The new Case IH Axial-Flow 250 combines with a new automated system – Agribusiness



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The new automated features make it easier for operators to increase the productivity of the machine in terms of productivity and harvest quality. Case IH introduces three new models of the Axial Flow 250 series for the year 2019 replacing the existing models 7240, 8240 and 9240.

"The enhancements to the Axial-Flow 250 Series are focused on the new model. improving combustion and operator performance, "says August von Eckardstein, Europe Marketing Manager at Harvesting Machinery for Europe, the Middle East and Africa.

"Our goal is to help make decisions and facilitate adjustments from start to finish of the specific result, so that the combine can not only help improve the work, even the experienced operator. but also help with the operation of an operator with little or no experience, "gain" confidence and make the most of the machine. "

The New AFS Harvest Command ™ [19659006]

The basis for the changes for the new Axial-Flow 7250, 8250 and 9250 harvesters is the AFS Harvest Command ™ automated system. This brand new technology uses sixteen sensors to continuously monitor the machine and adjust seven different settings to maximize combustion performance. Controlled by the AFS Pro700 in the cabin, the automation system can now work with wheat, rapeseed, corn and soy. Only a few choices, depending on crop type and conditions, allow the operator to tune the machine to achieve the desired result

The basic version of AFS Harvest Command ™ is equipped with the proven ACS (AutoSharm Precision) system. It regulates the operating elements, such as fan speed and contour set, according to the type of crop selected on the AFS terminal, eliminating the need to adjust the different elements. The operator has the ability to set a grain in motion and retain the settings for future use

The next release, including Feedrate Control, alters the flow rate depending on the harvesting load to achieve the desired result: loss control, maximum performance or fixed productivity. The operator specifies the maximum target load of the motor and the speed of advance, and the advance speed control will operate up to these limits. The new Feedrate control more precisely controls the speed of travel according to the incoming mbad load and the power required to operate the machine according to the terrain. Advance control can be used as a stand-alone function and works in all crop types

The higher version is fully automated with AFS Harvest Command ™, automatically setting up systems finishing and cleaning based on the same results as the advance check but also monitors the grain quality. Using a camera-based technology and monitoring the pressure on the sieves to provide additional guidance on the machine's automatic configuration process to minimize impurities in the grain sample and maintain the best grain quality characteristics of the Axial Flow combine harvester

AFS Harvest Command ™ uses patented, visible and invisible, multispectral light emission, to more accurately define broken grains and impurities, "says August von Eckardstein.

"This patented technology helps the grain chamber accurately monitor the quality of the sample by illuminating it with UV, blue, green, red and infrared rays." Combine the five light spectrums "AFS AFS Terminal alerts the operator if dirt affects the clarity of the camera."

With complete automation, AFS Harvest Command ™ can be used in four different ways. In all cases, the operator determines the maximum load of the target engine and the maximum speed of the combine to use in: • Performance mode: the combine operates at a speed to ensure a level Allowable Load Loss Grain, Rotor and Cleaning System

• Fixed Bandwidth Mode: Harvester Maintains Target Flow Capacity by Changing Feed Speed ​​and Adjusts Settings to Minimize Losses

] • Max Performance Mode: The harvester reaches the speed or maximum power limit set by the operator while adjusting settings to reduce rotor grain losses and cleaning system

• Grain Mode : Combine modifies its parameters to maintain grain quality and impurity levels while reducing losses

After selecting the P tab Main AFS monitor, the operator can enter the crop type, the desired result (strategy), the maximum speed and the maximum load of the motor. The system then turns on and harvest begins. Fine adjustment is possible thanks to the "Advanced" tab, which allows, for example, to modify the initial parameters, to adjust the frequency of the automatic changes and to take into account the ease of execution.

"The AFS Harvest Command ™ automation is not intended to replace operator decisions but to improve them by identifying factors limiting the performance of combines by modifying conditions by showing them and by making adjustments to improve them, says August von Eckardstein.

"Experienced operators can further improve grain performance and quality, and inexperienced workers can achieve faster productivity comparable to that of an experienced operator." For both types of operators, AFS Harvest Command ™ (19659004)

means less need to worry about factors such as losses, fan speeds and rotor speeds, which allows for more focus on the collector's position and unloading. "

Axial-Flow 250 Series Combines with New Car The six backhoes are connected, have a larger adjustment range and can be adjusted manually through the side covers. of the shovel, the table moves faster or slower through the rotor cage, adjusting the finish and separation to improve performance.

Combined with upper and lower sieve management, the complete AFS Harvest Command ™ set also includes a new pre-screening setting from the cab, allowing the system to automatically adjust all sieve settings , depending on the return of the loss sensors, the grain chamber and the sieve pressure sensors. This can also be activated manually when AFS Harvest Command ™ is not used. The cab adjustable pre-screen is also available as a stand-alone option, with a remote switch for adjustment via side covers

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