Casella L Engine-Hydraulic Drive Hard Hose Irrigators

Overview

The Casella L is an engine-hydraulic drive hard hose reel irrigator manufactured in Italy, designed to deliver reliable, energy-efficient irrigation across large agricultural areas. This hard hose reel system features engine-powered hydraulic rewinding with a monocylinder engine, supporting hose configurations from 110 mm diameter at 500 m length (1,640 ft) to 125 mm diameter at 330 m length (1,083 ft). The engine-powered irrigation system operates independently of external power sources, making it ideal for remote locations and operations requiring consistent performance without grid dependency.

What distinguishes the L model within the Engine-Hydraulic Drive Hard Hose Irrigators category is its comprehensive platform-based design featuring 360-degree rotation capability on a lower platform, combined with energy-saving monocylinder engine technology. The galvanized construction, hydraulic trolley lifting system, and integrated computer-controlled rewinding speed provide exceptional operational flexibility and precision. The hose reel system's hydraulic back anchors, front hydraulic piston, and mechanical front brackets ensure stable positioning across varied terrain, whilst the onboard compressor facilitates complete pipe drainage for seasonal storage or maintenance.

Key Features & Benefits

Monocylinder Engine Rewinding: Delivers significant energy savings compared to traditional electric or PTO-driven systems, providing consistent hydraulic power for reliable hose retrieval regardless of load or hose extension distance.
360-Degree Platform Rotation: Lower platform design with complete rotational capability enables precise positioning and orientation adjustments without relocating the entire machine, reducing setup time and improving irrigation coverage efficiency.
Galvanized Trolley Configuration: Available with 2, 3, or 4 wheel options in rubber or iron, the galvanized construction ensures long-term corrosion resistance and adaptability to field conditions ranging from soft soil to hard surfaces.
Hydraulic Trolley Lifting System: Powered hydraulic lifting mechanism allows effortless sprinkler cart engagement and disengagement, reducing manual labour and enabling single-operator setup even with heavy-duty sprinkler assemblies.
Computerized Rewinding Control: Integrated computer system precisely manages rewinding speed to match irrigation requirements, preventing hose stress, ensuring even water application, and protecting sprinkler equipment from damage during retrieval.
Hydraulic Anchoring System: Rear hydraulic brackets combined with front hydraulic piston and mechanical front anchors provide superior stability during operation, preventing machine movement on slopes or in high-wind conditions whilst maintaining consistent hose angle.
Integrated Pipe Drainage Compressor: Onboard compressor enables complete hose evacuation for winterization, preventing freeze damage in cold climates and facilitating thorough cleaning and maintenance procedures between seasons.
Multiple Hose Capacity Options: Three distinct hose configurations accommodate varying field sizes and irrigation requirements, from maximum reach with 110 mm diameter to higher flow capacity with 125 mm diameter, providing operational flexibility across diverse agricultural applications.
10.0/75-15 Tyre Specification: Heavy-duty tyres deliver reliable traction and weight distribution for stable transport across cultivated fields, minimizing soil compaction whilst ensuring safe movement during relocation between irrigation sites.

Technical Specifications

Specification	Details
Manufacturer	Casella
Model	L
Product Type	Engine-Hydraulic Drive Hard Hose Irrigators
Drive System	Hydraulic rewinding powered by monocylinder engine
Engine Type	Monocylinder engine (energy-saving specification)
Hose Diameter Options	110 mm, 120 mm (4.72 in), 125 mm (4.92 in)
Hose Length Range	330-500 m (1,083-1,640 ft)
Maximum Hose Capacity	110 mm × 500 m (110 mm × 1,640 ft)
Platform Type	Lower platform with 360-degree rotation capability
Rotation System	Hydraulic 360° rotation on lower platform
Sprinkler Configuration	Raingun with multiple nozzle diameter options
Trolley Options	2, 3, or 4 wheels (rubber or iron configuration)
Trolley Lifting	Hydraulic lifting system
Anchoring System	Hydraulic back anchors/brackets, front hydraulic piston, mechanical front anchors
Rewinding Control	Computer-controlled speed management system
Chassis Treatment	Galvanized construction
Connection Hose	4 m high-pressure pipe included
Drainage System	Integrated compressor for pipe evacuation
Tyre Specification	10.0/75-15
Country of Manufacture	Italy

Available Hose Configurations

Hose Diameter	Hose Length	Compatible Rainguns	Nozzle Range	Performance Data
110 mm (4.33 in)	500 m (1,640 ft)	Contact for specifications	Multiple diameter options	Contact for performance data
120 mm (4.72 in)	400 m (1,312 ft)	Contact for specifications	Multiple diameter options	Contact for performance data
125 mm (4.92 in)	330 m (1,083 ft)	Contact for specifications	Multiple diameter options	Contact for performance data

