You have no items in your shopping cart.
Designed by Italy-based Ocmis, the TNO 125/150 combines decades of Italian engineering excellence with robust centrifugal pump technology for fresh water irrigation applications. This PTO-driven centrifugal pump is engineered to deliver the optimal balance between long-term durability and immediate operational performance, making it an ideal choice for agricultural irrigation systems requiring reliable water lifting capabilities from tractors.
Compare prices from verified Ocmis dealers. Request quotes directly from sellers on IrriFinder.
The Ocmis TNO 125/150 represents a professional-grade PTO-driven centrifugal pump engineered specifically for agricultural irrigation applications. Manufactured by Ocmis in Italy, this tractor-mounted pump is designed for lifting and transferring fresh water with exceptional reliability and performance. As a clean water centrifugal pump, the TNO 125/150 delivers the hydraulic power needed for demanding irrigation operations while maintaining the durability required for seasonal agricultural use. The pump's design philosophy centres on providing farmers and irrigation contractors with a dependable solution that combines immediate operational performance with long-term service life.
What distinguishes the TNO 125/150 from conventional tractor pumps is its optimised balance between hydraulic efficiency and mechanical robustness. The centrifugal impeller design maximises flow rates while minimising energy consumption from the tractor's PTO system. Ocmis has incorporated advanced mechanical sealing technology to ensure leak-free operation even under continuous duty cycles, while the integrated cooling system protects critical components during extended pumping sessions. The pump's construction utilises corrosion-resistant materials specifically selected for fresh water applications, ensuring consistent performance throughout multiple irrigation seasons without degradation of hydraulic efficiency.
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.
Reference: Washington State University