Casella Hy-Turb M Turbine Drive Hard Hose Irrigators

Overview

The Hy-Turb M is a turbine drive hard hose irrigator manufactured by Casella in Italy, engineered to deliver reliable water distribution across medium to large-scale agricultural operations. This hose reel system utilizes water pressure to power a turbine-driven rewinding mechanism, offering hose capacity options from 40 mm diameter with 130 m length up to 50 mm diameter with 170 m length. Unlike engine-powered irrigation systems that require fuel or electric power sources, the Hy-Turb M harnesses the energy already present in the irrigation water flow to operate its rewinding function, making it an exceptionally efficient choice for farms with adequate water pressure infrastructure.

What distinguishes the Hy-Turb M within the Turbine Drive Hard Hose Irrigators category is its high-efficiency gearbox paired with a fully adjustable rewinding speed ranging from 0 to 40 metres per hour, providing operators with precise control over irrigation application rates. The turbine recovery system requires a minimum of 3.5 Bar water pressure to operate and can handle up to 8 Bar, converting water flow energy into consistent rewinding torque without the need for external power sources. Its compact dimensions and optimized weight distribution on the wheel chassis ensure excellent manoeuvrability across varied terrain, while the integrated hoseguide system guarantees perfect pipe rewinding cycle after cycle, eliminating the operational challenges commonly associated with hose management on traditional hard hose reel systems.

Key Features & Benefits

• Turbine-Powered Rewinding System: Eliminates the need for diesel engines, electric motors, or PTO connections by harnessing water pressure energy, reducing operational costs and eliminating fuel consumption while providing consistent rewinding performance throughout the irrigation cycle.
• High-Efficiency Gearbox: Maximizes power transfer from the water turbine to the drum mechanism, ensuring reliable rewinding even at lower pressure ranges while minimizing mechanical wear and extending service intervals.
• Fully Adjustable Rewinding Speed (0-40 m/h): Provides complete control over irrigation application rates, allowing operators to match rewinding speed precisely to crop water requirements, soil infiltration rates, and field topography for optimal water distribution efficiency.
• Wide Operating Pressure Range (3.5-8 Bar): Accommodates diverse water source capabilities from municipal supplies to farm pumping systems, with integrated pressure monitoring to protect system components and maintain optimal turbine performance.
• Automatic Stop Function: Prevents over-rewinding and potential hose damage by automatically halting drum rotation when the spray unit reaches its end position, eliminating the need for constant operator supervision during retrieval.
• Integrated Hoseguide System: Ensures perfect layer-by-layer hose winding onto the drum, preventing overlaps, tangles, and uneven distribution that can cause premature hose wear and operational disruptions during deployment.
• Compact Chassis with Optimized Weight Distribution: Balances loaded weight across the wheel configuration for improved stability during transport and reduced soil compaction, while maintaining a small footprint for navigation through confined field access points and storage areas.
• Adjustable Sector Irrigator with Multiple Nozzle Options: Provides flexibility to customize spray patterns and droplet sizes according to crop sensitivity, wind conditions, and coverage requirements, maximizing application uniformity across diverse field conditions.
• Maintenance-Free Operation: The turbine drive system eliminates engine servicing requirements such as oil changes, filter replacements, and fuel system maintenance, dramatically reducing ongoing operational costs and equipment downtime.
• Variable Track Trolley Option: Allows adjustment of wheel spacing to match crop row configurations, minimizing crop damage during irrigation passes while providing stability across uneven terrain and field contours.

Technical Specifications

Hydraulic System & Operation

The Hy-Turb M employs a turbine-driven rewinding mechanism that represents a fundamentally different approach from traditional hydraulic-engine or electric motor systems found in other hard hose reel categories. Water flowing through the irrigation system passes through a precision-engineered turbine assembly that converts hydraulic energy directly into rotational force, which is then transmitted through a high-efficiency gearbox to the hose drum. This elegant engineering solution eliminates the complexity, weight, and operational costs associated with dedicated power units, while providing remarkably consistent rewinding torque throughout the entire irrigation cycle. The system requires no external energy input beyond the water pressure already necessary for irrigation, making it particularly economical for operations with reliable water sources in the 3.5-8 Bar pressure range. The turbine assembly operates silently and requires virtually no maintenance compared to combustion engines or electric motors, with no filters to change, no oil to service, and no wear-prone electrical components.

Operational advantages of the turbine drive system extend well beyond initial cost savings and maintenance reduction. The continuously variable speed control allows operators to dial in precise rewinding rates from stationary up to 40 metres per hour, enabling perfect matching of travel speed to soil infiltration capacity and crop water requirements without the stepped gear changes typical of mechanically-driven systems. The automatic stop function provides peace of mind during unattended operation, halting drum rotation precisely when the spray unit completes its travel distance. The integrated hoseguide system works in concert with the smooth turbine power delivery to lay hose onto the drum in perfect layers, eliminating the bunching and overlapping that can occur with less sophisticated winding mechanisms. The compact chassis design and optimized weight distribution make the unit easily manoeuvrable by a single operator, while the optional variable-track trolley accommodates different crop row spacings without compromising stability. Because the system generates no exhaust emissions and operates nearly silently, it is particularly well-suited for operations near residential areas, organic farming operations, or noise-sensitive environments where engine-powered units would be problematic.

Ideal Applications

• Medium-Scale Field Crops: Perfect for farms with adequate water pressure infrastructure seeking to eliminate fuel costs and engine maintenance while irrigating row crops, cereals, and vegetable operations up to 170 metres in length.
• Organic Farming Operations: Eliminates petroleum product usage and potential soil contamination from engine leaks, supporting organic certification requirements while providing reliable irrigation coverage.
• Operations with Reliable Municipal Water Supply: Ideal for farms connected to pressurized water distribution systems that provide consistent 3.5-8 Bar pressure, maximizing the efficiency advantages of turbine-driven operation.
• Noise-Sensitive Environments: Operates virtually silently compared to diesel or petrol-powered hard hose reels, making it suitable for peri-urban agricultural areas, rural residential zones, and operations near livestock that may be disturbed by engine noise.
• Seasonal High-Intensity Irrigation: Excellent choice for vegetable production, nurseries, and specialty crops requiring frequent irrigation cycles throughout growing seasons, where the maintenance-free turbine system eliminates mid-season service interruptions.
• Small to Medium Orchards and Vineyards: Provides adequate coverage for block irrigation in permanent crop installations where precise water application control and compact equipment dimensions are essential for navigating between tree rows.
• Pasture and Forage Production: Delivers economical irrigation for livestock feed operations where the durable construction and simple turbine mechanism provide seasons of reliable service without the complexity of engine-powered systems.

Standard Equipment