Hydraulic System & Operation

The L model's hydraulic drive system operates through a monocylinder engine that powers an integrated hydraulic pump, delivering consistent rewinding torque throughout the entire hose retrieval cycle. This engine-hydraulic configuration eliminates dependency on external power sources or tractor PTO connections, providing operational independence particularly valuable in remote field locations or where continuous tractor availability is impractical. The energy-saving monocylinder design optimizes fuel consumption whilst maintaining sufficient hydraulic pressure to manage varying hose loads across all three available configurations, from the maximum 500 m length to the larger 125 mm diameter option requiring greater retrieval force.

Operationally, the L's lower platform with 360-degree hydraulic rotation capability transforms positioning efficiency, allowing operators to redirect irrigation patterns without machine relocation—particularly valuable when working around obstacles or adjusting to changing wind conditions. The computer-controlled rewinding speed management system synchronizes retrieval rate with desired irrigation application depth, preventing excessive ground saturation near the reel whilst maintaining adequate coverage at distance. Hydraulic maintenance requirements remain minimal due to sealed system construction, whilst fuel efficiency surpasses comparable electric systems when operating across extended irrigation cycles. The hydraulic anchoring system—featuring both rear brackets and front piston—automatically stabilizes the machine during high-pressure operation, and operational noise levels remain moderate compared to high-RPM electric motor alternatives.

Ideal Applications

Large-Scale Field Crops: The energy-efficient monocylinder engine provides economical operation across extended irrigation runs for cereals, maize, soybeans, and cotton production where consistent water application over 30-50 hectare blocks is essential.
Remote Agricultural Locations: Engine-powered operation eliminates electrical infrastructure requirements, making this system ideal for leased land, peripheral fields distant from power sources, or operations in developing regions with unreliable grid access.
Orchards and Vineyard Frost Protection: The 360-degree platform rotation enables precise positioning between tree rows or vine lines, whilst hydraulic stability ensures reliable overnight operation during critical frost events without constant operator supervision.
Pasture and Forage Irrigation: Galvanized construction and robust hydraulic components withstand continuous seasonal use across grazing lands, whilst multiple hose configurations accommodate varying pasture dimensions and topographical challenges.
Vegetable Production Operations: Computer-controlled rewinding speed allows tailored irrigation application rates matching specific crop water requirements during critical growth stages, whilst independent operation reduces labor allocation during peak harvest periods.
Contract Irrigation Services: The combination of operational independence, multiple hose configurations, and hydraulic trolley lifting facilitates rapid deployment across diverse client properties, maximizing equipment utilization and service delivery efficiency.
Supplemental Irrigation in Mixed Farming: Engine-hydraulic operation enables opportunistic irrigation scheduling independent of tractor availability during cultivation or harvest periods, optimizing water application timing relative to crop stress indicators rather than equipment conflicts.

Standard Equipment

Pipe rewinding with monocylinder engine (energy saving)	Lower platform and rotation 360 degrees on it
Galvanized Trolley 2, 3 or 4 wheels (rubber or iron)	Sprinkler with nozzles of different diameters
Hydraulic lifting of the trolley	Hydraulic back anchors/brackets
Front hydraulic piston	Mechanic front anchors/brackets
Computer to control the rewinding speed	Compressor to empty the pipe
4 meter high-pressure pipe for connection	Tyres 10.0/75-15.

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Irrigation Unit Conversions

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.

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Time:
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Volume:
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Pressure:
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Reference: Washington State University

