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    Calpeda GXRM Submersible Drainage Pump

    Manufacturer: Calpeda Pumps

    Premium quality submersible drainage pump in stainless steel with open impeller

    Motor Range
    :
    0.25 KW (0.33 HP) - 0.45 KW (0.6 HP)
    Impeller
    :
    Chrome-nickel steel
    Body
    :
    Chrome-nickel steel
    Maximum immersion depth
    :
    5 m
    Minimum water level w/float
    :
    70 mm
    *

    Construction

    • Single-impeller submersible pumps in chrome-nickel stainless steel, with vertical delivery port.
    • GXR drainage pump with open impeller.
    • Motor cooled by the pumped water passing between the motor jacket and the external jacket.
    • Double shaft seal with oil chamber.
    • Made in Italy

    Applications

    • For clean water containing solids up to 10 mm grain size.
    • For draining rooms or or emptying tanks.
    • Extraction of water from ponds, streams or pits and for rainwater collection.
    • For irrigation purposes.

    Operating Conditions

    • Solids passage up to 10 mm
    • Liquid temperature up to 50 oC
    • Maximum immerson depth: 5m
    • Minimum water level with float: 70 mm
    • Minimum water level manual operation: 15 mm
    • Continuous duty

    Motor:

    • 2-pole induction motor, 50 Hz (n ˜ 2900 rpm).
    • Fsingle-phase 230 V, with float switch and thermal protector.
    • Incorporated capacitor.
    • Insulation class F.
    • Protection IP X8 (for continuous immersion)
    • Double impregnation humidity-proof dry winding.

     

     

    Calpeda-GXR Curves
    Calpeda-GXRM-Features
    Calpeda-GXR-Installation
    Calpeda-GXR-Dimensions-Weights
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    Irrigation Unit Conversions

    Convert a given value and unit to different unit type. Conversions are available for flow rate, area, distance, time, volume, pressure, power, precipitation, salinity, and speed.

    Click here to see unit descriptions.


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    Area:
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    Distance:
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    Time:
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    Volume:
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    Pressure:
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    Power:
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    Precipitation (Water Application) Rate:
     to 
    Salinity:
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    Speed:
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    Reference: Washington State University