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    Magnum FX

    Manufacturer: RM Irrigation Equipment

    Hose Configurations

    • Ø 120 L. Max 800
    • Ø 125 L. Max 750
    • Ø 135 L. Max 630
    • Ø 140 L. Max 600
    • Ø 150 L. Max 530
    • Ø 160 L. Max 430
    *
    Magnum FX

    DIMENSIONS AND TÉCNICA TABLE

    Magnum FX

                 * minimum measures for transport          ** (ø 150/530 mm)

    Standard equipment

    • 4-speed gearbox with shafts completely in oil bath PTO for fast hose rewinding
    • Braking system to unwind the hose with fully automatic operation
    • Automatic speed compensator according to the hose winding diameter
    • Anti-slackening hose safety device
    • Safety device to stop the machine if the hose winds unevenly
    • Electronic hose rewinding speed measuring device
    • Digital clock
    • Worm screw hose turning system with micrometric regulation and double guide
    • Reel support on ball bearings and lipped retention ring with stainless steel bushing
    • Self-balancing hydraulically controlled rear anchoring brackets, and hydraulic lift of trolley
    • Bar base hydraulically controlled through spool valve
    • Flexible rubber hose to supply the machine, complete with connections
    • Adjustable trolley track and wheel height
    • SIME sprinkler with slow return and set of nozzles
    • Pressure-gauge in glycerine bath on the machine
    • Pressure-gauge in glycerine bath on the sprinkler (SIME)
    • Ball joint on sprinkler trolley
    • Sprinkler trolley ballasts
    • Adjustable bar eye
    • Hydraulic spool valve for services
    • Water inlet on both sides

    Optionals

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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.


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