Feature Title	Feature	Benefit
Monocylinder Engine Energy Saving	Single-cylinder engine powers the hydraulic rewinding system with optimised fuel consumption and reduced mechanical complexity.	Lower operating costs per irrigation cycle and fewer maintenance requirements compared to multi-cylinder alternatives, reducing total cost of ownership.
360-Degree Rotating Platform	Lower operational platform rotates a full 360 degrees, allowing complete directional control of the irrigation path without relocating the main unit.	Eliminates manual repositioning labour and enables coverage of irregular field shapes or multiple adjacent plots from a single setup position.
Hydraulic Trolley Lifting System	Integrated hydraulic mechanism raises and lowers the wheeled trolley for transport and operational positioning without manual effort.	Single-operator control of machine setup and transport reduces labour requirements and improves safety by eliminating heavy lifting during field relocation.
Flexible Wheel Configuration Options	Available with 2, 3, or 4-wheel galvanised trolley configurations in rubber or iron wheel types to match terrain conditions.	Adapts to diverse field surfaces from soft irrigated soil to hard transport routes, ensuring stable operation and extended wheel life in your specific conditions.
Computerised Rewinding Speed Control	Digital computer system regulates pipe retrieval speed throughout the irrigation cycle, maintaining consistent travel rates regardless of pipe load.	Ensures uniform water application depth across the entire field by preventing speed variations that cause over or under-watering in different zones.
Dual Hydraulic Anchoring System	Hydraulic rear anchors combined with front hydraulic piston provide powered stabilisation during high-pressure operation and windy conditions.	Maintains precise irrigation alignment and prevents machine drift or tipping during operation, protecting your investment and ensuring accurate water placement.
Integrated Pipe Drainage Compressor	Built-in air compressor system evacuates water from the hard hose after irrigation completion or before seasonal storage.	Prevents freeze damage in cold climates, eliminates stagnant water growth issues, and reduces hose weight for easier handling during relocation or storage.
Multi-Diameter Nozzle System	Sprinkler assembly accepts multiple interchangeable nozzle diameters, allowing adjustment of flow rates and throw distances without changing the sprinkler body.	Adapts irrigation intensity to different crop types, growth stages, and soil infiltration rates within your operation, maximising water efficiency without additional equipment investment.
Heavy-Duty 10.0/75-15 Tyres	Industrial-grade 10.0/75-15 tyres provide load capacity and flotation characteristics suited to loaded irrigator transport across varied terrain.	Reduces soil compaction damage in wet conditions while ensuring reliable road transport capability, protecting field productivity and machine mobility.
4-Metre High-Pressure Connection Pipe	Included 4-metre flexible high-pressure hose bridges the connection between fixed water supply and the mobile irrigator platform.	Provides operational flexibility for positioning the machine relative to hydrant locations while maintaining pressure integrity without purchasing additional connection equipment.

Picture

Feature Title

Feature

Benefit

Monocylinder Engine Energy Saving

Single-cylinder engine powers the hydraulic rewinding system with optimised fuel consumption and reduced mechanical complexity.

Lower operating costs per irrigation cycle and fewer maintenance requirements compared to multi-cylinder alternatives, reducing total cost of ownership.

360-Degree Rotating Platform

Lower operational platform rotates a full 360 degrees, allowing complete directional control of the irrigation path without relocating the main unit.

Eliminates manual repositioning labour and enables coverage of irregular field shapes or multiple adjacent plots from a single setup position.

Hydraulic Trolley Lifting System

Integrated hydraulic mechanism raises and lowers the wheeled trolley for transport and operational positioning without manual effort.

Single-operator control of machine setup and transport reduces labour requirements and improves safety by eliminating heavy lifting during field relocation.

Flexible Wheel Configuration Options

Available with 2, 3, or 4-wheel galvanised trolley configurations in rubber or iron wheel types to match terrain conditions.

Adapts to diverse field surfaces from soft irrigated soil to hard transport routes, ensuring stable operation and extended wheel life in your specific conditions.

Computerised Rewinding Speed Control

Digital computer system regulates pipe retrieval speed throughout the irrigation cycle, maintaining consistent travel rates regardless of pipe load.

Ensures uniform water application depth across the entire field by preventing speed variations that cause over or under-watering in different zones.

Dual Hydraulic Anchoring System

Hydraulic rear anchors combined with front hydraulic piston provide powered stabilisation during high-pressure operation and windy conditions.

Maintains precise irrigation alignment and prevents machine drift or tipping during operation, protecting your investment and ensuring accurate water placement.

Integrated Pipe Drainage Compressor

Built-in air compressor system evacuates water from the hard hose after irrigation completion or before seasonal storage.

Prevents freeze damage in cold climates, eliminates stagnant water growth issues, and reduces hose weight for easier handling during relocation or storage.

Multi-Diameter Nozzle System

Sprinkler assembly accepts multiple interchangeable nozzle diameters, allowing adjustment of flow rates and throw distances without changing the sprinkler body.

Adapts irrigation intensity to different crop types, growth stages, and soil infiltration rates within your operation, maximising water efficiency without additional equipment investment.

Heavy-Duty 10.0/75-15 Tyres

Industrial-grade 10.0/75-15 tyres provide load capacity and flotation characteristics suited to loaded irrigator transport across varied terrain.

Reduces soil compaction damage in wet conditions while ensuring reliable road transport capability, protecting field productivity and machine mobility.

4-Metre High-Pressure Connection Pipe

Included 4-metre flexible high-pressure hose bridges the connection between fixed water supply and the mobile irrigator platform.

Provides operational flexibility for positioning the machine relative to hydrant locations while maintaining pressure integrity without purchasing additional connection equipment.