Products
flux-pumps
Germany
    RFMRFML10

    9965

    99

    148

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    Description

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    The FLUX air-operated diaphragm pump RFM/RFML 10 is self-priming and protected against dry running. The pump is distinguished for its versatility and can be used for pumping low to high viscosity media with solid particles, abrasive media, highly flammable media or liquids with high gas content.


    Technical data:

    Flow rate: max. 30 l/min1
    Flow pressure: max. 7 bar
    Operating pressure: max. 7 bar
    Suction head: max. 3 m1
    Suction head product-filled: max. 8 m1
    Size of solids: max. 2 mm
    Viscosity: min. 1 mPas - max. 15000 mPas2
    Housing Materials: Polypropylene, PTFE, Polypropylene conductive, PTFE conductive
    Media / Fluids: Highly flammable media, Viscous media, Abrasive media, Media with solid particles
    1 dependent on pump model, operating pressure and medium
    2 dependent on the flow behaviour of the medium
    Product attributes

    Massive construction
    Almost completely diffusion resistant due to the thick-surface structure
    Long service life even at high pressures due to composite enduring diaphragm
    Version available with flap valves
    Extremely long service life even with abrasive media
    Quiet/low noise
    Composite enduring diaphragm with integrated metallic core
    Easily accessible control valve without seals
    Benefits
    Safe dry running and overload-proof
    Self-priming
    Insensitive to solids in suspension
    Variable delivery rates by simply adjusting the air pressure
    Very high chemical resistance
    Suitable for high temperature
    Long service life of diaphragm due to short stroke lifts
    Versions for use in hazardous areas available
    FDA-certified version available


    Media examples
    Highly concentrated sodium hypochlorite
    Chlorine media
    Wastewater from industrial hardening machines
    Solvent mixtures
    Pickling baths
    • FDA_RFM.pdf
      1809 KB
    • RFM-RFML_1215.e.pdf
      1686 KB
    • EGK_RFM RFML.pdf
      331 KB
    Other
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