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Crafted by Italy-based Irriland, the Irriland SERIE DIAMANT combines Italian engineering excellence with cutting-edge hydraulic technology, delivering effortless operation for large-scale irrigation projects. This turbine drive hard hose irrigator represents the pinnacle of Irriland's range, featuring a hot galvanized frame and advanced hydraulic controls that eliminate manual effort. Engineered for pipes 75-140mm diameter and hose lengths up to 700 metres, this premium hose reel system ensures superior performance across extensive agricultural operations.
Upgrade your farm with the durability and world-class efficiency of Irriland.
The Irriland SERIE DIAMANT represents the pinnacle of hard hose reel irrigation technology, engineered and manufactured in Italy for large-scale agricultural operations demanding exceptional performance and effortless control. This premium turbine-driven hard hose irrigator series encompasses models 21, 23S, 23L, 26, 28, and 31, accommodating hose diameters from 75 mm to 140 mm (2.95 to 5.51 inches) with operational lengths extending from 200 to 700 metres (656 to 2,297 feet). Built with hot galvanised construction throughout and featuring a turntable frame for superior manoeuvrability, the SERIE DIAMANT delivers professional-grade irrigation for extensive field coverage with minimal operator intervention.
What distinguishes the DIAMANT series at the top of Irriland's product range is its comprehensive hydraulic control system that eliminates physical effort from every operational aspect. The advanced design integrates hydraulic operation of the front foot, fifth wheel rotation, trolley loading, and both left and right stabilisers, allowing operators to configure and deploy the irrigator without manual lifting or positioning. Powered by a parcialised water turbine driving an oil-filled multispeed gearbox, the system combines Italian engineering precision with robust cast iron turbine construction, automatic braking, and electronic speed indication for precise water application control across diverse crop types and field conditions.
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Reference: Washington State University