pump suitable for direct food contact applications?

• What maintenance is typically required for these pumps?

• Can this pump handle viscous liquids or slurries?

• What should I consider regarding installation?

Centrifugal pumps are widely regarded as reliable workhorses in laboratory and pharmaceutical applications. Buyers typically value their smooth operation, low maintenance requirements, and consistent performance across diverse fluid handling tasks. When purchasing used models, buyers commonly prioritize checking seal condition, impeller integrity, and motor functionality. Industry sentiment favours units from established manufacturers with documented service histories. Key strengths include durability, cost-effectiveness compared to new equipment, and suitability for both routine and demanding applications.

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