• Model Number: GN3/12
• Brand Name: kenshine-pump
• Place of Origin: Shanghai, China
• Minimum Order Quantity: 1
• Supply Capacity: 300sets per month/month
• Payment: T/T in advance
• MemberShip: Free Member
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GN3/12 GN Centrifugal condensate water pump at 80-120 degree celsius Description

Centrifugal Condensate water pump is a special type of centrifugal pump designed for transporting high-temperature condensate water (such as turbine condensate water); The core difference between the two lies in their adaptability to working conditions, structural materials, and sealing design, rather than their working principles.

Different uses: Ordinary centrifugal pumps are used for general liquids (water, oil, chemical media, etc.

); Condensed centrifugal water pumps are specialized for high-temperature (usually 80-120 ℃), clean, low-pressure condensed water or saturated water, commonly used in power plants and heating systems.

Structural strengthening: Condenser pumps are often made of heat-resistant materials (such as cast steel and stainless steel), and the design of the suction chamber is optimized (such as raising the suction port and installing a suction valve) to enhance their anti cavitation ability; The structure of ordinary centrifugal pumps is more universal, and the material depends on the medium (such as cast iron, carbon steel).

Sealing and bearings: Condenser pumps are often equipped with packing seals or mechanical seals+cooling water flushing to cope with high temperature and low cavitation allowance conditions; There are various sealing forms for ordinary centrifugal pumps, but high temperature/low NPSH optimization is not necessary.

Installation requirements: The condenser pump has higher requirements for shaft alignment accuracy (≤ 0.1mm) and pipeline support, as it is often directly connected to the turbine and sensitive to vibration; The installation standards for ordinary centrifugal pumps are relatively loose.

Classification: Condensed centrifugal water pumps belong to the subcategory of centrifugal pumps, which can be single-stage or multi-stage according to the number of impeller stages.

However, "condensing pumps" do not constitute an independent working principle classification - all condensing pumps are based on centrifugal force infusion.

In short, the condensate centrifugal water pump=centrifugal pump+high-temperature condensate water working condition special optimization, not a pump type parallel to the centrifugal pump.