You have no items in your shopping cart.
Designed by Italy-based Ocmis, the TNO 80 combines proven centrifugal pump technology with tractor-driven efficiency for fresh water irrigation applications. This PTO-driven centrifugal pump is engineered to deliver the ideal balance between long-term reliability and immediate performance, ensuring your irrigation system operates at peak capacity when you need it most.
Compare prices from verified Ocmis dealers. Request quotes directly from sellers on IrriFinder.
The Ocmis TNO 80 is a professional-grade PTO-driven centrifugal pump designed specifically for lifting fresh water in agricultural irrigation applications. Manufactured by Ocmis in Italy, this tractor-mounted pump delivers reliable performance for mobile and stationary irrigation operations, combining robust construction with efficient hydraulic design. As a clean water centrifugal pump, the TNO 80 is engineered to handle fresh water sources, providing dependable water transfer and distribution for crop irrigation systems across diverse agricultural environments.
What distinguishes the TNO 80 model is its optimised balance between long-term durability and immediate operational performance, a hallmark of Ocmis engineering. The pump features advanced centrifugal impeller technology that maximises flow efficiency whilst minimising wear, complemented by a precision-engineered mechanical seal system that ensures leak-free operation over extended service intervals. The integrated gearbox and multiplier system is specifically calibrated to match tractor PTO speeds, delivering optimal hydraulic performance across varying flow and pressure requirements. Built with high-quality materials resistant to corrosion and mechanical stress, the TNO 80 incorporates an efficient cooling system that maintains stable operating temperatures during prolonged irrigation sessions, ensuring consistent performance throughout demanding agricultural seasons.
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