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CASELLA Hard Hose Irrigator LL 125/500 (7 HP Diesel-Engine Driven Hose Reel)
Applications
Agriculture: Large crops, pastures and dairy farms
This highly efficient hard hose irrigator is operated by a small 7 HP diesel engine. So, it does not require ANY water flow and pressure to operate the machine. The fuel consumption of the motor is around 0.5 liter per hour and you can run the machine up to 60 hours with one full tank. It is perfect for irrigation applications with very low flow rate and pressure. Except the friction loss along the 500 m hose on the machine, there will be NO pressure loss in between the gun and water inlet of the machine.
FEATURES
Why So Great?
Due to the absence of a turbine there is minimal option for blocking and insignificant pressure loss in the machine. Consequently the irrigator will continue to drive at low pressures whereas turbine drives would normally stall. Accurate application and ease of use are just some of the things that make this machine so great. An optional method of application can be a drop slurry boom for minimal spray drift.
But How?
The computer is constantly calculating pressure and re-wind in speed to give a near perfect application rate that you require. Application rates of as little as 10mm are achievable. There are two ways the CASELLA LL 125/500 will switch itself off. One, the sprinkler trolley is fully wound in and a full irrigation run has been completed. And two, pressure to the machine has dropped due to the pump. Thanks to its dump water shut-off mechanism, your main line does not get extra pressure each time to stop the machine.
And So Easy To Use...
The CASELLA LL 125/500 can easily be installed where previous systems such as rotary boom irrigators have been used due to its ability to work at low pressures and the ease of operation. It requires no anchor points therefore the run width is not critical. The irrigator allows multiple irrigation runs to be completed without the machine having to be moved by simply rotating the hose reel to the opposite direction.
CASELLA Fully Hydraulic Control Panel
This unique, cutting edge technology allows you to save lots of pressure that is lost to operate long range hard hose irrigators with turbine and longer than 400m hose.
On left hand side of the panel, the hydraulic control arms operate the trolley lifting mechanism, put the wheels and tow bar lifting jack up and down, rotate the hose drum around.
The hydraulic gear box in the middle spins the hose reel forward or reverse directions at desired speed.
Therefore, the irrigator does not rely on the water flow rate and pressure to be run efficiently and constantly at the same speed.
BUILT-IN HYDRAULIC SYSTEM
The gear box is directly connected to the cog wheel on the drum and it can be easily engaged and disengaged by rotating its leverage left to right.
Performing as:- Hose rewinding speed can be adjust from 10 to 150m/h.- Lever for the control of hose rewinding - stop - reverse rotation.- Automatic stop in case of end of working and wrong hose rewinding.- Automatic protection against PE hose breaking by a valve calibrated to the maximum allowable strain with regard to the PE hose mounted on the machine.
Simple, accurate, strong and easy to use hydraulic lifting mechanism for the trolley. It does not require any attachments to the trolley.
The standard trolley of this irrigator comes with 4 cement filled steel wheels, hight and width adjustable frame and 3" flanged sprinkler outlet.
Squad type hard hose irrigator's drum and frame with no plastic covers! Designed for tough conditions and longest life span in the market.
HYDRO-CONTROL 260
- Length of unwound hose up to 1000 meters- Initial pause 0 to 99 min.- Hose re-winding control 5 to 999 m/h- Final pause 0 to 99 min.- End of irrigation- Automatic calculation of speed by programming the irrigation time.
During irrigation the back-lit display shows: irrigator recovery speed in m/h, remaining length to be rewound, remaining time to the end of irrigation.
The largest diameters on all major connection pipes of the irrigator to save energy.
IDEAL SYSTEM FOR EFFECTIVE ENERGY SAVING
This irrigator is fully driven by a small (7 HP) diesel Yanmar engine for both hose rewinding and hydraulic control operations. The main advantage of this system over turbine driven irrigators is that it does not rely on water flow rate and pressure to run the irrigator, so the water power is completely and purely used for irrigation. The friction loss to operate this size of a machine is reduced by 25-30% with an average fuel consumption of the diesel engine of 300gr/h. This solution makes this system suitable for using hoses in large diameter and remarkable length (up to 700 m). Moreover, it is the only system allowing spreading of manures or waste waters at high recovery speeds (10 to 150m/h). Since, there is no turbine in the system, solid particules can be easily and directly laid down.
SENSOR FOR HOSE REWINDING SPEED MEASUREMENT
The ELECTRONIC COMPENSATION system keeps the rewinding speed constant irrespective of winding diameter and hose traction force. When the desired speed is selected on the computer the sensor detects the actual rewinding speed on the hose then the computer makes required adjustment on the hydraulic control valve to keep the rewinding speed at the desired speed during the machine's run time.
DISCHARGE VALVEThe machine comes with discharge shut-off mechanism. The valve is opened by an electric motor, when the computer of machine send the end of run signal. Since these machines are designed to work with high volume irrigation applications, using a discharge valve is safer than using a closing valve at the inlet of the irrigator for maintaining the pump's and main line's durability.
When the valve is opened by the computer, long poly pipe attached to the valve throws the pressurised water to 5 - 10 m further to make sure soil around the irrigtor is dry.
WATER INLETSpecial care has been devoted to the design of water inlet by means of large diameter pipes and wide radius elbows to prevent any pressure loss..
OPTIONAL PTO driven purge pump would be very helpful to empty the hose before shifting machine from one spot to another one. Especially it is highly recommended for the hoses bigger than 125mm diameter.
The irrigator has a differentiated poly pipe which has wall thickness getting less from the start to end. Therefore, the hose has the highest thicknes where the heaviest weight is and the lowest thickness where the lowest water pressure is. This special hose allows you to maintain the highest water pressure you have and run the machine efficiently.
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Reference: Washington State University