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CASELLA Hard Hose Irrigator HY-TURBINE XS 63/300
Applications
Agriculture: Small to medium crops, pastures and dairy farms
Turf Irrigation: Golf, race courses, playing fields and gardens
Dust Control: Mining and construction sites
FEATURES
CASELLA Turbine
Turbine driven hard hose irrigators produce the the power reqired to rewind the hose reel by usingthe water flow going through a turbine. Hence why efficiency of the turbine is crucial to run the irrigator.
Casella's turbine is directly integrated to the gearbox to minimise the power loss between the turbine and gearbox.
Also, its by-pass mechanism specifically designed to handle water flow rate between 600 and 1250 l/min with minimum friction loss.
The gear box is directly connected with turbine and ring gear with ultimate technology in order to provide minimum pressure loss and enhanced performance for the hose reel.
The turbine's cap can be easily removed to clean if there is any solid material in the housing.
The highly efficient and durable 4-speed gearbox has manual break system that will be used during hose unrolling process and easy to use gear shift mechanism.
The water flow adjustment in the turbine is controlled by an electric motor which is constantly operated by the machine's computer. It seamlessly controls the water flow rate in the tubine based on the desired run speed of the irrigator.
Hydraulic lifting system (connected to the tractor) for lifting up the trolley.
The strongest hard hose irrigator frame with no plastic covers!
Big Casella quality drum consists of single piece sheet metal in the centre and strong side tabular bars. One piece sheet metal in the centre of the drum is crucial for the life span of the hose.
Strong support bar with bearings for the hose reel
Width adjustable sprinkler trolley with 3 rubber wheels.
Front tow bar connection with manual lifting jack.
Wide wheels for maximum stability
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.
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Reference: Washington State University