Ocmis MFO 80SP PTO Driven Centrifugal Pumps

Overview

The Ocmis MFO 80SP is a professional-grade PTO-driven centrifugal pump engineered in Italy specifically for lifting fresh water in agricultural irrigation applications. Manufactured by Ocmis, a respected name in irrigation technology, this centrifugal pump delivers the optimal balance between long-term reliability and immediate operational performance for demanding irrigation tasks. Designed exclusively for clean water applications, the MFO 80SP harnesses tractor power through a PTO connection to provide consistent, efficient water delivery for both mobile and stationary irrigation systems.

What distinguishes the MFO 80SP in Ocmis's centrifugal pump range is its engineering focus on sustainable performance and durability in irrigation environments. The pump features a precision-engineered centrifugal impeller designed to maximise flow efficiency whilst minimising wear over extended operational periods. Built with robust Italian engineering standards, this model incorporates mechanical seal technology and advanced materials selection to ensure dependable service across diverse irrigation scenarios, from field crop watering to orchard and vineyard applications where consistent water flow is essential for crop health and yield optimisation.

Key Features & Benefits

• Centrifugal Impeller Design: Engineered for optimal hydraulic efficiency, the precision-balanced impeller delivers consistent flow rates whilst reducing energy consumption and extending operational life in fresh water pumping applications.
• Advanced Mechanical Seal System: Features a reliable mechanical seal assembly designed to prevent leakage and protect internal components, reducing maintenance frequency and ensuring long-term operational integrity in irrigation environments.
• PTO-Driven Power System: Harnesses existing tractor power through a standardised PTO connection, eliminating the need for separate engines and reducing equipment costs whilst providing versatile deployment across multiple field locations.
• Robust Construction Materials: Built with corrosion-resistant materials selected specifically for water handling applications, ensuring durability in outdoor irrigation environments and resistance to degradation from continuous water exposure.
• Optimised Flow Characteristics: Designed to provide the ideal match between pressure generation and volume delivery for irrigational activities, ensuring efficient water distribution across varying field configurations and crop requirements.
• Long-Term Service Engineering: Constructed with emphasis on extended operational lifespan and minimal downtime, featuring accessible components and proven design elements that support sustained performance across multiple growing seasons.
• Application Versatility: Suitable for both mobile irrigation operations requiring frequent repositioning and fixed installation scenarios, offering flexibility to adapt to changing farm irrigation strategies and seasonal demands.
• Efficient Water Lifting Capability: Engineered specifically for fresh water lifting applications, providing reliable performance for drawing from wells, reservoirs, canals, and other clean water sources commonly used in agricultural irrigation systems.

Technical Specifications

Ideal Applications

• Mobile Irrigation Systems: Perfect for tractor-mounted irrigation operations requiring frequent repositioning across multiple fields, orchards, or vineyard blocks throughout the growing season.
• Fresh Water Lifting: Designed specifically for drawing clean water from wells, boreholes, reservoirs, canals, and rivers for agricultural irrigation purposes with reliable and consistent performance.
• Field Crop Irrigation: Ideal for row crops, vegetables, and broad-acre farming applications where efficient water delivery from remote sources is essential for crop establishment and development.
• Orchard and Vineyard Watering: Well-suited for permanent crop irrigation systems requiring dependable water supply from elevated or distant sources to maintain optimal soil moisture levels.
• Fixed Irrigation Installations: Appropriate for stationary pumping stations where PTO-driven operation from a dedicated tractor provides reliable primary or supplementary water supply for irrigation networks.
• Water Transfer Operations: Effective for moving fresh water between storage facilities, filling irrigation reservoirs, or supplying water to remote field locations where clean water pumping is required.

Versions and Performance

Technical Characteristics