Casella Hy-Turb S Turbine Drive Hard Hose Irrigators

Overview

The Casella Hy-Turb S is a turbine drive hard hose irrigator manufactured in Italy, engineered for large-scale agricultural irrigation operations requiring reliable, water-powered hose recovery. This hard hose reel system utilises a turbine rewinding mechanism that harnesses water flow energy to power the hose recovery process, supporting hose configurations from 75 mm diameter at 400 metres to 90 mm diameter at 300 metres. The turbine drive system operates efficiently within a water flow range of 400-800 litres per minute (24-48 cubic metres per hour), making it ideally suited for medium to large irrigation projects where energy independence and operational simplicity are paramount.

What distinguishes the Hy-Turb S within the turbine drive hard hose irrigators category is its advanced double chassis design featuring manual upper chassis rotation across multiple positions from 0° to 270°, providing exceptional field positioning flexibility without requiring external power sources. The hot galvanised chassis construction ensures extended service life in demanding agricultural environments, whilst the 4-gear transmission system with power take-off connection offers versatile drive options for initial positioning. The hydraulic trolley lifting mechanism combined with the 3-rubber-wheel trolley configuration delivers superior manoeuvrability across varied terrain, whilst the mechanical or computer-controlled rewinding speed adjustment provides precise irrigation management capabilities that optimise water distribution efficiency.

Key Features & Benefits

• Turbine-Powered Recovery System: Eliminates dependence on external power sources or PTO connections during irrigation cycles, reducing fuel consumption and operational complexity whilst delivering consistent rewinding performance powered entirely by water flow energy.
• Double Chassis with Manual Upper Rotation: Enables precise field positioning across 0° to 270° range without hydraulic or electric systems, allowing operators to efficiently configure irrigation runs for irregular field geometries whilst maintaining structural stability during operation.
• Hot Galvanised Chassis Construction: Provides superior corrosion resistance compared to painted finishes, extending equipment service life in wet agricultural environments and reducing long-term maintenance costs associated with structural degradation.
• 4-Gear Transmission with PTO Connection: Offers versatile drive options for hose deployment and initial positioning, enabling operators to efficiently set up irrigation runs whilst the turbine system independently manages hose recovery during active irrigation cycles.
• Hydraulic Trolley Lifting System: Simplifies hose deployment and recovery operations by allowing operators to raise the trolley for transport or lower it for stable irrigation performance, reducing physical labour requirements and accelerating field repositioning.
• Mechanical or Computer Rewinding Speed Control: Provides operators with precise management of hose recovery rates to match field conditions and crop requirements, optimising water distribution uniformity whilst preventing excessive speed that could damage hoses or fittings.
• Wide Flow Range Compatibility (400-800 L/min): Accommodates diverse pumping systems and water sources without requiring system modifications, enabling deployment across multiple farms or field types with varying water supply capacities whilst maintaining efficient turbine operation.
• 3-Rubber-Wheel Trolley Configuration: Delivers enhanced traction and weight distribution compared to single-wheel designs, reducing soil compaction and improving stability during irrigation cycles whilst enabling smooth travel across uneven terrain.
• 10.0/80-12 Tyres: Provide optimal flotation and ground pressure distribution for agricultural conditions, minimising soil disturbance whilst ensuring reliable mobility when relocating equipment between fields or irrigation positions.

Technical Specifications

Available Hose Configurations

Turbine System & Operation

The Hy-Turb S employs a water-powered turbine recovery system that converts hydraulic energy from the irrigation water flow into mechanical power for hose rewinding, eliminating the need for external power sources during active irrigation cycles. As water flows through the turbine mechanism at rates between 400 and 800 litres per minute, the turbine blades capture this kinetic energy and transfer it through the gearbox to the hose reel drum, providing consistent rewinding torque regardless of hose extension length. This self-powered approach significantly reduces operational costs by eliminating fuel consumption or electrical power requirements during irrigation, whilst the adjustable turbine blade pitch or gear selection allows operators to match rewinding speed to specific field conditions and irrigation objectives.

Operational advantages of the turbine drive system include complete independence from tractors or generators during irrigation cycles, allowing farm equipment to be deployed elsewhere whilst irrigation proceeds automatically. The manual upper chassis rotation system with positioning options from 0° to 270° enables operators to precisely align the reel for efficient hose deployment across irregularly shaped fields or around obstacles without requiring hydraulic or electric rotation systems. The hydraulic trolley lifting mechanism simplifies field positioning by allowing the trolley to be raised for transport and lowered for stable irrigation performance, whilst the mechanical or computer-controlled rewinding speed adjustment provides precise control over irrigation travel speed to optimise water distribution uniformity. The hot galvanised chassis construction minimises maintenance requirements by resisting corrosion from continuous water exposure, whilst the turbine system's mechanical simplicity reduces maintenance complexity compared to engine-driven or electric-motor-powered alternatives.

Ideal Applications

• Large-Scale Field Crops: Ideal for maize, wheat, soybean, and cotton production where the turbine drive system's operational independence allows continuous irrigation without tying up tractors or requiring electrical infrastructure across extensive field areas.
• Remote Agricultural Locations: Particularly suited for farms without reliable electrical supply or where generator operation costs are prohibitive, as the water-powered turbine system requires only adequate water pressure and flow to operate effectively throughout irrigation cycles.
• Organic Farming Operations: Supports sustainable agriculture practices by eliminating fossil fuel consumption during irrigation cycles and reducing equipment complexity, aligning with organic certification requirements whilst maintaining efficient water distribution capabilities.
• Pasture and Forage Production: Well-matched to rotational grazing systems where the equipment's durability and operational simplicity enable reliable seasonal irrigation with minimal operator intervention, whilst the manual rotation capability accommodates irregular pasture configurations.
• Vegetable Production Fields: Effective for row crop vegetables requiring uniform water distribution, where the adjustable rewinding speed control allows precise irrigation management to match crop water requirements whilst the multiple hose configuration options accommodate varying field dimensions.
• Contract Irrigation Services: Suitable for irrigation contractors serving multiple farms, as the equipment's self-powered operation simplifies deployment logistics and the hot galvanised construction withstands intensive seasonal use across diverse agricultural environments.
• Supplemental Irrigation Systems: Appropriate for operations requiring backup irrigation capacity during critical growth periods, where the turbine system's mechanical reliability and minimal power requirements enable rapid deployment without extensive infrastructure investment.

Standard Equipment