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    Ocmis MFO 83/2SP PTO Driven Centrifugal Pumps

    Manufacturer: Ocmis

    Designed by Italy-based Ocmis, the MFO 83/2SP combines proven centrifugal pump engineering with PTO-driven reliability for fresh water irrigation lifting applications. This centrifugal pump is engineered to balance immediate performance with long-term durability, making it ideal for agricultural operations requiring dependable water transfer without standalone power sources.

    • Drive Type: PTO (Power Take-Off) driven for tractor-powered operation
    • Pump Type: Centrifugal design optimised for fresh water lifting
    • Primary Application: Irrigation water transfer and field distribution
    • Design Focus: Long-term service life with consistent performance

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    Manufacturer part number: MFO 83/2SP

    Overview

    The Ocmis MFO 83/2SP is a professional-grade PTO-driven centrifugal pump engineered in Italy specifically for lifting fresh water in irrigation applications. Manufactured by Ocmis, a respected name in agricultural irrigation technology, this centrifugal pump delivers reliable performance for both mobile and stationary irrigation systems. Designed for clean water handling, the MFO 83/2SP provides farmers and irrigation specialists with a dependable solution for water transfer, distribution, and pressurisation tasks across diverse agricultural environments.

    What distinguishes the MFO 83/2SP is Ocmis's commitment to balancing immediate operational performance with long-term durability. This model incorporates advanced centrifugal pump technology optimised for the demanding conditions of agricultural irrigation, featuring robust construction materials and precision-engineered internal components that minimise wear and maximise efficiency. The PTO-driven configuration eliminates the need for separate engine systems, allowing seamless integration with tractors and agricultural vehicles while reducing operational complexity and maintenance requirements.

     

    Key Features & Benefits

    • Centrifugal Pump Design: Delivers smooth, continuous water flow with minimal pulsation, ensuring consistent irrigation performance and reduced stress on system components throughout extended operating periods.
    • PTO-Driven Operation: Connects directly to tractor power take-off systems, eliminating the expense and maintenance burden of separate engines while providing reliable power transmission matched to your existing agricultural equipment.
    • Fresh Water Optimisation: Internal components and sealing systems specifically engineered for clean water applications, maximising efficiency and service life when pumping irrigation-quality water without abrasive particles.
    • Italian Engineering Quality: Manufactured in Italy to exacting European standards, incorporating precision machining, quality materials, and rigorous quality control processes that ensure consistent performance and extended operational lifespan.
    • Balanced Performance Architecture: Engineered to provide optimal equilibrium between immediate high-output performance for time-sensitive irrigation operations and sustained reliability for season-after-season dependability.
    • Versatile Application Range: Suitable for diverse irrigation scenarios including field irrigation, orchard watering, horticultural operations, and water transfer applications requiring reliable clean water pumping capabilities.
    • Simplified Maintenance Access: Thoughtful design facilitates routine inspection and servicing procedures, reducing downtime and allowing agricultural operators to perform essential maintenance tasks with standard tools and minimal technical expertise.
    • Agricultural Duty Construction: Built to withstand the rigours of farm environments including vibration, variable loads, seasonal storage, and frequent repositioning between irrigation sites.

     

    Technical Specifications

    Specification Details
    Manufacturer Ocmis
    Model MFO 83/2SP
    Product Type PTO Driven Centrifugal Pumps
    Pump Configuration Centrifugal
    Fluid Application Fresh Water for Irrigation
    Drive System PTO (Power Take-Off)
    Country of Manufacture Italy

     

    Ideal Applications

    • Mobile Field Irrigation: Perfect for tractor-mounted irrigation systems requiring repositioning across multiple fields or irrigation zones throughout the growing season.
    • Fixed Irrigation Installations: Provides reliable pumping performance for permanent irrigation plants where PTO-driven operation offers advantages over electric or engine-driven alternatives.
    • Agricultural Water Transfer: Efficiently moves fresh water from sources such as wells, reservoirs, canals, or storage tanks to distribution systems or secondary storage locations.
    • Horticultural Operations: Delivers consistent water supply for greenhouse operations, nurseries, and market gardens requiring dependable clean water pumping with precise flow characteristics.
    • Orchard and Vineyard Irrigation: Supports drip, sprinkler, and micro-irrigation systems in permanent crop installations where reliable water delivery is essential for crop quality and yield.
    • Supplemental Irrigation Systems: Provides on-demand water supply for seasonal irrigation needs, drought mitigation, and crop establishment during critical growth phases.

    Versions and Performance

    Suitable ratios Impeller R.P.M. Capacity Pump head (m) Absorbed power(hp)
    1 : 1,55
    1 : 1,76
    1 : 2
    1 : 2,15
    1 : 2,28
    1 : 2,5
    2800 500 118 27,5
    1000 114 38
    1500 102 52
    2000 80 57
    2900 500 145 33,5
    1000 143 48
    1500 134 68
    2000 110 75
    3200 500 174 40
    1000 172 58
    1500 166 84
    2000 146 98

    Technical Characteristics

    Dimension Diagram

    A cm B cm C cm D cm E cm F cm G cm H cm
    548 150 114 284 310 335 264 630

    Ocmis PTO Pumps Farm Demo

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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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    Reference: Washington State University